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Codan NGT 2010 RF, Technical & Service Manual

The Codan NGT 2010 RF Technical & Service Manual is the comprehensive guide to understanding and maintaining this exceptional radio device. Download the manual for free from our website and unlock valuable insights into its features, troubleshooting procedures, and optimal usage.

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Table of contents

NGT Transceiver System Technical Service Manual

ix

Physical . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .323

Pin connections. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .324

8571—Brief description

General information . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .333
Receive audio path . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .333
Transmit audio path . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .334
Microprocessor control and signalling . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .334
Automatic line equalisation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .334

8571—Technical description

Backplane and power supply . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .336
Receive audio path . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .337

Receive audio from transceiver . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .337
300 Hz notch filter and audio compressor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .337
Receive audio bus and audio gate . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .338
Line driver and hybrid . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .338
2-wire interface  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .338
4-wire interface  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .339

Transmit audio path . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .340

2-wire or 4-wire interface  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .340
Hybrid  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .340
Gain and equalisation stage . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .340
Low-pass filter, audio gate and transmit audio bus . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .341
300 Hz notch filter . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .342
Transmit audio to split-site interface controller and transceiver . . . . . . . . . . . . . . . . . . . . . . . . .342

Signalling and microprocessor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .343

Microcontroller bus . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .343
Internal I

2

C bus . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .343

300 Hz control tone—generation and detection  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .344
Signalling modem  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .345
Signalling format . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .346
Transceiver control logic . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .346
RS232 port . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .346

Automatic equalisation. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .348
Multi-line capability . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .350

Summary of Contents for NGT 2010 RF

Page 1: ...en consent of Codan Limited Copyright 1999 2002 2003 2006 Codan Limited NGT Easitalk and CALM are registered trademarks of Codan Limited Other brand product and company names mentioned in this document are trademarks or registered trademarks of their respective holders Codan part number 15 02063 EN Issue 5 October 2006 The English version takes precedence over any translated versions CODAN ...

Page 2: ...imile 61 8 8305 0411 asiatech support codan com au Codan UK Ltd Gostrey House Union Road Farnham Surrey GU9 7PT UNITED KINGDOM Telephone 44 1252 717 272 Facsimile 44 1252 717 337 uktech support codan com au Codan US Inc 8430 Kao Circle Manassas VA 20110 USA Telephone 1 703 361 2721 Facsimile 1 703 361 3812 ustech support codan com au ...

Page 3: ... European Radio and Telecommunications Terminal Equipment Directive 19 Electromagnetic compatibility and safety notices 21 FCC compliance 23 IC certification 24 C tick approval 24 Maintenance General 25 CMOS devices 26 Circuit boards 26 Transmitter precautions 28 Probe precautions 28 Contact information Ordering information Ordering information 31 Component substitution 32 NGT Index NGT Overview a...

Page 4: ... 61 NGT Brief description 2011 2012 General information 65 Transmit path 66 Handset transmit path 66 RF unit transmit path 66 Receive path 67 RF unit receive path 67 Synthesiser operation 68 Control and switching 68 NGT Technical description 2010 Power on 70 Power off 71 Supply voltages 72 Handset 72 Junction box 72 RF unit 73 Transmit path 75 Handset microphone amplifier transmit path 75 Junction...

Page 5: ...se lock loop 95 26 V power supply 95 Microprocessors and control 96 Handset microprocessor and control 96 Junction box microprocessor and control 97 RF unit microprocessors and control 98 Desk console 100 Internal voice encryptor 101 Second IF filter option 102 NGT Technical description 2011 2012 Power on 104 Power off 105 Supply voltages 106 Handset 106 RF unit 106 Transmit path 109 Handset micro...

Page 6: ...ller 121 Direct digital synthesis 121 VCO and phase lock loop 122 26 V power supply 123 Microprocessors and control 124 Handset microprocessor and control 124 RF unit microprocessors and control 125 Internal voice encryptor 128 NGT Channel additions General 130 Options 130 Programming channels 134 Creating a channel 134 Creating a channel with the TxD option 137 Renaming a channel 139 Copying a ch...

Page 7: ...ous balance 172 Adjusting frequency 173 Adjusting mute 175 Adjusting the PA 176 Adjusting the driver bias 176 Adjusting high output power 180 Adjusting low output power 182 Adjusting the bias gain 182 Adjusting the active bias 184 Adjusting balance control 185 Checking intermodulation 187 Adjusting the PA gain 189 Checking performance of the receiver 190 Checking the sensitivity and signal noise n...

Page 8: ...igh power Technical description LED indications on the NGT 226 3061 3062 power amplifiers 227 Supply voltages 227 Transmit path 228 External high power systems 231 Supply voltages 231 Transmit path 232 High power Fault finding and adjustments General information 236 Fault finding the power amplifiers 3061 3062 237 Adjusting the power amplifiers 3061 3062 239 Replacing output transistors 239 Adjust...

Page 9: ...NGT remote interface 261 Remote control junction box 262 NRI Technical description NRI User Connect PCB 264 NRI Microcontroller PCB 265 NRI Vocoder PCB 267 NRI Fault finding PCB and unit replacement 270 PCBs and units available as replacements 270 Upgrading the NRI firmware 271 Error messages 272 LED indicators 273 Dismantling the NRI 275 Test procedures 277 NRI Parts lists NRI Drawings 3012 Index...

Page 10: ... processor and CoDec 304 Memory 304 Logic and interfacing 304 Throughput indicator 305 Power supply 305 User Connector PCB 306 Transceiver interface 306 Serial ports 306 3012 Fault finding Adjustments and routine maintenance 308 Basic fault finding 309 Advanced fault finding 310 What you need 310 Dismantling the data modem 310 Fault finding the power supply in the data modem 312 Testing the HF sub...

Page 11: ...r 337 Receive audio bus and audio gate 338 Line driver and hybrid 338 2 wire interface 338 4 wire interface 339 Transmit audio path 340 2 wire or 4 wire interface 340 Hybrid 340 Gain and equalisation stage 340 Low pass filter audio gate and transmit audio bus 341 300 Hz notch filter 342 Transmit audio to split site interface controller and transceiver 342 Signalling and microprocessor 343 Microcon...

Page 12: ...571 Fault finding Dismantling the NGT Split site Remote Interface 8571 352 Fault finding 353 Voltage measurements 353 No signalling 354 No reception with signalling 356 No reception without signalling 357 No transmission with signalling 359 8571 Parts lists 8571 Drawings ...

Page 13: ...unction box 50 Figure 17 Front view of the 9 way serial data connector on the junction box 51 Figure 18 Front view of the 15 way GPIO connector on the junction box 52 Figure 19 Representation of the waveform as measured at TP2 76 Figure 20 Representation of compression function by IC5 78 Figure 21 Representation of compression function by IC7 110 Figure 22 Position of TPE link on the Microprocesso...

Page 14: ...s connector 15 A on the power supply 214 Figure 53 Rear panel of the HPAC 215 Figure 54 Front view of the ATU connector on the HPAC 215 Figure 55 Front view of the Power Amp connector on the HPAC 216 Figure 56 Front view of the TCVR connector on the HPAC 217 Figure 57 ALC adaptor 217 Figure 58 Front view of the 3 way connector on the ALC adaptor 218 Figure 59 Basic layout of the remote control NGT...

Page 15: ...Tcvr Audio connector on the 8571 325 Figure 78 Front view of the DC Supply connector on the 8571 326 Figure 79 Front view of the Option 2 wire connector on the 8571 327 Figure 80 Front view of the Option 4 wire connector on the 8571 328 Figure 81 Front view of the 15 way GPIO connector on the split site interface controller 329 Figure 82 Location of switch S1 348 ...

Page 16: ...List of figures xiv NGT Transceiver System Technical Service Manual This page has been left blank intentionally ...

Page 17: ...n box 52 Table 19 Pinouts of the headphone jack on the desk console 53 Table 20 Supply voltages for the Handset PCB in the handset 72 Table 21 Supply voltages for the Audio PCB in the junction box 04 03201 or 04 03423 72 Table 22 Supply voltages for the Microprocessor PCB in the junction box 72 Table 23 Supply voltages for the Audio Interface PCB in the RF unit 73 Table 24 Supply voltages for the ...

Page 18: ...set during Service mode 157 Table 50 Power output PEP vs measuring instrument 12 100 125 W 181 Table 51 Power output PEP vs measuring instrument 12 100 125 W 195 Table 52 NGT parts lists index 197 Table 53 NGT list of drawings 201 Table 54 Power amplifier specifications 3061 3062 209 Table 55 Pinouts of the ATU connector on the power amplifier 212 Table 56 Pinouts of the TCVR connector on the powe...

Page 19: ...onnector on the 3012 298 Table 86 Replacement PCBs and units for the 3012 308 Table 87 Basic fault finding for the 3012 309 Table 88 3012 parts lists index 315 Table 89 3012 list of drawings 317 Table 90 Pinouts of the Tcvr Control connector on the 8571 324 Table 91 Pinouts of the Tcvr Audio connector on the 8571 325 Table 92 Pinouts of the DC Supply connector on the 8571 326 Table 93 Pinouts of t...

Page 20: ...List of tables xviii NGT Transceiver System Technical Service Manual This page has been left blank intentionally ...

Page 21: ...supply voltages 73 149 transmit path 78 Audio Interconnect PCB microprocessors and control 127 receive path 119 supply voltages 106 148 transmit path 109 Audio Interconnect Data I O PCB microprocessors and control 127 receive path 119 supply voltages 107 149 transmit path 109 Audio Interface PCB microprocessors and control 99 receive path 91 supply voltages 73 148 transmit path 77 Audio PCB supply...

Page 22: ...verview 207 208 parts lists 245 pin connections 211 specifications 207 209 technical description 225 I integrated circuits 25 intermodulation checking 187 195 distortion 187 L LED indicators 3012 294 NRI 273 low output power adjusting 182 M maintenance 25 circuit boards component replacement 27 component substitution 27 excessive heat 26 integrated circuit replacement 28 unsoldering 27 CMOS device...

Page 23: ...essors and control Application Processor 98 Application Processor Handset Data I F 126 Application Processor Handset I F 3 V 126 Audio Interconnect 127 Audio Interconnect Data I O 127 Audio Interface 99 Filter and Control 100 127 RF IF 99 127 receive path Audio Interconnect 119 Audio Interconnect Data I O 119 Audio Interface 91 supply voltages Application Processor 73 149 Application Processor Han...

Page 24: ...1 second IF filter 102 serial ports 3012 306 size 3012 296 8571 323 high power 210 NGT 37 NRI 252 spare boards 25 specifications 3012 291 295 8571 319 322 high power 207 209 NGT 33 36 NRI 249 252 T technical description 3012 303 8571 335 high power 225 NGT 2010 69 2011 2012 103 NRI 263 test unit 146 transistor tests dynamic 25 static 25 transmit path 8571 340 high power 228 NGT 2010 75 2011 2012 1...

Page 25: ...otices Maintenance details of maintenance and general cautions and warnings associated with the equipment Contact information provides information on accessing Codan s website to obtain current contact phone numbers and email addresses for 24 hour technical support Ordering information explains the details required by Codan to ensure prompt service and delivery NGT Transceivers NGT Overview and sp...

Page 26: ... modules used with vendor equipment and their specifications High power Brief description brief technical description of the 500 W and 1 kW power amplifiers including a general description of the major circuit functions for the control and transmission of signals High power Technical description detailed technical description of the operation and circuit function of the 500 W and 1 kW power amplif...

Page 27: ...t site Remote Interface 8571 8571 Overview and specifications general description of the 8571 and its specifications 8571 Brief description brief technical description of the 8571 including a general description of the major circuit functions for the control reception and transmission of signals 8571 Technical description detailed technical description of the operation and circuit function of the ...

Page 28: ...nector LED label rail or setting Courier an error message displayed on the handset This icon Means WARNING your actions may cause harm to yourself or the equipment CAUTION proceed with caution as your actions may lead to loss of data privacy or signal quality NOTE the text provided next to this icon may be of interest to you ALTERNATIVE TEXT select the segment of text to read carefully multiple ci...

Page 29: ...odulation AND logical AND function ARQ automatic repeat request ASCII American standard code for information interchange AT attention ATU antenna tuner unit BCD binary coded decimal B E base to emitter BER bit error rate BPF band pass filter BW bandwidth CALM Codan automated link management CAN controller area network CB citizen band CD carrier detect compact disc CIB Codan interconnect bus CICS c...

Page 30: ...chronous receiver transmitter e g exempli gratia for example EEPROM electrically erasable programmable read only memory EMF electromotive force Emgcy emergency EPLD electronically programmable logic device EPROM erasable programmable read only memory ES emergency selcall ESN electronic serial number ESR equivalent series resistance etc et cetera and so forth ETSI European Telecommunications Standa...

Page 31: ...P International Commission on Non Ionizing Radiation Protection ID identification IF intermediate frequency IMD intermodulation distortion imp impedance IrDA Infrared Data Association ITU International Telecommunication Union JB junction box LCD liquid crystal display LED light emitting diode LO local oscillator LPF low pass filter LSB lower sideband M morse MIC microphone Modem modulator demodula...

Page 32: ...B printed circuit board PD potential difference PEP peak envelope power PIUT paper insulated unit twin PLCC plastic J leaded chip carrier PLL phase locked loop PNP PNP transistor type p p peak to peak ppm parts per million PSEN program select enable PSU power supply unit PTC positive temperature coefficient PTFE polytetra fluoro ethylene PTT press to talk PWM pulse width modulation PWR power Q qua...

Page 33: ...x receive receiver Rx DEMOD receive demodulator RxD receive data SBY standby SCF suppressed carrier frequency SCL synchronous clock SDA synchronous data SINAD signal noise distortion to noise distortion ratio SOT select on test SRAM static random access memory SSB single sideband sync synchronised tcvr transceiver TCW tinned copper wire TDM time division multiplex THD total harmonic distortion TPE...

Page 34: ...sabled TxE transmit enabled TxP transmit prohibited UART universal asynchronous receiver transmitter UHF ultra high frequency USB upper sideband VCO voltage controlled oscillator VDR voltage dependant resistor VHF very high frequency Vocoder voice coder VSWR voltage standing wave ratio Acronym Means ...

Page 35: ...at is designed to process high volume digital data streams quickly Easitalk A feature that enables the user to reduce the level of background noise that is present when listening to a channel effective throughput The average data transfer rate taking into account the effects of data compression For example if system throughput is 1000 bps and data compression reduces data size by 50 the effective ...

Page 36: ...ontrol site and transceiver site The control and transceiver sites communicate via a modem at each site This enables the transceiver site to be located in an electrically quiet area for more reliable transmission with less noise interference RF unit The unit in a transceiver that modulates audio signals onto radio frequencies that can be transmitted on air and that demodulates the radio frequencie...

Page 37: ...otection device fuse etc G generator battery etc H signalling indicating device lamp LED buzzer etc IC integrated circuit thick film hybrid etc J jack socket K relay key switch L inductor M indicating device meter etc P plug R resistor S switch T transformer common mode choke TP test point U modem modulator demodulator V semiconductor not including small signal and power diodes X terminals Z quart...

Page 38: ... bits per second bps Frequency hertz Hz Impedance ohm Ω Length metre feet inch m ft in Mass gram g Noise temperature kelvin K Power watt W Power decibels relative to 1 mW dBm Power ratio decibel dB Pressure pascal Pa Rate of data transfer baud baud Temperature degrees Celsius Fahrenheit C F Time hour h Time second s Voltage volt V Weight gram pound g lb ...

Page 39: ... this manual NGT Transceiver System Technical Service Manual 15 Unit multipliers Unit Name Multiplier n nano 0 000000001 µ micro 0 000001 m milli 0 001 d deci 0 1 k kilo 1000 M mega 1000000 G giga 1000000000 ...

Page 40: ... number 15 04126 EN NGT ASR Transceiver Getting Started Guide Codan part number 15 04137 EN NGT ASR Transceiver Reference Manual Codan part number 15 04138 EN NGT SRx Transceiver Getting Started Guide Codan part number 15 04140 EN NGT SRx Transceiver Reference Manual Codan part number 15 04141 EN NGT CR Transceiver Getting Started Guide Codan part number 15 04144 CH Chinese version NGT CR Transcei...

Page 41: ...7 Compliance This section contains the following topics Introduction 18 European Radio and Telecommunications Terminal Equipment Directive 19 Electromagnetic compatibility and safety notices 21 FCC compliance 23 IC certification 24 C tick approval 24 ...

Page 42: ...r Amplifier the NRI and 3012 HF Data Modem comply with the European Electromagnetic Compatibility Directive 89 336 EEC and the European Low Voltage Directive 73 23 EEC as called up in the European R TTE Directive 1999 5 EC This section also contains the requirements for FCC compliance IC certification and C tick as indicated on the product label of the equipment ...

Page 43: ... Article 3 1b ETSI EN 301 489 1 Article 3 1b ETSI EN 301 489 15 Article 3 2 Australian type approval according to AZ NZS 4770 Article 3 1a assessed against ICNIRP Article 3 1a EN 60950 Article 3 1a EN 50392 The NGT Remote Interface 3030 and HF Data Modem 3012 have been tested and comply with the following standards and requirements articles of the R TTE Directive Article 3 1b ETSI EN 301 489 1 Art...

Page 44: ... Most countries restrict the use of HF radio communications equipment to certain frequency bands and or require such equipment to be licensed It is the user s responsibility to check the specific requirements with the appropriate communications authorities If necessary contact Codan for more information ...

Page 45: ...quipment are fitted correctly 1 Cover unused connectors on the junction box if fitted and RF unit with the protective caps supplied to prevent electrostatic discharge passing through your NGT equipment WARNING High voltages exist on the antenna during transmission and tuning Do not touch the antenna during these activities RF burns may result WARNING Install the grounding system or counterpoise as...

Page 46: ...hassis earth connection points are provided on the NGT series Transceiver and 3020 Transceiver Supply A protective earth is provided in the AC mains wiring of the 3020 Transceiver Supply This protective earth must be connected at the AC mains supply outlet The symbols shown in Table 1 are used to identify the earths on the equipment CAUTION If it is necessary for a qualified electronics technician...

Page 47: ...d found to comply with the limits for a Class B device pursuant to Part 15 of the FCC rules These limits are designed to provide reasonable protection against harmful interference in a residential installation This equipment generates uses and can radiate radio frequency energy and if not installed and used in accordance with the instructions may cause harmful interference to radio communications ...

Page 48: ...ommunications MF and HF Radiotelephone equipment Land Mobile Services Standard 2003 AS NZS 4770 The NRI complies with C tick specifications for the following electromagnetic emission electromagnetic immunity To comply with electromagnetic emission requirements all cables to and from the NRI carry adequately filtered signals so that the performance of the RF unit receiver is unaffected To comply wi...

Page 49: ... transistor failing this test is removed Dynamic transistor tests Some transistor faults can be diagnosed by measuring voltages within the circuit One of the most significant voltage measurements is the base emitter voltage The polarity of this will depend on the type of the transistor PNP or NPN A base emitter voltage between 0 5 and 0 9 V should be measured on a forward biased base emitter junct...

Page 50: ...ted to or touching the circuit board tracks should be grounded as follows Ground test equipment connected to a board through its mains lead Discharge static charges which may build up on a person by touching a grounded metal surface with both hands This should be done before working on and at frequent intervals while working on circuit boards Wear a suitably grounded conductive wrist strap This wi...

Page 51: ...ective diodes transistors electrolytic capacitors or integrated circuits observe any markings that indicate polarity or orientation It is essential that these types of components are installed correctly If necessary consult the manufacturer s data for indications of the polarity of diodes capacitors and transistors Heatsinking When soldering heat sensitive components to the circuit board where pos...

Page 52: ...e exciter it is advisable to remove the drive to the PA PCB The supply voltage is applied to the PA at all times when the transceiver is switched on Probe precautions Observe the following when connecting oscilloscope probes to the transceiver CAUTION Caution should be exercised when connecting probes to avoid incorrect readings CAUTION When connecting probes to the PA assembly the earth clip lead...

Page 53: ...HF Radio Communications section click on Product Support Outside of normal office hours Codan has Customer Service Engineers on call to provide emergency technical assistance They will either answer your call immediately or return your call as soon as possible If you are connected to a voice mail system when you call please follow the instructions carefully that is leave your name and contact phon...

Page 54: ...Contact information 30 NGT Transceiver System Technical Service Manual This page has been left blank intentionally ...

Page 55: ...e g Handset power Emergency key PCB NOTE Items having numeric references identifying specific components or subassemblies may be encountered in the parts lists included in this manual These items selected from master manufacturing information identify parts that are either useful for maintenance purposes or related to other items and may be cross referenced in the remarks column Table 2 Resistor a...

Page 56: ...ents resistors capacitors etc equivalent parts from other manufacturers may be used provided they have similar tolerances voltage power rating and temperature coefficients to the specified part Substituting components that do not exactly match those listed in the parts list will not adversely affect the performance of the equipment ...

Page 57: ...path 109 audio generation 91 Audio Interconnect Data I O PCB 127 receive path 119 supply voltages 107 149 transmit path 109 Audio Interface PCB 99 receive path 91 supply voltages 73 148 transmit path 77 audio output checking 191 Audio PCB receive path 92 supply voltages 72 147 transmit path 75 B balance control adjusting 185 band pass filter 45 MHz 80 87 111 116 bias active adjusting 184 gain adju...

Page 58: ...113 duty cycle 39 E emission harmonic 40 spurious 40 exciter output adjusting level 170 spurious balance 172 filter 80 112 F fan connector pinouts 44 filter 45 MHz band pass 80 87 111 116 455 kHz 79 89 111 117 broadcast 87 116 exciter output 80 112 input low pass 87 116 low pass 152 output 83 114 Rx 167 second IF 102 Tx 168 Filter and Control PCB 100 127 supply voltages 74 108 151 first mixer rece...

Page 59: ... 124 testing 159 L local oscillator 94 121 low output power adjusting 182 low pass filter 152 M microphone 40 75 109 Microprocessor PCB supply voltages 72 147 transmit path 75 microprocessors and control 2010 96 2011 2012 124 mixer first 79 111 second 80 112 modulator transmit 79 111 mute adjusting 175 voice 91 120 N NGT test handset 146 noise limiter 88 117 aligning 169 checking 193 Normal mode r...

Page 60: ...ription 2010 87 2011 2012 116 receiver checking performance 190 AGC 191 audio output 191 noise limiter 193 selectivity 192 sensitivity and signal noise noise ratio 190 specifications 38 reference oscillator 93 121 frequency 94 121 relative humidity 37 response A F 39 40 RF amplifier 87 116 RF connector 43 RF unit connectors 10 way 45 4 6 way 46 antenna control 43 CIB 42 DC supply 43 fan 44 GPIO 48...

Page 61: ...rocessor PCB 73 149 Audio Interconnect PCB 106 148 Audio Interconnect Data I O PCB 107 149 Audio Interface PCB 73 148 Audio PCB 72 147 Filter and Control PCB 74 108 151 Handset PCB 72 106 147 Microprocessor PCB 72 147 PA PCB 74 108 151 RF IF PCB 73 74 108 150 151 suppression carrier 40 switching 36 transmit receive 79 110 synthesiser operation 2010 61 2011 2012 68 T TDM audio channels 76 generatio...

Page 62: ...94 specifications 39 tuning 80 112 Tx filter aligning 168 U UART 97 126 unwanted sideband 40 V VCO 122 voice encryptor internal 101 128 voice mute 91 120 voltage controlled oscillator checking 166 voltage regulators 147 voltages handset 72 106 147 junction box 72 147 RF unit 73 74 106 107 108 148 149 150 151 supply 36 72 106 W weight handset 37 junction box 37 RF unit 37 ...

Page 63: ...NGT Transceiver System Technical Service Manual 33 NGT Overview and specifications This section contains the following topics Overview 34 Specifications 36 Pin connections 41 ...

Page 64: ...In transceivers that use the 2011 2012 RF Unit the handset and speaker are connected to the RF unit via the handset and speaker connector and 10 way connector The RF unit modulates audio signals received from the handset onto radio frequencies and transmits these frequencies It also demodulates received radio frequencies into audio signals The 2010 RF Unit and 2030 Junction Box are connected toget...

Page 65: ...ver System Technical Service Manual 35 Figure 2 Relationship of the 2011 2012 RF Unit and 2020 Handset 4 6 WAY CONNECTOR 10 WAY CONNECTOR 15 WAY CONNECTOR 2012 ONLY HANDSET ANTENNA CONTROL BATTERY ANTENNA HANDSET SPEAKER CONNECTOR SPEAKER RF UNIT ...

Page 66: ...ll frequencies generated by synthesiser and DDS with 10 Hz resolution Operating modes Single sideband J3E USB or LSB or switched USB LSB AM H3E optional Frequency stability 1 5 1 ppm 30 to 60 C 22 to 140 F 08 05261 0 3 ppm 30 to 60 C 22 to 140 F 08 05889 Oven warm up time 1 minute nominal Programming Frequencies and options are programmed via the RS232 socket on the handset using NSP programming s...

Page 67: ...t temperature by 1 C 33 8 F per 330 m 360 yd above sea level Cooling Convection or fan Option F Size 2010 2011 2012 RF Unit 210 mm W 270 mm D 65 mm H 8 4 in W 10 8 in D 2 6 in H 2020 Handset 65 mm W 35 mm D 130 mm H 2 6 in W 1 4 in D 5 2 in H 2030 Junction Box 135 mm W 106 mm D 38 mm H 5 4 in W 4 3 in D 1 5 in H Handset and speaker connector 42 mm W 55 mm D 22 mm H 1 7 in W 2 2 in D 0 9 in H Weigh...

Page 68: ...0 Hz Desensitisation 10 dB SINAD reduced to 7 dB SINAD 1 and 4 kHz ref SCF 60 65 dB 10 kHz 75 80 dB 50 kHz 90 95 dB Blocking As for Desensitisation For frequencies 50 kHz 95 dB Image rejection Better than 65 70 dB Spurious responses Better than 70 90 dB Self generated signals 0 15 mV PD 4 999 29 49 MHz Intermodulation To produce a third order intermodulation product equivalent to a wanted signal p...

Page 69: ...tions Item Specification Power output for AUST FCC 100 W PEP 0 5 dB 27 MHz CB 10 W PEP Aust only Power output 125 W PEP reducing with frequency to 100 W PEP at 30 MHz 1 dB CW or single tone approximately 60 of PEP with average PEP control average control disabled on handset PTT Duty cycle 100 normal speech over full temperature range 100 ARQ up to 30 C 86 F 25 16 tone continuous data mode 5 minute...

Page 70: ...PEP Carrier suppression 50 60 dB below PEP Unwanted sideband 55 70 dB below PEP 400 Hz 65 70 dB below PEP 1 kHz Intermodulation Two tone test 100 W 26 30 dB below each tone 32 36 dB below PEP 125 W 26 27 dB below each tone 32 33 dB below PEP ALC A 10 dB increase in signal input above compression threshold produces less than 0 5 dB increase in power output Maximum ALC range greater than 30 dB ALC a...

Page 71: ...t Figure 4 Rear panel of the 2011 RF Unit Figure 5 Rear panel of the 2012 RF Unit fan CIB earth point DC supply antenna control RF connector fan 10 way connector with 4 6 way connector earth point antenna control DC supply RF connector fan 10 way connector with 4 6 way connector earth point antenna control DC supply RF connector 15 way connector ...

Page 72: ...nouts of the CIB connector on the RF unit 2010 only Pin no Function Input output Signal level 1 Ground 0 V 2 System data Input output 1 to 5 V logic 3 System data Input output 1 to 5 V logic 4 Power on Input Momentary 0 V PWR ON 5 6 V standby Output 6 V 6 System audio Input output 5 to 10 V sync and TDM 7 System audio Input output 0 to 5 V sync and TDM 8 A rail protected 2 A Output 13 6 V nominal ...

Page 73: ...ht side of the rear panel It is used to connect to an antenna Table 5 Pinouts of the antenna control connector on the RF unit Pin no Function Input output Signal level 1 Tune in out Input output 5 V logic active low 2 Scan Output Active low open collector 3 Tuned in Input 5 V logic 4 A rail protected 1 to 2 A nominal Output 13 6 V nominal 5 External ALC input Input Control at 3 6 V 6 Ground 0 V Ta...

Page 74: ...eiver System Technical Service Manual Pinouts of the fan connector on the RF unit Figure 8 Front view of the fan connector on the RF unit Table 7 Pinouts of the fan connector on the RF unit Pin no Function 0 V 13 6 V nominal when fan is activated ...

Page 75: ...evel 1 Speaker audio Output Approx 12 V p p at onset of clipping 2 Speaker audio Output 0 V 3 Microphone audio Input Nominally 500 mV p p to ground with normal speech 4 Microphone audio Input Nominally 500 mV p p to ground with normal speech 5 Handset data Input output 1 to 5 V logic 6 Handset data Input output 1 to 5 V logic 7 Power on Input Momentary 0 V PWR ON 8 Standby power for handset Output...

Page 76: ...Pinouts of the 4 way connector on the RF unit 2011 2012 only Pin no Function Input output Signal level 1 A rail protected 2 A Output 13 6 V nominal 2 Ground 0 V 3 RS232 Transmit data Output RS232 4 RS233 Receive data Input RS232 Table 10 Pinouts of the 6 way connector on the RF unit 2011 2012 only Pin no Function Input output Signal level 1 A rail protected 2 A Output 13 6 V nominal 2 Ground 0 V 3...

Page 77: ...ched to the RF unit 2011 2012 only Figure 12 Front view of the handset and speaker connector attached to the RF unit 2011 2012 only For details on the pinouts of the handset connector see Table 12 on page 49 For details on the pinouts of the speaker connector see Table 14 on page 50 handset connector speaker connector 1 2 3 4 5 6 7 ...

Page 78: ...t NO or NC depending on jumper P10 Contacts rated 50 V 1 A 7 External alarm relay common or 600 Ω balanced audio Output Contacts rated at 5 V 1 A or 600 Ω audio output 8 A rail protected Output 13 6 V nominal 9 CTS Input RS232 10 PTT Input 5 V TTL logic active low 11 Morse Input 5 V TTL logic active low 12 Busy Output 5 V TTL logic 13 Quiet Q line Input 5 V TTL logic active high when Fax Data mode...

Page 79: ...dset connector on the junction box Pin no Function Input output Signal level 1 Standby power for handset Output 5 V standby power or 9 V handset power 2 Handset data Input output 1 to 5 V logic 3 Handset data Input output 1 to 5 V logic 4 Ground 0 V 5 Microphone audio Input Nominally 500 mV p p to ground with normal speech 6 Microphone audio Input Nominally 500 mV p p to ground with normal speech ...

Page 80: ...he CIB connectors on the junction box Pin no Function Input output Signal level 1 Ground 0 V 2 System data Input output 1 to 5 V logic 3 System data Input output 1 to 5 V logic 4 Power on Input Momentary 0 V PWR ON 5 6 V standby Output 6 V 6 System audio Input output 5 to 10 V sync and TDM 7 System audio Input output 0 to 5 V sync and TDM 8 A rail protected 2 A Output 13 6 V nominal Table 14 Pinou...

Page 81: ...7 Front view of the 9 way serial data connector on the junction box Table 15 Pinouts of the 9 way serial data connector on the junction box Pin no Function Input output Signal level 1 N C 2 RS232 Receive data Input RS232 3 RS232 Transmit data Output RS232 4 DTR Output RS232 5 Ground 0 V 6 DSR Input RS232 7 RTS Output RS232 8 CTS Input RS232 9 N C 1 6 9 5 ...

Page 82: ...Ground 0 V 5 Tx audio 50 kΩ balanced Input 300 mV p p ALC threshold 6 External alarm relay Contacts rated 50 V 1 A 7 External alarm relay Closed for alarm 8 A rail Output 13 6 V nominal 9 CTS Input RS232 10 PTT Input 5 V TTL logic active low 11 Morse Input 5 V TTL logic active low 12 Spare Input output 5 V TTL logic 13 Spare Input output 5 V TTL logic 14 System audio Output 1 V p p maximum load 1 ...

Page 83: ...eiver System Technical Service Manual 53 Desk console Pinouts of the headphone jack on the desk console Table 17 Pinouts of the headphone jack on the desk console Connection Function Input output Ring Audio Output Tip Audio Output Sleeve Ground ...

Page 84: ...NGT Overview and specifications 54 NGT Transceiver System Technical Service Manual This page has been left blank intentionally ...

Page 85: ...ief description 2010 This section contains the following topics General information 57 Transmit path 59 Receive path 60 Synthesiser operation 61 Control and switching 61 For a detailed description of these functions see page 69 NGT Technical description 2010 ...

Page 86: ...NGT Brief description 2010 56 NGT Transceiver System Technical Service Manual This page has been left blank intentionally ...

Page 87: ...03 01032 Issue 2 ...

Page 88: ...03 01032 Issue 4 ...

Page 89: ...g For transceivers with Codan part number of PCB assembly See Audio PCB 2030 Junction Box 03 01032 Issue 2 04 03201 08 05470 Application Processor PCB 2010 RF Unit 04 03108 08 05265 RF IF PCB 2010 RF Unit 04 03106 08 05261 04 03095 08 05235 PA PCB 2010 RF Unit 04 03169 08 05415 08 05416 08 05511 Audio PCB 2030 Junction Box 03 01032 Issue 4 04 03423 08 05986 RF IF PCB 2010 RF Unit 04 03378 08 05889...

Page 90: ...transceiver uses double conversion in both the Receive and Transmit modes Only the 455 kHz sideband filter and the local oscillators VCO and REF OSC are common to both modes of operation The signal routing is determined by switching and control voltages according to the selected mode ...

Page 91: ...ication Processor PCB for compression which converts the signal to a fixed level before passing to the RF IF PCB RF IF PCB The audio is mixed with the local oscillator to produce double sideband It is then filtered by a 2 5 kHz sideband filter centred on 455 kHz so that only the wanted sideband is passed to the first mixer It is then mixed with the reference oscillator to produce an IF signal cent...

Page 92: ...that only the wanted sideband is fed to the high gain AGC IF amplifier The amplified 455 kHz signal is demodulated to produce an audio signal and also to operate an AGC circuit This circuit controls the gain of the IF amplifier to prevent overloading when strong signals are received It also maintains constant audio output with changing input signals Audio Interface PCB The audio is passed to the A...

Page 93: ...z second mixer LO The 14 848333 MHz frequency is also fed to two DDS ICs to produce a variable reference frequency for VCO with 10 Hz resolution The second DDS IC produces 456 5 kHz USB and 453 5 kHz LSB for the Tx MOD and Rx DEMOD circuits Control and switching Most functions of the transceiver are controlled by microprocessors A microprocessor in the handset reads the key strokes entered by the ...

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Page 95: ... System Technical Service Manual 63 NGT Brief description 2011 2012 This section contains the following topics General information 65 Transmit path 66 Receive path 67 Synthesiser operation 68 Control and switching 68 ...

Page 96: ...NGT Brief description 2011 2012 64 NGT Transceiver System Technical Service Manual This page has been left blank intentionally ...

Page 97: ...03 01126 ...

Page 98: ...03 01190 ...

Page 99: ...er and the local oscillators VCO and REF OSC are common to both modes of operation The signal routing is determined by switching and control voltages according to the selected mode NOTE The information in this section should be read in conjunction with the appropriate block diagram for the RF unit See below to determine which block diagram you should be viewing For RF unit type See 2011 03 01126 2...

Page 100: ...rconnect Data I O PCB 2012 where it is forwarded to the RF IF PCB RF IF PCB The audio is mixed with the local oscillator to produce double sideband It is then filtered by a 2 5 kHz sideband filter centred on 455 kHz so that only the wanted sideband is passed to the first mixer It is then mixed with the reference oscillator to produce an IF signal centred on 45 MHz The transmit signal is filtered b...

Page 101: ...e wanted sideband is fed to the high gain AGC IF amplifier The amplified 455 kHz signal is demodulated to produce an audio signal and also to operate an AGC circuit This circuit controls the gain of the IF amplifier to prevent overloading when strong signals are received It also maintains constant audio output with changing input levels Audio Interconnect PCB 2011 Audio Interconnect Data I O PCB 2...

Page 102: ... 848333 MHz frequency is also fed to two DDS ICs to produce a variable reference frequency for VCO with 10 Hz resolution The second DDS IC produces 456 5 kHz USB and 453 5 kHz LSB for the Tx MOD and Rx DEMOD circuits Control and switching Most functions of the transceiver are controlled by microprocessors A microprocessor in the handset reads the key strokes entered by the user The keyed data is t...

Page 103: ...ction contains the following topics Power on 70 Power off 71 Supply voltages 72 Transmit path 75 Receive path 87 Frequency control 93 Microprocessors and control 96 Internal voice encryptor 101 Second IF filter option 102 This section should be read in conjunction with page 201 NGT Drawings ...

Page 104: ...217 to also conduct and switch off V218 thus preventing K200 from energising Diode D205 prevents relay K200 from operating if the DC supply is reverse polarised The power input circuit is protected from high voltage transients by the voltage dependent resistor R261 The PWR ON line goes to the power relay coil K200 If the polarity of the DC supply is correct and below 16 V V216 conducts and relay K...

Page 105: ...t bus and CIB to the RF unit The CIB data is decoded and the microprocessor IC12 pin 17 goes high This causes V6 to conduct and energise the coil K1 OFF thus opening the contacts K1 C and K1 D The PWR ON line goes high de energising the power relay coil K200 and thus switching off the transceiver Drawing 04 03125 Drawing 04 03109 ALTERNATIVE TEXT Drawing 04 03169 or Drawing 04 03369 or Drawing 04 ...

Page 106: ...ower 9 2 V when transceiver is on ext from junction box 5 V 5 V regulated supply IC10 9 V 9 V for IC7 IC5 ALTERNATIVE TEXT Drawing 04 03201 or Drawing 04 03423 Table 19 Supply voltages for the Audio PCB in the junction box 04 03201 or 04 03423 Supply Description Source A protected Unregulated battery supply ext from RF unit 10 V 10 V regulated supply IC12 5 V 5 V regulated supply IC13 5 VQ 5 V qui...

Page 107: ... VQ 5 V quiet for opamp bias IC10 filtered 6 VSBY 6 2 V standby for CIB IC4 D9 D10 Drawing 04 03108 sheet 1 Table 22 Supply voltages for the Application Processor PCB in the RF unit Supply Description Source 5 V 5 V switchmode supply IC6 VREF 2 5 V reference voltage IC5 ALTERNATIVE TEXT Drawing 04 03106 sheet 1 Table 23 Supply voltages for the RF IF PCB in the RF unit 04 03106 Supply Description S...

Page 108: ...Interface PCB 5 V 5 V regulated supply IC210 26 V 26 V from charge pump supply IC402 10 V 10 V regulated supply via Audio Interface PCB 10 VRx 10 V In Rx V415 V416 10 VTx 10 V In Tx V417 V418 ALTERNATIVE TEXT Drawing 04 03169 or Drawing 04 03369 or Drawing 04 03542 Table 25 Supply voltages for the PA PCB and Filter and Control PCB in the RF unit 04 03169 or 04 03369 or 04 03542 Supply Description ...

Page 109: ...GPIO port is on pins 5 and 15 of J108 When the GPIO PTT is active the balanced audio is passed via T1 before passing to the volume control IC2 C IC2 C is activated to a preset level controlled by firmware The audio is then mixed via R58 at the input of IC7 A Tx Audio Input 4 A tone used for Morse is generated by IC9 on the Microprocessor PCB in the junction box drawing 04 03133 The tone is passed ...

Page 110: ...e driven by IC1 The position of the audio channel varies depending on the requirements of the system Its position can be determined by attaching an oscilloscope at TP2 Figure 19 Representation of the waveform as measured at TP2 IC11 on the Audio Interface PCB in the RF unit drawing 04 03109 drives V3 and IC6 A to generate the synchronisation pulse The TDM audio from TDM gates IC9 A and IC9 B is pa...

Page 111: ...in the transceiver system The maximum current that this can supply is 2 A If very long runs of the CIB cabling are required an external supply may be connected to the junction box to supply power locally PWR ON The power on line is used to switch on the transceiver when the line is grounded see page 70 Power on GND Ground is the supply return wire and is connected to the negative terminal of the b...

Page 112: ...sentation of compression function by IC5 The decay time constant is controlled by firmware and can be varied depending on the type of transmission For example for speech the time constant needs to be short but for data it needs to be lengthened to improve the BER The DAC outputs of IC5 pins 3 and 4 are summed together in IC7 A to produce an output of 1 V p p This output then goes via the Audio Int...

Page 113: ...6 From there it is passed via D205 to the 455 kHz sideband ceramic filter Z201 pin 1 455 kHz filter and first mixer sheet 2 The 455 kHz sideband ceramic filter Z201 with a bandwidth of 2 5 kHz filters out the unwanted sideband and leaves only the wanted sideband at pin 3 From there it is passed via the noise limiter gate V204 to a tuned auto transformer T202 sheet 1 The signal is passed from T202 ...

Page 114: ...5 and 7 to produce the selected channel frequency at the mixer output pins 3 and 14 The gain of the mixer amplifier is approximately 20 dB The mixer output goes via a 30 MHz LPF to the transmit exciter output connector J2 From there it is coupled via a coaxial cable to the PA assembly Tuning When the Tune command is activated IC405 pin 7 sheet 3 goes low This switches off V416 to allow the 456 5 k...

Page 115: ...creases to the power set point 100 W or 125 W the ALC voltage drops thus increasing the resistance in the FETs and so reducing the gain of V200 and V201 and keeping the Tx output power at the set level 100 W or 125 W The overall gain of the PA is set to a constant value by R205 PA GAIN The RF input is passed to T200 which turns the RF drive into push pull This is applied to the variable gain stage...

Page 116: ...V206 and set by R222 DR BIAS is applied to the centre tap of T202 The signal from the pre driver stage goes via T202 to the driver stage The driver is a Class B push pull amplifier that provides a current drive to the output stage V207 and V208 have collector to base feedback to flatten the gain R273 balance control varies the gain slightly in V208 which is used to balance the second harmonic see ...

Page 117: ...V212 is driven from T203 to produce the nominal 100 W or 125 W PEP The bias regulator V209 and V213 provides a voltage to the bases of V211 and V212 The transistors V209 and V213 form a feedback voltage regulator The output voltage is the base emitter voltage of V209 and is adjustable by the preset potentiometer R239 The transistor V209 is mounted close to the output transistor and provides temper...

Page 118: ...nd by D2 for the reflected power The output of the forward rectifier D1 is applied via R37 to the input of V7 The sum of the resistors between the base of V7 and ground form a resistor divider network This determines the nominal PEP output level when matched to a 50 Ω load For high power the resistors R34 and R35 are shorted out when 5 V is applied to the gate of the FET switch V6 and do not contr...

Page 119: ...ay detection are applied to V7 to V10 The ORed output is connected via R50 and D14 to the positive input pin of the ALC level comparator IC5 A pin 3 The reference voltage connected to pin 2 is firmware controlled by the microprocessor IC2 The microprocessor IC2 and R19 are used as a 5 bit DAC with an output range of 5 to 2 5 V The output from R19 is buffered by IC6 B and then divided and filtered ...

Page 120: ...5 to conduct This changes the threshold of the forward power ALC detector The ALC detector then starts to reduce the output power and since the control is linear a further reduction in supply voltage continues to lower the output power If the heatsink temperature exceeds 80 C 176 F the PTC resistor R262 rapidly increases its resistance This causes V13 to conduct and thus reduces the reference volt...

Page 121: ...rough a 30 MHz LPF to remove signals above 30 MHz First mixer The balanced mixer formed by V103 V104 V105 and V106 mixes the received signal with the local oscillator LO1 LO1 VCO LO1 is buffered by V107 and V108 to produce an IF of 45 MHz The mixer has a conversion gain of 4 dB 45 MHz band pass filter and amplifier The 45 MHz IF signal is filtered through a 15 kHz wide BPF Z101 and then amplified ...

Page 122: ...l is passed to the sideband filter Z201 When a noise burst is present V204 is switched off and V205 is switched on blocking the IF signal for the period of the gate pulse The average DC component of the collector current of V201 is used as an automatic gain control to IC201 It is applied via R206 to pin 5 This ensures that only the noise burst signal triggers the flip flop IC202 B C The AGC decay ...

Page 123: ...deband centred at 455 kHz is passed by the filter to a 3 stage gain controlled IF amplifier comprising V210 V211 V212 and associated components The IF amplifier is broadly tuned to 455 kHz by the tuned circuits L201 and C229 L202 and C232 and L203 and C236 When the optional filter Z202 is installed relays K201 and K202 are fitted and links LK201 and LK202 are cut The optional filter is selected wh...

Page 124: ... FAST SLOW control line is held high by the microprocessor This disables the slow charge capacitor C254 If slow decay AGC is required the AGC FAST SLOW control line is held low and the HOLD TRIGGER line is held high If hold decay AGC is required both the AGC FAST SLOW and the HOLD TRIGGER control lines are held low Note that the trigger part of the HOLD TRIGGER control line name is not related to ...

Page 125: ...e speech received IC15 C and IC15 D form a window comparator The window width is adjusted by the preset MUTE ADJ R85 The divider network R87 R88 and C64 provides the reference voltage for the window comparator If the output rises or falls below this reference by the amount set by R85 the open collector outputs of IC15 C and IC15 D discharge C65 thus applying a low to the negative input of comparat...

Page 126: ...stem The maximum current that this can supply is 2 A If very long runs of the CIB cabling are required an external supply may be connected to the junction box to supply power locally PWR ON The power on line is used to switch the transceiver on when the line is grounded see page 70 Power on GND Ground is the supply return wire and is connected to the negative terminal of the battery Junction box r...

Page 127: ...is selected and then buffered by V412 to produce the 44 545 MHz local oscillator signal LO2 for IC101 and IC103 Oven controller The crystal Z401 is in an oven that runs at approximately 70 C 158 F The NTC resistor R4 measures the temperature of the crystal and causes the opamp comparator IC1 to vary the current in the heating element V2 to maintain the temperature within 1 C 33 8 F The peak curren...

Page 128: ...ly 5 MHz The signal is buffered by V411 and is then fed as the reference frequency to IC401 The reference frequency is varied in small step sizes to produce the 10 Hz steps at the output of the phase lock loop The frequency information is programmed serially from the microprocessor IC405 based on the channel information IC403 divides the reference oscillator down to approximately 5 MHz The signal ...

Page 129: ...r IC405 04 03106 or IC408 04 03378 loads serial data into IC401 depending on the channel frequency required This varies the divide ratio on F IN causing the VCO frequency to change The output pulses from IC401 pin 14 or 15 are applied to the charge pump amplifier comprising V406 to V410 Pin 14 provides a go up pulse while pin 15 provides a go down pulse When locked these pins go high impedance exc...

Page 130: ...ines ROW 0 to ROW 2 are held low When any button on the keypad is pressed a low is detected by microprocessor IC1 This causes IC1 to scan the keypad to identify which button has been pressed and then perform the function for that button The keypad is backlit by LEDs The brightness of the LEDs is controlled by switching V1 and V2 as required Display The LCD H1 consists of a 98 32 dot matrix with LE...

Page 131: ...cts to the junction box The data rate is approximately 125 kbps Junction box microprocessor and control Handset data Data from the handset is fed via the Audio PCB in the junction box to IC15 IC15 changes the push pull balanced data to single ended data which is read by microprocessor IC1 Microprocessor Microprocessor IC1 has a 16 bit data bus that connects to SRAM IC8 and flash memory IC4 which c...

Page 132: ...rview The RF unit has five microprocessors two of which are on the Application Processor PCB The first of these microprocessors is the DSP processor IC3 which performs speech processing ALE requirements and high level control The other processor is an Application Processor IC4 which controls three slave processors on the other PCBs The slave processors are used for low level control for the PCB on...

Page 133: ...ta is present When data is received from Application Processor IC4 the RC oscillator starts to run and wakes up IC12 IC12 then controls the power off and drives the diagnostic LED H1 It also controls the EPLD IC11 which samples the CIB audio TDM channels and generates the synchronisation pulse RF IF PCB IC405 04 03106 or IC408 04 03378 is in Sleep mode when no data is present When data is received...

Page 134: ...ntrol the power versus frequency output level Desk console The desk console sends data via a 10 way ribbon cable to the junction box to provide four programmed functions F1 to F4 and PTT When the PTT button on the console is pressed the goose neck microphone B1 becomes active The audio is amplified by IC2A and then passed to the junction box V4 provides debouncing for the PTT function IC1 reads th...

Page 135: ... The encryptor is controlled by the TxD RxD and SILENCE lines The WAKE line is used to reduce the current drain when the encryptor is not in use When encryption is enabled encrypted receive audio is fed via DEC_IN to the Encryptor PCB The de crypted audio comes out of DEC_OUT This signal is fed into the system audio In Transmit mode the microphone audio is fed into ENC_IN on the Encryptor PCB wher...

Page 136: ...sor IC408 and V207 to change the signal path to the second filter Z1 The second filter may be either 500 Hz wide for CW and data applications 15 10506 001 or it can be 2700 Hz wide for high speed data applications 15 10514 001 The N 500 Hz and W 2700 Hz link on IC408 tell the processor which filter is fitted so the synthesiser frequency is set correctly for the filter in use Drawing 04 03379 and 0...

Page 137: ... 2012 This section contains the following topics Power on 104 Power off 105 Supply voltages 106 Transmit path 109 Receive path 116 Frequency control 121 Microprocessors and control 124 Internal voice encryptor 128 This section should be read in conjunction with page 201 NGT Drawings ...

Page 138: ...R ON line in the handset setting relay K1 via transistor V1 The PWR ON line goes to the power relay coil K200 If the polarity of the DC supply is correct and below 16 V V216 conducts and relay K200 energises thus closing contacts of K200 and connecting the DC supply to the transceiver If the DC supply voltage exceeds 16 V zener diode D203 conducts causing V215 to also conduct and switch off V216 t...

Page 139: ...it Power is switched off when the microprocessor is instructed from the Application Processor Handset I F 3 V PCB 2011 Application Processor Handset Data I F PCB 2012 to drive V5 resetting relay K1 The PWR ON line goes high de energising the power relay coil K200 and thus switching off the transceiver Drawing 04 03125 2011 Drawing 04 03425 2012 Drawing 04 03499 sheet 1 and 04 03499 sheet 2 Drawing...

Page 140: ...4 V when transceiver is off ext Handset power 9 2 V when transceiver is on ext 5 V 5 V regulated supply IC10 9 V 9 V for IC7 IC5 Drawing 04 03425 Table 27 Supply voltages for the Audio Interconnect PCB in the RF unit 2011 only Supply Description Source A Unregulated battery supply via Filter and Control PCB A protected 2 A current limited battery F1 10 V 10 V regulated supply via Filter and Contro...

Page 141: ... 5 VQ 2 5 V quiet for opamp bias IC7 filtered 5 VQ 5 V quiet for opamp bias IC7 filtered 5 VSBY 5 4 V standby for handset D3 D4 Drawings 04 03424 sheet 1 Table 29 Supply voltages for the Application Processor Handset I F 3 V PCB in the RF unit 2011 only Supply Description Source 1V8 1 8 V DSP core supply IC4 3V3 3 3 V switchmode supply IC5 5 V 5 V regulated supply IC3 Drawings 04 03498 sheet 1 Tab...

Page 142: ...t Data I O PCB 2012 5 V 5 V regulated supply IC210 26 V 26 V from charge pump supply IC402 10 V 10 V regulated supply via Audio Interconnect PCB 2011 Audio Interconnect Data I O PCB 2012 10 VRx 10 V In Rx V415 V416 10 VTx 10 V In Tx V417 V418 ALTERNATIVE TEXT Drawing 04 03369 or Drawing 04 03542 Table 32 Supply voltages for the PA PCB and Filter and Control PCB in the RF unit 04 03369 or 04 03542 ...

Page 143: ...through the inverter IC9 A before going to the handset audio bus In this way push pull balanced audio is provided to the handset bus RF unit Audio Interconnect PCB 2011 Audio Interconnect Data I O PCB 2012 transmit path Tx audio The balanced microphone audio from the handset is filtered in L2 then converted to a single ended signal in IC2 A It then passes via the Application Processor Handset I F ...

Page 144: ...or data it needs to be lengthened to improve the BER The DAC outputs of IC7 pins 8 and 9 are summed together in IC8 A to produce an output of 1 V p p This output then goes via the Audio Interconnect PCB 2011 Audio Interconnect Data I O PCB 2012 to the RF IF PCB The output level which is controlled by firmware is halved when AM is transmitted or low power is selected RF unit RF IF PCB transmit path...

Page 145: ...plifier mixer IC103 pins 12 and 13 IC103 is enabled by applying 10 VTx This applies DC via R142 to pin 4 and bias current via R143 to pin 11 The filtered 10 V rail is applied to the mixer output pins 3 and 14 via the centre tap of the output transformer T108 The 455 kHz transmit signal is mixed with 44 545 MHz LO2 which is applied to IC103 pin 5 to produce a second IF output signal at pins 3 and 1...

Page 146: ...l cable to the PA assembly Tuning When the Tune command is activated IC408 pin 7 sheet 3 goes low This switches off V413 to allow the 456 5 kHz local oscillator carrier 453 5 kHz for LSB to be passed to V206 sheet 2 via CAR INJ V206 inserts carrier to the input transformer T202 of the first Tx mixer IC103 sheet 1 At the same time IC408 pin 5 Tx MUTE goes high and switches on V203 sheet 2 Thus IC20...

Page 147: ...e Class A push pull amplifier formed by V204 and V205 L202 and C207 provide a small amount of gain peaking to ensure the overall gain is flat with frequency Driver stage The signal from the pre driver stage goes via T202 to the driver stage The driver is a Class B push pull amplifier that provides a current drive to the output stage V207 and V208 have collector to base feedback to flatten the gain...

Page 148: ...alanced impedance matching output transformer T204 couples the power amplifier output to the band filters via J2 and the PTT relay K8 Output filters The transmit frequency range is 1 6 to 30 MHz Seven LPFs are used to remove the harmonics generated by the PA The filters are operated from IC2 and IC3 and are selected using relays K1 to K7 as required The output of the filter circuit passes through ...

Page 149: ...is occurs on single tones such as Tune mode CW Morse and in some data transmissions When the handset PTT is active V11 is switched off which disables the average ALC circuit In these circumstances the transceiver produces full PEP on a single tone This is for measurement reasons only The peak output collector swing is rectified by D202 and applied to the transistor V10 V10 conducts and limits the ...

Page 150: ...itched by relay K101 to reduce the signal going to mixer RxMIX1 The signal then passes through a 30 MHz LPF to remove signals above 30 MHz First mixer The balanced mixer formed by V103 V104 V105 and V106 mixes the received signal with the local oscillator LO1 LO1 VCO LO1 is buffered by V107 and V108 to produce an IF of 45 MHz The mixer has a conversion gain of 4 dB 45 MHz band pass filter and ampl...

Page 151: ... the IF signal is passed to the sideband filter Z201 When a noise burst is present V204 is switched off and V205 is switched on blocking the IF signal for the period of the gate pulse The average DC component of the collector current of V201 is used as an automatic gain control to IC201 It is applied via R206 and IC211 to pins 6 and 11 This ensures that only the noise burst signal triggers the fli...

Page 152: ...4 and R283 1 s Hold decay timing is set by the discharge constant of C254 R285 and delay circuit C256 and R284 The hold circuit holds the AGC voltage constant for a short period after the signal reduces which can improve the readability of the signal If fast decay AGC is required the AGC FAST SLOW control line is held high by the microprocessor This disables the slow charge capacitor C254 If slow ...

Page 153: ...Rx audio The Rx audio from the RF IF PCB passes through the analog switches IC5 and IC14 to the volume control IC4 C and buffer amplifier U2 B then to the audio amplifier IC1 for delivery to the loudspeaker via the Handset LS Audio connections A sample of the Rx audio is also sent to the voice mute circuitry see page 120 Voice mute The volume setting is controlled using the 2 wire serial communica...

Page 154: ...on as an LPF with a cutoff frequency of approximately 10 Hz The output from IC13 A is a DC voltage varying at the syllabic rate of the speech received IC12 C and IC12 D form a window comparator The window width is adjusted by the preset MUTE ADJ R85 The divider network R87 R88 and C64 provides the reference voltage for the window comparator If the output rises or falls below this reference by the ...

Page 155: ...pproximately 70 C 158 F The NTC resistor R3 measures the temperature of the crystal and causes the opamp comparator IC1 to vary the current in the heating element V2 to maintain the temperature within 1 C 33 8 F The peak current of the oven is limited to 400 mA Direct digital synthesis Local oscillator for upper sideband and lower sideband IC405 and IC407 divide the reference oscillator frequency ...

Page 156: ...his is applied to the varicaps to lock VCO to the nominated frequency The VCO input frequency at F IN pin 4 on IC401 is divided down to approximately 100 kHz and compared with the reference frequency that is also divided down to approximately 100 kHz Any error between these two signals will produce an output from IC401 pin 14 or 15 The microprocessor IC408 loads serial data into IC401 depending on...

Page 157: ...anual 123 26 V power supply The charge pump amplifier runs from the 26 V power supply The 26 V power supply is a voltage tripler circuit comprising IC402 and associated components Drawing 04 03378 sheet 3 NOTE If the PCB issue status is 06 or earlier see drawing 04 03378 sheet 3 ...

Page 158: ...OW 2 are held low When any button on the keypad is pressed a low is detected by microprocessor IC1 This causes IC1 to scan the keypad to identify which button has been pressed and then perform the function for that button The keypad is backlit by LEDs The brightness of the LEDs is controlled by switching V1 and V2 as required Display The LCD H1 consists of a 98 32 dot matrix with LED backlighting ...

Page 159: ...sors and control Overview The RF unit has five microprocessors two of which are on the Application Processor Handset I F 3 V PCB The first of these microprocessors is the Digital Signal Processor IC11 which performs speech processing ALE requirements and high level control including operation of the user interface The other processor is an 8 bit microcontroller IC6 which controls three slave proce...

Page 160: ...d for the DSP IC11 sheet 2 IC11 is a 32 bit floating point DSP IC12 and IC13 sheet 2 are flash memory devices that hold the main operating code IC14 and IC15 are SRAM devices IC1 is a CPLD used for address decoding interfacing between various devices and controlling bus cycle times IC16 is another flash memory device that contains all the channel information as well as the ALE link quality statist...

Page 161: ...ation processor UART IC2 RF IF PCB IC408 is in Sleep mode when no data is present When data is received from Application Processor IC4 the RC oscillator starts to run and wakes up IC408 IC408 then programs the phase lock loop and the DDS ICs depending on the channel frequency required It also controls the transmit receive switching functions filter select AGC time constants and other ancillary fun...

Page 162: ...ables the control firmware The encryptor is controlled by the TxD RxD and SILENCE lines The WAKE line is used to reduce the current drain when the encryptor is not in use When encryption is enabled encrypted receive audio is fed via DEC_IN to the Encryptor PCB The de crypted audio comes out of DEC_OUT This signal is fed into the system audio In Transmit mode the microphone audio is fed into ENC_IN...

Page 163: ...NGT Transceiver System Technical Service Manual 129 NGT Channel additions This section contains the following topics General 130 Programming channels 134 ...

Page 164: ...essor PCB inside the junction box see Figure 22 on page 131 or Link B on the Application Processor Handset I F 3 V PCB inside the 2011 see Figure 23 on page 131 or Link B on the Application Processor Handset Data I F PCB inside the 2012 see Figure 24 on page 132 The transceivers are delivered from the factory without the TPE link fitted Fitting the TPE link in TxE mode disables programming of tran...

Page 165: ...nsceiver System Technical Service Manual 131 Figure 22 Position of TPE link on the Microprocessor PCB in the junction box Figure 23 Position of TPE link on the Application Processor Handset I F 3 V PCB in the 2011 TPE link TPE link ...

Page 166: ...98 sheet 2 Transmit disable option The TxD option prevents the user from entering new transmit frequencies while the transceiver is operational To enable the user to enter transmit frequencies the TPE link must be fitted While the TPE link is fitted the normal functions of the transceiver are disabled To resume normal functions the TPE link must be removed and the transceiver switched off then on ...

Page 167: ...rvice Manual 133 Transmit prohibited option The TxP option prevents the user from entering new transmit and receive frequencies NSP is required to enter new frequencies NOTE Fitting the TPE link disables the programming of new transmit and receive frequencies ...

Page 168: ...ests a name for the new channel based on the name of the channel you were on NOTE If you are operating the transceiver in a country that has stringent licensing regulations you may not be permitted to create channels with transmit frequencies If the TxD option has been installed in the transceiver there are restrictions on the frequencies you can enter Use page 137 Creating a channel with the TxD ...

Page 169: ...ne of the following to use this frequency press to enter a new receive frequency type the frequency in kilohertz then press The Transmit Freq setting is displayed with the receive frequency you entered 1 Do one of the following to use this frequency press to enter a new transmit frequency type the frequency in kilohertz then press to disable the transmit frequency erase the frequency by pressing r...

Page 170: ... channel you have created close the List Manager by pressing 1 Press until Main Menu is displayed NOTE If multiple modes can be added to the channel the transceiver asks you if you want to add another mode Do one of the following to add another mode press scroll to the mode you want to add then press again if you do not want to add another mode press NOTE If you disabled the transmit frequency das...

Page 171: ... a transmit channel scroll to the channel with the transmit frequency you want The allowed modes for this channel are the only modes you will be able to select for the new channel To disable the transmit frequency and create a receive only channel you do not need to scroll to a specific channel The modes you will be able to select for the new channel are all the modes available in the transceiver ...

Page 172: ...mode or one of the modes you want to use with this channel 1 Press to save the mode NOTE To enter lower case or numeric characters press the key until a lower case a or the hash symbol is displayed at the bottom right of the screen The name must be unique to the Channel List NOTE If you are creating a transmit channel the modes from which you can select are the allowed modes for the channel you we...

Page 173: ... references to the channel For example if the channel you renamed is used in a network go to the channel mode list for the network find the reference to the old channel name then edit it so that the new name is displayed If you do not update the reference to the channel the channel is not scanned when scanning is switched on To rename a channel 1 Press until Main Menu is displayed 1 Select Channel...

Page 174: ...ss to move the cursor to the end of the name then edit the name 1 Press The channel is renamed and the List Manager remains open If you want to view the channel you have renamed close the List Manager by pressing 1 Press until Main Menu is displayed NOTE To enter lower case or numeric characters press until a lower case a or the hash symbol is displayed at the bottom right of the screen The name m...

Page 175: ...ransceiver suggests a name for the new channel based on the name of the channel you were on 1 Do one of the following To use the name displayed press To enter a new name start typing When you have entered the name press To edit the name displayed press The cursor is placed at the end of the line so you can backspace over characters and or enter new text When you have entered the name press A copy ...

Page 176: ...u want to edit For example 1 Press to display the settings for the entry The first setting Receive Freq is displayed 1 Scroll to the setting you want to edit then hold The following table explains how to edit each setting NOTE If the TxD option has been installed in the transceiver you cannot enable or disable the transmit frequency of a channel by editing the channel See page 137 Creating a chann...

Page 177: ...he end of the line so you can backspace over the text and or enter new text press Enter the new frequency in kilohertz To disable transmission on this channel erase the transmit frequency by pressing repeatedly When the frequency is correct or erased press Mode Do one of the following To add a mode press to display the first mode then hold to open the List Manager Select Add item then select the m...

Page 178: ... 1 Select Channel 1 Go to the entry you want to delete For example 1 Hold to open the List Manager 1 Select Delete entry The transceiver asks you to confirm that you want to delete the entry 1 Press The channel is deleted and the List Manager remains open 1 Press until Main Menu is displayed NOTE Use or to scroll to the entry or use the Find feature ...

Page 179: ... display 159 Adjustment locations and test points 160 Checking the voltage controlled oscillator 166 Aligning the 45 MHz filters 167 Aligning the 455 kHz IF and noise limiter 169 Adjusting the exciter output level 170 Adjusting carrier re insertion 171 Adjusting the exciter output spurious balance 172 Adjusting frequency 173 Adjusting mute 175 Adjusting the PA 176 Checking performance of the recei...

Page 180: ...put of 130 dBm to 0 dBm from a source impedance of 50 Ω a 50 MHz frequency counter with a resolution of 1 Hz a regulated power supply of 13 6 V 0 2 V at 20 A peak two tone audio generator operating at 700 Hz and 2300 Hz with balance control and adjustable output 0 to 100 mV RMS a digital multimeter with a 10 MΩ input impedance an AC voltmeter with a range of 10 mV to 10 V transceiver test unit to ...

Page 181: ...ly Description Source Standby 5 4 V when transceiver is off ext Handset power 9 2 V when transceiver is on ext 5 V 5 V regulated supply IC10 9 V 9 V for IC7 IC5 Drawing 08 05470 or 08 05986 sheet 1 Table 35 Supply voltages for the Audio PCB in the junction box Supply Description Source A protected Unregulated battery supply ext from RF unit 10 V 10 V regulated supply IC12 5 V 5 V regulated supply ...

Page 182: ... 10 V 10 V regulated supply IC9 5 V 5 V regulated supply IC10 5 VQ 5 V quiet for opamp bias IC10 filtered 6 VSBY 6 2 V standby for CIB IC4 D9 D10 Drawing 08 05988 sheet 1 Table 38 Supply voltages for the Audio Interconnect PCB in the RF unit 2011 only Supply Description Source A Unregulated battery supply via Filter and Control PCB A protected 2 A current limited battery F1 10 V 10 V regulated sup...

Page 183: ...ol PCB 5 V 5 V regulated supply IC7 2 5 VQ 2 5 V quiet for opamp bias IC7 filtered 5 VQ 5 V quiet for opamp bias IC7 filtered 5 VSBY 5 4 V standby for handset D3 D4 Drawing 08 05265 Table 40 Supply voltages for the Application Processor PCB in the RF unit 2010 only Supply Description Source 5 V 5 V switchmode supply IC6 VREF 2 5 V reference voltage IC5 Drawing 08 05987 Table 41 Supply voltages for...

Page 184: ...re supply IC4 3V3 3 3 V switchmode supply IC5 5 V 5 V regulated supply IC3 ALTERNATIVE TEXT Drawing 08 05261 sheet 1 Table 43 Supply voltages for the RF IF PCB in the RF unit 08 05261 Supply Description Source A Unregulated battery supply via Audio Interface PCB 5 V 5 V regulated supply IC210 26 V 26 V from charge pump supply IC402 10 V 10 V regulated supply via Audio Interface PCB 10 VRx 10 V In ...

Page 185: ... V 10 V regulated supply via Audio Interface PCB 2010 or Audio Interconnect PCB 2011 or Audio Interconnect Data I O PCB 2012 10 VRx 10 V In Rx V415 V416 10 VTx 10 V In Tx V417 V418 ALTERNATIVE TEXT Drawing 08 05415 or 08 05511 sheet 1 and drawing 08 05416 or Drawings 08 05869 sheet 2 and 08 05910 sheet 1 or Drawings 08 06461 sheet 2 and 08 05910 sheet 1 NOTE If the PCB issue status is 04 or earlie...

Page 186: ...a warm up period of five minutes The operating temperature of the oven should be 70 C 5 C 158 F 41 F Low pass filters There are two 30 MHz LPFs Both are located on the RF IF PCB in the RF unit One is located in the receiver input and the other is located in the exciter output Alignment of the LPFs is not necessary Each coil L106 and L114 is pre aligned to a frequency of 45 MHz ALTERNATIVE TEXT Dra...

Page 187: ...al Service mode to assist you to check VCO1 this is not adjustable align the 45 MHz BPFs using only an oscilloscope and signal generator align the transformers T201 and T202 in the 455 kHz IF adjust the exciter output level adjust carrier re insertion adjust the exciter output spurious balance adjust the channel frequency adjust mute check and adjust the PA check the performance of the receiver an...

Page 188: ...nk 11 on the Microprocessor PCB in the junction box see drawing 08 05317 and Figure 25 or link A on the Application Processor Handset I F 3 V PCB in the 2011 see drawing 08 05987 and Figure 26 on page 155 link A on the Application Processor Handset Data I F PCB in the 2012 see drawing 08 06260 and Figure 27 on page 155 Figure 25 Position of link 11 on the Microprocessor PCB in the junction box Ser...

Page 189: ...em Technical Service Manual 155 Figure 26 Position of link A on the Application Processor Handset I F 3 V PCB in the 2011 Figure 27 Position of link A on the Application Processor Handset Data I F PCB in the 2012 Service mode link Service mode link ...

Page 190: ...t 15 MHz speaker muted Tx inhibit 30 MHz speaker muted Tx inhibit The following selections start special test functions 4 5 Sweep test the Rx 45 MHz filter Sweep test the Tx 45 MHz filter The following channels are defined with LSB USB AM IF2 access modes 7 8 250 kHz 1 1 MHz Receive only 9 10 11 1 6 MHz 1 9 MHz 2 3 MHz Band 1 12 13 14 2 5 MHz 3 1 MHz 3 6 MHz Band 2 15 16 17 3 8 MHz 4 6 MHz 5 5 MHz...

Page 191: ...t Mute ON OFF Power Switch transceiver ON OFF PTT Transmit Volume Change volume Up Down Change channel 9 Set display contrast 0 Set display brightness Test keypad and display 1 Set AGC SLOW FAST HOLD Default SLOW 2 Select next mode USB LSB AM IF2 Default USB 3 Set tune carrier ON OFF Default OFF 4 Set talk power ON OFF Default OFF 5 Set receive preamplifier ON OFF Default ON 6 Set PA average power...

Page 192: ...essor PCB in the junction box see drawing 08 05317 and Figure 25 on page 154 or link A on the Application Processor Handset I F 3 V PCB in the 2011 see drawing 08 05987 and Figure 26 on page 155 link A on the Application Processor Handset Data I F PCB in the 2012 see drawing 08 06260 and Figure 27 on page 155 1 Switch on the transceiver The transceiver is now in Normal mode and normal operation ca...

Page 193: ...press a key This message is displayed for approximately one second then the handset screen flashes at 2 Hz to ensure all pixels are functional 1 Press each key on the keypad one at a time except As each key is pressed it is displayed on the handset screen for one second To exit from the keypad and display test mode 1 Press NOTE The transceiver does not have to be in Service mode to perform this te...

Page 194: ...n the RF unit 08 05415 or 08 05511 Figure 30 on page 161 PA PCB in the RF unit 08 05869 Figure 31 on page 162 PA PCB in the RF unit 08 06461 Figure 32 on page 162 Filter and Control PCB in the RF unit 08 05416 Figure 33 on page 163 Filter and Control PCB in the RF unit 08 05910 Figure 34 on page 163 Audio Interface PCB in the RF unit 08 05266 2010 only Figure 35 on page 164 Audio Interconnect PCB ...

Page 195: ...NGT Checks and adjustments NGT Transceiver System Technical Service Manual 161 Figure 29 RF IF PCB in the RF unit 08 05889 Figure 30 PA PCB in the RF unit 08 05415 or 08 05511 ...

Page 196: ...Service Manual Figure 31 PA PCB in the RF unit 08 05869 Figure 32 PA PCB in the RF unit 08 06461 5V ALC ASW SET PA GAIN R205 BALANCE R273 SET O P R239 MEASURE O P BIAS SET ACTIVE BIAS R241 LINK FOR DRIVER BIAS SET DRIVER BIAS R222 FUSE 1 X 0 2 mm PA FUSE 2 X 0 2 mm ...

Page 197: ...NGT Checks and adjustments NGT Transceiver System Technical Service Manual 163 Figure 33 Filter and Control PCB in the RF unit 08 05416 Figure 34 Filter and Control PCB in the RF unit 08 05910 ...

Page 198: ...Checks and adjustments 164 NGT Transceiver System Technical Service Manual Figure 35 Audio Interface PCB in the RF unit 08 05266 2010 only Figure 36 Audio Interconnect PCB in the RF unit 08 05988 2011 only ...

Page 199: ...ver System Technical Service Manual 165 Figure 37 Audio Interconnect Data I O PCB in the RF unit 08 06261 2012 only SDA SCL 5V A_PROT GND RESET DATA2 DATA1 CAL A TX_AUDIO1 TX_AUDIO2 LS RXAF RF_INT PA_INT 3V3 5V_STBY 5V_SIGNAL 10V Mute adjust ...

Page 200: ...ltage is between 2 V and 4 V The frequency at VCO test point should be approximately 45 25 MHz 1 Select test channel 2 1 Check that the voltage at TP402 is between 9 V and 11 5 V The frequency at VCO test point should be approximately 60 MHz 1 Select test channel 3 1 Check that the voltage at TP402 is between 19 V and 25 V The frequency at VCO test point should be approximately 75 MHz ALTERNATIVE ...

Page 201: ...vision 1 Connect the TRIG test point on the RF IF PCB to the external trigger of the oscilloscope 1 Set the oscilloscope for an external positive trigger and adjust for lock 1 Set the transceiver to channel 4 to initiate the receive sweep test 1 Adjust the trace to the centre position 1 Adjust T104 L110 L111 and T105 for a flat response as shown in Figure 38 Figure 38 Receive sweep test display AL...

Page 202: ...lloscope 1 Set the oscilloscope for an external positive trigger and adjust for lock 1 Set the transceiver to channel 5 to initiate the transmit sweep test 1 Adjust the trace to the centre position 1 Adjust T107 L117 and T108 for a flat response as shown in Figure 39 Figure 39 Transmit sweep test display 1 Select any other channel to stop the sweep test ALTERNATIVE TEXT Drawing 08 05261 sheet 2 or...

Page 203: ...t an oscilloscope to TP201 using a 10 probe 1 Set the input to 50 mV per division 0 5 V per division with the 10 probe 1 Set the timebase of the oscilloscope to 50 µs per division 1 Set the oscilloscope for an auto trigger 1 Adjust T202 for maximum amplitude Only a small change in amplitude is seen due to the low Q of the tuned circuit 1 Remove the 10 probe from TP201 1 Connect a 1 probe to positi...

Page 204: ...it and NGT test handset with a 2011 RF Unit 1 Select test channel 16 with USB mode 1 Hold down PTT then adjust the level of the two tones for compression 1 Adjust the Y sensitivity of the oscilloscope for on screen display and adjust the trigger for a stationary waveform 1 Adjust the two tone balance control for good crossover display 1 Adjust the Tx level control R256 near the ribbon cable for a ...

Page 205: ...x or 2012 RF Unit see Figure 40 on page 170 or the 2011 RF Unit via the NGT test handset see Figure 41 on page 170 1 Hold down PTT 1 Adjust R217 near the SSB filter Z201 for 100 modulation 1 Rotate R217 clockwise to set it to approximately 90 modulation see Figure 42 Figure 42 Graph showing adjustment to 90 modulation 1 Release PTT ALTERNATIVE TEXT Drawing 08 05261 sheet 2 or 08 05889 sheet 2 NOTE...

Page 206: ...way GPIO connector on the junction box or 2012 RF Unit see Figure 40 on page 170 or the 2011 RF Unit via the NGT test handset see Figure 41 on page 170 1 Hold down PTT 1 Adjust the 24 9 MHz signal displayed on the spectrum analyser to the top of the screen 1 Reset the spectrum analyser centre frequency to 20 1 MHz 1 Adjust R138 for a minimum 20 1 MHz signal The unwanted 20 1 MHz product should be ...

Page 207: ... channel 30 1 Remove the coaxial connector from J2 on the RF IF PCB in the RF unit This disconnects the exciter output to the PA 1 Connect a frequency counter to the exciter output J2 Tx 1 Hold down 3 to switch on the tune carrier 1 Adjust trimmer C7 drawing 08 05963 to a frequency of 29 9 MHz 3 Hz ALTERNATIVE TEXT Drawing 08 05261 sheet 2 NOTE The transceiver must be in Service mode to make this ...

Page 208: ...sceiver System Technical Service Manual NOTE Links X1 and X2 on the oscillator PCB drawing 08 05963 may be joined to lower the frequency if the trimmer does not have enough range Approximate link settings are X1 200 Hz X2 400 Hz X1 X2 600 Hz ...

Page 209: ...eset potentiometer MUTE ADJ R85 on the Audio Interface PCB 2010 Audio Interconnect PCB 2011 Audio Interconnect Data I O PCB 2012 in the RF unit fully clockwise 1 Slowly turn the potentiometer counterclockwise until you hear receiver noise in the loudspeaker this is the mute threshold 1 Turn the potentiometer back in a clockwise direction a quarter turn The sensitivity may be varied from this setti...

Page 210: ...V207 to V212 see Figure 30 on page 161 1 Set a multimeter to DC 10 mA range and connect it in place of the removed link 1 Connect the DC supply then switch on the transceiver 1 Select any transmit channel then hold down PTT 1 Check that the driver current measures 4 mA 1 mA 1 If the current is out of the specified limit stated above change it by adjusting DR BIAS R222 see Figure 30 on page 161 1 R...

Page 211: ...162 1 Release PTT 1 Switch off the transceiver disconnect the multimeter then replace the link with a length of tinned copper wire To adjust the driver bias 1 Ensure the transceiver is switched off and the DC supply is disconnected 1 Disconnect the exciter output from the PA by removing the connector from J2 Tx coaxial on the RF IF PCB in the RF unit drawing 08 05889 sheet 1 1 Unsolder the link la...

Page 212: ... to the output FETs V215 and V216 see Figure 30 on page 161 1 Set a multimeter to DC 10 A range and connect it in place of the removed fuse positive near to relay 1 Connect the DC supply then switch on the transceiver 1 Select any transmit channel then hold down PTT 1 Check that the output FET current measures 4 A 100 mA If the current is out of the specified limit stated above change it by adjust...

Page 213: ...nnel then hold down PTT 1 Check that the output current measures 400 mA 50 mA for 08 05869 or 400 mA 20 mA for 08 06461 If the current is out of the specified limit stated above change it by adjusting the preset potentiometer PA BIAS R239 see Figure 31 on page 162 or Figure 32 on page 162 1 Release PTT 1 Switch off the transceiver disconnect the DC supply then resolder the fuse PA O P If the fuse ...

Page 214: ...o tone audio 700 Hz and 2300 Hz via the test unit to the audio input on the 15 way GPIO connector on the junction box or 2012 RF Unit see Figure 40 on page 170 or the 2011 RF Unit via the NGT test handset see Figure 41 on page 170 1 Hold down PTT then adjust the two tone level for compression 1 Adjust the Y sensitivity of the oscilloscope for on screen display and adjust the trigger for a stationa...

Page 215: ...41 on page 170 1 Hold down PTT then adjust the two tone level for compression 1 Adjust the Y sensitivity of the oscilloscope for on screen display and adjust the trigger for a stationary waveform 1 Adjust the two tone balance control for good crossover display 1 Adjust HI PWR R32 see Figure 34 on page 163 for the required output Table 48 Power output PEP vs measuring instrument 12 100 125 W Power ...

Page 216: ...ne waveform is clean and undistorted If it is not clean and undistorted further analysis is required Adjusting the bias gain To adjust the bias gain 1 Connect a 50 Ω dummy load to the RF connector see Figure 43 1 Connect a spectrum analyser via a 47 kΩ resistor to the RF connector see Figure 43 This provides a low level output for the spectrum analyser ALTERNATIVE TEXT Drawing 08 05416 or 08 05910...

Page 217: ...for equal amplitude by adjusting the balance control on the two tone signal generator 1 Adjust the sensitivity control on the spectrum analyser to set the two tones at the top of the screen 1 Adjust the GAIN potentiometer R244 for a minimum intermodulation distortion level see Figure 30 on page 161 1 Measure the intermodulation distortion levels relative to each tone Add 6 dB to the reading if ref...

Page 218: ...alyser for equal amplitude by adjusting the balance control on the two tone signal generator 1 Adjust the sensitivity control on the spectrum analyser to set the two tones at the top of the screen 1 Adjust the ACT BIAS potentiometer R241 for a minimum high order 9th intermodulation distortion level see Figure 31 on page 162 or Figure 32 on page 162 1 Measure the intermodulation distortion levels r...

Page 219: ...t up the spectrum analyser as follows 1 Hold down PTT then adjust the single tone level for compression 1 Adjust the sensitivity control on the spectrum analyser to set the tone at the top of the screen 1 Adjust the balance control R253 for a minimum on 17 2 MHz 1 Check that the level of the 2nd harmonic 17 2 MHz is below 60 dB 1 Release PTT ALTERNATIVE TEXT Drawing 08 05415 or 08 05511 sheet 1 NO...

Page 220: ... see Figure 41 on page 170 1 Set up the spectrum analyser as follows 1 Hold down PTT then adjust the single tone level for compression 1 Adjust the balance control R273 for a minimum on 11 4 MHz 1 Check that the level of the 2nd harmonic 11 4 MHz is below 60 dB 1 Release PTT ALTERNATIVE TEXT Drawing 08 05869 sheet 2 or 08 06461 sheet 2 NOTE The transceiver must be in Service mode to make this adju...

Page 221: ...ct a signal generator to provide two tone audio 700 Hz and 2300 Hz via the test unit to the audio input on the 15 way GPIO connector on the junction box or 2012 RF Unit see Figure 40 on page 170 or the 2011 RF Unit via the NGT test handset see Figure 41 on page 170 ALTERNATIVE TEXT Drawing 08 05416 or 08 05910 sheet 1 NOTE If the PCB issue status is 04 or earlier see drawing 08 05910 sheet 1 NOTE ...

Page 222: ...referenced to PEP see page 39 Transmitter specifications for limits If IMD is outside of the specified limits further analysis is required 1 Release PTT 1 Check the IMD on the remaining frequencies see Table 46 on page 156 Centre frequency Set to frequency of selected test channel Frequency span 20 kHz 2 kHz per division Vertical level 10 dB per division Video bandwidth 300 Hz Sensitivity Depends ...

Page 223: ...sing a single tone audio 1 kHz adjust the audio input level until the exciter output level is 225 mV p p 1 Adjust the PA GAIN control R205 on the PA PCB to give a 45 W output see Figure 30 on page 161 or Figure 31 on page 162 or Figure 32 on page 162 ALTERNATIVE TEXT Drawing 08 05261 sheet 1 or 08 05889 sheet 1 and drawing 08 05415 or 08 05511 sheet 1 or Drawing 08 05869 sheet 2 or Drawing 08 0646...

Page 224: ...1 kHz below for LSB 1 Set the signal generator output level to 121 dBm 0 2 mV PD 1 Adjust the volume control for a suitable near full scale dB reading on the AC voltmeter 1 Record the reading 1 Switch off or adjust the output of the signal generator to a frequency outside the receiver pass band 1 Check that the audio output drops by at least 10 dB 1 Repeat the above with the RF gain off and the ou...

Page 225: ...dBm 2 5 µV PD If the signal generator level is greater than 99 dBm 2 5 µV PD further analysis is required Checking the audio output To check the audio output 1 Set up the equipment as described on page 190 Checking the sensitivity and signal noise noise ratio with a signal generator output level of 67 dBm 100 mV PD 1 Connect an oscilloscope in parallel to the AC voltmeter across the audio output l...

Page 226: ...eference level of the audio output using the AC voltmeter 1 Monitor the signal generator using a frequency counter 1 Adjust the frequency to 1 kHz and then to 4 kHz from the SCF USB operation 1 Increase the output of the signal generator to 55 dBm 0 4 mV and check that the audio output is less than the reference level 1 Repeat at 4 kHz from the SCF USB operation and check that the audio output is ...

Page 227: ...ve generator to 100 Hz and the output to 5 V p p When the noise limiter is on the signal produced by the signal generator should be heard clearly over the interfering signal from the square wave generator If the signal produced by the signal generator is not heard clearly over the interfering signal from the square wave generator further analysis is required 1 Switch the noise limiter off by short...

Page 228: ...tor on the junction box or 2012 RF Unit see Figure 40 on page 170 or the 2011 RF Unit via the NGT test handset see Figure 41 on page 170 1 Hold down PTT then increase the audio output slowly until the moment when the output power stops increasing This point is the ALC threshold 1 Record the PEP output and increase the audio input by 10 dB The increase in output should be less than 0 5 dB above the...

Page 229: ...are open check that the power output is 100 W PEP at 1 6 MHz to 30 MHz If links X2 and X3 on the Filter and Control PCB in the RF unit drawing 08 05416 are closed check that the power output is 125 W PEP at 1 6 MHz to 100 W PEP at 30 MHz 1 Use a spectrum analyser to check that the IMD is better than 32 dB below PEP 26 dB below each tone see page 187 Checking intermodulation 1 Release PTT NOTE The ...

Page 230: ...NGT Checks and adjustments 196 NGT Transceiver System Technical Service Manual This page has been left blank intentionally ...

Page 231: ...Junction box Assembly 08 05514 001 RF unit Assembly 2010 08 05628 003 08 05628 001 08 05628 002 08 05628 007 2011 08 05628 005 08 05628 004 2012 08 05628 009 Handset 08 05300 001 Handset key matrix 08 05522 001 Handset PTT button 08 05523 001 Handset power emergency 08 05524 001 Junction box Audio 08 05470 001 08 05986 001 Microprocessor 08 05317 001 ...

Page 232: ...3 001 Power Amplifier 08 05415 001 or 08 05869 001 or 08 06461 001 Filter Control 08 05416 001 or 08 05910 001 PA Assembly complete with heatsink 08 05511 001 RF Unit 2011 Audio Interconnect 08 05988 001 Application Processor Handset I F 3 V 08 05987 001 RF IF 08 05889 001 Crystal Oven 08 05963 001 08 05962 001 08 05973 001 Power Amplifier 08 05869 001 or 08 06461 001 Filter Control 08 05910 001 T...

Page 233: ...ata I F 08 06260 001 RF IF 08 05889 001 Crystal Oven 08 05963 001 08 05962 001 08 05973 001 Power Amplifier 08 05869 001 or 08 06461 001 Filter Control 08 05910 001 Second Filter Option 500 Hz 08 05890 001 2700 Hz 08 05890 002 Desk console 15 10471 08 05267 001 Desk console 15 00766 08 06320 001 Table 50 NGT parts lists index cont Title Assembly number ...

Page 234: ...NGT Parts lists 200 NGT Transceiver System Technical Service Manual This page has been left blank intentionally ...

Page 235: ...de Codan 06 02068 06 02068 1 5 Handset PCB Codan 08 05300 001 08 05300 001 1 6 Handset Key matrix PCB Codan 08 05522 001 08 05522 001 1 7 Handset PTT Button PCB Codan 08 05523 001 08 05523 001 1 8 Handset Power Emgcy Key PCB Codan 08 05524 001 08 05524 001 1 9 Cable Handset curly cord Key 08 05592 001 08 05592 001 1 10 Screw 2 5x16 PT S S Pan Pozi PSM Fasteners WN1412 KB25x16 STST 31 02516 580 5 1...

Page 236: ...001 1 8 Loom Serial Auto Assemblies 08 05519 001 08 05519 001 1 9 Loom GPIO Auto Assemblies 08 05520 001 08 05520 001 1 10 Speaker Filter PCB Codan 08 05724 001 08 05724 001 1 11 Bush Transistor TO 220 Motorola B51547F019 30 03801 001 1 12 Washer Mica 1kV TO 220 Philips 56359B 30 45002 002 1 13 Screw M3x6 TAPTITE 2 P Pozi Ajax Fasteners 304 Stainless 31 03006 580 8 17 Washer Insulating Stepped Mic...

Page 237: ...3 RF IF PCB Codan 08 05889 001 08 05889 001 1 14 Filter Control PCB Codan 08 05910 001 08 05910 001 1 15 Screw M3x8 TAPTITE 2 P Pozi Ajax Fasteners 31 03008 580 31 03008 580 26 16 Screw M3x8 TAPTITE 2 Csk Pozi Ajax Fasteners 304SS Bk to 01 00205 31 03008 782 4 17 Screw M3x10 TAPTITE 2 P Pozi Ajax Fasteners 31 03010 582 31 03010 582 14 18 Washer M3 304 SS Spring W J Smith 31 23001 580 31 23001 580 ...

Page 238: ...3 RF IF PCB Codan 08 05889 001 08 05889 001 1 14 Filter Control PCB Codan 08 05910 001 08 05910 001 1 15 Screw M3x8 TAPTITE 2 P Pozi Ajax Fasteners 31 03008 580 31 03008 580 26 16 Screw M3x8 TAPTITE 2 Csk Pozi Ajax Fasteners 304SS Bk to 01 00205 31 03008 782 4 17 Screw M3x10 TAPTITE 2 P Pozi Ajax Fasteners 31 03010 582 31 03010 582 14 18 Washer M3 304 SS Spring W J Smith 31 23001 580 31 23001 580 ...

Page 239: ... IF PCB Codan 08 05889 001 08 05889 001 1 14 Filter Control PCB Codan 08 05910 001 08 05910 001 1 15 Screw M3x8 TAPTITE 2 P Pozi Ajax Fasteners 31 03008 580 31 03008 580 26 16 Screw M3x8 TAPTITE 2 Csk Pozi Ajax Fasteners 304SS Bk to 01 00205 31 03008 782 4 17 Screw M3x10 TAPTITE 2 P Pozi Ajax Fasteners 31 03010 582 31 03010 582 14 18 Washer M3 304 SS Spring W J Smith 31 23001 580 31 23001 580 8 26...

Page 240: ...RF IF PCB Codan 08 05889 001 08 05889 001 1 14 Filter Control PCB Codan 08 05910 001 08 05910 001 1 15 Screw M3x8 TAPTITE 2 P Pozi Ajax Fasteners 31 03008 580 31 03008 580 26 16 Screw M3x8 TAPTITE 2 Csk Pozi Ajax Fasteners 304SS Bk to 01 00205 31 03008 782 4 17 Screw M3x10 TAPTITE 2 P Pozi Ajax Fasteners 31 03010 582 31 03010 582 14 18 Washer M3 304 SS Spring W J Smith 31 23001 580 31 23001 580 8 ...

Page 241: ...F IF PCB Codan 08 05889 001 08 05889 001 1 14 Filter Control PCB Codan 08 05910 001 08 05910 001 1 15 Screw M3x8 TAPTITE 2 P Pozi Ajax Fasteners 31 03008 580 31 03008 580 26 16 Screw M3x8 TAPTITE 2 Csk Pozi Ajax Fasteners 304SS Bk to 01 00205 31 03008 782 4 17 Screw M3x10 TAPTITE 2 P Pozi Ajax Fasteners 31 03010 582 31 03010 582 14 18 Washer M3 304 SS Spring W J Smith 31 23001 580 31 23001 580 8 2...

Page 242: ... RF IF PCB Codan 08 05889 001 08 05889 001 1 14 Filter Control PCB Codan 08 05910 001 08 05910 001 1 15 Screw M3x8 TAPTITE 2 P Pozi Ajax Fasteners 31 03008 580 31 03008 580 26 16 Screw M3x8 TAPTITE 2 Csk Pozi Ajax Fasteners 304SS Bk to 01 00205 31 03008 782 4 17 Screw M3x10 TAPTITE 2 P Pozi Ajax Fasteners 31 03010 582 31 03010 582 14 18 Washer M3 304 SS Spring W J Smith 31 23001 580 31 23001 580 8...

Page 243: ...iemetrics 08 06150 001 08 06150 001 2 3 Screen Audio I F Metalcraft 05 07102 05 07102 1 4 Screen Application Processor Metalcraft 05 07103 05 07103 1 5 Screen Rx Exciter Metalcraft 05 07104 05 07104 1 6 Card Voltage Warning Aust Printing 06 00380 06 00380 1 8 Label Serial Barcode Codan 06 02068 06 02068 1 12 PA c w Heatsink PCB Codan 08 06461 001 08 06461 001 1 13 RF IF PCB Codan 08 05889 001 08 0...

Page 244: ...6 31000 081 1 C10 1n 5 50V NPO 1206 NiSn Philips 1206CG102J9BB 46 31000 081 1 C11 1n 5 50V NPO 1206 NiSn Philips 1206CG102J9BB 46 31000 081 1 C12 1u 20 35V 3528 TA Cap AVX TAJB105M035R 47 01003 520 1 C13 1u 20 35V 3528 TA Cap AVX TAJB105M035R 47 01003 520 1 C14 100p 5 50V NPO 1206 NiSn Philips 1206CG101J9BB 46 21000 080 1 C15 22n 10 100V X7R 1206 NiSn Philips 12062R223K0BB 46 42200 280 1 C16 22n 1...

Page 245: ... 2 XD 01232 700 1 IC3 PSD prgmd Handset Codan 90 20597 001 90 20597 001 1 IC4 Buffer Hex Inverting Schmitt SOIC14 Motorola MC74HC14D YH 74014 700 1 IC5 Tcvr RS232 DUAL 12V SOIC16 Maxim MAX231CWE YI 00231 700 1 IC6 Pot 1k Digital SOIC8 Xicor X9313ZS YN 09313 700 1 IC7 Amp Operational Dual SOIC8 National Semiconduct LM358M XA 00358 700 1 IC8 Tcvr CAN bus SOIC8 Philips PCA82C250T YI 82250 700 1 IC9 A...

Page 246: ...223 40 42200 101 1 R8 22k Ohm 5 0 125W 1206 Philips 2322 711 61223 40 42200 101 1 R9 22k Ohm 5 0 125W 1206 Philips 2322 711 61223 40 42200 101 1 R10 56 Ohm 5 0 125W 1206 Philips 2322 711 61569 40 15600 101 1 R11 56 Ohm 5 0 125W 1206 Philips 2322 711 61569 40 15600 101 1 R12 150 Ohm 1 0 1W 0805 Philips 2322 734 61501 40 21500 115 1 R13 56 Ohm 5 0 125W 1206 Philips 2322 711 61569 40 15600 101 1 R14 ...

Page 247: ... 101 1 R37 68 Ohm 5 0 125W 1206 Philips 2322 711 61689 40 16800 101 1 R38 100k Ohm 5 0 125W 1206 Philips 2322 711 61104 40 51000 101 1 R39 2 2k Ohm 5 0 1W 0805 Philips 2322 730 61222 40 32200 111 1 R40 2 2k Ohm 5 0 1W 0805 Philips 2322 730 61222 40 32200 111 1 R41 39 Ohm 5 0 125W 1206 Philips 2322 711 61399 40 13900 101 1 R42 39 Ohm 5 0 125W 1206 Philips 2322 711 61399 40 13900 101 1 R43 47k Ohm 5...

Page 248: ...ST82 1 V2 MOSFET N Chan Enhance SOT23 Philips BST82 BST82 1 V3 MOSFET N Chan Enhance SOT23 Philips BST82 BST82 1 V4 MOSFET N Chan Enhance SOT23 Philips BST82 BST82 1 V5 MOSFET N Chan Enhance SOT23 Philips BST82 BST82 1 V6 Transistor PNP Si SOT89 Philips BC869 BC869 1 V7 Transistor NPN Si SOT23 Philips BC848 BC848 1 V8 Diode Zener 6 8V 5 0 2W SOT23 Philips BZX84C6V8 BZX84C6V8 1 V9 MOSFET N Chan Enh...

Page 249: ...on Diffused Siemens LGT670 L 65 61110 507 1 H105 LED Green PLCC SMD Non Diffused Siemens LGT670 L 65 61110 507 1 H106 LED Green PLCC SMD Non Diffused Siemens LGT670 L 65 61110 507 1 H107 LED Green PLCC SMD Non Diffused Siemens LGT670 L 65 61110 507 1 H108 LED Green PLCC SMD Non Diffused Siemens LGT670 L 65 61110 507 1 J2 Socket 5way 1row 2mm Fixed Samtec SMM 105 01 S S 60 00053 000 1 J3 Socket 5wa...

Page 250: ...4 03125 1 H S PTT button PCB 11 06077 1 Handset PTT Button PCB 08 05523 1 1 PCB PTT Switch IMP 07 01795 05 07 01795 05 1 2 Button Push to talk PTT Keyflex 06 01961 06 01961 1 3 Loom PTT Button Auto Assemblies 08 05758 001 08 05758 001 1 08 05523 001 Handset PTT Button PCB BOM Revision Date Valid On Page 1 of 1 ...

Page 251: ...1796 06 07 01796 06 1 B201 Insert Mic electret Hosiden KUC2123 030232 65 31510 1 H201 LED Green PLCC SMD Non Diffused Siemens LGT670 L 65 61110 507 1 H202 LED Red PLCC SMD Non Diffused Siemens LST670 L 65 61110 216 1 J1 Socket 4way 1row 2mm Fixed Samtec SMM 104 01 S S 60 00043 000 1 J7 Socket 4way 1row 2mm Fixed Samtec SMM 104 01 S S 60 00043 000 1 08 05524 001 Handset Power Emgcy Key PCB BOM Revi...

Page 252: ...2062R104K9BB 46 51000 281 1 C9 10u 20 25V 6032 TA Cap AVX TAJC106M025R 47 11002 520 1 C10 1000u 16V Ax EL Cap Jamicon SKR102T1CJ21 48 31001 651 1 C11 33n 10 100V X7R 1206 NiSn Philips 12062R333K0BB 46 43300 280 1 C12 3 3n 10 100V X7R 1206 NiSn Philips 12062R332K0BB 46 33300 280 1 C13 33n 10 100V X7R 1206 NiSn Philips 12062R333K0BB 46 43300 280 1 C14 100n 10 50V X7R 1206 NiSn Philips 12062R104K9BB ...

Page 253: ...C37 470p 5 50V NPO 1206 NiSn Philips 1206CG471J9BB 46 24700 080 1 C38 470p 5 50V NPO 1206 NiSn Philips 1206CG471J9BB 46 24700 080 1 C39 33n 10 100V X7R 1206 NiSn Philips 12062R333K0BB 46 43300 280 1 C40 33n 10 100V X7R 1206 NiSn Philips 12062R333K0BB 46 43300 280 1 C41 3 3n 10 100V X7R 1206 NiSn Philips 12062R332K0BB 46 33300 280 1 C42 3 3n 10 100V X7R 1206 NiSn Philips 12062R332K0BB 46 33300 280 ...

Page 254: ...33300 280 1 C66 3 3n 10 100V X7R 1206 NiSn Philips 12062R332K0BB 46 33300 280 1 C67 3 3n 10 100V X7R 1206 NiSn Philips 12062R332K0BB 46 33300 280 1 C68 3 3n 10 100V X7R 1206 NiSn Philips 12062R332K0BB 46 33300 280 1 C69 3 3n 10 100V X7R 1206 NiSn Philips 12062R332K0BB 46 33300 280 1 C70 3 3n 10 100V X7R 1206 NiSn Philips 12062R332K0BB 46 33300 280 1 C71 3 3n 10 100V X7R 1206 NiSn Philips 12062R332...

Page 255: ...uments TLE2082CD XA 02082 700 1 IC12 Reg Voltage 10V IC National Semiconduct LM2940T 10 XB 02940 402 1 IC13 Reg Voltage 5V 0 1A SOIC8 National Semiconduct LM78L05ACM XB 07805 700 1 K1 Relay 2C 12V 2A SMD 1028 Ohm Matsushita TQ2SL 12V 64 21225 310 1 L1 Choke EMI EMC 0A DC 1MHz 4516 Taiyo Yuden FCFBMJ 4516 HS 110 T 43 90003 1 L2 Choke EMI EMC 0A DC 1MHz 4516 Taiyo Yuden FCFBMJ 4516 HS 110 T 43 90003...

Page 256: ... Ohm 5 0 125W 1206 Philips 2322 711 61101 40 21000 101 1 R9 2 2k Ohm 5 0 125W 1206 Philips 2322 711 61222 40 32200 101 1 R10 270 Ohm 5 0 125W 1206 Philips 2322 711 61271 40 22700 101 1 R11 2 2k Ohm 5 0 125W 1206 Philips 2322 711 61222 40 32200 101 1 R12 2 2k Ohm 5 0 125W 1206 Philips 2322 711 61222 40 32200 101 1 R13 2 2k Ohm 5 0 125W 1206 Philips 2322 711 61222 40 32200 101 1 R14 100 Ohm 5 0 125W...

Page 257: ... 101 1 R40 51k Ohm 5 0 1W 0805 Philips 2322 730 61513 40 45100 111 1 R42 51k Ohm 5 0 1W 0805 Philips 2322 730 61513 40 45100 111 1 R44 51k Ohm 5 0 1W 0805 Philips 2322 730 61513 40 45100 111 1 R46 33k Ohm 5 0 1W 0805 Philips 2322 730 61333 40 43300 111 1 R47 33k Ohm 5 0 1W 0805 Philips 2322 730 61333 40 43300 111 1 R48 22k Ohm 5 0 125W 1206 Philips 2322 711 61223 40 42200 101 1 R49 22k Ohm 5 0 125...

Page 258: ...102 40 31000 101 1 R72 100 Ohm 5 0 125W 1206 Philips 2322 711 61101 40 21000 101 1 R73 100 Ohm 5 0 125W 1206 Philips 2322 711 61101 40 21000 101 1 R74 100 Ohm 5 0 125W 1206 Philips 2322 711 61101 40 21000 101 1 R75 100 Ohm 5 0 125W 1206 Philips 2322 711 61101 40 21000 101 1 R76 100 Ohm 5 0 125W 1206 Philips 2322 711 61101 40 21000 101 1 R77 100 Ohm 5 0 125W 1206 Philips 2322 711 61101 40 21000 101...

Page 259: ... Audio PCB BOM Revision Date Valid On V2 Transistor PNP Si SOT23 Philips BC858 BC858 1 V3 Transistor PNP Si SOT23 Philips BC858 BC858 1 V4 Transistor NPN Si SOT23 Philips BC848 BC848 1 V5 Transistor NPN Si SOT23 Philips BC848 BC848 1 Z1 Crystal 16000 kHz uP Grade HY Q QC49 SMD 65 90103 1 Page 8 of 8 ...

Page 260: ...001 1 C10 1000u 16V Ax EL Cap Jamicon SKR102T1CJ21 48 31001 651 1 C11 33n 10 50V X7R 0805 NiSn Philips 08052R333K9BB00 46 43300 281 1 C12 33n 10 50V X7R 0805 NiSn Philips 08052R333K9BB00 46 43300 281 1 C15 100u 25V 105 C SMD EL Cap Low ESR Nippon Chemicn MVY25VC100MF80 48 21002 502 1 C16 470u 16V Ax EL Cap Jamicon SKR470T1CG18 48 24701 651 1 C17 2 2n 5 50V NPO 1206 NiSn Philips 1206CG222J9BB 46 32...

Page 261: ...1 1 C40 33n 10 50V X7R 0805 NiSn Philips 08052R333K9BB00 46 43300 281 1 C41 3 3n 10 100V X7R 0603 NiSn Vishay VJ0603Y332KXBAC 46 33300 282 1 C42 3 3n 10 100V X7R 0603 NiSn Vishay VJ0603Y332KXBAC 46 33300 282 1 C43 33n 10 50V X7R 0805 NiSn Philips 08052R333K9BB00 46 43300 281 1 C44 33n 10 50V X7R 0805 NiSn Philips 08052R333K9BB00 46 43300 281 1 C45 33n 10 50V X7R 0805 NiSn Philips 08052R333K9BB00 4...

Page 262: ... 46 33300 282 1 C69 3 3n 10 100V X7R 0603 NiSn Vishay VJ0603Y332KXBAC 46 33300 282 1 C70 3 3n 10 100V X7R 0603 NiSn Vishay VJ0603Y332KXBAC 46 33300 282 1 C71 3 3n 10 100V X7R 0603 NiSn Vishay VJ0603Y332KXBAC 46 33300 282 1 C72 3 3n 10 100V X7R 0603 NiSn Vishay VJ0603Y332KXBAC 46 33300 282 1 C73 3 3n 10 100V X7R 0603 NiSn Vishay VJ0603Y332KXBAC 46 33300 282 1 C74 3 3n 10 100V X7R 0603 NiSn Vishay V...

Page 263: ...C National Semiconduct LM2940T 10 XB 02940 402 1 IC13 Reg Voltage 5V 0 1A SOIC8 National Semiconduct LM78L05ACM XB 07805 700 1 IC14 Reg Voltage 3 3V 150mA LDO SOT23 5 Texas Instruments TPS76333DBVT XB 76333 700 1 K1 Relay 2C 12V 2A SMD 1028 Ohm Matsushita TQ2SL 12V 64 21225 310 1 L1 Choke EMI EMC 0A DC 1MHz 4516 Taiyo Yuden FCFBMJ 4516 HS 110 T 43 90003 1 L2 Choke EMI EMC 0A DC 1MHz 4516 Taiyo Yud...

Page 264: ...ilips 2322 702 60271 40 22700 121 1 R11 2 2k Ohm 5 0 06W 0603 Philips 2322 702 60222 40 32200 121 1 R12 2 2k Ohm 5 0 06W 0603 Philips 2322 702 60222 40 32200 121 1 R13 2 2k Ohm 5 0 06W 0603 Philips 2322 702 60222 40 32200 121 1 R14 100 Ohm 5 0 06W 0603 Philips 2322 702 60101 40 21000 121 1 R15 100 Ohm 5 0 06W 0603 Philips 2322 702 60101 40 21000 121 1 R16 100 Ohm 5 0 06W 0603 Philips 2322 702 6010...

Page 265: ...0 111 1 R42 51k Ohm 5 0 1W 0805 Philips 2322 730 61513 40 45100 111 1 R44 51k Ohm 5 0 1W 0805 Philips 2322 730 61513 40 45100 111 1 R46 33k Ohm 5 0 06W 0603 Philips 2322 702 60333 40 43300 121 1 R47 33k Ohm 5 0 06W 0603 Philips 2322 702 60333 40 43300 121 1 R48 22k Ohm 5 0 06W 0603 Philips 2322 702 60223 40 42200 121 1 R49 22k Ohm 5 0 06W 0603 Philips 2322 702 60223 40 42200 121 1 R50 22k Ohm 5 0 ...

Page 266: ...ps 2322 702 60101 40 21000 121 1 R74 100 Ohm 5 0 06W 0603 Philips 2322 702 60101 40 21000 121 1 R75 100 Ohm 5 0 06W 0603 Philips 2322 702 60101 40 21000 121 1 R76 100 Ohm 5 0 06W 0603 Philips 2322 702 60101 40 21000 121 1 R77 100 Ohm 5 0 06W 0603 Philips 2322 702 60101 40 21000 121 1 R78 100 Ohm 5 0 06W 0603 Philips 2322 702 60101 40 21000 121 1 R79 100 Ohm 5 0 06W 0603 Philips 2322 702 60101 40 2...

Page 267: ...rer Manufacturer s P N Codan P N Qty 08 05986 001 Audio PCB BOM Revision Date Valid On V4 Transistor NPN Si SOT23 Philips BC848 BC848 1 V5 Transistor NPN Si SOT23 Philips BC848 BC848 1 Z1 Crystal 16000 kHz uP Grade HY Q QC49 SMD 65 90103 1 Page 8 of 8 ...

Page 268: ...6 12700 080 1 C9 27p 5 50V NPO 0805 NiSn Philips 0805CG270J9B200 46 12700 080 1 C10 33n 10 50V X7R 0805 NiSn Philips 08052R333K9BB00 46 43300 281 1 C11 33n 10 50V X7R 0805 NiSn Philips 08052R333K9BB00 46 43300 281 1 C12 100n 10 50V X7R 0805 Nisn Philips 08052R104K9BB 46 51000 282 1 C13 100n 10 50V X7R 0805 Nisn Philips 08052R104K9BB 46 51000 282 1 C14 100n 10 50V X7R 0805 Nisn Philips 08052R104K9B...

Page 269: ...Buffer Hex inverting schmitt SOIC14 Motorola MC74AC14D YS 74014 700 1 IC8 SRAM CMOS 256k x 16 Bit 20ns SOJ44 Alliance AS7C4098 20JC YM 74098 700 1 IC9 DTMF Tone Generator SOIC8 Philips PCD3312CT 118 XE 03312 700 1 IC10 DUART CMOS PLCC44 Philips SC26C92C1A YK 02692 900 1 IC11 Cntlr CAN bus 2 0B SOIC28 Philips SJA1000T N1 YL 81000 700 1 IC12 Tcvr RS232 6Tx 10Rx ESD PROT TSSOP38 Maxim MAX3209ECUU YI ...

Page 270: ...3300 111 1 R20 33k Ohm 5 0 1W 0805 Philips 2322 730 61333 40 43300 111 1 R21 1k Ohm 5 0 1W 0805 Philips 2322 730 61102 40 31000 111 1 R22 1k Ohm 5 0 1W 0805 Philips 2322 730 61102 40 31000 111 1 R23 1k Ohm 5 0 1W 0805 Philips 2322 730 61102 40 31000 111 1 R24 1k Ohm 5 0 1W 0805 Philips 2322 730 61102 40 31000 111 1 R25 1k Ohm 5 0 1W 0805 Philips 2322 730 61102 40 31000 111 1 R26 2 2k Ohm 5 0 1W 08...

Page 271: ...0 61103 40 41000 111 1 R46 10k Ohm 5 0 1W 0805 Philips 2322 730 61103 40 41000 111 1 R47 10k Ohm 5 0 1W 0805 Philips 2322 730 61103 40 41000 111 1 R48 10k Ohm 5 0 1W 0805 Philips 2322 730 61103 40 41000 111 1 R49 10k Ohm 5 0 1W 0805 Philips 2322 730 61103 40 41000 111 1 R50 10k Ohm 5 0 1W 0805 Philips 2322 730 61103 40 41000 111 1 R51 33k Ohm 5 0 1W 0805 Philips 2322 730 61333 40 43300 111 1 R52 1...

Page 272: ...J9BB 46 21000 080 1 C8 100p 5 50V NPO 1206 NiSn Philips 1206CG101J9BB 46 21000 080 1 C9 100p 5 50V NPO 1206 NiSn Philips 1206CG101J9BB 46 21000 080 1 C10 100p 5 50V NPO 1206 NiSn Philips 1206CG101J9BB 46 21000 080 1 C11 33n 10 100V X7R 1206 NiSn Philips 12062R333K0BB 46 43300 280 1 C12 1n 5 50V NPO 1206 NiSn Philips 1206CG102J9BB 46 31000 081 1 C13 1n 5 50V NPO 1206 NiSn Philips 1206CG102J9BB 46 3...

Page 273: ...20 35V 3528 TA Cap AVX TAJB105M035R 47 01003 520 1 C37 33n 10 100V X7R 1206 NiSn Philips 12062R333K0BB 46 43300 280 1 C38 100u 25V Ax EL Cap Elna RB 48 21002 551 1 C39 33n 10 100V X7R 1206 NiSn Philips 12062R333K0BB 46 43300 280 1 C40 33n 10 100V X7R 1206 NiSn Philips 12062R333K0BB 46 43300 280 1 C41 33n 10 100V X7R 1206 NiSn Philips 12062R333K0BB 46 43300 280 1 C42 33n 10 100V X7R 1206 NiSn Phili...

Page 274: ...C106M025R 47 11002 520 1 C65 1u 20 35V 3528 TA Cap AVX TAJB105M035R 47 01003 520 1 C66 1n 5 50V NPO 1206 NiSn Philips 1206CG102J9BB 46 31000 081 1 C67 1n 5 50V NPO 1206 NiSn Philips 1206CG102J9BB 46 31000 081 1 C68 100p 5 50V NPO 1206 NiSn Philips 1206CG101J9BB 46 21000 080 1 C69 100p 5 50V NPO 1206 NiSn Philips 1206CG101J9BB 46 21000 080 1 C70 100p 5 50V NPO 1206 NiSn Philips 1206CG101J9BB 46 210...

Page 275: ...82250 700 1 IC6 Switch Analog Quad Fast SOIC16 Harris DG445DY YI 00445 700 1 IC7 Amp Op Dual Fast SOIC8 Texas Instruments TLE2082CD XA 02082 700 1 IC8 Amp Op Dual Fast SOIC8 Texas Instruments TLE2082CD XA 02082 700 1 IC9 Reg Voltage 10V LVD 1A TO263_3 National Semiconduct LM2940S 10 XB 02940 700 1 IC10 Reg Voltage 5V 1A TO263_3 National Semiconduct LM7805S XB 07805 701 1 IC11 EPLD prgmd RFU Audio ...

Page 276: ...110 T 43 90003 1 P1 Header P 10way 2mm Latch Fixed AMP 1 173981 0 60 00100 351 1 P2 Header P 16way 2row Boxed Thomas Betts 609 1627 60 00160 000 1 P3 Header P 26way 2row Boxed Fix Thomas Betts 609 2627 60 00260 000 1 P4 Not Fitted Codan 00000 001 99 00000 001 1 P5 Not Fitted Codan 00000 001 99 00000 001 1 P6 Header P 8way 2mm Latch Fixed AMP 292161 8 60 00080 001 1 P7 Header P 16way 2row Boxed Tho...

Page 277: ... Philips 2322 711 61223 40 42200 101 1 R27 22k Ohm 5 0 125W 1206 Philips 2322 711 61223 40 42200 101 1 R28 10k Ohm 5 0 125W 1206 Philips 2322 711 61103 40 41000 101 1 R29 10k Ohm 5 0 125W 1206 Philips 2322 711 61103 40 41000 101 1 R30 33k Ohm 5 0 125W 1206 Philips 2322 711 61333 40 43300 101 1 R31 18k Ohm 5 0 125W 1206 Philips 2322 711 61183 40 41800 101 1 R32 33k Ohm 5 0 125W 1206 Philips 2322 71...

Page 278: ...01 1 R56 10k Ohm 5 0 125W 1206 Philips 2322 711 61103 40 41000 101 1 R57 10k Ohm 5 0 125W 1206 Philips 2322 711 61103 40 41000 101 1 R58 100 Ohm 5 0 125W 1206 Philips 2322 711 61101 40 21000 101 1 R59 270 Ohm 5 0 125W 1206 Philips 2322 711 61271 40 22700 101 1 R60 10k Ohm 5 0 125W 1206 Philips 2322 711 61103 40 41000 101 1 R61 4 7k Ohm 5 0 125W 1206 Philips 2322 711 61472 40 34700 101 1 R62 3 3k O...

Page 279: ... 101 1 R85 Pot 10k Lin MG Trim SMD Bourns 3314 J 1 103 42 41004 000 1 R86 10k Ohm 5 0 125W 1206 Philips 2322 711 61103 40 41000 101 1 R87 100k Ohm 5 0 125W 1206 Philips 2322 711 61104 40 51000 101 1 R88 100k Ohm 5 0 125W 1206 Philips 2322 711 61104 40 51000 101 1 R89 100k Ohm 5 0 125W 1206 Philips 2322 711 61104 40 51000 101 1 R90 1M Ohm 5 0 125W 1206 Philips 2322 711 61105 40 61000 101 1 R91 100k...

Page 280: ...an Enhance SOT23 Philips BST82 BST82 1 V4 Transistor PNP Si SOT23 Philips BC858 BC858 1 V5 Transistor PNP Si SOT23 Philips BC858 BC858 1 V6 Transistor NPN Si SOT23 Philips BC848 BC848 1 V7 Diode Zener 6 8V 5 0 2W SOT23 Philips BZX84C6V8 BZX84C6V8 1 V8 Transistor NPN Si SOT23 Philips BC848 BC848 1 V9 Transistor NPN Si SOT23 Philips BC848 BC848 1 V10 Transistor PNP Si SOT23 Philips BC858 BC858 1 Z1 ...

Page 281: ... 502 1 C9 33n 10 25V X7R 0603 NiSn Vitramon VJ0603Y333KXXT 46 43300 282 1 C10 100u 25V 105 C SMD EL Cap Low ESR Nippon Chemicn MVY25VC100MF80 48 21002 502 1 C11 10u 20 25V 6032 TA Cap AVX TAJC106M025R 47 11002 520 1 C12 100n 10 16V X7R 0603 NiSn Vitramon VJ0603Y104KXJT 46 51000 283 1 C13 33n 10 25V X7R 0603 NiSn Vitramon VJ0603Y333KXXT 46 43300 282 1 C14 1u 20 35V 3528 TA Cap AVX TAJB105M035R 47 0...

Page 282: ...dan 00000 001 99 00000 001 1 C41 Not Fitted Codan 00000 001 99 00000 001 1 C42 Not Fitted Codan 00000 001 99 00000 001 1 C43 Not Fitted Codan 00000 001 99 00000 001 1 C44 Not Fitted Codan 00000 001 99 00000 001 1 C45 Not Fitted Codan 00000 001 99 00000 001 1 C46 100p 5 50V NPO 0603 NiSn Philips 0603CG101J9B200 46 21000 083 1 C47 3 3n 10 100V X7R 0603 NiSn Vishay VJ0603Y332KXBAC 46 33300 282 1 C48 ...

Page 283: ...6 Taiyo Yuden FCFBMJ 4516 HS 110 T 43 90003 1 L4 Choke EMI EMC 0A DC 1MHz 4516 Taiyo Yuden FCFBMJ 4516 HS 110 T 43 90003 1 P1 Not Fitted Codan 00000 001 99 00000 001 1 P2 Not Fitted Codan 00000 001 99 00000 001 1 P3 Not Fitted Codan 00000 001 99 00000 001 1 P4 Not Fitted Codan 00000 001 99 00000 001 1 P5 Header P 26way 2row Boxed SMD Neltron 2316SMD 26G CAP TR 60 00260 002 1 P6 Not Fitted Codan 00...

Page 284: ...22 702 60121 40 21200 121 1 R25 10k Ohm 5 0 06W 0603 Philips 2322 702 60103 40 41000 121 1 R26 4 7k Ohm 5 0 06W 0603 Philips 2322 702 60472 40 34700 121 1 R27 4 7k Ohm 5 0 06W 0603 Philips 2322 702 60472 40 34700 121 1 R28 120 Ohm 5 0 06W 0603 Philips 2322 702 60121 40 21200 121 1 R29 120 Ohm 5 0 06W 0603 Philips 2322 702 60121 40 21200 121 1 R30 120 Ohm 5 0 06W 0603 Philips 2322 702 60121 40 2120...

Page 285: ... 40 43300 121 1 R56 33k Ohm 5 0 06W 0603 Philips 2322 702 60333 40 43300 121 1 R57 470 Ohm 5 0 06W 0603 Philips 2322 702 60471 40 24700 121 1 R58 470 Ohm 5 0 06W 0603 Philips 2322 702 60471 40 24700 121 1 R59 33 Ohm 5 0 06W 0603 Philips 2322 702 60339 40 13300 121 1 R60 10k Ohm 5 0 06W 0603 Philips 2322 702 60103 40 41000 121 1 R61 33k Ohm 5 0 06W 0603 Philips 2322 702 60333 40 43300 121 1 R62 1k ...

Page 286: ...W 0603 Philips 2322 702 60333 40 43300 121 1 R74 10k Ohm 5 0 06W 0603 Philips 2322 702 60103 40 41000 121 1 R75 10k Ohm 5 0 06W 0603 Philips 2322 702 60103 40 41000 121 1 R76 10k Ohm 5 0 06W 0603 Philips 2322 702 60103 40 41000 121 1 Z1 Osc Xtal TTL 41 472 MHz HY Q MIN80AS T100PPM 41 472MHZ 65 91407 000 1 Z2 Crystal 16000 kHz uP Grade HY Q QC49 SMD 65 90103 1 Page 6 of 6 ...

Page 287: ...5 50V NPO 1206 NiSn Philips 1206CG821J9BB 46 28200 080 1 C106 820p 5 50V NPO 1206 NiSn Philips 1206CG821J9BB 46 28200 080 1 C107 3 3n 10 100V X7R 1206 NiSn Philips 12062R332K0BB 46 33300 280 1 C108 3 3n 10 100V X7R 1206 NiSn Philips 12062R332K0BB 46 33300 280 1 C109 820p 5 50V NPO 1206 NiSn Philips 1206CG821J9BB 46 28200 080 1 C110 820p 5 50V NPO 1206 NiSn Philips 1206CG821J9BB 46 28200 080 1 C111...

Page 288: ...BB 46 33300 280 1 C135 3 3n 10 100V X7R 1206 NiSn Philips 12062R332K0BB 46 33300 280 1 C136 3 3n 10 100V X7R 1206 NiSn Philips 12062R332K0BB 46 33300 280 1 C137 3 3n 10 100V X7R 1206 NiSn Philips 12062R332K0BB 46 33300 280 1 C138 33n 10 100V X7R 1206 NiSn Philips 12062R333K0BB 46 43300 280 1 C139 47p 5 50V NPO 1206 NiSn Philips 1206CG470J9BB 46 14700 081 1 C140 47p 5 50V NPO 1206 NiSn Philips 1206...

Page 289: ...BB 46 33300 280 1 C164 3 3n 10 100V X7R 1206 NiSn Philips 12062R332K0BB 46 33300 280 1 C165 33n 10 100V X7R 1206 NiSn Philips 12062R333K0BB 46 43300 280 1 C166 33n 10 100V X7R 1206 NiSn Philips 12062R333K0BB 46 43300 280 1 C167 Not Fitted Codan 00000 001 99 00000 001 1 C201 1n 5 50V NPO 1206 NiSn Philips 1206CG102J9BB 46 31000 081 1 C202 1n 5 50V NPO 1206 NiSn Philips 1206CG102J9BB 46 31000 081 1 ...

Page 290: ...K0BB 46 43300 280 1 C227 33n 10 100V X7R 1206 NiSn Philips 12062R333K0BB 46 43300 280 1 C228 1u 20 35V 3528 TA Cap AVX TAJB105M035R 47 01003 520 1 C229 100p 5 50V NPO 1206 NiSn Philips 1206CG101J9BB 46 21000 080 1 C230 33n 10 100V X7R 1206 NiSn Philips 12062R333K0BB 46 43300 280 1 C231 1n 5 50V NPO 1206 NiSn Philips 1206CG102J9BB 46 31000 081 1 C232 100p 5 50V NPO 1206 NiSn Philips 1206CG101J9BB 4...

Page 291: ...32 TA Cap AVX TAJC106M025R 47 11002 520 1 C257 10u 20 25V 6032 TA Cap AVX TAJC106M025R 47 11002 520 1 C258 33n 10 100V X7R 1206 NiSn Philips 12062R333K0BB 46 43300 280 1 C259 33n 10 50V X7R 0805 NiSn Philips 08052R333K9BB00 46 43300 281 1 C260 100n 10 50V X7R 1206 NiSn Philips 12062R104K9BB 46 51000 281 1 C261 3 3n 10 100V X7R 1206 NiSn Philips 12062R332K0BB 46 33300 280 1 C262 3 3n 10 100V X7R 12...

Page 292: ...002 520 1 C411 10u 20 25V 6032 TA Cap AVX TAJC106M025R 47 11002 520 1 C412 3 3n 10 100V X7R 1206 NiSn Philips 12062R332K0BB 46 33300 280 1 C413 10u 20 25V 6032 TA Cap AVX TAJC106M025R 47 11002 520 1 C414 3 3n 10 100V X7R 1206 NiSn Philips 12062R332K0BB 46 33300 280 1 C415 3 3n 10 100V X7R 1206 NiSn Philips 12062R332K0BB 46 33300 280 1 C416 3 3n 10 100V X7R 1206 NiSn Philips 12062R332K0BB 46 33300 ...

Page 293: ... 521 1 C440 10u 20 35V 7343 TA Cap AVX TAJD106M035R 47 11003 521 1 C441 10u 20 35V 7343 TA Cap AVX TAJD106M035R 47 11003 521 1 C442 10u 20 35V 7343 TA Cap AVX TAJD106M035R 47 11003 521 1 C443 3 3n 10 100V X7R 1206 NiSn Philips 12062R332K0BB 46 33300 280 1 C444 3 3n 10 100V X7R 1206 NiSn Philips 12062R332K0BB 46 33300 280 1 C445 3 3n 10 100V X7R 1206 NiSn Philips 12062R332K0BB 46 33300 280 1 C446 1...

Page 294: ...hilips 1206CG102J9BB 46 31000 081 1 C469 1n 5 50V NPO 1206 NiSn Philips 1206CG102J9BB 46 31000 081 1 C470 33n 10 50V X7R 0805 NiSn Philips 08052R333K9BB00 46 43300 281 1 C471 47p 5 50V NPO 1206 NiSn Philips 1206CG470J9BB 46 14700 081 1 C472 150p 5 50V NPO 0805 NiSn Philips 0805CG151J9BB 46 21500 081 1 C473 150p 5 50V NPO 0805 NiSn Philips 0805CG151J9BB 46 21500 081 1 C474 150p 5 50V NPO 0805 NiSn ...

Page 295: ...e Si High speed 75V SOT23 Philips BAS16 BAS16 1 D409 Diode Si High speed 75V SOT23 Philips BAS16 BAS16 1 D410 Diode Si High speed 75V SOT23 Philips BAS16 BAS16 1 IC101 Mixer High level IC Philips 23 30012 23 30012 1 IC102 Mixer High level IC Philips 23 30012 23 30012 1 IC103 Mixer High level IC Philips 23 30012 23 30012 1 IC201 Amp RF AGC SOIC8 Motorola MC1350D XA 01350 700 1 IC202 Gate NAND 2 Inp...

Page 296: ...R7K 43 80470 000 1 L113 Ind 330nH 20 4532 Taiyo Yuden LEM4532TR33M 43 80033 000 1 L114 Ind KoilKraft 44 70490 44 70490 1 L115 Ind 390nH 20 4532 Taiyo Yuden LEM4532TR39M 43 80039 001 1 L116 Ind 100uH 10 4532 Taiyo Yuden LEM 4532T101K 43 82100 134 1 L117 Ind 45MHz roofing filter Codan 44 70452 44 70452 1 L118 Ind 4 7uH 10 4532 Taiyo Yuden LEM4532T4R7K 43 80470 000 1 L119 Ind 100nH 20 3225 TOKO 380NB...

Page 297: ... 61101 40 21000 101 1 R111 150 Ohm 5 0 125W 1206 Philips 2322 711 61151 40 21500 101 1 R112 150 Ohm 5 0 125W 1206 Philips 2322 711 61151 40 21500 101 1 R113 220 Ohm 5 0 125W 1206 Philips 2322 711 61221 40 22200 101 1 R114 22 Ohm 5 0 125W 1206 Philips 2322 711 61229 40 12200 101 1 R115 22 Ohm 5 0 125W 1206 Philips 2322 711 61229 40 12200 101 1 R116 1k Ohm 5 0 125W 1206 Philips 2322 711 61102 40 310...

Page 298: ... 1 R140 10 Ohm 5 0 06W 0603 Philips 2322 702 60109 40 11000 121 1 R141 1k Ohm 5 0 125W 1206 Philips 2322 711 61102 40 31000 101 1 R142 220 Ohm 5 0 125W 1206 Philips 2322 711 61221 40 22200 101 1 R143 270 Ohm 5 0 125W 1206 Philips 2322 711 61271 40 22700 101 1 R144 470 Ohm 5 0 125W 1206 Philips 2322 711 61471 40 24700 101 1 R145 470 Ohm 5 0 125W 1206 Philips 2322 711 61471 40 24700 101 1 R146 470 O...

Page 299: ...00000 001 99 00000 001 1 R224 Not Fitted Codan 00000 001 99 00000 001 1 R225 1 8k Ohm 5 0 125W 1206 Philips 2322 711 61182 40 31800 101 1 R226 3 3k Ohm 5 0 125W 1206 Philips 2322 711 61332 40 33300 101 1 R227 1k Ohm 5 0 125W 1206 Philips 2322 711 61102 40 31000 101 1 R228 4 7k Ohm 5 0 125W 1206 Philips 2322 711 61472 40 34700 101 1 R229 2 2k Ohm 5 0 125W 1206 Philips 2322 711 61222 40 32200 101 1 ...

Page 300: ...1 1 R254 5 6k Ohm 5 0 125W 1206 Philips 2322 711 61562 40 35600 101 1 R255 10k Ohm 5 0 125W 1206 Philips 2322 711 61103 40 41000 101 1 R256 Pot 10k Lin MG Trim SMD Bourns 3314 J 1 103 42 41004 000 1 R257 10k Ohm 5 0 125W 1206 Philips 2322 711 61103 40 41000 101 1 R258 8 2k Ohm 5 0 125W 1206 Philips 2322 711 61822 40 38200 101 1 R259 3 3k Ohm 5 0 125W 1206 Philips 2322 711 61332 40 33300 101 1 R260...

Page 301: ... 711 61105 40 61000 101 1 R284 100k Ohm 5 0 125W 1206 Philips 2322 711 61104 40 51000 101 1 R285 47k Ohm 5 0 125W 1206 Philips 2322 711 61473 40 44700 101 1 R286 1M Ohm 5 0 125W 1206 Philips 2322 711 61105 40 61000 101 1 R287 10k Ohm 5 0 125W 1206 Philips 2322 711 61103 40 41000 101 1 R288 100k Ohm 5 0 125W 1206 Philips 2322 711 61104 40 51000 101 1 R289 8 2k Ohm 5 0 125W 1206 Philips 2322 711 618...

Page 302: ...1 R408 2 2k Ohm 5 0 125W 1206 Philips 2322 711 61222 40 32200 101 1 R409 100 Ohm 5 0 125W 1206 Philips 2322 711 61101 40 21000 101 1 R410 100 Ohm 5 0 125W 1206 Philips 2322 711 61101 40 21000 101 1 R411 10 Ohm 5 0 06W 0603 Philips 2322 702 60109 40 11000 121 1 R412 470 Ohm 5 0 125W 1206 Philips 2322 711 61471 40 24700 101 1 R413 10 Ohm 5 0 06W 0603 Philips 2322 702 60109 40 11000 121 1 R414 10k Oh...

Page 303: ... 101 1 R437 1k Ohm 5 0 125W 1206 Philips 2322 711 61102 40 31000 101 1 R438 100 Ohm 5 0 125W 1206 Philips 2322 711 61101 40 21000 101 1 R439 1 8k Ohm 5 0 125W 1206 Philips 2322 711 61182 40 31800 101 1 R440 47 Ohm 5 0 125W 1206 Philips 2322 711 61479 40 14700 101 1 R441 10 Ohm 5 0 06W 0603 Philips 2322 702 60109 40 11000 121 1 R442 100k Ohm 5 0 125W 1206 Philips 2322 711 61104 40 51000 101 1 R443 ...

Page 304: ...1 1 R466 22 Ohm 5 0 125W 1206 Philips 2322 711 61229 40 12200 101 1 R467 3 9k Ohm 5 0 125W 1206 Philips 2322 711 61392 40 33900 101 1 R468 22 Ohm 5 0 125W 1206 Philips 2322 711 61229 40 12200 101 1 R469 10k Ohm 5 0 125W 1206 Philips 2322 711 61103 40 41000 101 1 R470 22 Ohm 5 0 125W 1206 Philips 2322 711 61229 40 12200 101 1 R471 22 Ohm 5 0 125W 1206 Philips 2322 711 61229 40 12200 101 1 R472 10k ...

Page 305: ...22 711 61473 40 44700 101 1 R497 10k Ohm 5 0 125W 1206 Philips 2322 711 61103 40 41000 101 1 R498 3 3k Ohm 5 0 125W 1206 Philips 2322 711 61332 40 33300 101 1 R499 10k Ohm 5 0 125W 1206 Philips 2322 711 61103 40 41000 101 1 R500 1k Ohm 5 0 125W 1206 Philips 2322 711 61102 40 31000 101 1 R501 100k Ohm 5 0 125W 1206 Philips 2322 711 61104 40 51000 101 1 T101 Txfr RF Amp Protran 44 80263 44 80263 1 T...

Page 306: ...07 Transistor NPN Si SOT23 Philips BC848 BC848 1 V208 Transistor PNP Si SOT23 Philips BC858 BC858 1 V209 Transistor PNP Si SOT23 Philips BC858 BC858 1 V210 JFET N Channel SOT23 Philips BF545B BF545B 1 V211 JFET N Channel SOT23 Philips BF545B BF545B 1 V212 JFET N Channel SOT23 Philips BF545B BF545B 1 V213 Transistor PNP Si SOT23 Philips BFT92 BFT92 1 V214 Transistor NPN Si SOT23 Philips BC848 BC848...

Page 307: ...SOT23 Philips BFT92 BFT92 1 V414 Transistor NPN Si SOT23 Philips BFR92A BFR92A 1 V415 Transistor NPN Si SOT23 Philips BFR92A BFR92A 1 V416 Transistor NPN Si SOT23 Philips BC848 BC848 1 V417 Transistor PNP Si SOT23 Philips BC858 BC858 1 V418 Transistor PNP Si SOT23 Philips BC858 BC858 1 V419 Transistor NPN Si SOT23 Philips BC848 BC848 1 V420 Transistor PNP Si SOT89 Philips BC869 BC869 1 V421 Transi...

Page 308: ... C104 3 3n 10 100V X7R 0805 NiSn Philips 08052R332K0B200 46 33300 281 1 C105 820p 5 50V NPO 0805 NiSn Philips 0805CG821J9B200 46 28200 081 1 C106 820p 5 50V NPO 0805 NiSn Philips 0805CG821J9B200 46 28200 081 1 C107 3 3n 10 100V X7R 0805 NiSn Philips 08052R332K0B200 46 33300 281 1 C108 3 3n 10 100V X7R 0805 NiSn Philips 08052R332K0B200 46 33300 281 1 C109 820p 5 50V NPO 0805 NiSn Philips 0805CG821J...

Page 309: ...0 281 1 C134 3 3n 10 100V X7R 0805 NiSn Philips 08052R332K0B200 46 33300 281 1 C135 3 3n 10 100V X7R 0805 NiSn Philips 08052R332K0B200 46 33300 281 1 C136 3 3n 10 100V X7R 0805 NiSn Philips 08052R332K0B200 46 33300 281 1 C137 3 3n 10 100V X7R 0805 NiSn Philips 08052R332K0B200 46 33300 281 1 C138 33n 10 50V X7R 0805 NiSn Philips 08052R333K9BB00 46 43300 281 1 C139 47p 5 50V NPO 0805 NiSn Philips 08...

Page 310: ...3300 281 1 C163 3 3n 10 100V X7R 0805 NiSn Philips 08052R332K0B200 46 33300 281 1 C164 3 3n 10 100V X7R 0805 NiSn Philips 08052R332K0B200 46 33300 281 1 C165 33n 10 50V X7R 0805 NiSn Philips 08052R333K9BB00 46 43300 281 1 C166 33n 10 50V X7R 0805 NiSn Philips 08052R333K9BB00 46 43300 281 1 C167 Not Fitted Codan 00000 001 99 00000 001 1 C201 1n 5 50V NPO 0805 NiSn Philips 0805CG102J9BB 46 31000 082...

Page 311: ... 281 1 C227 33n 10 50V X7R 0805 NiSn Philips 08052R333K9BB00 46 43300 281 1 C228 1u 20 35V 3528 TA Cap AVX TAJB105M035R 47 01003 520 1 C229 100p 5 50V NPO 0805 NiSn Philips 0805CG101J9B200 46 21000 081 1 C230 33n 10 50V X7R 0805 NiSn Philips 08052R333K9BB00 46 43300 281 1 C231 1n 5 50V NPO 0805 NiSn Philips 0805CG102J9BB 46 31000 082 1 C232 100p 5 50V NPO 0805 NiSn Philips 0805CG101J9B200 46 21000...

Page 312: ...6 43300 281 1 C256 2 2u 10 16V X7R 0805 NiSn Kemet C0805C225K4RAC 46 62200 281 1 C257 10u 20 25V 6032 TA Cap AVX TAJC106M025R 47 11002 520 1 C258 33n 10 50V X7R 0805 NiSn Philips 08052R333K9BB00 46 43300 281 1 C259 33n 10 50V X7R 0805 NiSn Philips 08052R333K9BB00 46 43300 281 1 C260 100n 10 50V X7R 0805 Nisn Philips 08052R104K9BB 46 51000 282 1 C261 3 3n 10 100V X7R 0805 NiSn Philips 08052R332K0B2...

Page 313: ...1 C412 3 3n 10 100V X7R 0805 NiSn Philips 08052R332K0B200 46 33300 281 1 C413 10u 20 25V 6032 TA Cap AVX TAJC106M025R 47 11002 520 1 C414 3 3n 10 100V X7R 0805 NiSn Philips 08052R332K0B200 46 33300 281 1 C415 3 3n 10 100V X7R 0805 NiSn Philips 08052R332K0B200 46 33300 281 1 C416 3 3n 10 100V X7R 0805 NiSn Philips 08052R332K0B200 46 33300 281 1 C417 10u 20 35V 7343 TA Cap AVX TAJD106M035R 47 11003 ...

Page 314: ...TA Cap AVX TAJD106M035R 47 11003 521 1 C442 10u 20 35V 7343 TA Cap AVX TAJD106M035R 47 11003 521 1 C443 10n 10 100V X7R 0805 NiSn Philips 08052R103K0B200 46 41000 281 1 C444 180p 5 50V NPO 0805 NiSn Philips 0805CG181J9B200 46 21800 081 1 C445 220p 5 50V NPO 0805 NiSn Philips 0805CG221J9BB 46 22200 081 1 C446 10n 10 100V X7R 0805 NiSn Philips 08052R103K0B200 46 41000 281 1 C447 33n 10 50V X7R 0805 ...

Page 315: ...1 C469 150p 5 50V NPO 0805 NiSn Philips 0805CG151J9BB 46 21500 081 1 C470 33n 10 50V X7R 0805 NiSn Philips 08052R333K9BB00 46 43300 281 1 C471 47p 5 50V NPO 0805 NiSn Philips 0805CG470J9B200 46 14700 080 1 C472 33n 10 50V X7R 0805 NiSn Philips 08052R333K9BB00 46 43300 281 1 C473 10u 20 25V 6032 TA Cap AVX TAJC106M025R 47 11002 520 1 C474 33n 10 50V X7R 0805 NiSn Philips 08052R333K9BB00 46 43300 28...

Page 316: ... High level IC Philips 23 30012 23 30012 1 IC201 Array Transistor SOIC14 Intersil CA3054M96 XT 03054 700 1 IC202 Gate NAND 2 Input Quad SOIC14 Philips HEF4011BTD YG 40011 700 1 IC203 Array Transistor SOIC14 Motorola MC3346D XT 03346 700 1 IC204 Modulator Balanced SOIC14 Motorola MC1496D XA 01496 700 1 IC205 Amp Operational Dual SOIC8 National Semiconduct LM358M XA 00358 700 1 IC206 Diode Ref 2 5V ...

Page 317: ...1 Ind 45MHz roofing filter Codan 44 70452 44 70452 1 L112 Ind 4 7uH 10 4532 Taiyo Yuden LEM4532T4R7K 43 80470 000 1 L113 Ind 330nH 20 4532 Taiyo Yuden LEM4532TR33M 43 80033 000 1 L114 Ind KoilKraft 44 70490 44 70490 1 L115 Ind 390nH 20 4532 Taiyo Yuden LEM4532TR39M 43 80039 001 1 L116 Ind 100uH 10 4532 Taiyo Yuden LEM 4532T101K 43 82100 134 1 L117 Ind 45MHz roofing filter Codan 44 70452 44 70452 1...

Page 318: ...107 100 Ohm 5 0 1W 0805 Philips 2322 730 61101 40 21000 111 1 R108 220 Ohm 5 0 1W 0805 Philips 2322 730 61221 40 22200 111 1 R109 10k Ohm 5 0 1W 0805 Philips 2322 730 61103 40 41000 111 1 R110 100 Ohm 5 0 1W 0805 Philips 2322 730 61101 40 21000 111 1 R111 150 Ohm 5 0 1W 0805 Philips 2322 730 61151 40 21500 111 1 R112 150 Ohm 5 0 1W 0805 Philips 2322 730 61151 40 21500 111 1 R113 180 Ohm 5 0 1W 080...

Page 319: ...1 1 R137 10k Ohm 5 0 1W 0805 Philips 2322 730 61103 40 41000 111 1 R138 Pot 100k Lin MG Trim SMD Bourns 3314 J 1 104 42 51060 001 1 R139 10k Ohm 5 0 1W 0805 Philips 2322 730 61103 40 41000 111 1 R140 10 Ohm 5 0 06W 0603 Philips 2322 702 60109 40 11000 121 1 R141 1k Ohm 5 0 1W 0805 Philips 2322 730 61102 40 31000 111 1 R142 220 Ohm 5 0 1W 0805 Philips 2322 730 61221 40 22200 111 1 R143 270 Ohm 5 0 ...

Page 320: ...ips 2322 730 61683 40 46800 111 1 R221 100k Ohm 5 0 1W 0805 Philips 2322 730 61104 40 51000 111 1 R222 0 Ohm Jumper 0805 Philips 2322 730 91002 40 00001 111 1 R223 0 Ohm Jumper 0805 Philips 2322 730 91002 40 00001 111 1 R224 3 3k Ohm 5 0 1W 0805 Philips 2322 730 61332 40 33300 111 1 R225 3 3k Ohm 5 0 1W 0805 Philips 2322 730 61332 40 33300 111 1 R226 3 3k Ohm 5 0 1W 0805 Philips 2322 730 61332 40 ...

Page 321: ...1 R250 330 Ohm 5 0 1W 0805 Philips 2322 730 61331 40 23300 111 1 R252 680 Ohm 10 NTC Thermistor Philips 2322 640 63681 41 02684 642 1 R253 470 Ohm 5 0 1W 0805 Philips 2322 730 61471 40 24700 111 1 R254 5 6k Ohm 5 0 1W 0805 Philips 2322 730 61562 40 35600 111 1 R255 4 7k Ohm 5 0 1W 0805 Philips 2322 730 61472 40 34700 111 1 R256 Pot 10k Lin MG Trim SMD Bourns 3314 J 1 103 42 41004 000 1 R257 10k Oh...

Page 322: ...ips 2322 730 61564 40 55600 111 1 R281 22k Ohm 5 0 1W 0805 Philips 2322 730 61223 40 42200 111 1 R282 100 Ohm 5 0 1W 0805 Philips 2322 730 61101 40 21000 111 1 R283 1M Ohm 5 0 1W 0805 Philips 2322 730 61105 40 61000 111 1 R284 1 5M Ohm 5 0 1W 0805 Yageo RC0805JR 071M5L 40 61500 111 1 R285 180k Ohm 5 0 1W 0805 Philips 2322 730 61184 40 51800 111 1 R286 10M Ohm 1 0 1W 0805 Philips 2322 734 61006 40 ...

Page 323: ...11 1 R311 1k Ohm 5 0 1W 0805 Philips 2322 730 61102 40 31000 111 1 R312 3 3k Ohm 5 0 1W 0805 Philips 2322 730 61332 40 33300 111 1 R313 560k Ohm 5 0 1W 0805 Philips 2322 730 61564 40 55600 111 1 R314 100k Ohm 5 0 1W 0805 Philips 2322 730 61104 40 51000 111 1 R401 220 Ohm 5 0 1W 0805 Philips 2322 730 61221 40 22200 111 1 R402 1M Ohm 5 0 1W 0805 Philips 2322 730 61105 40 61000 111 1 R403 22k Ohm 5 0...

Page 324: ... R426 3 9k Ohm 5 0 1W 0805 Philips 2322 730 61392 40 33900 111 1 R427 3 9k Ohm 5 0 1W 0805 Philips 2322 730 61392 40 33900 111 1 R428 5 6k Ohm 5 0 1W 0805 Philips 2322 730 61562 40 35600 111 1 R429 3 9k Ohm 5 0 1W 0805 Philips 2322 730 61392 40 33900 111 1 R430 100 Ohm 5 0 1W 0805 Philips 2322 730 61101 40 21000 111 1 R431 4 7k Ohm 5 0 1W 0805 Philips 2322 730 61472 40 34700 111 1 R432 6 8k Ohm 5 ...

Page 325: ... 22 Ohm 5 0 1W 0805 Philips 2322 730 61229 40 12200 111 1 R456 3 9k Ohm 5 0 1W 0805 Philips 2322 730 61392 40 33900 111 1 R458 330 Ohm 5 0 1W 0805 Philips 2322 730 61331 40 23300 111 1 R459 10 Ohm 5 0 06W 0603 Philips 2322 702 60109 40 11000 121 1 R460 10 Ohm 5 0 06W 0603 Philips 2322 702 60109 40 11000 121 1 R461 10 Ohm 5 0 06W 0603 Philips 2322 702 60109 40 11000 121 1 R462 10 Ohm 5 0 06W 0603 P...

Page 326: ... I P Protran 44 80261 44 80261 1 T103 Ind Mixer 1 L O Buffer Sumida 44 70491 44 70491 1 T104 45MHz Roofing Filter Txfr Sumida 44 70493 44 70493 1 T105 Txfr Mixer 2 Input KoilKraft 44 70486 44 70486 1 T106 Txfr Exciter O P Protran 44 80260 44 80260 1 T107 Txfr 45MHz roofing filtr Codan 44 70451 44 70451 1 T108 Txfr 45MHz roofing filtr Codan 44 70451 44 70451 1 T201 Ind Buffer Output KoilKraft 44 70...

Page 327: ...ps BC848 BC848 1 V215 Transistor NPN Si SOT23 Philips BC848 BC848 1 V216 MOSFET N Channel Dual 20V 0 5A SOT363 Vishay SI1902DL SI1902DL 1 V220 Transistor NPN Si SOT23 Philips BC848 BC848 1 V221 Diode Zener 3 3V 5 0 2W SOT23 Philips BZX84 C3V3 BZX84C3V3 1 V401 JFET N Channel SOT23 Philips BF556B BF556B 1 V402 Transistor NPN Si SOT23 Philips BFR92A BFR92A 1 V403 Transistor NPN Si SOT23 Philips BFR92...

Page 328: ...C869 1 V416 Transistor NPN Si SOT23 Philips BC848 BC848 1 V417 Transistor PNP Si SOT89 Philips BC869 BC869 1 V418 Transistor NPN Si SOT23 Philips BC848 BC848 1 Z101 Composite Item Codan 00000 003 99 00000 003 1 Z102 Composite Item Codan 00000 003 99 00000 003 1 Z103 Composite Item Codan 00000 003 99 00000 003 1 Z104 Composite Item Codan 00000 003 99 00000 003 1 Z201 Filter 455kHz 2 4kHz min Murata...

Page 329: ...ilips 2322 633 53303 41 04303 000 1 R5 100 Ohm 5 0 125W 1206 Philips 2322 711 61101 40 21000 101 1 R6 270 Ohm 5 0 125W 1206 Philips 2322 711 61271 40 22700 101 1 R7 150 Ohm 5 0 125W 1206 Philips 2322 711 61151 40 21500 101 1 R8 100k Ohm 5 0 06W 0603 Philips 2322 702 60104 40 51000 121 1 R9 100k Ohm 5 0 06W 0603 Philips 2322 702 60104 40 51000 121 1 R10 1M Ohm 5 0 125W 1206 Philips 2322 711 61105 4...

Page 330: ... 05 07188 1 2 Heatsink Shell Spacer Metalcraft 05 07189 05 07189 1 3 Heatsink Shell Top Metalcraft 05 07190 05 07190 1 4 Fundamental Xtal Osc PCB Codan 08 05962 001 08 05962 001 1 5 Controller Crystal Oven PCB Codan 08 05973 001 08 05973 001 1 V2 MOSFET Power N Channel Motorola MTD3055EL1 MTD3055EL1 1 Z1 Crystal 14848 33 kHz Fundamental QC49 HY Q TW07C QC49 14848 33K 65 90111 1 08 05963 001 Crysta...

Page 331: ...0C9BB00 46 11500 083 1 C7 2 10p Ceramic Trim Cap SMD Voltronics JZ100 49 51100 1 C8 4 7p 0 25p 50V NPO 0603 NiSn Philips 0603CG479C9B200 46 04700 084 1 C9 2 2p 0 25p 50V NPO 0603 NiSn AVX 06035A2R2CAT2A 46 02200 082 1 C10 4 7p 0 25p 50V NPO 0603 NiSn Philips 0603CG479C9B200 46 04700 084 1 C11 8 2p 0 25p 50V NPO 0603 NiSn Philips 0603CG829C9BB00 46 08200 082 1 IC1 Inverter Single Unbuffered SOT23 5...

Page 332: ...1 R2 330k Ohm 5 0 1W 0805 Philips 2322 730 61334 40 53300 111 1 R3 30k Ohm 5 NTC Thermistor Philips 2322 633 53303 41 04303 000 1 R4 51k Ohm 1 0 1W 0805 Philips 2322 734 65103 40 45100 115 1 R5 820k Ohm 5 0 1W 0805 Philips 2322 730 61824 40 58200 111 1 R6 5 6k Ohm 1 0 1W 0805 Philips 2322 734 65602 40 35600 115 1 R7 2 2M Ohm 5 0 1W 0805 Philips 2322 730 61225 40 62200 111 1 R8 4 7k Ohm 5 0 1W 0805...

Page 333: ...3300 280 1 C211 33n 10 100V X7R 1206 NiSn Philips 12062R333K0BB 46 43300 280 1 C212 33n 10 100V X7R 1206 NiSn Philips 12062R333K0BB 46 43300 280 1 C213 1n 5 50V NPO 1206 NiSn Philips 1206CG102J9BB 46 31000 081 1 C214 100u 25V Ax EL Cap Elna RB 48 21002 551 1 C215 33n 10 100V X7R 1206 NiSn Philips 12062R333K0BB 46 43300 280 1 C216 33n 10 100V X7R 1206 NiSn Philips 12062R333K0BB 46 43300 280 1 C217 ...

Page 334: ...V 0 1A SOIC8 National Semiconduct LM78L05ACM XB 07805 700 1 IC201 Amp Operational Dual SOIC8 National Semiconduct LM358M XA 00358 700 1 IC202 Amp Oper Dual CMOS SOIC8 National Semiconduct LMC662CM XA 00662 700 1 J200 Socket Coax Mini Low Prof Fixed Taiko Denki TMP J02X A1 60 19390 002 1 K200 Relay 1C 12V 16A 340 Ohm Eberle 042901 62 0100 64 31125 234 1 L202 Ind 1uH 10 3028 Coilcraft 1008CS 102XKBC...

Page 335: ...101 1 R221 180 Ohm 5 0 125W 1206 Philips 2322 711 61181 40 21800 101 1 R222 Pot 1k Lin MG Trim SMD Bourns 3314 J 1 102 42 31004 000 1 R223 10 Ohm 5 0 125W 1206 Philips 2322 711 61109 40 11000 101 1 R224 1k Ohm 5 0 125W 1206 Philips 2322 711 61102 40 31000 101 1 R225 22 Ohm 5 0 125W 1206 Philips 2322 711 61229 40 12200 101 1 R226 15 Ohm 5 0 125W 1206 Philips 2322 711 61159 40 11500 101 1 R227 15 Oh...

Page 336: ...23300 101 1 R251 330 Ohm 5 0 125W 1206 Philips 2322 711 61331 40 23300 101 1 R252 4 7k Ohm 5 0 125W 1206 Philips 2322 711 61472 40 34700 101 1 R253 Pot 10k Lin MG Trim SMD Bourns 3314 J 1 103 42 41004 000 1 R254 4 7k Ohm 5 0 125W 1206 Philips 2322 711 61472 40 34700 101 1 R255 470 Ohm 5 0 125W 1206 Philips 2322 711 61471 40 24700 101 1 R256 270k Ohm 2 0 125W 1206 Philips 2322 711 41274 40 52700 10...

Page 337: ...C869 1 V207 Transistor NPN Si SOT89 Philips BFQ17 BFQ17 1 V208 Transistor NPN Si SOT89 Philips BFQ17 BFQ17 1 V209 Transistor NPN Si SOT89 Philips BFQ17 BFQ17 1 V210 Transistor NPN Si SOT89 Philips BFQ17 BFQ17 1 V211 Transistor NPN Si SOT89 Philips BFQ17 BFQ17 1 V212 Transistor NPN Si SOT89 Philips BFQ17 BFQ17 1 V213 Transistor PNP Curr Mirror SOT143 Philips BCV62B BCV62B 1 V214 Transistor NPN Curr...

Page 338: ...hrink 4 8x0 2 Bk 3M FP 301 3 16 Black 71 80502 400 0 01 17 Screw M3x10 TAPTITE 2 P Pozi Ajax Fasteners 31 03010 582 31 03010 582 1 C200 1u 20 35V 3528 TA Cap AVX TAJB105M035R 47 01003 520 1 C201 1u 20 35V 3528 TA Cap AVX TAJB105M035R 47 01003 520 1 C202 100u 25V Ax EL Cap Elna RB 48 21002 551 1 C203 33n 10 50V X7R 0805 NiSn Philips 08052R333K9BB00 46 43300 281 1 C204 22p 5 50V NPO 0805 NiSn Philip...

Page 339: ...ips 08052R104K9BB 46 51000 282 1 C229 33n 10 50V X7R 0805 NiSn Philips 08052R333K9BB00 46 43300 281 1 C230 100n 10 50V X7R 0805 Nisn Philips 08052R104K9BB 46 51000 282 1 C231 470n 10 63V PE Cap Philips 2222 370 18474 46 54700 521 1 C232 33n 10 50V X7R 0805 NiSn Philips 08052R333K9BB00 46 43300 281 1 C233 100p 5 50V NPO 0805 NiSn Philips 0805CG101J9B200 46 21000 081 1 C234 100n 10 50V X7R 0805 Nisn...

Page 340: ...0 T 43 90003 1 L207 Ind PA DC feed or wh or Fetronics 44 70457 44 70457 1 L208 Choke EMI EMC 0A DC 10MHz 0805 Taiyo Yuden BK 2125 HS 330 T 43 90004 1 P200 Header P 16way 2row Boxed SMD 2 54mm Neltron 2316SMD 16G 60 00160 003 1 R200 47 Ohm 5 0 1W 0805 Philips 2322 730 61479 40 14700 111 1 R201 47 Ohm 5 0 1W 0805 Philips 2322 730 61479 40 14700 111 1 R202 56 Ohm 5 0 1W 0805 Philips 2322 730 61569 40...

Page 341: ...0 111 1 R229 150 Ohm 5 0 125W 1206 Philips 2322 711 61151 40 21500 101 1 R230 120 Ohm 5 0 125W 1206 Philips 2322 711 61121 40 21200 101 1 R231 1 0 Ohm 1 0 1W 0805 Phycomp 2322 734 61008 40 01000 115 1 R232 1 0 Ohm 1 0 1W 0805 Phycomp 2322 734 61008 40 01000 115 1 R233 1 0 Ohm 1 0 1W 0805 Phycomp 2322 734 61008 40 01000 115 1 R234 1 0 Ohm 1 0 1W 0805 Phycomp 2322 734 61008 40 01000 115 1 R235 120 O...

Page 342: ...62 50 Ohm 80 C PTC Thermistor Philips 2322 660 91008 41 11500 660 1 R263 4 7 Ohm 5 1 0W 2512 MELF IRC CHP1 100 4R70 J 7 40 04700 135 1 R264 4 7 Ohm 5 1 0W 2512 MELF IRC CHP1 100 4R70 J 7 40 04700 135 1 R265 4 7 Ohm 5 1 0W 2512 MELF IRC CHP1 100 4R70 J 7 40 04700 135 1 R266 4 7 Ohm 5 1 0W 2512 MELF IRC CHP1 100 4R70 J 7 40 04700 135 1 R267 4 7 Ohm 5 1 0W 2512 MELF IRC CHP1 100 4R70 J 7 40 04700 135...

Page 343: ... Transistor NPN Si 40V 100mA 1 2W SOT89 Philips PXT3904 PXT3904 1 V206 Transistor NPN Si SOT23 Philips BC847 BC847 1 V207 Transistor NPN Si Mitsubishi 2SC1971 2SC1971 1 V208 Transistor NPN Si Mitsubishi 2SC1971 2SC1971 1 V209 Transistor NPN Si SOT23 Philips BC847 BC847 1 V210 Transistor NPN Si SOT23 Philips BC847 BC847 1 V211 Transistor RF Power HF Microsemi MS1253 CDN MS1253 CDN 1 V212 Transistor...

Page 344: ...47F019 30 03801 001 2 15 Tubing Heatshrink 4 8x0 2 Bk 3M FP 301 3 16 Black 71 80502 400 0 01 17 Screw M3x10 TAPTITE 2 P Pozi Ajax Fasteners 31 03010 582 31 03010 582 1 C200 1u 20 35V 3528 TA Cap AVX TAJB105M035R 47 01003 520 1 C201 1u 20 35V 3528 TA Cap AVX TAJB105M035R 47 01003 520 1 C202 100u 25V Ax EL Cap Elna RB 48 21002 551 1 C203 33n 10 50V X7R 0805 NiSn Philips 08052R333K9BB00 46 43300 281 ...

Page 345: ...VX TAJC106M025R 47 11002 520 1 C228 100n 10 50V X7R 0805 Nisn Philips 08052R104K9BB 46 51000 282 1 C229 33n 10 50V X7R 0805 NiSn Philips 08052R333K9BB00 46 43300 281 1 C230 100n 10 50V X7R 0805 Nisn Philips 08052R104K9BB 46 51000 282 1 C231 470n 10 63V PE Cap Philips 2222 370 18474 46 54700 521 1 C232 33n 10 50V X7R 0805 NiSn Philips 08052R333K9BB00 46 43300 281 1 C233 100p 5 50V NPO 0805 NiSn Phi...

Page 346: ...aiyo Yuden FCFBMJ 4516 HS 110 T 43 90003 1 L207 Ind PA DC feed or wh or Fetronics 44 70457 44 70457 1 P200 Header P 16way 2row Boxed SMD 2 54mm Neltron 2316SMD 16G 60 00160 003 1 R200 47 Ohm 5 0 1W 0805 Philips 2322 730 61479 40 14700 111 1 R201 47 Ohm 5 0 1W 0805 Philips 2322 730 61479 40 14700 111 1 R202 56 Ohm 5 0 1W 0805 Philips 2322 730 61569 40 15600 111 1 R203 330 Ohm 5 0 1W 0805 Philips 23...

Page 347: ...41200 111 1 R230 100 Ohm 5 0 1W 0805 Philips 2322 730 61101 40 21000 111 1 R231 470 Ohm 5 0 1W 0805 Philips 2322 730 61471 40 24700 111 1 R232 1 0 Ohm 1 0 1W 0805 Phycomp 2322 734 61008 40 01000 115 1 R233 470 Ohm 5 0 1W 0805 Philips 2322 730 61471 40 24700 111 1 R234 1 0 Ohm 1 0 1W 0805 Phycomp 2322 734 61008 40 01000 115 1 R235 Pot 1k Lin MG Trim SMD Bourns 3314 J 1 102 42 31004 000 1 R236 4 7k ...

Page 348: ...ilips 2322 660 91008 41 11500 660 1 R263 4 7 Ohm 5 1 0W 2512 MELF IRC CHP1 100 4R70 J 7 40 04700 135 1 R264 4 7 Ohm 5 1 0W 2512 MELF IRC CHP1 100 4R70 J 7 40 04700 135 1 R265 4 7 Ohm 5 1 0W 2512 MELF IRC CHP1 100 4R70 J 7 40 04700 135 1 R266 4 7 Ohm 5 1 0W 2512 MELF IRC CHP1 100 4R70 J 7 40 04700 135 1 R267 4 7 Ohm 5 1 0W 2512 MELF IRC CHP1 100 4R70 J 7 40 04700 135 1 R268 4 7 Ohm 5 1 0W 2512 MELF...

Page 349: ...Philips BFQ18A BFQ18A 1 V202 JFET N Channel SOT23 Philips PMBFJ309 215 PMBFJ309 1 V203 JFET N Channel SOT23 Philips PMBFJ309 215 PMBFJ309 1 V204 Transistor NPN Si 40V 600mA 1 1W SOT89 Philips PXT4401 PXT4401 1 V205 Transistor NPN Si 40V 600mA 1 1W SOT89 Philips PXT4401 PXT4401 1 V207 FET RF Power 6W Mitsubishi RD06HVF1 101 RD06HVF1 1 V208 FET RF Power 6W Mitsubishi RD06HVF1 101 RD06HVF1 1 V209 Tra...

Page 350: ...1210 NiSn Philips 1210CG121GBB 46 21200 082 1 C7 120p 5 500V NPO 1210 NiSn Philips 1210CG121GBB 46 21200 082 1 C8 330p 5 500V NPO 1210 NiSn Philips 1210CG311GBB 46 23300 082 1 C9 220p 5 500V NPO 1210 NiSn Philips 1210CG221GBB 46 22200 082 1 C10 150p 5 500V NPO 1210 NiSn Philips 1210CG151GBB 46 21500 082 1 C11 470p 5 500V NPO 1210 NiSn Philips 1210CG471GBB 46 24700 082 1 C12 470p 5 500V NPO 1210 Ni...

Page 351: ...2 1 C35 330p 5 500V NPO 1210 NiSn Philips 1210CG311GBB 46 23300 082 1 C36 270p 5 500V NPO 1210 NiSn Philips 1210CG271GBB 46 22700 082 1 C37 33p 5 500V NPO 1206 NiSn Philips 1206CG330GBB 46 13300 082 1 C38 220p 5 500V NPO 1210 NiSn Philips 1210CG221GBB 46 22200 082 1 C39 330p 5 500V NPO 1210 NiSn Philips 1210CG311GBB 46 23300 082 1 C40 330p 5 500V NPO 1210 NiSn Philips 1210CG311GBB 46 23300 082 1 C...

Page 352: ...082 1 C64 150p 5 500V NPO 1210 NiSn Philips 1210CG151GBB 46 21500 082 1 C65 120p 5 500V NPO 1210 NiSn Philips 1210CG121GBB 46 21200 082 1 C66 120p 5 500V NPO 1210 NiSn Philips 1210CG121GBB 46 21200 082 1 C67 100p 5 500V NPO 1210 NiSn Philips 1210CG101GBB 46 21000 082 1 C68 100p 5 500V NPO 1210 NiSn Philips 1210CG101GBB 46 21000 082 1 C69 100p 5 500V NPO 1210 NiSn Philips 1210CG101GBB 46 21000 082 ...

Page 353: ...93 47p 5 500V NPO 1206 NiSn Philips 1206CG470JDB2 46 14700 082 1 C94 39p 5 500V NPO 1206 NiSn Philips 1206CG390GBB 46 13900 082 1 C95 39p 5 500V NPO 1206 NiSn Philips 1206CG390GBB 46 13900 082 1 C96 47p 5 500V NPO 1206 NiSn Philips 1206CG470JDB2 46 14700 082 1 C97 47p 5 500V NPO 1206 NiSn Philips 1206CG470JDB2 46 14700 082 1 C98 47p 5 500V NPO 1206 NiSn Philips 1206CG470JDB2 46 14700 082 1 C99 39p...

Page 354: ...000 080 1 C122 100p 5 50V NPO 1206 NiSn Philips 1206CG101J9BB 46 21000 080 1 C123 100p 5 50V NPO 1206 NiSn Philips 1206CG101J9BB 46 21000 080 1 C124 100p 5 50V NPO 1206 NiSn Philips 1206CG101J9BB 46 21000 080 1 C125 33n 10 100V X7R 1206 NiSn Philips 12062R333K0BB 46 43300 280 1 C126 33n 10 100V X7R 1206 NiSn Philips 12062R333K0BB 46 43300 280 1 C127 33n 10 100V X7R 1206 NiSn Philips 12062R333K0BB ...

Page 355: ...06M025R 47 11002 520 1 C153 33n 10 100V X7R 1206 NiSn Philips 12062R333K0BB 46 43300 280 1 C154 1u 20 35V 3528 TA Cap AVX TAJB105M035R 47 01003 520 1 C155 10u 20 25V 6032 TA Cap AVX TAJC106M025R 47 11002 520 1 C156 33n 10 100V X7R 1206 NiSn Philips 12062R333K0BB 46 43300 280 1 C157 100p 5 50V NPO 1206 NiSn Philips 1206CG101J9BB 46 21000 080 1 C158 33p 5 500V NPO 1206 NiSn Philips 1206CG330GBB 46 1...

Page 356: ...225 310 1 K6 Relay 2C 12V 2A SMD 1028 Ohm Matsushita TQ2SL 12V 64 21225 310 1 K7 Relay 2C 12V 2A SMD 1028 Ohm Matsushita TQ2SL 12V 64 21225 310 1 K8 Relay 2C 12V 2A SMD 1028 Ohm Matsushita TQ2SL 12V 64 21225 310 1 L2 Ind 1mH 10 1812 Coilcraft 1812LS 105XKBC 43 83100 000 1 L3 Ind 3u36 vi gn bk ye Fetronics 44 70504 44 70504 1 L4 Ind 2u28 bl bl bl bk Fetronics 44 70476 44 70476 1 L5 Ind 2u89 vi gn b...

Page 357: ... 43300 101 1 R4 100 Ohm 5 0 33W CF Res Philips 2322 211 13101 40 21000 020 1 R5 100 Ohm 5 0 33W CF Res Philips 2322 211 13101 40 21000 020 1 R6 10k Ohm 5 0 125W 1206 Philips 2322 711 61103 40 41000 101 1 R7 4 7k Ohm 5 0 125W 1206 Philips 2322 711 61472 40 34700 101 1 R8 10k Ohm 5 0 125W 1206 Philips 2322 711 61103 40 41000 101 1 R9 100k Ohm 5 0 125W 1206 Philips 2322 711 61104 40 51000 101 1 R10 4...

Page 358: ...1 R37 33k Ohm 5 0 125W 1206 Philips 2322 711 61333 40 43300 101 1 R38 6 8k Ohm 5 0 125W 1206 Philips 2322 711 61682 40 36800 101 1 R39 82k Ohm 5 O 125W 1206 Philips 2322 711 61823 40 48200 101 1 R40 270k Ohm 5 0 125W 1206 Philips 2322 711 61274 40 52700 101 1 R41 33k Ohm 5 0 125W 1206 Philips 2322 711 61333 40 43300 101 1 R42 10k Ohm 5 0 125W 1206 Philips 2322 711 61103 40 41000 101 1 R43 1 8k Ohm...

Page 359: ...61474 40 54700 101 1 R65 1k Ohm 5 0 125W 1206 Philips 2322 711 61102 40 31000 101 1 R66 1k Ohm 5 0 125W 1206 Philips 2322 711 61102 40 31000 101 1 R67 39k Ohm 2 0 125W 1206 Philips 2322 711 41393 40 43900 102 1 R68 5 6k Ohm 2 0 125W 1206 Philips 2322 711 41562 40 35600 102 1 R69 1 Ohm 2 0 125W 1206 Philips 2322 712 83108 40 01000 102 1 R70 10k Ohm 5 0 125W 1206 Philips 2322 711 61103 40 41000 101 ...

Page 360: ...or NPN Si SOT23 Philips BC848 BC848 1 V11 MOSFET N Chan Enhance SOT23 Philips BST82 BST82 1 V12 Transistor NPN Si SOT23 Philips BC848 BC848 1 V13 Transistor NPN Si SOT23 Philips BC848 BC848 1 V14 MOSFET N Chan Enhance SOT23 Philips BST82 BST82 1 V15 Transistor NPN Si SOT23 Philips BC848 BC848 1 V16 Transistor NPN Si SOT23 Philips BC848 BC848 1 Page 11 of 11 ...

Page 361: ...120p 5 500V NPO 1210 NiSn Philips 1210CG121GBB 46 21200 082 1 C8 100p 5 500V NPO 1210 NiSn Philips 1210CG101GBB 46 21000 082 1 C9 100p 5 500V NPO 1210 NiSn Philips 1210CG101GBB 46 21000 082 1 C10 270p 5 500V NPO 1210 NiSn Philips 1210CG271GBB 46 22700 082 1 C11 330p 5 500V NPO 1210 NiSn Philips 1210CG311GBB 46 23300 082 1 C12 330p 5 500V NPO 1210 NiSn Philips 1210CG311GBB 46 23300 082 1 C13 330p 5...

Page 362: ... 1 C37 47p 5 500V NPO 1206 NiSn Philips 1206CG470JDB2 46 14700 082 1 C38 56p 5 500V NPO 1210 NiSn Philips 1210CG560GBB 46 15600 082 1 C39 220p 5 500V NPO 1210 NiSn Philips 1210CG221GBB 46 22200 082 1 C40 270p 5 500V NPO 1210 NiSn Philips 1210CG271GBB 46 22700 082 1 C41 47p 5 500V NPO 1206 NiSn Philips 1206CG470JDB2 46 14700 082 1 C42 120p 5 500V NPO 1210 NiSn Philips 1210CG121GBB 46 21200 082 1 C4...

Page 363: ...0 082 1 C66 100p 5 500V NPO 1210 NiSn Philips 1210CG101GBB 46 21000 082 1 C67 22p 5 500V NPO 1206 NiSn Philips 1206CG220GBB 46 12200 082 1 C68 120p 5 500V NPO 1210 NiSn Philips 1210CG121GBB 46 21200 082 1 C69 120p 5 500V NPO 1210 NiSn Philips 1210CG121GBB 46 21200 082 1 C70 56p 5 500V NPO 1210 NiSn Philips 1210CG560GBB 46 15600 082 1 C71 47p 5 500V NPO 1206 NiSn Philips 1206CG470JDB2 46 14700 082 ...

Page 364: ...C95 56p 5 500V NPO 1210 NiSn Philips 1210CG560GBB 46 15600 082 1 C96 39p 5 500V NPO 1206 NiSn Philips 1206CG390GBB 46 13900 082 1 C97 39p 5 500V NPO 1206 NiSn Philips 1206CG390GBB 46 13900 082 1 C98 39p 5 500V NPO 1206 NiSn Philips 1206CG390GBB 46 13900 082 1 C99 39p 5 500V NPO 1206 NiSn Philips 1206CG390GBB 46 13900 082 1 C100 18p 5 500V NPO 1206 NiSn Philips 1206CG180GBB 46 11800 082 1 C101 68p ...

Page 365: ... 081 1 C124 100p 5 50V NPO 0805 NiSn Philips 0805CG101J9B200 46 21000 081 1 C125 33n 10 50V X7R 0805 NiSn Philips 08052R333K9BB00 46 43300 281 1 C126 33n 10 50V X7R 0805 NiSn Philips 08052R333K9BB00 46 43300 281 1 C127 33n 10 50V X7R 0805 NiSn Philips 08052R333K9BB00 46 43300 281 1 C129 10u 20 25V 6032 TA Cap AVX TAJC106M025R 47 11002 520 1 C130 10u 20 25V 6032 TA Cap AVX TAJC106M025R 47 11002 520...

Page 366: ...u 20 25V 6032 TA Cap AVX TAJC106M025R 47 11002 520 1 C156 33n 10 50V X7R 0805 NiSn Philips 08052R333K9BB00 46 43300 281 1 C157 100p 5 50V NPO 0805 NiSn Philips 0805CG101J9B200 46 21000 081 1 C158 47p 5 500V NPO 1206 NiSn Philips 1206CG470JDB2 46 14700 082 1 C159 27p 5 500V NPO 1206 NiSn Philips 1206CG270GBB 46 12700 082 1 C160 68p 5 500V NPO 1210 NiSn Philips 1210CG680GBB 46 16800 082 1 C161 22p 5...

Page 367: ...Semiconduct LM78L05ACM XB 07805 700 1 IC5 Amp Oper Dual CMOS SOIC8 National Semiconduct LMC662CM XA 00662 700 1 IC6 Amp Operational Dual SOIC8 National Semiconduct LM358M XA 00358 700 1 IC7 Comparator Dual O C Output SOIC8 National Semiconduct LM393M XD 00393 700 1 J1 Socket Coax Mini Low Prof Fixed Taiko Denki TMP J02X A1 60 19390 002 1 J2 Socket MCX Straight PCB Chin Nan 27 05 TGN 60 19300 1 J3 ...

Page 368: ...I EMC 0A DC 1MHz 4516 Taiyo Yuden FCFBMJ 4516 HS 110 T 43 90003 1 L27 Choke EMI EMC 0A DC 1MHz 4516 Taiyo Yuden FCFBMJ 4516 HS 110 T 43 90003 1 L28 Choke EMI EMC 0A DC 1MHz 4516 Taiyo Yuden FCFBMJ 4516 HS 110 T 43 90003 1 L29 Choke EMI EMC 0A DC 1MHz 4516 Taiyo Yuden FCFBMJ 4516 HS 110 T 43 90003 1 L30 Ind 4 7uH 10 4532 Taiyo Yuden LEM4532T4R7K 43 80470 000 1 L31 Ind 4 7uH 10 4532 Taiyo Yuden LEM4...

Page 369: ...1000 111 1 R22 1k Ohm 5 0 1W 0805 Philips 2322 730 61102 40 31000 111 1 R23 100 Ohm 5 0 1W 0805 Philips 2322 730 61101 40 21000 111 1 R26 4 7k Ohm 5 0 1W 0805 Philips 2322 730 61472 40 34700 111 1 R27 100 Ohm 5 0 1W 0805 Philips 2322 730 61101 40 21000 111 1 R28 18k Ohm 5 0 1W 0805 Philips 2322 730 61183 40 41800 111 1 R29 10k Ohm 5 0 1W 0805 Philips 2322 730 61103 40 41000 111 1 R30 100 Ohm 5 0 1...

Page 370: ... 40 33300 111 1 R54 4 7k Ohm 5 0 1W 0805 Philips 2322 730 61472 40 34700 111 1 R55 3 9k Ohm 5 0 1W 0805 Philips 2322 730 61392 40 33900 111 1 R56 15k Ohm 5 0 1W 0805 Philips 2322 730 61153 40 41500 111 1 R57 10k Ohm 5 0 1W 0805 Philips 2322 730 61103 40 41000 111 1 R58 22 Ohm 5 0 1W 0805 Philips 2322 730 61229 40 12200 111 1 R59 120k Ohm 5 0 1W 0805 Philips 2322 730 61124 40 51200 111 1 R60 22k Oh...

Page 371: ...hm 1 0 06W 0603 Phycomp 2322 704 61003 40 41000 125 1 R83 20k Ohm 1 0 06W 0603 Phycomp 2322 704 62003 40 42000 125 1 R84 20k Ohm 1 0 06W 0603 Phycomp 2322 704 62003 40 42000 125 1 R85 47k Ohm 5 0 1W 0805 Philips 2322 730 61473 40 44700 111 1 R86 100 Ohm 5 1 0W 2512 Phycomp 2322 762 60101 40 21000 141 1 R87 180 Ohm 5 1 0W 2512 Phycomp 2322 762 60181 40 21800 141 1 R88 470k Ohm 5 0 1W 0805 Philips 2...

Page 372: ...C847 1 V10 Transistor NPN Si SOT23 Philips BC847 BC847 1 V11 MOSFET N Chan Enhance SOT23 Philips BST82 BST82 1 V12 Transistor NPN Si SOT23 Philips BC847 BC847 1 V13 Transistor NPN Si SOT23 Philips BC847 BC847 1 V14 MOSFET N Chan Enhance SOT23 Philips BST82 BST82 1 V15 MOSFET N Chan Enhance SOT23 Philips BST82 BST82 1 V16 Transistor NPN Si SOT23 Philips BC847 BC847 1 V17 MOSFET N Chan Enhance SOT23...

Page 373: ...rminal Autosplice 7 22461 5 61 40300 004 6 C200 1u 20 35V 3528 TA Cap AVX TAJB105M035R 47 01003 520 1 C201 1u 20 35V 3528 TA Cap AVX TAJB105M035R 47 01003 520 1 C202 100u 25V Ax EL Cap Elna RB 48 21002 551 1 C203 33n 10 100V X7R 1206 NiSn Philips 12062R333K0BB 46 43300 280 1 C204 22p 5 50V NPO 1206 NiSn Philips 1206CG220J9BB 46 12200 080 1 C205 33n 10 100V X7R 1206 NiSn Philips 12062R333K0BB 46 43...

Page 374: ...X7R 1206 NiSn Philips 12062R333K0BB 46 43300 280 1 C230 100n 10 50V X7R 1206 NiSn Philips 12062R104K9BB 46 51000 281 1 C231 470n 10 63V PE Cap Philips 2222 370 18474 46 54700 521 1 C232 33n 10 100V X7R 1206 NiSn Philips 12062R333K0BB 46 43300 280 1 C233 100p 5 50V NPO 1206 NiSn Philips 1206CG101J9BB 46 21000 080 1 D200 Diode Schottky 70V 70mA SOT23 Siemens BAS70 BAS70 1 D201 Diode Schottky SOT23 P...

Page 375: ...00 105 1 R211 4 7k Ohm 1 0 125W 1206 Philips 2322 724 64702 40 34700 105 1 R212 10k Ohm 1 0 125W 1206 Philips 2322 724 61003 40 41000 105 1 R213 680 Ohm 5 0 125W 1206 Philips 2322 711 61681 40 26800 101 1 R214 680 Ohm 5 0 125W 1206 Philips 2322 711 61681 40 26800 101 1 R215 470 Ohm 1 0 125W 1206 Philips 2322 724 64701 40 24700 105 1 R216 4 7 Ohm 5 0 125W 1206 Philips 2322 711 61478 40 04700 101 1 ...

Page 376: ... 102 1 R240 Pot 10k Lin MG Trim SMD Bourns 3314 J 1 103 42 41004 000 1 R241 5 6k Ohm 2 0 125W 1206 Philips 2322 711 41562 40 35600 102 1 R242 100 Ohm 5 0 125W 1206 Philips 2322 711 61101 40 21000 101 1 R243 39k Ohm 2 0 125W 1206 Philips 2322 711 41393 40 43900 102 1 R244 Pot 100k Lin MG Trim SMD Bourns 3314 J 1 104 42 51060 001 1 R245 27k Ohm 5 0 125W 1206 Philips 2322 711 61273 40 42700 101 1 R24...

Page 377: ...4 44 80274 1 V200 Transistor NPN Si SOT89 Philips BFQ17 BFQ17 1 V201 Transistor NPN Si SOT89 Philips BFQ17 BFQ17 1 V202 JFET N Channel SOT23 Motorola MMBFJ310LT1 MMBFJ310LT1 1 V203 JFET N Channel SOT23 Motorola MMBFJ310LT1 MMBFJ310LT1 1 V204 Transistor NPN Si SOT89 Philips BFQ17 BFQ17 1 V205 Transistor NPN Si SOT89 Philips BFQ17 BFQ17 1 V206 Transistor PNP Si SOT89 Philips BC869 BC869 1 V207 Trans...

Page 378: ... 46 21000 081 1 C10 100p 5 50V NPO 0805 NiSn Philips 0805CG101J9B200 46 21000 081 1 C11 33n 10 50V X7R 0805 NiSn Philips 08052R333K9BB00 46 43300 281 1 C12 33n 10 50V X7R 0805 NiSn Philips 08052R333K9BB00 46 43300 281 1 C13 1n 5 50V NPO 0805 NiSn Philips 0805CG102J9BB 46 31000 082 1 C14 100n 10 50V X7R 0805 Nisn Philips 08052R104K9BB 46 51000 282 1 C15 100u 25V 105 C SMD EL Cap Low ESR Nippon Chem...

Page 379: ...8 100u 25V Ax EL Cap Elna RB 48 21002 551 1 C39 1u 20 35V 3528 TA Cap AVX TAJB105M035R 47 01003 520 1 C40 1u 20 35V 3528 TA Cap AVX TAJB105M035R 47 01003 520 1 C41 100n 10 50V X7R 0805 Nisn Philips 08052R104K9BB 46 51000 282 1 C42 100n 10 50V X7R 0805 Nisn Philips 08052R104K9BB 46 51000 282 1 C43 22p 5 50V NPO 0805 NiSn Philips 0805CG220J9B200 46 12200 081 1 C44 33n 10 50V X7R 0805 NiSn Philips 08...

Page 380: ...0 082 1 C67 1n 5 50V NPO 0805 NiSn Philips 0805CG102J9BB 46 31000 082 1 C68 100p 5 50V NPO 0805 NiSn Philips 0805CG101J9B200 46 21000 081 1 C69 100p 5 50V NPO 0805 NiSn Philips 0805CG101J9B200 46 21000 081 1 C70 33n 10 50V X7R 0805 NiSn Philips 08052R333K9BB00 46 43300 281 1 C71 33n 10 50V X7R 0805 NiSn Philips 08052R333K9BB00 46 43300 281 1 C72 33n 10 50V X7R 0805 NiSn Philips 08052R333K9BB00 46 ...

Page 381: ...SMBJ15CA TR SMBJ15CA TR 1 F1 0 1 Ohm nom 1 6A 20 C 16Vwkg SMD Raychem SMDH160 41 10010 000 1 G1 Cell Lithium 3V 35mAh PCB Mtg National Semiconduct BR1225 1VD 65 71000 002 1 H1 LED Tricolour T 1 3 4 Diffused Liteon LTL 52RG 65 61110 901 1 IC1 Amp Audio Power 2x11w SIL9P Philips TDA1519C TDA1519C 1 IC2 Amp Operational Dual SOIC8 National Semiconduct LM358M XA 00358 700 1 IC3 DTMF Tone Generator SOIC...

Page 382: ...uden FCFBMJ 4516 HS 110 T 43 90003 1 L13 Ind 100uH 10 4532 Taiyo Yuden LEM 4532T101K 43 82100 134 1 L14 Ind 100uH 10 4532 Taiyo Yuden LEM 4532T101K 43 82100 134 1 L15 Choke EMI EMC 0A DC 1MHz 4516 Taiyo Yuden FCFBMJ 4516 HS 110 T 43 90003 1 L16 Ind 100uH 10 4532 Taiyo Yuden LEM 4532T101K 43 82100 134 1 L17 Choke EMI EMC 0A DC 1MHz 4516 Taiyo Yuden FCFBMJ 4516 HS 110 T 43 90003 1 L18 Choke EMI EMC ...

Page 383: ... 0805 Philips 2322 730 91002 40 00001 111 1 R20 2 2k Ohm 5 0 1W 0805 Philips 2322 730 61222 40 32200 111 1 R21 2 2k Ohm 5 0 1W 0805 Philips 2322 730 61222 40 32200 111 1 R22 100 Ohm 5 0 1W 0805 Philips 2322 730 61101 40 21000 111 1 R23 1M Ohm 5 0 1W 0805 Philips 2322 730 61105 40 61000 111 1 R24 1M Ohm 5 0 1W 0805 Philips 2322 730 61105 40 61000 111 1 R25 1M Ohm 5 0 1W 0805 Philips 2322 730 61105 ...

Page 384: ...0 22700 111 1 R52 47 Ohm 5 0 1W 0805 Philips 2322 730 61479 40 14700 111 1 R53 5 6k Ohm 5 0 1W 0805 Philips 2322 730 61562 40 35600 111 1 R54 10k Ohm 5 0 1W 0805 Philips 2322 730 61103 40 41000 111 1 R58 100 Ohm 5 0 1W 0805 Philips 2322 730 61101 40 21000 111 1 R59 270 Ohm 5 0 1W 0805 Philips 2322 730 61271 40 22700 111 1 R60 10k Ohm 5 0 1W 0805 Philips 2322 730 61103 40 41000 111 1 R61 4 7k Ohm 5...

Page 385: ...2 41004 000 1 R86 10k Ohm 5 0 1W 0805 Philips 2322 730 61103 40 41000 111 1 R87 100k Ohm 5 0 1W 0805 Philips 2322 730 61104 40 51000 111 1 R88 100k Ohm 5 0 1W 0805 Philips 2322 730 61104 40 51000 111 1 R89 100k Ohm 5 0 1W 0805 Philips 2322 730 61104 40 51000 111 1 R90 220k Ohm 5 0 1W 0805 Philips 2322 730 61224 40 52200 111 1 R91 100k Ohm 5 0 1W 0805 Philips 2322 730 61104 40 51000 111 1 R92 68k O...

Page 386: ...22 730 61472 40 34700 111 1 R113 4 7k Ohm 5 0 1W 0805 Philips 2322 730 61472 40 34700 111 1 R114 4 7k Ohm 5 0 1W 0805 Philips 2322 730 61472 40 34700 111 1 R115 10k Ohm 5 0 1W 0805 Philips 2322 730 61103 40 41000 111 1 R116 10k Ohm 5 0 1W 0805 Philips 2322 730 61103 40 41000 111 1 V1 Transistor PNP Si SOT23 Philips BC857 BC857 1 V2 Diode Zener 6 8V 5 0 2W SOT23 Philips BZX84C6V8 BZX84C6V8 1 V3 Tra...

Page 387: ...5V 105 C SMD EL Cap Low ESR Nippon Chemicn MVY25VC100MF80 48 21002 502 1 C11 100u 25V 105 C SMD EL Cap Low ESR Nippon Chemicn MVY25VC100MF80 48 21002 502 1 C12 10n 5 50V X7R 0603 NiSn Philips 06032R103J9BB00 46 41000 080 1 C13 33n 10 25V X7R 0603 NiSn Vitramon VJ0603Y333KXXT 46 43300 282 1 C14 100u 25V 105 C SMD EL Cap Low ESR Nippon Chemicn MVY25VC100MF80 48 21002 502 1 C15 10u 20 20V 3528 TA Cap...

Page 388: ...0n 10 16V X7R 0603 NiSn Vitramon VJ0603Y104KXJT 46 51000 283 1 C39 100n 10 16V X7R 0603 NiSn Vitramon VJ0603Y104KXJT 46 51000 283 1 C40 100n 10 16V X7R 0603 NiSn Vitramon VJ0603Y104KXJT 46 51000 283 1 C41 100n 10 16V X7R 0603 NiSn Vitramon VJ0603Y104KXJT 46 51000 283 1 C42 100n 10 16V X7R 0603 NiSn Vitramon VJ0603Y104KXJT 46 51000 283 1 C43 100n 10 16V X7R 0603 NiSn Vitramon VJ0603Y104KXJT 46 5100...

Page 389: ...Schottky SOT23 Philips BAT54 BAT54 1 H1 Not Fitted Codan 00000 001 99 00000 001 1 H2 Not Fitted Codan 00000 001 99 00000 001 1 H3 Not Fitted Codan 00000 001 99 00000 001 1 H4 Not Fitted Codan 00000 001 99 00000 001 1 IC1 EPLD prgmd 2011 RFU DSP Braemac 90 20619 001 90 20619 001 1 IC2 DUART 16 Byte FIFO 3 5V 4Mbps TQFP48 Exar ST16C2550CQ48 YK 16550 900 1 IC3 Reg Voltage 5V 0 1A SOIC8 National Semic...

Page 390: ...R 60 00260 002 1 P5 Not Fitted Codan 00000 001 99 00000 001 1 P6 Not Fitted Codan 00000 001 99 00000 001 1 P7 Not Fitted Codan 00000 001 99 00000 001 1 P8 Socket 16way 1row ZIF 1mm Pitch SMD Global Shine GS008 16 G 1 60 00163 004 1 R1 33k Ohm 5 0 06W 0603 Philips 2322 702 60333 40 43300 121 1 R2 33k Ohm 5 0 06W 0603 Philips 2322 702 60333 40 43300 121 1 R3 1k Ohm 5 0 06W 0603 Philips 2322 702 6010...

Page 391: ... 40 41000 121 1 R37 10k Ohm 5 0 06W 0603 Philips 2322 702 60103 40 41000 121 1 R38 10k Ohm 5 0 06W 0603 Philips 2322 702 60103 40 41000 121 1 R39 10k Ohm 5 0 06W 0603 Philips 2322 702 60103 40 41000 121 1 R40 10k Ohm 5 0 06W 0603 Philips 2322 702 60103 40 41000 121 1 R41 22k Ohm 5 0 06W 0603 Philips 2322 702 60223 40 42200 121 1 R42 10k Ohm 5 0 06W 0603 Philips 2322 702 60103 40 41000 121 1 R43 4 ...

Page 392: ...702 60221 40 22200 121 1 R68 10 Ohm 5 0 06W 0603 Philips 2322 702 60109 40 11000 121 1 R69 33k Ohm 5 0 06W 0603 Philips 2322 702 60333 40 43300 121 1 R70 33k Ohm 5 0 06W 0603 Philips 2322 702 60333 40 43300 121 1 R71 10 Ohm 5 0 06W 0603 Philips 2322 702 60109 40 11000 121 1 R72 33k Ohm 5 0 06W 0603 Philips 2322 702 60333 40 43300 121 1 R73 33k Ohm 5 0 06W 0603 Philips 2322 702 60333 40 43300 121 1...

Page 393: ...Revision Date Valid On R85 10k Ohm 5 0 06W 0603 Philips 2322 702 60103 40 41000 121 1 R86 0 Ohm Jumper 0603 Philips 2322 702 96001 40 00001 121 1 V1 Transistor NPN Si SOT23 Philips BC847 BC847 1 V2 MOSFET Power N Channel TO252 Motorola MTD3055V MTD3055V 1 Z1 Crystal 11059 2 kHz uP Grade HY Q M P QC49 SMD EB01C 65 90094 1 Page 7 of 7 ...

Page 394: ...u 16V Ax EL Cap Jamicon SKR102T1CJ21 48 31001 651 1 C9 100p 5 50V NPO 0805 NiSn Philips 0805CG101J9B200 46 21000 081 1 C10 100p 5 50V NPO 0805 NiSn Philips 0805CG101J9B200 46 21000 081 1 C11 33n 10 50V X7R 0805 NiSn Philips 08052R333K9BB00 46 43300 281 1 C12 33n 10 50V X7R 0805 NiSn Philips 08052R333K9BB00 46 43300 281 1 C13 1n 5 50V NPO 0805 NiSn Philips 0805CG102J9BB 46 31000 082 1 C14 100n 10 5...

Page 395: ...003 520 1 C36 1u 20 35V 3528 TA Cap AVX TAJB105M035R 47 01003 520 1 C37 33n 10 50V X7R 0805 NiSn Philips 08052R333K9BB00 46 43300 281 1 C38 100u 25V Ax EL Cap Elna RB 48 21002 551 1 C39 1u 20 35V 3528 TA Cap AVX TAJB105M035R 47 01003 520 1 C40 1u 20 35V 3528 TA Cap AVX TAJB105M035R 47 01003 520 1 C43 22p 5 50V NPO 0805 NiSn Philips 0805CG220J9B200 46 12200 081 1 C44 33n 10 50V X7R 0805 NiSn Philip...

Page 396: ...0 082 1 C68 100p 5 50V NPO 0805 NiSn Philips 0805CG101J9B200 46 21000 081 1 C69 100p 5 50V NPO 0805 NiSn Philips 0805CG101J9B200 46 21000 081 1 C70 33n 10 50V X7R 0805 NiSn Philips 08052R333K9BB00 46 43300 281 1 C71 33n 10 50V X7R 0805 NiSn Philips 08052R333K9BB00 46 43300 281 1 C72 33n 10 50V X7R 0805 NiSn Philips 08052R333K9BB00 46 43300 281 1 C73 33n 10 50V X7R 0805 NiSn Philips 08052R333K9BB00...

Page 397: ...1 C97 1u 20 35V 3528 TA Cap AVX TAJB105M035R 47 01003 520 1 C98 10u 20 25V 6032 TA Cap AVX TAJC106M025R 47 11002 520 1 C99 100n 10 50V X7R 0805 Nisn Philips 08052R104K9BB 46 51000 282 1 C100 10u 20 10V X7R 1210 NiSn Taiyo Yuden LMK325BJ106MN 46 71000 280 1 C101 33n 10 50V X7R 0805 NiSn Philips 08052R333K9BB00 46 43300 281 1 C102 33n 10 50V X7R 0805 NiSn Philips 08052R333K9BB00 46 43300 281 1 C103 ...

Page 398: ... 15V wkg SMB SGS Thomson SMBJ15CA TR SMBJ15CA TR 1 D13 Diode Si High speed 75V SOT23 Philips BAS16 BAS16 1 F1 0 1 Ohm nom 1 6A 20 C 16Vwkg SMD Raychem SMDH160 41 10010 000 1 F2 0 1 Ohm nom 1 6A 20 C 16Vwkg SMD Raychem SMDH160 41 10010 000 1 G1 Cell Lithium 3V 35mAh PCB Mtg National Semiconduct BR1225 1VD 65 71000 002 1 H1 LED Tricolour T 1 3 4 Diffused Liteon LTL 52RG 65 61110 901 1 IC1 Amp Audio ...

Page 399: ...ommon Mode Data SMD Taiyo Yuden CM04RC04 43 82470 000 1 L4 Choke EMI EMC 0A DC 1MHz 4516 Taiyo Yuden FCFBMJ 4516 HS 110 T 43 90003 1 L5 Ind 100uH 10 4532 Taiyo Yuden LEM 4532T101K 43 82100 134 1 L6 Ind 100uH 10 4532 Taiyo Yuden LEM 4532T101K 43 82100 134 1 L7 Choke EMI EMC 0A DC 1MHz 4516 Taiyo Yuden FCFBMJ 4516 HS 110 T 43 90003 1 L8 Ind 100uH 10 4532 Taiyo Yuden LEM 4532T101K 43 82100 134 1 L9 I...

Page 400: ...0 61223 40 42200 111 1 R5 10k Ohm 5 0 1W 0805 Philips 2322 730 61103 40 41000 111 1 R6 4 7k Ohm 5 0 1W 0805 Philips 2322 730 61472 40 34700 111 1 R7 10k Ohm 5 0 1W 0805 Philips 2322 730 61103 40 41000 111 1 R8 47k Ohm 5 0 1W 0805 Philips 2322 730 61473 40 44700 111 1 R9 1k Ohm 5 0 1W 0805 Philips 2322 730 61102 40 31000 111 1 R10 47k Ohm 5 0 1W 0805 Philips 2322 730 61473 40 44700 111 1 R11 100 Oh...

Page 401: ...1101 40 21000 111 1 R39 1k Ohm 5 0 1W 0805 Philips 2322 730 61102 40 31000 111 1 R40 1k Ohm 5 0 1W 0805 Philips 2322 730 61102 40 31000 111 1 R41 1k Ohm 5 0 1W 0805 Philips 2322 730 61102 40 31000 111 1 R42 10 Ohm 5 0 1W 0805 Philips 2322 730 61109 40 11000 111 1 R43 10 Ohm 5 0 1W 0805 Philips 2322 730 61109 40 11000 111 1 R44 10k Ohm 5 0 1W 0805 Philips 2322 730 61103 40 41000 111 1 R45 2 2k Ohm ...

Page 402: ... 41000 111 1 R74 10k Ohm 5 0 1W 0805 Philips 2322 730 61103 40 41000 111 1 R75 10k Ohm 5 0 1W 0805 Philips 2322 730 61103 40 41000 111 1 R78 47k Ohm 5 0 1W 0805 Philips 2322 730 61473 40 44700 111 1 R79 47k Ohm 5 0 1W 0805 Philips 2322 730 61473 40 44700 111 1 R80 10k Ohm 5 0 1W 0805 Philips 2322 730 61103 40 41000 111 1 R81 10k Ohm 5 0 1W 0805 Philips 2322 730 61103 40 41000 111 1 R82 680k Ohm 5 ...

Page 403: ...1000 111 1 R106 1 8k Ohm 5 0 1W 0805 Philips 2322 730 61182 40 31800 111 1 R107 100k Ohm 5 0 1W 0805 Philips 2322 730 61104 40 51000 111 1 R108 220k Ohm 5 0 1W 0805 Philips 2322 730 61224 40 52200 111 1 R109 47k Ohm 5 0 1W 0805 Philips 2322 730 61473 40 44700 111 1 R110 100k Ohm 5 0 1W 0805 Philips 2322 730 61104 40 51000 111 1 R111 100k Ohm 5 0 1W 0805 Philips 2322 730 61104 40 51000 111 1 R115 1...

Page 404: ... 40 41000 111 1 R138 4 7k Ohm 5 0 1W 0805 Philips 2322 730 61472 40 34700 111 1 R139 6 8k Ohm 5 0 1W 0805 Philips 2322 730 61682 40 36800 111 1 R140 18k Ohm 5 0 1W 0805 Philips 2322 730 61183 40 41800 111 1 R141 18k Ohm 5 0 1W 0805 Philips 2322 730 61183 40 41800 111 1 R142 10k Ohm 5 0 1W 0805 Philips 2322 730 61103 40 41000 111 1 R143 10k Ohm 5 0 1W 0805 Philips 2322 730 61103 40 41000 111 1 R146...

Page 405: ...2 BST82 1 V8 MOSFET N Chan Enhance SOT23 Philips BST82 BST82 1 V9 Transistor PNP Si SOT23 Philips BC857 BC857 1 V10 MOSFET N Chan Enhance SOT23 Philips BST82 BST82 1 V11 MOSFET N Chan Enhance SOT23 Philips BST82 BST82 1 V12 MOSFET N Chan Enhance SOT23 Philips BST82 BST82 1 V13 MOSFET N Chan Enhance SOT23 Philips BST82 BST82 1 V14 MOSFET N Chan Enhance SOT23 Philips BST82 BST82 1 Z1 Crystal 4MHz Up...

Page 406: ...iSn Vitramon VJ0603Y333KXXT 46 43300 282 1 C10 100u 25V 105 C SMD EL Cap Low ESR Nippon Chemicn MVY25VC100MF80 48 21002 502 1 C11 100u 25V 105 C SMD EL Cap Low ESR Nippon Chemicn MVY25VC100MF80 48 21002 502 1 C12 10n 5 50V X7R 0603 NiSn Philips 06032R103J9BB00 46 41000 080 1 C13 33n 10 25V X7R 0603 NiSn Vitramon VJ0603Y333KXXT 46 43300 282 1 C14 100u 25V 105 C SMD EL Cap Low ESR Nippon Chemicn MVY...

Page 407: ...10n 5 50V X7R 0603 NiSn Philips 06032R103J9BB00 46 41000 080 1 C38 100n 10 16V X7R 0603 NiSn Vitramon VJ0603Y104KXJT 46 51000 283 1 C39 100n 10 16V X7R 0603 NiSn Vitramon VJ0603Y104KXJT 46 51000 283 1 C40 100n 10 16V X7R 0603 NiSn Vitramon VJ0603Y104KXJT 46 51000 283 1 C41 100n 10 16V X7R 0603 NiSn Vitramon VJ0603Y104KXJT 46 51000 283 1 C42 100n 10 16V X7R 0603 NiSn Vitramon VJ0603Y104KXJT 46 5100...

Page 408: ...002 000 1 C67 33n 10 25V X7R 0603 NiSn Vitramon VJ0603Y333KXXT 46 43300 282 1 C68 33n 10 25V X7R 0603 NiSn Vitramon VJ0603Y333KXXT 46 43300 282 1 C69 100p 5 50V NPO 0603 NiSn Philips 0603CG101J9B200 46 21000 083 1 C70 100p 5 50V NPO 0603 NiSn Philips 0603CG101J9B200 46 21000 083 1 C71 100p 5 50V NPO 0603 NiSn Philips 0603CG101J9B200 46 21000 083 1 C72 100p 5 50V NPO 0603 NiSn Philips 0603CG101J9B2...

Page 409: ... 1 IC11 DSP 32 Bit Fltng Point 60MIPS LQFP144 Texas Instruments TMS320VC33PGE120 YP 32033 900 1 IC12 FLASH prgmd NGT SRx D0 D15 Braemac 90 20636 101 90 20636 101 1 IC13 FLASH prgmd NGT SRx D16 D32 Braemac 90 20636 201 90 20636 201 1 IC14 RAM CMOS 512kx16Bit 55ns 3V TSOP2 44 Samsung K6X8016T3B UF55T YM 16512 710 1 IC15 RAM CMOS 512kx16Bit 55ns 3V TSOP2 44 Samsung K6X8016T3B UF55T YM 16512 710 1 IC1...

Page 410: ...333 40 43300 121 1 R10 33k Ohm 5 0 06W 0603 Philips 2322 702 60333 40 43300 121 1 R11 33k Ohm 5 0 06W 0603 Philips 2322 702 60333 40 43300 121 1 R12 33k Ohm 5 0 06W 0603 Philips 2322 702 60333 40 43300 121 1 R13 120 Ohm 5 0 06W 0603 Philips 2322 702 60121 40 21200 121 1 R14 120 Ohm 5 0 06W 0603 Philips 2322 702 60121 40 21200 121 1 R16 33k Ohm 5 0 06W 0603 Philips 2322 702 60333 40 43300 121 1 R17...

Page 411: ...3 40 41000 121 1 R40 10k Ohm 5 0 06W 0603 Philips 2322 702 60103 40 41000 121 1 R41 22k Ohm 5 0 06W 0603 Philips 2322 702 60223 40 42200 121 1 R42 10k Ohm 5 0 06W 0603 Philips 2322 702 60103 40 41000 121 1 R43 4 7k Ohm 5 0 06W 0603 Philips 2322 702 60472 40 34700 121 1 R44 4 7k Ohm 5 0 06W 0603 Philips 2322 702 60472 40 34700 121 1 R45 120 Ohm 5 0 06W 0603 Philips 2322 702 60121 40 21200 121 1 R46...

Page 412: ...33k Ohm 5 0 06W 0603 Philips 2322 702 60333 40 43300 121 1 R70 33k Ohm 5 0 06W 0603 Philips 2322 702 60333 40 43300 121 1 R71 10 Ohm 5 0 06W 0603 Philips 2322 702 60109 40 11000 121 1 R72 33k Ohm 5 0 06W 0603 Philips 2322 702 60333 40 43300 121 1 R73 33k Ohm 5 0 06W 0603 Philips 2322 702 60333 40 43300 121 1 R74 4 7k Ohm 5 0 06W 0603 Philips 2322 702 60472 40 34700 121 1 R75 4 7k Ohm 5 0 06W 0603 ...

Page 413: ...2 60121 40 21200 121 1 R89 33k Ohm 5 0 06W 0603 Philips 2322 702 60333 40 43300 121 1 R90 33k Ohm 5 0 06W 0603 Philips 2322 702 60333 40 43300 121 1 R91 1k Ohm 5 0 06W 0603 Philips 2322 702 60102 40 31000 121 1 R92 10k Ohm 5 0 06W 0603 Philips 2322 702 60103 40 41000 121 1 V1 Transistor NPN Si SOT23 Philips BC847 BC847 1 V2 MOSFET Power N Channel TO252 Motorola MTD3055V MTD3055V 1 Z1 Crystal 11059...

Page 414: ... speed 75V SOT23 Philips BAS16 BAS16 1 K1 Relay 2C 12V 2A SMD 1028 Ohm Matsushita TQ2SL 12V 64 21225 310 1 K2 Relay 2C 12V 2A SMD 1028 Ohm Matsushita TQ2SL 12V 64 21225 310 1 P1 Header P 4way 1row Molex 22 03 2041 60 00041 100 1 P2 Header P 4way 1row Molex 22 03 2041 60 00041 100 1 P3 Header P 2way 1row Molex 22 03 2021 60 00021 100 1 P4 Header P 2way 1row Molex 22 03 2021 60 00021 100 1 R1 1 8k O...

Page 415: ...gh speed 75V SOT23 Philips BAS16 BAS16 1 K1 Relay 2C 12V 2A SMD 1028 Ohm Matsushita TQ2SL 12V 64 21225 310 1 K2 Relay 2C 12V 2A SMD 1028 Ohm Matsushita TQ2SL 12V 64 21225 310 1 P1 Header P 4way 1row Molex 22 03 2041 60 00041 100 1 P2 Header P 4way 1row Molex 22 03 2041 60 00041 100 1 P3 Header P 2way 1row Molex 22 03 2021 60 00021 100 1 P4 Header P 2way 1row Molex 22 03 2021 60 00021 100 1 R1 1 8k...

Page 416: ...ps 12062R223K0BB 46 42200 280 1 C13 1u 20 35V 3528 TA Cap AVX TAJB105M035R 47 01003 520 1 C14 100p 5 50V NPO 1206 NiSn Philips 1206CG101J9BB 46 21000 080 1 C15 1n 5 50V NPO 1206 NiSn Philips 1206CG102J9BB 46 31000 081 1 C16 1u 20 35V 3528 TA Cap AVX TAJB105M035R 47 01003 520 1 C17 1u 20 35V 3528 TA Cap AVX TAJB105M035R 47 01003 520 1 C18 1u 20 35V 3528 TA Cap AVX TAJB105M035R 47 01003 520 1 C19 10...

Page 417: ...ilips 2322 730 61472 40 34700 111 1 R8 4 7k Ohm 5 0 1W 0805 Philips 2322 730 61472 40 34700 111 1 R9 2 2k Ohm 5 0 1W 0805 Philips 2322 730 61222 40 32200 111 1 R10 1k Ohm 5 0 1W 0805 Philips 2322 730 61102 40 31000 111 1 R11 22k Ohm 5 0 1W 0805 Philips 2322 730 61223 40 42200 111 1 R12 10k Ohm 5 0 1W 0805 Philips 2322 730 61103 40 41000 111 1 R13 47k Ohm 5 0 1W 0805 Philips 2322 730 61473 40 44700...

Page 418: ...240 15663 46 61000 281 1 C10 100n 10 16V X7R 0603 NiSn Vitramon VJ0603Y104KXJT 46 51000 283 1 C11 1u 10 10V X7R 0805 NiSn Phycomp 2222 240 15663 46 61000 281 1 C12 100p 5 50V NPO 0603 NiSn Philips 0603CG101J9B200 46 21000 083 1 C13 22n 10 25V X7R 0603 NiSn AVX 06033C223KAT2A 46 42200 281 1 C14 22n 10 25V X7R 0603 NiSn AVX 06033C223KAT2A 46 42200 281 1 C15 100p 5 50V NPO 0603 NiSn Philips 0603CG101...

Page 419: ...053 701 1 IC3 Amp Operational Quad SOIC14 National Semiconduct LM324M XA 00324 700 1 IC4 Tcvr CAN bus 3 3v 1Mbps w stby SOIC8 Texas Instruments SN65HVD233D YI 65233 700 1 IC5 MCU 8 Bit 16k Flash 8 MHz TQFP44 Atmel ATMEGA16L 8AI YP 00016 910 1 L1 Choke EMI EMC 0A DC 1MHz 4516 Taiyo Yuden FCFBMJ 4516 HS 110 T 43 90003 1 L2 Choke Common Mode Data SMD Taiyo Yuden CM04RC04 43 82470 000 1 L3 Choke Commo...

Page 420: ...02 40 31000 121 1 R18 1k Ohm 5 0 06W 0603 Philips 2322 702 60102 40 31000 121 1 R19 47k Ohm 5 0 06W 0603 Philips 2322 702 60473 40 44700 121 1 R20 47k Ohm 5 0 06W 0603 Philips 2322 702 60473 40 44700 121 1 R21 100k Ohm 5 0 06W 0603 Philips 2322 702 60104 40 51000 121 1 R22 470 Ohm 5 0 06W 0603 Philips 2322 702 60471 40 24700 121 1 R23 470 Ohm 5 0 06W 0603 Philips 2322 702 60471 40 24700 121 1 R24 ...

Page 421: ... 08 06320 001 Desk Console PCB Voice BOM Revision Date Valid On V3 Transistor NPN Si SOT23 Philips BC847 BC847 1 V4 Transistor NPN Si SOT23 Philips BC847 BC847 1 V5 Transistor NPN Si SOT23 Philips BC847 BC847 1 Z1 Crystal 3686 4 kHz uP Grade HY Q M P QC49 SMD EBO1C 65 90101 1 Page 4 of 4 ...

Page 422: ...am 04 03533 Handset Assembly 08 05513 Junction box Assembly 08 05514 sheet 1 08 05514 sheet 2 RF unit Assembly 2010 2011 2012 08 05628 sheet 1 08 05628 sheet 2 08 05628 sheet 3 08 05628 sheet 4 Handset Circuit diagram 04 03125 Handset PCB PCB assembly 08 05300 Keypad PCB PCB assembly 08 05522 PTT PCB PCB assembly 08 05523 Power Emergency PCB PCB assembly 08 05524 Junction box Audio Circuit diagram...

Page 423: ...Circuit diagram 04 03095 PCB assembly 08 05235 Alternative RF IF RF Mixer Circuit diagram 04 03378 sheet 1 or 04 03378 sheet 1 for PCB issue 06 or earlier 455 kHz IF Modulator Demodulator Circuit diagram 04 03378 sheet 2 or 04 03378 sheet 2 for PCB issue 06 or earlier Synthesiser Control Circuit diagram 04 03378 sheet 3 or 04 03378 sheet 3 for PCB issue 06 or earlier PCB assembly 08 05889 sheet 1 ...

Page 424: ...et 3 Filter Control PCB assembly 08 05910 sheet 1 for PCB issue 04 or earlier 08 05910 sheet 2 for PCB issue 04 or earlier Alternative PA Filter Control Circuit diagram 04 03542 Power Amplifier PCB assembly 08 06461 sheet 1 08 06461 sheet 2 08 06461 sheet 3 Filter Control PCB assembly 08 05910 sheet 1 08 05910 sheet 2 RF unit 2011 Audio Interconnect Circuit diagram 04 03425 PCB assembly 08 05988 s...

Page 425: ...al Oven Circuit diagram 04 03410 04 03414 PCB assembly 08 05963 08 05962 08 05973 PA Filter Control Circuit diagram 04 03369 Power Amplifier PCB assembly 08 05869 sheet 1 08 05869 sheet 2 08 05869 sheet 3 Filter and Control PCB assembly 08 05910 sheet 1 for PCB issue 04 or earlier 08 05910 sheet 2 for PCB issue 04 or earlier Alternative PA Filter Control Circuit diagram 04 03542 Power Amplifier PC...

Page 426: ...heet 1 or 08 05889 sheet 1 for PCB issue 06 or earlier 08 05889 sheet 2 or 08 05889 sheet 2 for PCB issue 06 or earlier Crystal Oven Circuit diagram 04 03410 04 03414 PCB assembly 08 05963 08 05962 08 05973 PA Filter Control Circuit diagram 04 03369 Power Amplifier PCB assembly 08 05869 sheet 1 08 05869 sheet 2 08 05869 sheet 3 Filter and Control PCB assembly 08 05910 sheet 1 for PCB issue 04 or e...

Page 427: ...er Option Fitting instructions 15 10506 001 2700 Hz Filter Option Fitting instructions 15 10514 001 Desk console 15 10471 Circuit diagram 04 03110 PCB assembly 08 05267 Desk console 15 00766 Circuit diagram 04 03514 PCB assembly 08 06320 Transceiver test unit Circuit diagram 04 03272 Table 51 NGT list of drawings cont Title Drawing Drawing number ...

Page 428: ...04 03223 ...

Page 429: ...04 03562 CODAN ...

Page 430: ...04 03437 ...

Page 431: ...04 03533 ...

Page 432: ...08 05513 ...

Page 433: ...08 05514 sheet 1 ...

Page 434: ...08 05514 sheet 2 ...

Page 435: ...08 05628 sheet 1 ...

Page 436: ...08 05628 sheet 2 ...

Page 437: ...08 05628 sheet 3 ...

Page 438: ...08 05628 sheet 4 ...

Page 439: ...04 03125 ...

Page 440: ...08 05300 ...

Page 441: ...08 05522 ...

Page 442: ...08 05523 ...

Page 443: ...08 05524 ...

Page 444: ...04 03201 ...

Page 445: ...08 05470 ...

Page 446: ...04 03423 ...

Page 447: ...08 05986 sheet 1 ...

Page 448: ...08 05986 sheet 2 ...

Page 449: ...04 03133 ...

Page 450: ...08 05317 ...

Page 451: ...04 03109 ...

Page 452: ...08 05266 ...

Page 453: ...04 03108 sheet 1 ...

Page 454: ...04 03108 sheet 2 ...

Page 455: ...08 05265 ...

Page 456: ...04 03106 sheet 1 ...

Page 457: ...04 03106 sheet 2 ...

Page 458: ...04 03106 sheet 3 ...

Page 459: ...08 05261 sheet 1 ...

Page 460: ...08 05261 sheet 2 ...

Page 461: ...04 03095 ...

Page 462: ...08 05235 ...

Page 463: ...04 03378 sheet 1 ...

Page 464: ...04 03378 sheet 2 ...

Page 465: ...04 03378 sheet 3 ...

Page 466: ...04 03378 sheet 1 ...

Page 467: ...04 03378 sheet 2 ...

Page 468: ...04 03378 sheet 3 ...

Page 469: ...08 05889 sheet 1 ...

Page 470: ...08 05889 sheet 2 ...

Page 471: ...08 05889 sheet 1 ...

Page 472: ...08 05889 sheet 2 ...

Page 473: ...04 03410 ...

Page 474: ...04 03414 ...

Page 475: ...08 05963 ...

Page 476: ...08 05962 ...

Page 477: ...08 05973 ...

Page 478: ...04 03169 ...

Page 479: ...08 05415 ...

Page 480: ...08 05416 ...

Page 481: ...08 05511 sheet 1 ...

Page 482: ...08 05511 sheet 2 ...

Page 483: ...04 03369 ...

Page 484: ...08 05869 sheet 1 ...

Page 485: ...08 05869 sheet 2 ...

Page 486: ...08 05869 sheet 3 ...

Page 487: ...08 05910 sheet 1 ...

Page 488: ...08 05910 sheet 2 ...

Page 489: ...04 03542 ...

Page 490: ...08 06461 sheet 1 ...

Page 491: ...08 06461 sheet 2 ...

Page 492: ...08 06461 sheet 3 ...

Page 493: ...08 05910 sheet 1 ...

Page 494: ...08 05910 sheet 2 ...

Page 495: ...04 03425 ...

Page 496: ...08 05988 sheet 1 ...

Page 497: ...08 05988 sheet 2 ...

Page 498: ...04 03424 sheet 1 ...

Page 499: ...04 03424 sheet 2 ...

Page 500: ...08 05987 ...

Page 501: ...04 03499 sheet 1 ...

Page 502: ...04 03499 sheet 2 ...

Page 503: ...08 06261 sheet 1 ...

Page 504: ...08 06261 sheet 2 ...

Page 505: ...04 03498 sheet 1 ...

Page 506: ...04 03498 sheet 2 ...

Page 507: ...08 06260 ...

Page 508: ...04 03379 ...

Page 509: ...08 05890 ...

Page 510: ...15 10506 001 ...

Page 511: ...15 10514 001 ...

Page 512: ...04 03110 ...

Page 513: ...08 05267 ...

Page 514: ...04 03514 ...

Page 515: ...08 06320 ...

Page 516: ...04 03272 ...

Page 517: ...PAC ATU 215 Power Amp 216 TCVR 217 power amplifier ATU 212 DC supply 214 IEC mains 10 A 214 IEC mains 15 A 214 TCVR 213 Control PCB transmit path 229 D DC supply connector pinouts 214 drawings 247 E external high power amplifier adjusting 243 external high power systems 231 F fault finding 235 power amplifier 237 Filter PCB transmit path 229 G general information 236 H High power ALC Adaptor PCB t...

Page 518: ...pply 214 IEC mains 10 A 214 IEC mains 15 A 214 TCVR 213 fault finding 237 Power Amplifier PCB transmit path 228 Power Supply PCB transmit path 230 S size power amplifier 210 power supply 210 specifications 207 209 Splitter 2 way 500 W PCB transmit path 228 Splitter 4 way 1 kW PCB transmit path 228 supply voltages 3061 3062 227 HPAC ALC Adaptor 231 T TCVR connector pinouts 213 217 technical descrip...

Page 519: ...NGT Transceiver System Technical Service Manual 207 High power Overview and specifications This section contains the following topics Overview 208 Specifications 209 Pin connections 211 ...

Page 520: ...enna Controller HPAC module and ALC adaptor module to interface with the vendor equipment The basic layouts of these systems are indicated below These amplifier systems can be enabled or disabled via the NGT handset Figure 1 Basic layout of a 3061 3062 high power system Figure 2 Basic layout of an HPAC module and an ALC adaptor module with vendor equipment RF In TCVR RF Out ATU Tuner optional NGT ...

Page 521: ...0 W average CW or single tone approximately 60 of PEP with average PEP control average control disabled on handset PTT Duty cycle 100 normal speech over full temperature range 10 to 60 C 14 to 140 F 100 all modes up to a maximum ambient temperature of 45 C 113 F Supply 100 240 VAC 10 50 60 Hz single phase 3061 800 VA two tone 900 VA maximum 3062 1 6 kVA two tone 1 8 kVA maximum Protection Safe und...

Page 522: ...k provided with the equipment Size Amplifier 483 mm W 410 mm D 222 mm H 19 in W 16 1 in D 8 7 in H Power supply 483 mm W 410 mm D 222 mm H 19 in W 16 1 in D 8 7 in H Weight 3061 Amplifier 15 4 kg 34 0 lb Power supply 6 7 kg 14 8 lb 3062 Amplifier 23 6 kg 52 0 lb Power supply 10 0 kg 22 0 lb Table 1 Power amplifier specifications 3061 3062 cont Item Specification ...

Page 523: ...rview and specifications NGT Transceiver System Technical Service Manual 211 Pin connections Power amplifier 3061 3062 Figure 3 Typical rear panel of a power amplifier to power supply second cable used for 3062 only ...

Page 524: ...ifier Figure 4 Front view of the ATU connector on the power amplifier Table 2 Pinouts of the ATU connector on the power amplifier Pin no Function Input output Signal level 1 A rail Output 13 6 V nominal 2 3 Spare Input output Logic level I O 4 Tuner reset scan Output 0 V reset 5 Spare Output Active low 6 N C 7 N C 8 Ground 0 V 9 9 5 6 1 ...

Page 525: ...view of the TCVR connector on the power amplifier Table 3 Pinouts of the TCVR connector on the power amplifier Pin no Function Input output Signal level 1 N C 2 Ground 0 V 3 Data Input output 5 V TTL logic 4 Clock Input 5 V TTL logic 5 PTT Input 5 V TTL logic active low 6 ALC Output 3 6 V when transmitting nominally 7 A rail Input 13 6 V nominal 1 2 3 4 5 6 7 ...

Page 526: ...ew of the DC supply connector on the power amplifier Pinouts of the IEC mains connector 10 A on the power supply The IEC mains connector 10 A is used in the power supply for the 500 W power amplifier Figure 7 Front view of the IEC mains connector 10 A on the power supply Pinouts of the IEC mains connector 15 A on the power supply The IEC mains connector 15 A is used in the power supply for the 1 k...

Page 527: ... ATU connector on the HPAC Figure 10 Front view of the ATU connector on the HPAC Table 4 Pinouts of the ATU connector on the HPAC Pin no Function Input output Signal level 1 A rail Output 13 6 V nominal 2 3 Spare I O Input output Logic level 4 Tuner reset scan Output 0 V reset 5 Spare Output Active low 6 N C 7 N C 8 Ground 0 V 9 Power Amp status light earth point ATU TCVR 9 5 6 1 ...

Page 528: ... Power Amp connector on the HPAC Pin no Function Input output Signal level 1 A rail Output 13 6 V nominal 2 Band 1 Input 0 V on selected band 3 Band 2 Input 4 Band 3 Input 5 Band 4 Input 6 Band 5 Input 7 Band 6 Input 8 Band 7 Input 9 N C 10 N C 11 ALC control Output 3 6 V when transmitting 12 Ground 0 V 13 PTT Input 0 V when transmitting 14 Fault detect TW500A Input 12 V OK 15 Fault detect TW500D ...

Page 529: ...le used with vendor equipment only Figure 13 ALC adaptor Table 6 Pinouts of the TCVR connector on the HPAC Pin no Function Input output Signal level 1 N C 2 Ground 0 V 3 Data Input output 5 V TTL logic 4 Clock Input 5 V TTL logic 5 PTT Input 5 V TTL logic active low 6 ALC Output 3 6 V when transmitting 7 A rail Input 13 6 V nominal 1 2 3 4 5 6 7 RF in RF out to high power PA and antenna controller...

Page 530: ...inouts of the 3 way connector on the ALC adaptor Figure 14 Front view of the 3 way connector on the ALC adaptor Table 7 Pinouts of the 3 way connector on the ALC adaptor Pin no Function Input output Signal level 1 A rail Input 13 6 V nominal 2 ALC Output 3 6 V when transmitting 3 Ground 0 V 1 ...

Page 531: ...r Brief description This section contains the following topics General information 221 Power amplifier 3061 3062 222 HPAC and ALC adaptor modules with vendor equipment 223 For a detailed description of these functions see page 225 High power Technical description ...

Page 532: ...High power Brief description 220 NGT Transceiver System Technical Service Manual This page has been left blank intentionally ...

Page 533: ...03 01138 ...

Page 534: ...03 01139 ...

Page 535: ...on NOTE The information in this section should be read in conjunction with the appropriate block diagram See below to determine which block diagram you should be viewing For HPA system using See 3061 3062 power amplifiers 03 01138 HPAC and ALC Adaptor modules with external vendor equipment 03 01139 ...

Page 536: ...nsures the best possible amplifier efficiency under all load conditions The amplifier power monitoring is provided by a forward and reflected power sensor which supplies rectified forward and reflected power envelopes to the Control PCB Power Amplifier PCB Each Power Amplifier PCB contains a single bias supply and two separate amplifiers Each amplifier has feedback and impedance correction network...

Page 537: ...d the power sensing required for ALC operation of the NGT is provided by the ALC adaptor module HPAC The High power PA Antenna Control PCB has a microprocessor for filter band selection and fault monitoring and reporting It also includes an address switch to allow correct operation for the various versions of the TW series amplifiers ALC adaptor The High power ALC Adaptor PCB has a forward and ref...

Page 538: ...High power Brief description 224 NGT Transceiver System Technical Service Manual This page has been left blank intentionally ...

Page 539: ...225 High power Technical description This section contains the following topics LED indications on the NGT 226 3061 3062 power amplifiers 227 External high power systems 231 This section should be read in conjunction with page 247 High power Drawings ...

Page 540: ...n it is connected to a high power system Table 8 Status of LED and its meaning LED status Meaning Steady green Device is functioning correctly Slow flashing green Device is establishing communication with the NGT Steady yellow Device is being reset Slow flashing red Device has been requested to perform a command that is not available Steady red Device has a non recoverable configuration error ...

Page 541: ...ce 5 V 5 V analog and digital supply IC101 13V6 13 6 V unregulated supply from NGT RF unit Drawing 04 03416 Table 10 Supply voltages for the Power Amplifier PCB in the power amplifier Supply Description Source 5 V_BIAS 5 V bias supply from Power Supply PCB PA Variable regulated supply from Power Supply PCB Drawing 04 03417 Table 11 Supply voltages for the Power Supply PCB in the power amplifier Su...

Page 542: ...ecture Power Amplifier PCB The RF from the splitter is then fed to the amplifier sections each of which is Class AB push pull These produce 250 W PEP from approximately 7 W PEP in Gain stabilisation over the bandwidth is provided by feedback networks R7 and R10 and R8 and R9 and impedance correction networks across the amplifier inputs V1 and V2 transistor collectors are coupled to the 50 Ω combin...

Page 543: ...n of the amplifier IC202 B excessive ALC voltage IC205 A amplifier internal unbalance IC207 A In the event of a fault the fault state is latched and the amplifier bypassed by disabling PTT Temperature based fan control The fans operate at low speed when the heatsink temperature exceeds 45 C 113 F and at high speed when the temperature exceeds 55 C 131 F ALC control for connection back to the NGT A...

Page 544: ... under no load and can be increased to 50 V DC if required depending on the minimum voltage swing of the amplifier output transistors The output current is sensed by the output current mirror circuit IC3 and IC103 which measures the current across a 5 mΩ resistor in the output path A power limit is achieved by modifying the measured current with a sample of the output voltage so the current limit ...

Page 545: ...ges The supply voltages for the HPAC and the ALC adaptor modules are shown in Table 12 and Table 13 Drawing 04 03377 Table 12 Supply voltages for the High power PA Antenna Control PCB in the HPAC Supply Description Source 5 V 5 V digital supply IC1 5 A 5 V microprocessor supply IC1 12 V 12 V unregulated supply from NGT RF unit Drawing 04 03407 Table 13 Supply voltages for the High power ALC Adapto...

Page 546: ...used to set up the system for different external PA types The PTT signal is connected to the PA via IC2 A B V5 and V7 The microprocessor IC3 can disable the PTT by switching V6 on When the SG235C antenna tuner is connected to the system at J1 the tuner reset line is driven low when the NGT is scanning IC3 also drives the LED see page 226 LED indications on the NGT Drawing 04 03377 Table 14 Positio...

Page 547: ...t of IC1 produces the ALC voltage to control the NGT R15 ALC ADJUST varies the gain of IC1 which determines the nominal PEP output level of the amplifier when matched to a 50 Ω load The output of the forward detector D1 is also applied to V2 via an averaging circuit formed by R7 R9 and C10 When the average of the signal exceeds the peak detector circuit V1 V2 takes control and reduces the output p...

Page 548: ...High power Technical description 234 NGT Transceiver System Technical Service Manual This page has been left blank intentionally ...

Page 549: ...5 High power Fault finding and adjustments This section contains the following topics General information 236 Fault finding the power amplifiers 3061 3062 237 Adjusting the power amplifiers 3061 3062 239 Adjusting the external high power amplifier 243 ...

Page 550: ...justments 236 NGT Transceiver System Technical Service Manual General information There is no scheduled maintenance required for either the 3061 3062 power amplifiers or the HPAC and ALC adaptor modules with the TW500 1000 amplifiers ...

Page 551: ...ear when amplifier returns to correct operating temperature High VSWR Yes Transmitter load VSWR exceeds approximately 3 1 on a particular frequency Check antenna VSWR at full power on the affected frequency If the high VSWR fault occurs on all frequencies this indicates an internal fault in the power amplifier No power bar graph No Power amplifier disabled Check that power amplifier is enabled at ...

Page 552: ...low Check that the splitter and combiner are working correctly PSU FAULT Insufficient voltage at the Power Amplifier PCBs Check that there is 70 V DC at DC input to Power Supply PCB Check that there is at least 33 V DC at DC input to the Power Amplifier PCBs Low bias supply Check that there is 5 V at 5V_BIAS pin of the Power Amplifier PCBs ALC OVERVOLTAGE AmplifierALCoutput not under control of th...

Page 553: ...djust the relevant amplifier s bias preset potentiometer until the meter reads 2 mV representing a bias current of 400 mA 1 Check that the voltage across the other 2 pin header of the same Power Supply PCB is 2 mV 1 Release PTT 1 Check the other Power Supply PCB Power Amplifier PCB pair 3062 only 1 Switch off the NGT 1 Reconnect the RF drive Drawing 08 05977 sheet 1 and drawings 08 05978 sheet 1 0...

Page 554: ...et potentiometer R218 on the Control PCB fully counterclockwise 1 Hold down PTT then turn the output power preset potentiometer until the required output power is reached see Table 17 1 Release PTT Drawing 08 05979 sheet 1 and 08 05979 sheet 2 NOTE The transceiver does not have to be in Service mode to perform this adjustment Drawing 08 05979 sheet 1 and 08 05979 sheet 2 NOTE The transceiver does ...

Page 555: ...o give the same power for both load cases Adjusting the power supply frequency To adjust the power supply frequency 1 Switch off the NGT and remove solder link X1 from the Power Supply PCB in the power amplifier 1 Ensure there is no audio drive to the NGT 1 Hold down PTT 1 Using a frequency counter on TP1 adjust R17 to give a frequency of 70 kHz 100 Hz 1 Using a frequency counter on TP101 adjust R...

Page 556: ...et potentiometer R12 to give 43 6 V DC at X2 1 Move the active load to output terminal X3 and set the Current Limit preset potentiometer R112 to give 43 6 V DC at X3 1 Release PTT 1 Repeat the above tests for the other Power Supply PCB 3062 only Adjusting the input attenuator If it is found during testing that the amplifier output is controlled by the NGT rather than the power amplifier this indic...

Page 557: ...ote the output power 1 Turn the ALC ADJUST control slowly in a clockwise direction until the required output power is reached see Table 17 on page 240 The indicated PEP level with two tone modulation depends on the type of measuring instrument as shown in Table 17 on page 240 1 Check that the two tone waveform is clean and undistorted If it is not clean and undistorted further analysis is required...

Page 558: ...High power Fault finding and adjustments 244 NGT Transceiver System Technical Service Manual This page has been left blank intentionally ...

Page 559: ...itter 2 way 500 W Splitter 4 way 1 kW 08 05997 001 08 05999 001 Power Amplifier 08 05977 001 Combiner 2 way 500 W Combiner 4 way 1 kW 08 05998 001 08 06000 001 Filter 08 05976 001 Control 08 05979 001 Power Supply 08 05978 001 Rear Panel 08 05984 001 3061 Power Supply 500 W 08 06067 001 3062 Power Supply 1000 W 08 06102 001 HPAC 08 05927 001 ALC adaptor 08 05926 001 ...

Page 560: ...High power Parts lists 246 NGT Transceiver System Technical Service Manual This page has been left blank intentionally ...

Page 561: ...n Philips 08052R333K9BB00 46 43300 281 1 C13 1n 5 50V NPO 0805 NiSn Philips 0805CG102J9BB 46 31000 082 1 D1 Diode Schottky 70V 70mA SOT23 Siemens BAS70 BAS70 1 D2 Diode Schottky 70V 70mA SOT23 Siemens BAS70 BAS70 1 D3 Diode Schottky 70V 70mA SOT23 Siemens BAS70 BAS70 1 D4 Diode Schottky SOT23 Philips BAT54 BAT54 1 D5 Diode Si High speed 75V SOT23 Philips BAS16 BAS16 1 J1 Socket Coax Mini Vertical ...

Page 562: ...1 0 4W MF Res Philips 2322 156 12749 40 12740 501 1 R8 27 4 Ohm 1 0 4W MF Res Philips 2322 156 12749 40 12740 501 1 R9 1k Ohm 5 0 1W 0805 Philips 2322 730 61102 40 31000 111 1 R10 1k Ohm 5 0 1W 0805 Philips 2322 730 61102 40 31000 111 1 R11 6 8k Ohm 5 0 1W 0805 Philips 2322 730 61682 40 36800 111 1 R12 1k Ohm 5 0 1W 0805 Philips 2322 730 61102 40 31000 111 1 R13 100k Ohm 5 0 1W 0805 Philips 2322 7...

Page 563: ...ocket Coax Mini Vertical Fixed Taiko Denki TMP J01X V6 60 19390 001 1 J2 Socket Coax Mini Vertical Fixed Taiko Denki TMP J01X V6 60 19390 001 1 J3 Socket Coax Mini Vertical Fixed Taiko Denki TMP J01X V6 60 19390 001 1 R4 200 Ohm 5 0 33W CF Res Philips 2322 211 13201 40 22000 020 1 R5 200 Ohm 5 0 33W CF Res Philips 2322 211 13201 40 22000 020 1 T1 Txfr Auto 50 25 Ohm 1 6 30MHz 10W Protran 44 80296 ...

Page 564: ... 1 J4 Socket Coax Mini Vertical Fixed Taiko Denki TMP J01X V6 60 19390 001 1 J5 Socket Coax Mini Vertical Fixed Taiko Denki TMP J01X V6 60 19390 001 1 R4 200 Ohm 5 0 33W CF Res Philips 2322 211 13201 40 22000 020 1 R5 200 Ohm 5 0 33W CF Res Philips 2322 211 13201 40 22000 020 1 R6 200 Ohm 5 0 33W CF Res Philips 2322 211 13201 40 22000 020 1 R7 200 Ohm 5 0 33W CF Res Philips 2322 211 13201 40 22000...

Page 565: ...2AL5B 46 51000 263 1 C10 100n 10 100V X7R CE Cap Cinetech RD20B104K2AL5B 46 51000 263 1 C11 100n 10 100V X7R CE Cap Cinetech RD20B104K2AL5B 46 51000 263 1 C12 100n 10 100V X7R CE Cap Cinetech RD20B104K2AL5B 46 51000 263 1 C13 100n 10 100V X7R CE Cap Cinetech RD20B104K2AL5B 46 51000 263 1 C14 100n 10 100V X7R CE Cap Cinetech RD20B104K2AL5B 46 51000 263 1 C15 100n 10 100V X7R CE Cap Cinetech RD20B10...

Page 566: ...20B104K2AL5B 46 51000 263 1 C109 100n 10 100V X7R CE Cap Cinetech RD20B104K2AL5B 46 51000 263 1 C110 100n 10 100V X7R CE Cap Cinetech RD20B104K2AL5B 46 51000 263 1 C111 100n 10 100V X7R CE Cap Cinetech RD20B104K2AL5B 46 51000 263 1 C112 100n 10 100V X7R CE Cap Cinetech RD20B104K2AL5B 46 51000 263 1 C113 100n 10 100V X7R CE Cap Cinetech RD20B104K2AL5B 46 51000 263 1 C114 100n 10 100V X7R CE Cap Cin...

Page 567: ... L103 Ind 1 8uH 10 Epcos B78108 T1182 K9 43 80180 002 1 L104 Inductor DC Feed Lencom 44 70536 44 70536 1 L105 Inductor DC Feed Lencom 44 70536 44 70536 1 L106 Choke EMI EMC 0A DC 1MHz Taiyo Yuden FBR07 HA 121 NB 00 43 90002 1 P1 Header P 10way 2row Boxed Fix I Technos HDM410S02 60 00100 003 1 R1 180 Ohm 5 3 0W MF Res BC Components 2322 195 14181 40 21800 690 1 R2 180 Ohm 5 3 0W MF Res BC Component...

Page 568: ...01 180 Ohm 5 3 0W MF Res BC Components 2322 195 14181 40 21800 690 1 R102 180 Ohm 5 3 0W MF Res BC Components 2322 195 14181 40 21800 690 1 R103 180 Ohm 5 3 0W MF Res BC Components 2322 195 14181 40 21800 690 1 R104 180 Ohm 5 3 0W MF Res BC Components 2322 195 14181 40 21800 690 1 R105 180 Ohm 5 3 0W MF Res BC Components 2322 195 14181 40 21800 690 1 R106 200 Ohm 5 2 0W MF Res BC Components 2306 1...

Page 569: ... 40300 004 6 C1 3 3n 10 100V CE Cap Philips 2222 630 03332 46 33300 200 1 C2 39p 5 500V NPO CE Cap Murata DD07 CH 390J 500 46 13900 020 1 D1 Diode Schottky HV HP 5082 2800 5082 2800 1 J1 Socket MCX Straight PCB Chin Nan 27 05 TGN 60 19300 1 J2 Socket MCX Straight PCB Chin Nan 27 05 TGN 60 19300 1 R2 470 Ohm 5 0 33W CF Res Philips 2322 211 13471 40 24700 020 1 T1 Txfr Output Combine 2 way 1 6 30MHz...

Page 570: ...2800 1 D2 Diode Schottky HV HP 5082 2800 5082 2800 1 D3 Diode Schottky HV HP 5082 2800 5082 2800 1 J1 Socket MCX Straight PCB Chin Nan 27 05 TGN 60 19300 1 J2 Socket MCX Straight PCB Chin Nan 27 05 TGN 60 19300 1 J3 Socket MCX Straight PCB Chin Nan 27 05 TGN 60 19300 1 J4 Socket MCX Straight PCB Chin Nan 27 05 TGN 60 19300 1 R2 470 Ohm 5 0 33W CF Res Philips 2322 211 13471 40 24700 020 1 R3 470 Oh...

Page 571: ...rs 27pF 2 Braemac 23 40031 TO DRG 10 00936 23 40031 1 Capacitors 103pF 2 Braemac 23 40030 TO 10 00936 23 40030 1 Capacitors 42pF 2 Braemac 23 40029 TO 10 00936 23 40029 1 Capacitors 156pF 2 Braemac 23 40028 TO 10 00936 23 40028 1 Capacitors 276pF 2 Braemac 23 40027 TO 10 00936 23 40027 1 Capacitors 332pF 2 Braemac 23 40026 TO 10 00936 23 40026 1 Capacitors 368pF 2 Braemac 23 40025 TO 10 00936 23 4...

Page 572: ...3M25 46 43300 211 1 C201 33n 20 25V CE Cap Murata DD406SR333M25 46 43300 211 1 C202 33n 20 25V CE Cap Murata DD406SR333M25 46 43300 211 1 C203 33n 20 25V CE Cap Murata DD406SR333M25 46 43300 211 1 C204 33n 20 25V CE Cap Murata DD406SR333M25 46 43300 211 1 C301 33n 20 25V CE Cap Murata DD406SR333M25 46 43300 211 1 C302 33n 20 25V CE Cap Murata DD406SR333M25 46 43300 211 1 C303 33n 20 25V CE Cap Mur...

Page 573: ...K402 Relay Vert 1C 12V 8A 306 Ohm Siemens V23057 B0002 A101 64 31120 232 1 K501 Relay Vert 1C 12V 8A 306 Ohm Siemens V23057 B0002 A101 64 31120 232 1 K502 Relay Vert 1C 12V 8A 306 Ohm Siemens V23057 B0002 A101 64 31120 232 1 K601 Relay Vert 1C 12V 8A 306 Ohm Siemens V23057 B0002 A101 64 31120 232 1 K602 Relay Vert 1C 12V 8A 306 Ohm Siemens V23057 B0002 A101 64 31120 232 1 K701 Relay Vert 1C 12V 8A...

Page 574: ...34nH Lencom 44 70523 44 70523 1 L603 Inductor 280nH Lencom 44 70524 44 70524 1 L701 Inductor 278nH Lencom 44 70527 44 70527 1 L702 Inductor 143nH Lencom 44 70528 44 70528 1 L703 Inductor 181nH Lencom 44 70529 44 70529 1 P1 Header P 10way 2row Boxed Fix I Technos HDM410S02 60 00100 003 1 P2 Header P 10way 2row Boxed Fix I Technos HDM410S02 60 00100 003 1 Page 4 of 4 ...

Page 575: ...08052R104K9BB 46 51000 282 1 C109 100n 10 50V X7R 0805 Nisn Philips 08052R104K9BB 46 51000 282 1 C110 100n 10 50V X7R 0805 Nisn Philips 08052R104K9BB 46 51000 282 1 C111 100n 10 50V X7R 0805 Nisn Philips 08052R104K9BB 46 51000 282 1 C112 100n 10 50V X7R 0805 Nisn Philips 08052R104K9BB 46 51000 282 1 C113 33n 10 50V X7R 0805 NiSn Philips 08052R333K9BB00 46 43300 281 1 C114 33n 10 50V X7R 0805 NiSn ...

Page 576: ...V X7R 1206 NiSn Philips 12062R104K9BB 46 51000 281 1 C209 1u 10 16V X7R 1206 NiSn Philips 12062R105K7BB00 46 61000 280 1 C210 1n 5 50V NPO 0805 NiSn Philips 0805CG102J9BB 46 31000 082 1 C211 4 7u 20 20V 6032 TA Cap AVX TAJC475M020R 47 04702 020 1 C212 100n 10 50V X7R 1206 NiSn Philips 12062R104K9BB 46 51000 281 1 C213 1u 10 16V X7R 1206 NiSn Philips 12062R105K7BB00 46 61000 280 1 C214 100n 10 50V ...

Page 577: ...16 BAS16 1 D111 Diode Si High speed 75V SOT23 Philips BAS16 BAS16 1 D112 Diode Si High speed 75V SOT23 Philips BAS16 BAS16 1 D113 Diode Si High speed 75V SOT23 Philips BAS16 BAS16 1 D114 Diode Schottky SOT23 Philips BAT54 BAT54 1 D115 Diode Si High speed 75V SOT23 Philips BAS16 BAS16 1 D116 Diode Si High speed 75V SOT23 Philips BAS16 BAS16 1 D117 Diode Si High speed 75V SOT23 Philips BAS16 BAS16 1...

Page 578: ...s LST670 L 65 61110 216 1 H209 LED Red PLCC SMD Non Diffused Siemens LST670 L 65 61110 216 1 H210 LED Red PLCC SMD Non Diffused Siemens LST670 L 65 61110 216 1 H211 LED Red PLCC SMD Non Diffused Siemens LST670 L 65 61110 216 1 H212 LED Red SMD R A Diffused Dialight 595 2101 007 65 61110 218 1 H213 LED Red SMD R A Diffused Dialight 595 2101 007 65 61110 218 1 H214 LED Red SMD R A Diffused Dialight ...

Page 579: ...al SOIC8 National Semiconduct LMC6482IM XA 06482 700 1 IC206 Amp Op Rail Rail I O Dual SOIC8 National Semiconduct LMC6482IM XA 06482 700 1 IC207 Amp Op Rail Rail I O Dual SOIC8 National Semiconduct LMC6482IM XA 06482 700 1 IC208 Driver Lin Dot Bar Display PLCC20 National Semiconduct LM3914V XA 03914 900 1 P101 Header P 10way 2row Boxed Fix I Technos HDM410S02 60 00100 003 1 P102 Header P 6way 2mm ...

Page 580: ...21200 111 1 R117 270 Ohm 5 0 1W 0805 Philips 2322 730 61271 40 22700 111 1 R118 10k Ohm 5 0 1W 0805 Philips 2322 730 61103 40 41000 111 1 R119 10k Ohm 5 0 1W 0805 Philips 2322 730 61103 40 41000 111 1 R120 10k Ohm 5 0 1W 0805 Philips 2322 730 61103 40 41000 111 1 R121 10k Ohm 5 0 1W 0805 Philips 2322 730 61103 40 41000 111 1 R122 10k Ohm 5 0 1W 0805 Philips 2322 730 61103 40 41000 111 1 R123 1k Oh...

Page 581: ...33 40 43300 111 1 R146 1 5k Ohm 1 0 1W 0805 Philips 2322 734 61502 40 31500 115 1 R147 1M Ohm 5 0 1W 0805 Philips 2322 730 61105 40 61000 111 1 R148 560 Ohm 1 0 1W 0805 Philips 2322 734 65601 40 25600 115 1 R149 1M Ohm 5 0 1W 0805 Philips 2322 730 61105 40 61000 111 1 R150 22k Ohm 5 0 1W 0805 Philips 2322 730 61223 40 42200 111 1 R151 1k Ohm 1 0 1W 0805 Philips 2322 734 61002 40 31000 115 1 R152 1...

Page 582: ...51000 111 1 R213 390 Ohm 5 0 1W 0805 Philips 2322 730 61391 40 23900 111 1 R214 15k Ohm 5 0 1W 0805 Philips 2322 730 61153 40 41500 111 1 R215 1k Ohm 5 0 1W 0805 Philips 2322 730 61102 40 31000 111 1 R216 100k Ohm 5 0 1W 0805 Philips 2322 730 61104 40 51000 111 1 R217 4 7k Ohm 5 0 1W 0805 Philips 2322 730 61472 40 34700 111 1 R218 Pot 10k Lin MG Trim SMD Bourns 3314 J 1 103 42 41004 000 1 R219 100...

Page 583: ...700 111 1 R242 220k Ohm 5 0 1W 0805 Philips 2322 730 61224 40 52200 111 1 R243 8 2k Ohm 5 0 1W 0805 Philips 2322 730 61822 40 38200 111 1 R244 680k Ohm 5 0 1W 0805 Philips 2322 730 61684 40 56800 111 1 R245 2 2M Ohm 5 0 1W 0805 Philips 2322 730 61225 40 62200 111 1 R246 1 5k Ohm 5 0 1W 0805 Philips 2322 730 61152 40 31500 111 1 R247 68k Ohm 5 0 1W 0805 Philips 2322 730 61683 40 46800 111 1 R248 18...

Page 584: ... Philips BC848 BC848 1 V106 Not Fitted Codan 00000 001 99 00000 001 1 V107 MOSFET Power N channel TO252 Motorola MTD3055EL MTD3055EL 1 V108 MOSFET Power N channel TO252 Motorola MTD3055EL MTD3055EL 1 V109 MOSFET Power N channel TO252 Motorola MTD3055EL MTD3055EL 1 V110 Transistor NPN Si SOT23 Philips BC848 BC848 1 V201 Transistor NPN Si SOT23 Philips BC848 BC848 1 V202 Transistor NPN Si SOT23 Phil...

Page 585: ...1104 46 51000 522 1 C11 100n 10 250V PE Cap BC Components 2222 370 41104 46 51000 522 1 C12 1000u 160V 105 C Ra EL Cap Low ESR Nippon Chemicn KMH160VNSN1000M25 E 48 31016 000 1 C13 1000u 160V 105 C Ra EL Cap Low ESR Nippon Chemicn KMH160VNSN1000M25 E 48 31016 000 1 C14 1000u 160V 105 C Ra EL Cap Low ESR Nippon Chemicn KMH160VNSN1000M25 E 48 31016 000 1 C15 100n 10 100V X7R CE Cap Cinetech RD20B104...

Page 586: ...2 1 C104 100n 10 50V X7R 0805 Nisn Philips 08052R104K9BB 46 51000 282 1 C105 100n 10 50V X7R 0805 Nisn Philips 08052R104K9BB 46 51000 282 1 C107 100n 10 50V X7R 0805 Nisn Philips 08052R104K9BB 46 51000 282 1 C108 100u 25V 105 C SMD EL Cap Low ESR Nippon Chemicn MVY25VC100MF80 48 21002 502 1 C109 100n 10 50V X7R 0805 Nisn Philips 08052R104K9BB 46 51000 282 1 C110 100n 10 250V PE Cap BC Components 2...

Page 587: ...104 Diode Si High speed 75V SOT23 Philips BAS16 BAS16 1 D105 Diode Si High speed 75V SOT23 Philips BAS16 BAS16 1 D106 Diode Si 200V 5A General Electric 1N5624 365 373 1N5624 1 IC1 Reg Voltage Switching SOIC16 National Semiconduct LM3524DM XB 03524 700 1 IC2 Driver Half Bridge MOSFET 600V SOIC14 IR IR21834S XF 21834 700 1 IC3 Amp Rail to Rail I O Low Offset SOT23 5 National Semiconduct LMC7101AIM5 ...

Page 588: ... 1 R11 180 Ohm 5 0 1W 0805 Philips 2322 730 61181 40 21800 111 1 R12 Pot 100 Lin MG Trim SMD Bourns 3314 J 1 101 42 21004 000 1 R13 3 3k Ohm 5 0 1W 0805 Philips 2322 730 61332 40 33300 111 1 R14 1 5k Ohm 1 0 1W 0805 Philips 2322 734 61502 40 31500 115 1 R15 68k Ohm 5 0 1W 0805 Philips 2322 730 61683 40 46800 111 1 R16 10k Ohm 5 0 1W 0805 Philips 2322 730 61103 40 41000 111 1 R17 Pot 10k Lin MG Tri...

Page 589: ...4700 101 1 R41 10k Ohm 5 0 1W 0805 Philips 2322 730 61103 40 41000 111 1 R42 470 Ohm 5 0 1W 0805 Philips 2322 730 61471 40 24700 111 1 R43 47k Ohm 5 0 1W 0805 Philips 2322 730 61473 40 44700 111 1 R44 100k Ohm 1 0 1W 0805 Philips 2311 734 61004 40 51000 115 1 R45 4 7k Ohm 1 0 1W 0805 Philips 2322 734 64702 40 34700 115 1 R46 680 Ohm 5 0 1W 0805 Philips 2322 730 61681 40 26800 111 1 R47 2 2k Ohm 5 ...

Page 590: ...0 00015 132 1 R125 0 015 Ohm 1 1 0W 2512 Vishay WSL2512R0150FEA 40 00015 132 1 R126 0 015 Ohm 1 1 0W 2512 Vishay WSL2512R0150FEA 40 00015 132 1 R127 220 Ohm 1 0 1W 0805 Philips 2322 734 62201 40 22200 115 1 R128 2 2k Ohm 1 0 1W 0805 Philips 2322 734 62202 40 32200 115 1 R129 680 Ohm 1 0 1W 0805 Philips 2322 734 66801 40 26800 115 1 R140 4 7 Ohm 5 0 125W 1206 Philips 2322 711 61478 40 04700 101 1 R...

Page 591: ... V101 Transistor NPN Si SOT23 Philips BC848 BC848 1 V102 Transistor NPN Si SOT23 Philips BC848 BC848 1 V103 Transistor NPN Si SOT23 Philips BC848 BC848 1 V104 Diode Zener 30V 5 0 2W SOT23 Philips BZX84 C30 BZX84C30 1 V107 Transistor NPN Si SOT23 Philips BC848 BC848 1 V108 Transistor PNP Si 250V 50mA 0 25W SOT23 Philips BF823 BF823 1 V109 Transistor PNP Si 250V 50mA 0 25W SOT23 Philips BF823 BF823 ...

Page 592: ... J1 Socket 9way D Filtered Str PCB w Screw Kycon KF85 ED 9S KJ 60 00093 003 1 L1 Choke EMI EMC 0A DC 1MHz 4516 Taiyo Yuden FCFBMJ 4516 HS 110 T 43 90003 1 L2 Choke EMI EMC 0A DC 1MHz 4516 Taiyo Yuden FCFBMJ 4516 HS 110 T 43 90003 1 L3 Ind 100uH 10 4532 Taiyo Yuden LEM 4532T101K 43 82100 134 1 L4 Ind 100uH 10 4532 Taiyo Yuden LEM 4532T101K 43 82100 134 1 P1 Header P 10way 2row Boxed Fix I Technos H...

Page 593: ...h to SMPS Neutral Auto Assemblies 08 06115 001 08 06115 001 1 14 Clamp Cable Adhesive Richco SK3 30 05102 001 1 15 Clamp Cable Adhesive Richco SK6 30 05102 002 3 16 Bush Strain Relief Heyco 1170 BLACK 30 03802 006 1 17 Label Danger isolated mains Farnell 143 548 30 23001 003 1 18 Tie Cable 2 5mm W x 115mm Long Richco WIT 18 R 30 39100 004 3 19 Screw M3x6 304 SS Pan Pozi 31 23006 580 31 23006 580 1...

Page 594: ...MPS Neutral Auto Assemblies 08 06117 001 08 06117 001 1 14 Clamp Cable Adhesive Richco SK3 30 05102 001 2 15 Clamp Cable Adhesive Richco SK6 30 05102 002 3 16 Bush Strain Relief Heyco 1170 BLACK 30 03802 006 2 17 Label Danger isolated mains Farnell 143 548 30 23001 003 1 18 Tie Cable 2 5mm W x 115mm Long Richco WIT 18 R 30 39100 004 6 19 Screw M3x6 304 SS Pan Pozi 31 23006 580 31 23006 580 16 20 S...

Page 595: ...6 51000 282 1 C3 1u 20 35V 3528 TA Cap AVX TAJB105M035R 47 01003 520 1 C4 1u 20 35V 3528 TA Cap AVX TAJB105M035R 47 01003 520 1 C5 1u 20 35V 3528 TA Cap AVX TAJB105M035R 47 01003 520 1 C6 10n 10 100V X7R 0805 NiSn Philips 08052R103K0B200 46 41000 281 1 C7 1n 5 50V NPO 0805 NiSn Philips 0805CG102J9BB 46 31000 082 1 C8 1n 5 50V NPO 0805 NiSn Philips 0805CG102J9BB 46 31000 082 1 C9 1u 20 35V 3528 TA ...

Page 596: ...NiSn Philips 0805CG102J9BB 46 31000 082 1 C31 10n 10 100V X7R 0805 NiSn Philips 08052R103K0B200 46 41000 281 1 C32 10n 10 100V X7R 0805 NiSn Philips 08052R103K0B200 46 41000 281 1 D1 Diode Si High speed 75V SOT23 Philips BAS16 BAS16 1 D2 Diode Si High speed 75V SOT23 Philips BAS16 BAS16 1 D3 Diode Si High speed 75V SOT23 Philips BAS16 BAS16 1 D4 Diode Si High speed 75V SOT23 Philips BAS16 BAS16 1 ...

Page 597: ... EMI EMC 0A DC 1MHz 4516 Taiyo Yuden FCFBMJ 4516 HS 110 T 43 90003 1 L13 Choke EMI EMC 0A DC 1MHz 4516 Taiyo Yuden FCFBMJ 4516 HS 110 T 43 90003 1 L14 Choke EMI EMC 0A DC 1MHz 4516 Taiyo Yuden FCFBMJ 4516 HS 110 T 43 90003 1 L15 Choke EMI EMC 0A DC 1MHz 4516 Taiyo Yuden FCFBMJ 4516 HS 110 T 43 90003 1 L16 Choke EMI EMC 0A DC 1MHz 4516 Taiyo Yuden FCFBMJ 4516 HS 110 T 43 90003 1 P1 Plug 7way Fixed ...

Page 598: ... Ohm 5 0 1W 0805 Philips 2322 730 61102 40 31000 111 1 R26 1k Ohm 5 0 1W 0805 Philips 2322 730 61102 40 31000 111 1 R27 10k Ohm 5 0 1W 0805 Philips 2322 730 61103 40 41000 111 1 R28 100k Ohm 5 0 1W 0805 Philips 2322 730 61104 40 51000 111 1 R29 10k Ohm 5 0 1W 0805 Philips 2322 730 61103 40 41000 111 1 R30 10k Ohm 5 0 1W 0805 Philips 2322 730 61103 40 41000 111 1 R31 10k Ohm 5 0 1W 0805 Philips 232...

Page 599: ...ilips 2322 730 61103 40 41000 111 1 S1 Switch Binary 16 Position Copal S1030 62 61623 001 1 V1 Transistor NPN Si SOT23 Philips BC848 BC848 1 V2 Diode Schottky SOT23 Philips BAT54 BAT54 1 V3 Transistor PNP Si SOT23 Philips BC858 BC858 1 V4 Transistor PNP Si SOT23 Philips BC858 BC858 1 V5 Transistor NPN Si SOT23 Philips BC848 BC848 1 V6 Transistor NPN Si SOT23 Philips BC848 BC848 1 V7 MOSFET Power N...

Page 600: ...75mmWallx19m m 71 92007 199 1 13 Stake Terminal Autosplice 7 22461 5 61 40300 004 2 14 Washer M3x4 7OD 316S S Small C D Brown KM48 31 23001 180 2 15 Washer M3 304 SS Spring W J Smith 31 23001 580 31 23001 580 2 C1 3 3n 10 100V X7R 1206 NiSn Philips 12062R332K0BB 46 33300 280 1 C2 3 3n 10 100V X7R 1206 NiSn Philips 12062R332K0BB 46 33300 280 1 C3 10p 5 500V NPO 1206 NiSn Philips 1206CG100GBB 46 110...

Page 601: ...s 2322 730 61393 40 43900 111 1 R6 10k Ohm 5 0 1W 0805 Philips 2322 730 61103 40 41000 111 1 R7 100k Ohm 5 0 1W 0805 Philips 2322 730 61104 40 51000 111 1 R8 33k Ohm 5 0 1W 0805 Philips 2322 730 61333 40 43300 111 1 R9 1k Ohm 5 0 1W 0805 Philips 2322 730 61102 40 31000 111 1 R10 10k Ohm 5 0 1W 0805 Philips 2322 730 61103 40 41000 111 1 R11 3 3k Ohm 5 0 1W 0805 Philips 2322 730 61332 40 33300 111 1...

Page 602: ...ssembly 08 05999 Power Amplifier Circuit diagram 04 03416 PCB assembly 08 05977 sheet 1 Combiner 2 way 500 W Circuit diagram 04 03428 PCB assembly 08 05998 Combiner 4 way 1 kW Circuit diagram 04 03429 PCB assembly 08 06000 Filter Circuit diagram 04 03415 PCB assembly 08 05976 sheet 1 08 05976 sheet 2 Control Circuit diagram 04 03418 sheet 1 04 03418 sheet 2 PCB assembly 08 05979 sheet 1 08 05979 s...

Page 603: ...y 1000 W Final assembly 08 06102 sheet 1 08 06102 sheet 2 HPAC Circuit diagram 04 03377 PCB assembly 08 05926 sheet 1 08 05926 sheet 2 ALC adaptor Circuit diagram 04 03407 PCB assembly 08 05927 sheet 1 08 05927 sheet 2 Table 19 High power list of drawings cont Title Drawing Drawing number ...

Page 604: ...04 03422 ...

Page 605: ...08 05985 ...

Page 606: ...04 03419 ...

Page 607: ...08 05997 ...

Page 608: ...04 03420 ...

Page 609: ...08 05999 ...

Page 610: ...04 03416 ...

Page 611: ...08 05977 sheet 1 ...

Page 612: ...04 03428 ...

Page 613: ...08 05998 ...

Page 614: ...04 03429 ...

Page 615: ...08 06000 ...

Page 616: ...04 03415 ...

Page 617: ...08 05976 sheet 1 ...

Page 618: ...08 05976 sheet 2 ...

Page 619: ...04 03418 sheet 1 ...

Page 620: ...04 03418 sheet 2 ...

Page 621: ...08 05979 sheet 1 ...

Page 622: ...08 05979 sheet 2 ...

Page 623: ...04 03417 ...

Page 624: ...08 05978 sheet 1 ...

Page 625: ...08 05978 sheet 2 ...

Page 626: ...08 05978 sheet 3 ...

Page 627: ...04 03421 ...

Page 628: ...08 05984 ...

Page 629: ...04 03453 ...

Page 630: ...08 06067 sheet 1 ...

Page 631: ...08 06067 sheet 2 ...

Page 632: ...08 06102 sheet 1 ...

Page 633: ...08 06102 sheet 2 ...

Page 634: ...04 03377 ...

Page 635: ...08 05926 sheet 1 ...

Page 636: ...08 05926 sheet 2 ...

Page 637: ...04 03407 ...

Page 638: ...08 05927 sheet 1 ...

Page 639: ...08 05927 sheet 2 ...

Page 640: ...description 250 remote control description 251 L land line specifications 252 LED indicators 273 line modem description 251 M microprocessor control 266 modem adaptor description 262 Modem connector pinouts 254 N NRI 256 description 251 261 testing 278 NRI Microcontroller PCB accessing 276 technical description 265 testing 280 NRI User Connect PCB accessing 276 technical description 264 testing 28...

Page 641: ...upply description 251 testing 277 T technical description 263 NRI Microcontroller PCB 265 NRI User Connect PCB 264 NRI Vocoder PCB 267 Test connector pinouts 255 test procedures 277 NRI 278 NRI Microcontroller PCB 280 NRI User Connect PCB 283 NRI Vocoder PCB 281 switchmode power supply 277 transceiver supply description 251 U unit replacement 270 upgrading firmware 271 control site 271 transceiver...

Page 642: ...NGT Transceiver System Technical Service Manual 249 NRI Overview and specifications This section contains the following topics Overview 250 Specifications 252 Pin connections 254 ...

Page 643: ...ndustrial quality line modems The maximum combined cable length between each site and the exchange is 19 km The basic layout of the remote control NGT system is shown in Figure 1 Figure 1 Basic layout of the remote control NGT system Components in a remote control NGT system Handset The handset is a hand held device that has a microphone PTT button display and keypad The microphone and PTT button ...

Page 644: ...is unit converts mains power supplies ranging from 90 260 V AC to a regulated 13 5 V DC supply which is suitable to power the NRI and line modem Line modem Refer to the documentation provided with the line modem The line modems provide the RS232 link between the control and transceiver sites via a 2 wire telephone line Transceiver supply A PSU such as a 3020 Transceiver Supply is used at the trans...

Page 645: ... 0 to 60 C 32 to 140 F Humidity operating range 0 to 95 relative humidity non condensing Size NGT Remote Interface 3030 210 mm W 240 mm D 65 mm H 8 4 in W 9 5 in D 2 6 in H Remote Control Junction Box 2030 135 mm W 106 mm D 38 mm H 5 4 in W 4 3 in D 1 5 in H Weight NGT Remote Interface 3030 1 8 kg 4 0 lb Remote Control Junction Box 2030 0 4 kg 0 9 lb Cable between each site and the exchange Type 2...

Page 646: ...CIB distance of 30 metres from the NRI Combined cable length between each site and the exchange if using the line modems provided 19 km maximum Grade 10 lb line 0 64 mm diameter NOTE The actual distance between the control site and the transceiver site can be greater depending on the configuration between the exchanges NOTE The grade of the line complies with the Telstra Australia standard grade l...

Page 647: ... NRI and the line modem Figure 3 Front view of the Modem connector on the NRI Table 1 Pinouts of the Modem connector on the NRI Pin no Function Input output Signal level 1 Carrier detect Input RS232 2 Receive data Input RS232 3 Transmit data Output RS232 4 Data terminal ready Output RS232 5 Signal ground 0 V 6 Data set ready Input RS232 7 Request to send Output RS232 8 Clear to send Input RS232 9 ...

Page 648: ...nt The connector is for Codan s test purposes only Figure 4 Front view of the Test connector on the NRI Table 2 Pinouts of the Test connector on the NRI Pin no Function Input output Signal level 1 6 Unassigned 7 Signal ground 0 V 8 11 Unassigned 12 12 V Output 12 V nominal 13 Unassigned 14 Transmit data Output RS232 15 N C 16 Receive data Input RS232 17 N C 18 N C 19 22 Unassigned 23 Signal ground...

Page 649: ...s a remote control junction box Figure 5 Front view of a CIB connector on the NRI Table 3 Pinouts of a CIB connector on the NRI Pin no Function Input output Signal level 1 Signal ground 0 V 2 CAN high Input output 1 to 5 V logic 3 CAN low Input output 1 to 5 V logic 4 Power on request Output Momentary 0 V PWR ON 5 Standby power Output 6 V 6 System audio Input output 5 to 10 V sync and TDM audio 7 ...

Page 650: ...The NRI has two 2 5 mm DC barrel sockets that are wired in parallel One is used to supply power to the NRI while the other supplies power to the line modem Figure 6 Front view of a DC power supply connector on the NRI Table 4 Pinouts of a DC power supply connector on the NRI Connection Function Tip 13 6 V nominal Sleeve Ground tip sleeve ...

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Page 652: ... Manual 259 NRI Brief description This section contains the following topics General information 261 NGT remote interface 261 Remote control junction box 262 For a detailed description of these functions see page 263 NRI Technical description ...

Page 653: ...NRI Brief description 260 NGT Transceiver System Technical Service Manual This page has been left blank intentionally ...

Page 654: ...03 01079 ...

Page 655: ...ol junction boxes to connect a PC at the control site with the HF data modem at the transceiver site The following information describes how the specific devices in a remote control NGT system work NGT remote interface The function of the NRI is to provide the interface between the CIB device that is the junction box or RF unit and the line modem at each end of the leased line The NRI converts bet...

Page 656: ... The modem adaptor is a remote control junction box that is used to connect an HF Data Modem 3012 into an NGT data system The modem adaptor has been configured to act as a CIB interface for the 3012 at the transceiver site It provides a connection for the transfer of serial data between the PC at the control site and the 3012 at the transceiver site The modem adaptor also provides a 15 way port fo...

Page 657: ...l Service Manual 263 NRI Technical description This section contains the following topics NRI User Connect PCB 264 NRI Microcontroller PCB 265 NRI Vocoder PCB 267 This section should be read in conjunction with page 289 NRI Drawings ...

Page 658: ...ically support the connectors The NRI has two power connectors two CIB connectors a standard serial port providing the modem interface and a test port which provides a connection point for factory testing and future use The NRI User Connect PCB also provides some input output filtering power switching and level translation for the RS232 serial interfaces ...

Page 659: ...is maintained as supply voltage drops Switching regulator IC112 is used to generate an efficient high current 5 V supply for the microcontroller and associated components The Vocoder module operates from the main 5 V rail and has on board regulators to generate any other rails required Codan interconnect bus The NRI interfaces with components of the transceiver system using the CIB For a comprehen...

Page 660: ... User Connect PCB Microprocessor control A 16 bit H8 3003 Hitachi microcontroller IC203 controls the NRI The H8 3003 executes from program memory stored in an 8 Mbps flash device IC209 while a 4 Mbps static memory IC206 is used during program execution for temporary variable storage A non volatile memory storage device IC207 provides storage for configuration parameters that must be retained after...

Page 661: ...is module is to convert an incoming analog audio signal that represents voice into a digitised compressed data stream suitable for transmission through the digital modem link It also decodes an incoming digital data stream and reconstructs voice audio Other components present on this module are used to regulate supply rails and to provide interfacing to the rest of the NRI unit The vocoder interfa...

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Page 663: ...hnical Service Manual 269 NRI Fault finding This section contains the following topics PCB and unit replacement 270 Upgrading the NRI firmware 271 Error messages 272 LED indicators 273 Dismantling the NRI 275 Test procedures 277 ...

Page 664: ... repairable The complete unit must be replaced if it is faulty Other units For details on the repair and replacement of other units in a remote control NGT system see page 145 NGT Checks and adjustments PCBs and units available as replacements The replacement PCBs and units available from Codan are listed in Table 5 Table 5 Replacement PCBs and units for the NRI PCB or unit Part number Panel Rear ...

Page 665: ...d to the handset via the programming jack 1 Use NSP to upgrade the NRI firmware NOTE If the firmware upgrade fails to commence link pin 7 to pin 21 of the test connector on the rear panel of the NRI then switch the switchmode power supply off then on again This forces the NRI into its firmware upgrade mode which may overcome problems that are not PC or cable related NOTE The firmware at the transc...

Page 666: ... control and transceiver sites is re established the timer symbol disappears and normal operation resumes Table 6 lists the error messages Table 6 Error messages Error message Indicates NRI link connecting The system is attempting to establish a link between the control and transceiver sites NRI link failed The link between the control and transceiver sites has failed This may be a temporary condi...

Page 667: ...connection During normal operation the system is momentarily under a very high processing load Constant yellow The device is in its powered up state i e the device is on but not in use The device is in the process of undergoing power up tests and start up procedures i e most devices are in this state for a few seconds after the system is switched on Fast flashing yellow The device is waiting for f...

Page 668: ...ore resuming the state it was before it displayed red green The firmware download has been successful and the device is verifying the status of other devices in the network Slow alternating red yellow The LED indicates the progress of a firmware download It alternates colours on successive data packets received and at a rate dependent on packet size and type of interface Table 7 Description of LED...

Page 669: ...o the inside of the NRI 1 Disconnect the cables from the NRI and remove it from the system 1 Remove the seven M3 taptite screws Codan part number 31 03010 582 from the top cover of the NRI and remove the top cover and its sealing gasket Codan part number 06 02015 The shielding screen Codan part number 05 07102 is exposed 31 03010 582 06 02015 05 07102 08 05851 001 08 05852 002 31 03006 580 08 0585...

Page 670: ...re exposed Accessing the NRI User Connect PCB To gain access to the NRI User Connect PCB inside the NRI 1 Access the inside of the NRI see page 275 Accessing the inside of the NRI 1 Remove the four countersunk M3 screws Codan part number 31 03008 782 connecting the rear panel to the chassis of the NRI 1 Remove the single M3 taptite screw Codan part number 31 03010 582 connecting the rear panel to ...

Page 671: ...r supply to a mains supply and switch it on 1 Follow the steps in Figure 8 to assist in fault finding Figure 8 Power supply fault diagnosis chart CAUTION To avoid port failure field service technicians using the Test connector of the NRI during NRI testing or debugging should run laptops from the internal battery instead of using the mains supply Is voltage 13 5 V 10 5 to 15 V is allowable No Yes ...

Page 672: ...t 1 Access the inside of the NRI see page 275 Accessing the inside of the NRI 1 Connect the switchmode power supply or the transceiver supply unit to the NRI unit via the power adaptor cable Codan part number 08 05868 001 then switch on the power supply 1 Follow the steps in Figure 9 to assist in fault finding ...

Page 673: ... switched on NRI OK Connect the power supply and switch on the power Check for power between TP101 and GND on the NRI User Connect PCB Power supply OK Power supply may be faulty Fault find the power supply Is the LED on the front panel of the NRI flashing a colour other than green Test the NRI Microcontroller PCB What is the status of the LED on the front panel of the NRI Is the voltage 13 5 V nom...

Page 674: ...ck for 12 V across C139 Failed switchmode controller Replace PCB Failed microcontroller RAM or ROM chip Replace PCB 10 V Regulated 10 V supply rail 10 0 V 0 1 V Failed regulator Replace PCB Failed analog component s Replace PCB 16 MHz Clk Microprocessor clock signal 16 MHz 100 Hz 5 V p p square wave Failed microcontroller Replace PCB RESET Active high system reset signal Logic low just after syste...

Page 675: ... V with 6 µs wide 5 V p p high going pulses every 80 µs Failed programmable logic device Replace PCB Failed analog component s Replace PCB Firmware failure Attempt to reprogram if possible NOTE For AUD and AUD the NRI must be in Master Bus mode to make these measurements This mode requires a standard type NGT Junction Box 2030 connected to the NRI via cable 08 05610 00X The junction box must be co...

Page 676: ...CB 5 V Regulated 5 V rail generated from above 5 0 V 0 1 V Failed voltage regulator Replace PCB Failed CoDec Replace PCB TP7 Internally multiplied clock signal 40 MHz 500 Hz 5 V p p square wave Failed connection Check condition of J1 and P206 on NRI Microcontroller PCB Failed CT8020 Replace PCB TP13 SRAM Read Signal Normally logic high with fast low pulses Failed CT8020 Replace PCB Failed RAM IC R...

Page 677: ...RI User Connect PCB To test the NRI User Connect PCB 1 Access the NRI User Connect PCB see page 276 Accessing the NRI User Connect PCB 1 Connect the power supply then switch on the power supply 1 Follow the steps in Figure 10a and Figure 10b to assist in fault finding Drawing 08 05855 ...

Page 678: ...oltage of P108 pins 3 4 and 7 and P109 pin 14 Continued next page Is the voltage between 10 5 and 15 V Power supply or overvoltage polarity protection may need repair Is the voltage 6 0 V 0 2 V The 6 V standby power supply may need repair or refer to Codan Is the voltage 5 0 V 0 1 V The onboard 5 V supply rail may need repair or refer to Codan Is the voltage 7 5 V 1 V The serial port transmitters ...

Page 679: ...r Connect PCB fault diagnosis chart cont Reassemble the NRI apart from the top cover Connect a standard junction box and handset to the NRI using cable 08 05610 00X Test the CIB power feed by pressing the key on the handset Do the junction box and handset switch on CIB power feed is operating correctly CIB power feed may need repair or refer to Codan Yes No ...

Page 680: ...NRI Fault finding 286 NGT Transceiver System Technical Service Manual This page has been left blank intentionally ...

Page 681: ...ceiver System Technical Service Manual 287 NRI Parts lists Table 10 NRI parts lists index Title Assembly number NRI Microcontroller PCB 08 05854 001 NRI User Connect PCB 08 05855 001 NRI Vocoder PCB 08 05870 001 ...

Page 682: ...NRI Parts lists 288 NGT Transceiver System Technical Service Manual This page has been left blank intentionally ...

Page 683: ...ps 1206CG392J9BB0C 46 33900 080 1 C108 330p 5 50V NPO 0805 NiSn Philips 0805CG331J9B200 46 23300 081 1 C109 4 7n 5 50V NPO 1206 NiSn Philips 1206CG472J9BB0C 46 34700 080 1 C110 4 7n 5 50V NPO 1206 NiSn Philips 1206CG472J9BB0C 46 34700 080 1 C111 220p 5 50V NPO 0805 NiSn Philips 0805CG221J9BB 46 22200 081 1 C112 100n 10 50V X7R 0805 Nisn Philips 08052R104K9BB 46 51000 282 1 C113 2 2n 10 100V X7R 08...

Page 684: ...6 22200 081 1 C138 100n 10 50V X7R 0805 Nisn Philips 08052R104K9BB 46 51000 282 1 C139 10u 20 25V 6032 TA Cap AVX TAJC106M025R 47 11002 520 1 C140 10u 20 25V 6032 TA Cap AVX TAJC106M025R 47 11002 520 1 C141 1u 20 35V 3528 TA Cap AVX TAJB105M035R 47 01003 520 1 C142 10n 10 100V X7R 0805 NiSn Philips 08052R103K0B200 46 41000 281 1 C143 100u 20 16V 7343H TA Cap Low ESR AVX TPSE107M016R0100 47 21001 6...

Page 685: ... Non Diffused Siemens LGT670 L 65 61110 507 1 H204 LED Green PLCC SMD Non Diffused Siemens LGT670 L 65 61110 507 1 IC101 EPLD prgmd NRI Codan 90 20605 001 90 20605 001 1 IC102 Amp Op Dual Fast SOIC8 Texas Instruments TLE2082CD XA 02082 700 1 IC103 Switch Analog Quad Fast SOIC16 Harris DG445DY YI 00445 700 1 IC104 Switch Analog Quad Fast SOIC16 Harris DG445DY YI 00445 700 1 IC105 Amp Op Dual Fast S...

Page 686: ...202 Header P 10way 2mm Latch Fixed AMP 1 173981 0 60 00100 351 1 P204 Header P 50way 2row Fixed 1 27mmP SMD Samtec TFML 125 02 S D 60 00500 000 1 R101 2 2k Ohm 5 0 06W 0603 Philips 2322 702 60222 40 32200 121 1 R102 4 7k Ohm 5 0 06W 0603 Philips 2322 702 60472 40 34700 121 1 R103 4 7k Ohm 5 0 06W 0603 Philips 2322 702 60472 40 34700 121 1 R104 33k Ohm 5 0 06W 0603 Philips 2322 702 60333 40 43300 1...

Page 687: ...3 40 42200 121 1 R129 22k Ohm 5 0 06W 0603 Philips 2322 702 60223 40 42200 121 1 R130 33k Ohm 5 0 06W 0603 Philips 2322 702 60333 40 43300 121 1 R131 33k Ohm 5 0 06W 0603 Philips 2322 702 60333 40 43300 121 1 R132 51k Ohm 5 0 1W 0805 Philips 2322 730 61513 40 45100 111 1 R133 51k Ohm 5 0 1W 0805 Philips 2322 730 61513 40 45100 111 1 R134 22k Ohm 5 0 06W 0603 Philips 2322 702 60223 40 42200 121 1 R...

Page 688: ...0 21000 121 1 R219 33k Ohm 5 0 06W 0603 Philips 2322 702 60333 40 43300 121 1 R220 33k Ohm 5 0 06W 0603 Philips 2322 702 60333 40 43300 121 1 R221 33k Ohm 5 0 06W 0603 Philips 2322 702 60333 40 43300 121 1 R222 33k Ohm 5 0 06W 0603 Philips 2322 702 60333 40 43300 121 1 R223 33k Ohm 5 0 06W 0603 Philips 2322 702 60333 40 43300 121 1 R224 33k Ohm 5 0 06W 0603 Philips 2322 702 60333 40 43300 121 1 R2...

Page 689: ... 0603 Philips 2322 702 60333 40 43300 121 1 R243 1k Ohm 5 0 06W 0603 Philips 2322 702 60102 40 31000 121 1 R244 1k Ohm 5 0 06W 0603 Philips 2322 702 60102 40 31000 121 1 R245 1k Ohm 5 0 06W 0603 Philips 2322 702 60102 40 31000 121 1 R246 10k Ohm 5 0 06W 0603 Philips 2322 702 60103 40 41000 121 1 V101 Transistor NPN Si SOT23 Philips BFR92A BFR92A 1 V201 Transistor PNP Si SOT23 Philips BC858 BC858 1...

Page 690: ... C110 1u 20 35V 3528 TA Cap AVX TAJB105M035R 47 01003 520 1 C111 100n 10 50V X7R 0805 Nisn Philips 08052R104K9BB 46 51000 282 1 C112 100n 10 50V X7R 0805 Nisn Philips 08052R104K9BB 46 51000 282 1 C113 100n 10 50V X7R 0805 Nisn Philips 08052R104K9BB 46 51000 282 1 C114 100n 10 50V X7R 0805 Nisn Philips 08052R104K9BB 46 51000 282 1 C115 100n 10 50V X7R 0805 Nisn Philips 08052R104K9BB 46 51000 282 1 ...

Page 691: ... 46 33300 281 1 C138 3 3n 10 100V X7R 0805 NiSn Philips 08052R332K0B200 46 33300 281 1 C139 3 3n 10 100V X7R 0805 NiSn Philips 08052R332K0B200 46 33300 281 1 C140 3 3n 10 100V X7R 0805 NiSn Philips 08052R332K0B200 46 33300 281 1 C141 3 3n 10 100V X7R 0805 NiSn Philips 08052R332K0B200 46 33300 281 1 C142 3 3n 10 100V X7R 0805 NiSn Philips 08052R332K0B200 46 33300 281 1 C143 3 3n 10 100V X7R 0805 Ni...

Page 692: ...Common Mode Data SMD Taiyo Yuden CM04RC04 43 82470 000 1 L102 Choke Common Mode Data SMD Taiyo Yuden CM04RC04 43 82470 000 1 L103 Ind Common Mode 5 5A Taiyo Yuden CMO8RA20 43 80001 1 L104 Choke EMI EMC 0A DC 1MHz 4516 Taiyo Yuden FCFBMJ 4516 HS 110 T 43 90003 1 L105 Ind Common Mode 5 5A Taiyo Yuden CMO8RA20 43 80001 1 L106 Choke EMI EMC 0A DC 1MHz 4516 Taiyo Yuden FCFBMJ 4516 HS 110 T 43 90003 1 L...

Page 693: ...000 121 1 R116 100 Ohm 5 0 06W 0603 Philips 2322 702 60101 40 21000 121 1 R117 100 Ohm 5 0 06W 0603 Philips 2322 702 60101 40 21000 121 1 R118 100 Ohm 5 0 06W 0603 Philips 2322 702 60101 40 21000 121 1 R119 100 Ohm 5 0 06W 0603 Philips 2322 702 60101 40 21000 121 1 R120 100 Ohm 5 0 06W 0603 Philips 2322 702 60101 40 21000 121 1 R121 100 Ohm 5 0 06W 0603 Philips 2322 702 60101 40 21000 121 1 R122 1...

Page 694: ...200 121 1 R137 10k Ohm 5 0 06W 0603 Philips 2322 702 60103 40 41000 121 1 R138 10k Ohm 5 0 06W 0603 Philips 2322 702 60103 40 41000 121 1 R139 10k Ohm 5 0 06W 0603 Philips 2322 702 60103 40 41000 121 1 R140 100k Ohm 5 0 06W 0603 Philips 2322 702 60104 40 51000 121 1 V101 Transistor NPN Si SOT23 Philips BC848 BC848 1 V102 Transistor PNP Si SOT23 Philips BC856 BC856 1 V103 Diode Zener 15V 5 0 2W SOT...

Page 695: ...X TAJC106M025R 47 11002 520 1 C13 100n 10 50V X7R 0805 Nisn Philips 08052R104K9BB 46 51000 282 1 C14 1n 5 50V NPO 0805 NiSn Philips 0805CG102J9BB 46 31000 082 1 C15 10p 5 50V NPO 0805 NiSn Philips 0805CG100J9B200 46 11000 081 1 C16 10p 5 50V NPO 0805 NiSn Philips 0805CG100J9B200 46 11000 081 1 C17 10u 20 25V 6032 TA Cap AVX TAJC106M025R 47 11002 520 1 C18 100n 10 50V X7R 0805 Nisn Philips 08052R10...

Page 696: ...lips 2322 702 60103 40 41000 121 1 R8 22k Ohm 5 0 06W 0603 Philips 2322 702 60223 40 42200 121 1 R9 150k Ohm 5 0 06W 0603 Philips 2322 702 60154 40 51500 121 1 R10 10k Ohm 5 0 06W 0603 Philips 2322 702 60103 40 41000 121 1 R11 33k Ohm 5 0 06W 0603 Philips 2322 702 60333 40 43300 121 1 R12 33k Ohm 5 0 06W 0603 Philips 2322 702 60333 40 43300 121 1 R13 33k Ohm 5 0 06W 0603 Philips 2322 702 60333 40 ...

Page 697: ...000 121 1 R26 10k Ohm 5 0 06W 0603 Philips 2322 702 60103 40 41000 121 1 R27 10k Ohm 5 0 06W 0603 Philips 2322 702 60103 40 41000 121 1 R28 10k Ohm 5 0 06W 0603 Philips 2322 702 60103 40 41000 121 1 R29 10k Ohm 5 0 06W 0603 Philips 2322 702 60103 40 41000 121 1 R30 10k Ohm 5 0 06W 0603 Philips 2322 702 60103 40 41000 121 1 Z1 Crystal 4MHz Up Grade SMD HY Q QC49 SMD EB01C 65 90109 1 Page 3 of 3 ...

Page 698: ...intain the NGT remote interface Table 11 NRI list of drawings Title Drawing Drawing number NRI Microcontroller PCB Circuit diagram 04 03363 sheet 1 04 03363 sheet 2 PCB assembly 08 05854 sheet 1 08 05854 sheet 2 08 05854 sheet 3 NRI User Connect PCB Circuit diagram 04 03364 PCB assembly 08 05855 NRI Vocoder PCB Circuit diagram 04 03370 PCB assembly 08 05870 ...

Page 699: ...NRI Drawings 290 NGT Transceiver System Technical Service Manual This page has been left blank intentionally ...

Page 700: ...04 03363 sheet 1 ...

Page 701: ...04 03363 sheet 2 ...

Page 702: ...08 05854 sheet 1 ...

Page 703: ...08 05854 sheet 2 ...

Page 704: ...08 05854 sheet 3 ...

Page 705: ...04 03364 ...

Page 706: ...08 05855 ...

Page 707: ...04 03370 ...

Page 708: ...08 05870 ...

Page 709: ... description 304 testing 313 E environmental specifications 296 F fault finding 307 advanced 310 basic 309 power supply 312 G general specifications 295 group call 293 group transmission 294 H HF subsystem testing 313 I interfacing 304 L LED indicators 294 295 link establishment 293 mode 295 logic 304 M memory 304 mounting 296 O operating environment 296 overview 291 292 P parts lists 315 PCB repl...

Page 710: ...P Modem PCB 304 User Connector PCB 306 Terminal connector pinouts 297 test voltages DSP Modem PCB 313 User Connector PCB 312 testing audio output path 313 HF subsystem 313 serial interface 314 throughput 305 transceiver interface to 3012 306 Transceiver connector pinouts 298 transmission protocol 293 U unit replacement 308 User Connector PCB technical description 306 testing 312 W weight 296 ...

Page 711: ...NGT Transceiver System Technical Service Manual 291 3012 Overview and specifications This section contains the following topics Overview 292 Specifications 295 Pin connections 297 ...

Page 712: ...Codan data capable HF transceiver transceiver supply computer terminal with appropriate communications software antenna system The basic layout of a 3012 data system is shown in Figure 1 Figure 1 Basic layout of a 3012 data system The data modem may be controlled using standard AT commands from a terminal Virtually any software that operates on standard telephone modems will operate over HF via th...

Page 713: ...tions at one time Therefore it is useful for sending a message to a number of stations without having to establish a separate link with each station Broadcast call A broadcast call allows transmission of data to all stations that are ready and able to communicate on the channel selected Transmission protocol Data link establishment Before data can be transmitted to a receiving station the data mod...

Page 714: ...g station is unable to respond to the transmitting station The transmitting station sends information packets in the same way as in a selective transmission but all packets are sent four times After the transmission a receiving station will have four copies of each packet of information from which to extract correct data This is sufficient for most conditions However errors may occur under poor ch...

Page 715: ... between 4 and 16 channels Effective transmission rate uncompressed 1475 bps under optimum conditions compressed Up to 6000 bps Link establishment mode Proprietary link establishment 80 baud CHIRP 2400 bps HF modem TMS320C31 32 bit digital signal processor 27 MHz TR 29 based AT port 9600 baud RS232 Data compression Transceiver control lines and press to talk Front panel indicators 1 multicolour LE...

Page 716: ...rs Audio pass band 500 to 2500 Hz 1 dB Power amplifier ALC long time constant peak limiting Operating environment Operating temperature 0 to 55 C 32 to 131 F Storage temperature 40 to 60 C 40 to 140 F Relative humidity 100 Mechanical Size 210 mm W 240 mm D 65 mm H 8 4 in W 9 5 in D 2 6 in H includes allowance for rear connectors Weight 1 9 kg 4 2 lb Sealing IP64 Mounting Free standing Flange Mobil...

Page 717: ...a modem to a data terminal or PC Figure 3 Front view of the Terminal connector on the 3012 Table 1 Pinouts for the Terminal connector on the 3012 Pin no Function Input output Signal description 1 N C 2 RxD Input Receive serial data 3 TxD Output Transmit serial data 4 CD Output Carrier detect 5 GND Signal ground connected to case 6 Reset Input Modem reset 7 RTS Output Request to send flow control 8...

Page 718: ...o supplies switched DC power from the transceiver to the data modem Figure 4 Front view of the Transceiver connector on the 3012 Table 2 Pinouts for the Transceiver connector on the 3012 Pin no Function Input output Signal description 1 Power supply Input 12 V 2 Power supply Input 12 V 3 Serial control data Tx Output TTL 4 N C 5 Quiet Output 12 V when in data mode 6 Busy Output OC 7 PTT Output OC ...

Page 719: ...ual 299 3012 Brief description This section contains the following topics General information 301 DSP modem 301 Transceiver interface 301 Terminal interface 301 For a detailed description of these functions see page 303 3012 Technical description ...

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Page 721: ...03 01080 ...

Page 722: ...trol lines are implemented through dedicated hardware signals A CICS RS232 serial interface provides for additional communications between the transceiver and the modem Transmit and receive analog audio signals are transformer isolated and interfaced to the DSP via a CoDec which contains an ADC and a DAC Terminal interface Digital data exchange is facilitated through a conventional RS232 terminal ...

Page 723: ...3012 Brief description 302 NGT Transceiver System Technical Service Manual This page has been left blank intentionally ...

Page 724: ...System Technical Service Manual 303 3012 Technical description This section contains the following topics DSP Modem PCB 304 User Connector PCB 306 This section should be read in conjunction with page 317 3012 Drawings ...

Page 725: ...These are paralleled to create an effective 128 k of 32 bit memory The data modem also requires external SRAM which is provided by devices IC201 and IC203 Each 128 k by 16 bit device is paralleled to provide a 128 k by 32 bit memory A small amount of non volatile data storage is provided by a 2 kbit 256 by 8 bit EEPROM IC205 which is accessed serially using a 2 wire I2 C compatible serial interfac...

Page 726: ...ately 100 bps of data Power supply In order to reduce overall power consumption a high efficiency 260 kHz switching regulator generates the main 5 V supply rail The switching regulator IC103 works as a buck converter together with an inductor L102 a Schottky diode D102 and low ESR tantalum capacitors C111 and C112 to create the supply This is further filtered by L103 and C113 to provide a quiet an...

Page 727: ... the DSP Modem PCB These functions connect to the DSP Modem PCB via connector P3 Serial ports The User Connector PCB also performs interfacing of the serial ports A conventional charge pump RS232 driver IC3 drives the CICS transceiver interface IC1 IC4 V14 and V15 combine to provide a more elaborate fully optically isolated serial interface to a PC or data terminal equipment Optical isolation on t...

Page 728: ...GT Transceiver System Technical Service Manual 307 3012 Fault finding This section contains the following topics Adjustments and routine maintenance 308 Basic fault finding 309 Advanced fault finding 310 ...

Page 729: ...a detailed and extensive test procedure at Codan before being despatched The data modem is not field serviceable If a fault is identified it should be returned to your Codan representative for repair PCBs and units available as replacements The replacement PCBs and units available from Codan are listed in Table 3 Table 3 Replacement PCBs and units for the 3012 PCB or unit Part number DSP Modem PCB...

Page 730: ... on the screen of the terminal when text is entered The data transfer rate baud setting for your terminal is incorrect When listening to the transceiver there is a lot of background noise Check that the data cable between the data modem and the transceiver has the lock nuts tightened at the transceiver end Check that the earth cable is secure at the data modem and at the transceiver and that these...

Page 731: ...ou may require a multimeter and a pozi drive screwdriver 1 point when conducting fault tests Dismantling the data modem To dismantle the data modem for testing see Figure 5 and follow the procedures below WARNING The following tests should only be performed by a technician familiar with the HF Data Modem 3012 WARNING Removing or substituting components may damage them and or the PCBs In some cases...

Page 732: ...ven taptite screws retaining the top cover see Figure 5 1 Lift and remove the top cover and its rubber sealing gasket Accessing the DSP Modem PCB To access the DSP Modem PCB 1 Using a screwdriver lever the shielding screen out of its position over the DSP Modem PCB 31 03010 582 06 02015 08 05851 001 08 05852 002 31 03006 580 08 05860 001 31 03008 782 31 03006 580 08 05861 001 60 91509 001 08 05853...

Page 733: ...nects to header P2 This isolates the User Connector PCB from the DSP Modem PCB 1 Switch on power to the data modem via the transceiver 1 Measure the voltage across the GND and test points on the User Connector PCB Test point is located near header P2 The voltage should nominally measure 13 5 V 10 5 to 15 V is allowable This confirms that the data modem is receiving supply from the transceiver If t...

Page 734: ... such as the power supply on the DSP Modem PCB has failed and the PCB must be repaired or replaced 1 If the PCB is issue 06 and earlier measure the voltage across the GND and 5 V points on the DSP Modem PCB The voltage should be 5 0 V 0 1 V If this voltage is not within specified limits the analog negative supply rail has failed and the DSP Modem PCB must be repaired or replaced Testing the HF sub...

Page 735: ...PC to the Terminal connector on the rear panel of the data modem 1 Start a communication session with the data modem using a terminal emulation program such as HyperTerminal 1 Switch on the data modem system OK should be displayed on the terminal screen NOTE If you cannot identify a particular faulty PCB after conducting the previous fault diagnosis tests or if the data modem still does not work a...

Page 736: ...NGT Transceiver System Technical Service Manual 315 3012 Parts lists Table 5 3012 parts lists index Title Assembly number DSP Modem PCB 08 05860 001 User Connector PCB 08 05861 001 ...

Page 737: ...3012 Parts lists 316 NGT Transceiver System Technical Service Manual This page has been left blank intentionally ...

Page 738: ... 46 41000 281 1 C111 100u 20 16V 7343H TA Cap Low ESR AVX TPSE107M016R0100 47 21001 600 1 C112 100u 20 16V 7343H TA Cap Low ESR AVX TPSE107M016R0100 47 21001 600 1 C113 10u 20 25V 6032 TA Cap AVX TAJC106M025R 47 11002 520 1 C114 10u 20 25V 6032 TA Cap AVX TAJC106M025R 47 11002 520 1 C115 10u 20 25V 6032 TA Cap AVX TAJC106M025R 47 11002 520 1 C116 33u 20 16V 7343 TA Cap AVX TAJD336M016R 47 13301 60...

Page 739: ... 46 43300 281 1 D101 Diode Schottky 70V 70mA SOT23 Siemens BAS70 BAS70 1 D102 Diode Schottky 40V 3A SMC Motorola MBRS340T3 MBRS340T3 1 D103 Diode Schottky 70V 70mA SOT23 Siemens BAS70 BAS70 1 D202 Diode Si High speed 75V SOT23 Philips BAS16 BAS16 1 D203 Diode Si High speed 75V SOT23 Philips BAS16 BAS16 1 H201 LED Tricolour T 1 3 4 Diffused Liteon LTL 52RG 65 61110 901 1 H202 LED Red SMD R A Diffus...

Page 740: ...8 Bit IIC Bus SOIC8 SGS Thomson ST24C02A M1 YM 02402 700 1 IC206 Shift Register 8 Bit T state SOIC16 Motorola MC74HC595D YH 74595 700 1 IC207 Shift Register 8 Bit T state SOIC16 Motorola MC74HC595D YH 74595 700 1 L101 Ind 10uH 10 4532 Taiyo Yuden LEM 4532T100K 43 81100 000 1 L102 Ind 100uH 1 2A SMPS SMD Epcos B82476 A1104 M 43 82100 003 1 L103 Ind 10uH 10 4532 Taiyo Yuden LEM 4532T100K 43 81100 00...

Page 741: ...0 121 1 R123 10k Ohm 5 0 06W 0603 Philips 2322 702 60103 40 41000 121 1 R124 33k Ohm 5 0 06W 0603 Philips 2322 702 60333 40 43300 121 1 R125 22k Ohm 5 0 06W 0603 Philips 2322 702 60223 40 42200 121 1 R126 22k Ohm 5 0 06W 0603 Philips 2322 702 60223 40 42200 121 1 R127 33k Ohm 5 0 06W 0603 Philips 2322 702 60333 40 43300 121 1 R128 1k Ohm 5 0 06W 0603 Philips 2322 702 60102 40 31000 121 1 R129 1k O...

Page 742: ...2 2k Ohm 5 0 06W 0603 Philips 2322 702 60222 40 32200 121 1 R218 2 2k Ohm 5 0 06W 0603 Philips 2322 702 60222 40 32200 121 1 R219 2 2k Ohm 5 0 06W 0603 Philips 2322 702 60222 40 32200 121 1 R220 2 2k Ohm 5 0 06W 0603 Philips 2322 702 60222 40 32200 121 1 R221 2 2k Ohm 5 0 06W 0603 Philips 2322 702 60222 40 32200 121 1 R222 2 2k Ohm 5 0 06W 0603 Philips 2322 702 60222 40 32200 121 1 R223 2 2k Ohm 5...

Page 743: ...K9BB00 46 43300 281 1 C11 33n 10 50V X7R 0805 NiSn Philips 08052R333K9BB00 46 43300 281 1 C12 33n 10 50V X7R 0805 NiSn Philips 08052R333K9BB00 46 43300 281 1 C13 33n 10 50V X7R 0805 NiSn Philips 08052R333K9BB00 46 43300 281 1 C14 100n 10 50V X7R 0805 Nisn Philips 08052R104K9BB 46 51000 282 1 C15 100n 10 50V X7R 0805 Nisn Philips 08052R104K9BB 46 51000 282 1 C16 100n 10 50V X7R 0805 Nisn Philips 08...

Page 744: ...T3 1 D2 Diode Si High speed 75V SOT23 Philips BAS16 BAS16 1 D3 Diode Si High speed 75V SOT23 Philips BAS16 BAS16 1 D4 Diode Si High speed 75V SOT23 Philips BAS16 BAS16 1 IC1 Conv DC DC 12Vin 5Vout SMD C D Technologies NTA 1205MC 78 03021 1 IC2 Reg Voltage 5V 0 1A SOIC8 National Semiconduct LM78L05ACM XB 07805 700 1 IC3 Tcvr RS232 Dual 5V SOIC16 Maxim MAX202CSE YI 00202 700 1 IC4 Tcvr RS232 6Tx 10R...

Page 745: ...000 121 1 R11 1k Ohm 5 0 06W 0603 Philips 2322 702 60102 40 31000 121 1 R12 470 Ohm 5 0 06W 0603 Philips 2322 702 60471 40 24700 121 1 R13 1k Ohm 5 0 06W 0603 Philips 2322 702 60102 40 31000 121 1 R14 1k Ohm 5 0 06W 0603 Philips 2322 702 60102 40 31000 121 1 R15 470 Ohm 5 0 06W 0603 Philips 2322 702 60471 40 24700 121 1 R16 1k Ohm 5 0 06W 0603 Philips 2322 702 60102 40 31000 121 1 R17 10k Ohm 5 0 ...

Page 746: ... R36 1k Ohm 5 0 06W 0603 Philips 2322 702 60102 40 31000 121 1 R37 1k Ohm 5 0 06W 0603 Philips 2322 702 60102 40 31000 121 1 R38 1k Ohm 5 0 06W 0603 Philips 2322 702 60102 40 31000 121 1 R39 1k Ohm 5 0 06W 0603 Philips 2322 702 60102 40 31000 121 1 R40 1k Ohm 5 0 06W 0603 Philips 2322 702 60102 40 31000 121 1 R41 1k Ohm 5 0 06W 0603 Philips 2322 702 60102 40 31000 121 1 V1 Transistor NPN Si SOT23 ...

Page 747: ...st of the mechanical and electrical diagrams required to maintain the 3012 Table 6 3012 list of drawings Title Drawing Drawing number DSP Modem Circuit diagram 04 03366 sheet 1 04 03366 sheet 2 PCB assembly 08 05860 sheet 1 08 05860 sheet 2 User Connector Circuit diagram 04 03367 PCB assembly 08 05861 ...

Page 748: ...3012 Drawings 318 NGT Transceiver System Technical Service Manual This page has been left blank intentionally ...

Page 749: ...04 03366 sheet 1 ...

Page 750: ...04 03366 sheet 2 ...

Page 751: ...08 05860 sheet 1 ...

Page 752: ...08 05860 sheet 2 ...

Page 753: ...04 03367 ...

Page 754: ...08 05861 ...

Page 755: ...325 Tcvr Control 324 control tone detection 344 generation 344 D DC Supply connector pinouts 326 dismantling 352 drawings 363 Dual Line Equaliser PCB supply voltages 354 E environmental specifications 322 equalisation 340 automatic 334 348 F fault finding 351 353 no reception with signalling 356 no reception without signalling 357 no signalling 354 no transmission with signalling 359 voltage measu...

Page 756: ...37 Rx audio bus 338 S signalling 334 343 format 346 modem 345 size 323 slave site equipment 321 specifications 319 322 environmental 322 general 322 physical 323 split site interface controller 329 stage gain 340 supply voltages Backplane PCB 353 Dual Line Equaliser PCB 354 Microprocessor TCVR Interface PCB 353 T Tcvr Audio connector pinouts 325 Tcvr Control connector pinouts 324 technical descrip...

Page 757: ...NGT Transceiver System Technical Service Manual 319 8571 Overview and specifications This section contains the following topics Overview 320 Specifications 322 Pin connections 324 ...

Page 758: ...ter and receiver system NGT remote transceiver system NGT master transmitter remote receiver system In all of these configurations there is a master control site and a slave site up to four slave sites for the remote split site transmitter and receiver system The master control site is connected to a slave site via a 2 wire land line or a 4 wire VHF UHF radio microwave link Line loss and equalisat...

Page 759: ...sion a Split site Interface Controller 2030 a Junction Box 2030 a Handset 2020 a loudspeaker an NGT Split site Remote Interface 8571 a transceiver supply an antenna if the site is required to transmit or perform as a standby receiver Slave sites The slave sites are controlled by the master site The function of these sites may be a slave receiver a slave transmitter or a slave transceiver The minim...

Page 760: ...uplex Frequency response 400 Hz to 2 5 kHz 3 dB Noise Signal to noise better than 45 dB excludes line radio link noise Signalling 1070 Hz and 1270 Hz FSK part Bell 103 550 baud Revertive by command echo and verification 300 Hz control tone used with signalling and for PTT Power 11 to 16 V DC 12 V nom 200 mA or 22 to 32 V DC 24 V nom 100 mA AUSTEL permit number A91 19 0129 Rear panel connectors Tcv...

Page 761: ...8571 Overview and specifications NGT Transceiver System Technical Service Manual 323 Physical Size 250 mm W 320 mm D 78 mm H 9 8 in W 12 6 in D 3 1 in H Weight 2 5 kg 5 5 lb ...

Page 762: ...ctor on the 8571 Figure 3 Front view of the Tcvr Control connector on the 8571 Table 1 Pinouts of the Tcvr Control connector on the 8571 Pin no Function Signal level 1 Rx audio 1 V p p 2 3 Ground 0 V 4 RxD 10 V logic approx 5 RTS 10 V logic approx 6 TxD 10 V logic approx 7 CTS 10 V logic approx 8 Rx audio ground 0 V 2 wire connector 4 wire connector 1 2 3 4 5 6 7 8 ...

Page 763: ... view of the Tcvr Audio connector on the 8571 Table 2 Pinouts of the Tcvr Audio connector on the 8571 Pin no Function Input output Signal level 1 N C 2 Remote PTT Output Active Low 3 N C 4 Power on Output Momentary Low 5 13 N C 14 15 Ground 0 V 16 Transmit audio Output Nom 3 V p p 10 kΩ balanced 17 Rx audio pre mute Input Nom 1 2 V p p 10 kΩ balanced 18 Rx audio post mute Input Nom 1 2 V p p 10 kΩ...

Page 764: ...al Pinouts of the DC Supply connector on the 8571 Figure 5 Front view of the DC Supply connector on the 8571 Table 3 Pinouts of the DC Supply connector on the 8571 Pin no Function Input output Signal level 1 DC supply Input 12 V DC 2 DC supply Input 24 V DC 3 N C 4 Ground 0 V 1 2 3 4 ...

Page 765: ...tralia the 2 wire interface is supplied with a Telstra type 604 plug wired for modes 12 or 14 2 wire circuit on pins 4 and 6 Outside of Australia the 2 wire interface is supplied with a modular telephone plug conforming to FCC part 68 and a suitable wall mounted socket The 2 wire circuit is connected to pins 2 and 5 Table 4 Pinouts of the Option 2 wire connector on the 8571 15 10509 001 Pin no Fun...

Page 766: ...4 wire connector on the 8571 Table 5 Pinouts of the Option 4 wire connector on the 8571 15 10510 001 Pin no Function Input output Signal level 1 2 Balanced Tx audio Input Impedance 3 kΩ 3 4 Balanced Rx audio Output Impedance 600 Ω 5 Frame 6 Ground 0 V 7 8 PTT relay contacts Output To key link transmitter 1 2 3 4 5 6 7 8 ...

Page 767: ... Transmit data Output RS232 4 Ground 0 V 5 Tx audio 50 kΩ balanced Input 300 mV p p for ALC threshold 6 External alarm relay Contacts rated 50 V 1 A 7 External alarm relay Closed for alarm 8 A rail Output 13 6 V nominal 9 CTS Input RS232 10 PTT Input 5 V TTL logic active low 11 Morse Input 5 V TTL logic active low 12 Spare Input output 5 V TTL logic 13 Spare Input output 5 V TTL logic 14 System au...

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Page 769: ...n This section contains the following topics General information 333 Receive audio path 333 Transmit audio path 334 Microprocessor control and signalling 334 Automatic line equalisation 334 For a detailed description of these functions see page 335 8571 Technical description ...

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Page 771: ...03 01108 ...

Page 772: ... Hz that may be present in the receive audio that could possibly corrupt the performance of the system The signal output from the filter is connected to a gain controlled amplifier compressor IC7 to maintain a constant audio output level At the output of IC7 the audio is fed via the signalling modem IC6 to the line driver IC102 and is then connected to either a 2 wire private line via the hybrid a...

Page 773: ...otch filter used also in the Receive mode to remove the 300 Hz control tone and finally via an interface cable to the transceiver transmit audio path Microprocessor control and signalling All 8571s and transceivers in the system communicate via RS232 commands to the microprocessor IC103 on the General Purpose Input Output PCB in the 8571s The microprocessor then communicates via the I2C bus to IC1...

Page 774: ... This section contains the following topics Backplane and power supply 336 Receive audio path 337 Transmit audio path 340 Signalling and microprocessor 343 Automatic equalisation 348 Multi line capability 350 This section should be read in conjunction with page 363 8571 Drawings ...

Page 775: ...d IC2 for approximately 14 V A rail For 12 V operation only IC1 is required and IC2 is bypassed by D4 Reverse voltage protection is achieved by the series diodes D1 and D2 The Backplane PCB also provides connectors P6 and P105 for fitting links to disable the unused lines on the Dual Line Equaliser PCBs drawing 04 02541 as required Also P303 and P304 provide the connectors for fitting the RS232 st...

Page 776: ...the required notch response The output from IC3b is applied to the second active filter and again the high and low pass filter outputs are phase mixed at the input of IC3a The two notch filters are slightly offset from each other to ensure the complete rejection of any signal on or close to 300 Hz that may possibly corrupt the operation of the system From the output of IC3a the audio is fed via a ...

Page 777: ...and bottom points of the bridge pin 5 to the junction of R106 and R107 and pin 8 to the junction of R108 C101 and one side of the line pin 28b The two remaining bridge points R106 to line pin 28a and R107 to R108 C101 are connected to the differential inputs of amplifier IC101a via resistors R103 and R104 When the land line impedance equals the R108 C101 combination the two receive signals applied...

Page 778: ...nnector P3 pins 5 and 6 located on the Backplane PCB and then via an interface cable to the 4 wire interface assembly Lines 2 3 and 4 use connectors P4 P102 and P103 respectively The 4 wire interface consists of two isolating transformers providing separate Tx and Rx paths and includes RF filter capacitors The output of the Rx transformer connects via an interface cable to the Tcvr Control connect...

Page 779: ...ut of IC101a the transmit audio is passed to a DC gain controlled amplifier IC103a the gain from which is set by the microprocessor to compensate for losses in the land line or radio link The gain controlled element in the amplifier IC103a is a variable resistive cell delta G Its resistance decreases as the DC current is increased at the control input pin 1 In this circuit maximum gain occurs when...

Page 780: ...nd C124 the gain increase is proportional to the rise in frequency For example there is approximately 2 dB increase at 100 Hz rising to about 17 dB at 2 kHz for the first amplifier IC103b and because of different resistor values about 11 dB for the second amplifier IC104b The combination of the two amplifiers has an overall minimum gain of 6 dB 0 5 and a maximum gain of 28 dB at 2 kHz 25 At the hi...

Page 781: ...he high pass output pin 18 and the low pass output pin 20 of the first active filter are phase mixed at the input of amplifier IC3b resulting in the required notch response The output from IC3b is applied to the second active filter and again the high and low pass filter outputs are phase mixed at the input of IC3a The two notch filters are slightly offset from each other to produce about a 25 Hz ...

Page 782: ...enting the microcontroller s internal RAM It is selected via the Read or Write signals IC12 pins 30 and 31 IC16 a triple tone generator used to generate control tone and digital filter clocks see page 344 300 Hz control tone generation and detection A voltage detector and reset generator IC9 resets the microprocessor if the 5 V supply falls below 4 7 V Connected to the input ports of IC12 pins 1 6...

Page 783: ...pin 30a to the Rx audio bus on the Backplane PCB and continues on the same path as the Rx audio through the Dual Line Equaliser PCB to the output of the 8571 The 300 Hz received from the master 8571 is connected via the 2 wire or 4 wire interface and Backplane PCB to the Dual Line Equaliser PCB and follows the same path as the transmit audio to the output of the hybrid amplifier IC101a see page 34...

Page 784: ...ell 103 format converting digital data into FSK using frequencies 1070 Hz and 1270 Hz at 550 baud rate The modem IC6 in the 8571 is located on the Microprocessor TCVR Interface PCB It uses a crystal controlled oscillator at a frequency of 3 579 MHz to drive the FSK modulator digital Rx filters and the FSK demodulator Control signals from the microprocessor enable the FSK modulator to transmit data...

Page 785: ...ence is used for all data transmissions including PTT Transceiver control logic The transceiver is connected using a dual interface cable via the split site interface controller to the 25 way D type Tcvr Audio and 8 way Tcvr Control connectors located on the rear panel of the 8571 The transceiver communicates with the 8571 via RS232 commands CICS to the microprocessor IC103 on the General Purpose ...

Page 786: ... INT OUT is combined via buffer IC101a and transistor V102 at P1 pin 7b resulting in a bidirectional interrupt line at this point The operation control logic within the UART IC107 receives operation commands from the microprocessor and generates appropriate signals to control the device The commands include the baud rate parity selection data width and stop bit parameters set by the 8 bit mode swi...

Page 787: ...or then resets the control current for a gain of 6 dB above threshold and stores this gain setting The microprocessor then requests the master 8571 to repeat the 300 Hz transmission for five seconds The microprocessor measures the level of audio on the Rx audio bus line output of modem IC6 by using its internal ADC at pin 63 The microprocessor then changes the DC level output of the DAC IC2 pin 14...

Page 788: ...lerance limits are not achieved the microprocessor instructs the word Acceptable to be reported If the latter is reported it means the line has been equalised and although it did not achieve the optimum settings performance should be satisfactory If the 300 Hz threshold fails to detect any 300 Hz tone after six attempts the microprocessor aborts the process and instructs the microprocessor in the ...

Page 789: ...05 and 2 wire line isolating assembly 08 03817 or 4 wire line isolating assembly 08 03995 The Dual Line Equaliser PCB providing input output lines 3 and 4 is identical to the PCB already fitted for input output lines 1 and 2 To enable the microprocessor to individually control either PCB the ADC and input output expander on each PCB is provided with a separate address 0 1 1 0 for lines 1 and 2 and...

Page 790: ...NGT Transceiver System Technical Service Manual 351 8571 Fault finding This section contains the following topics Dismantling the NGT Split site Remote Interface 8571 352 Fault finding 353 ...

Page 791: ... edge of the cover so the front edge is released from the front panel surround To remove the front panel and gain access to the PCBs 1 Remove the two countersunk screws located on each side of the front panel 1 Pull the panel forward to release it from the casing 1 Remove the PCBs by carefully pulling the boards forward and sliding them out of their runners Take care when refitting the PCBs to ens...

Page 792: ...useful for locating the faulty section of the remote control equipment The parameters listed below should always be checked first Drawing 08 05995 Table 7 Supply voltages for the Backplane PCB Supply Description Voltage Source A rail Unregulated DC supply 14 V nominal external transceiver in 12 V systems 5 rail 5 V regulated supply 5 V 0 4 V IC1 Drawing 08 03993 Table 8 Supply voltages for the Mic...

Page 793: ...bserve the control tone The 300 Hz control tone nominally 700 mV p p combined with the FSK signal should be seen for a short period after the channel change 1 If there appears to be no activity when initiating a channel change check all regulated DC supplies for the master 8571 see page 353 Voltage measurements If the signalling in the master 8571 appears to be working then a fault could be due to...

Page 794: ... control input pin 1 1 Set switch S1 on the Microprocessor TCVR Interface PCB to position D to check nominal levels shown on the circuit diagram 04 02541 1 Check that the output of the detector IC105b is high 5 V when the control tone is present 1 Check that the output of combiner inverter IC5 is low 300 Hz detect bus 1 Check that the 300 Hz detect bus to the microprocessor IC12 pin 18 on the Micr...

Page 795: ...ults in the transceiver and the interface cable If there is no audio at IC102 then the 1 kHz signal should be traced through the receive path on the Microprocessor TCVR Interface PCB 1 Commence by checking the 1 kHz level at the secondary of the input transformer T1 If correct continue checking the receive path through IC2c switch C then at the output of the 300 Hz notch filter IC4 through IC2a sw...

Page 796: ... repairing the receive fault continue to check for a signalling fault see page 354 No signalling To assist in locating a receive fault check the 2 wire or 4 wire link the master 8571 the slave 8571 and the transceiver as follows Checking the line To check the line 1 Check the 2 wire or 4 wire link using an audio amplifier with a speaker or an oscilloscope for receive noise 1 If there is no receive...

Page 797: ... mV p p If the 1 kHz signal is present then the 8571 is operating properly 1 Check for possible faults in the transceiver and the interface cable If there is no audio at IC102 then the 1 kHz signal should be traced through the receive path on the Microprocessor TCVR Interface PCB 1 Commence by checking the 1 kHz level at the secondary of the input transformer T1 If correct continue checking the re...

Page 798: ...put and operate the local PTT 1 If the signal is absent at any of the test points examining the neighbouring circuits should assist in locating the fault Checking the slave 8571 To check the slave 8571 1 Hold down PTT on the handset then apply a 300 mV p p 1 kHz audio to the local Tx audio input 1 With an oscilloscope check the line input to the 8571 for a signal mixed with the 1 kHz transmit audi...

Page 799: ...03a equalisation amplifiers IC103b IC104b and the 3 kHz LPF IC105a 1 Check that transmit audio from the output of IC105a is present on the transmit bus Backplane PCB then at switch IC2c pins 3 and 4 on the Microprocessor TCVR Interface PCB 1 Check for the 1 kHz tone at the output of the 300 Hz notch filter IC4 and then via IC2a pins 14 and 13 to the transmit audio input transformer T2 1 Release PT...

Page 800: ...71 parts lists index Title Assembly number NGT Remote Control Interface 08 05994 001 Dual Line Equaliser PCB 08 03905 002 Microprocessor TCVR Interface PCB 08 03993 Backplane PCB 08 05995 001 RS I O PCB 08 04644 001 Line Isolation Unit PCB 08 03817 4 wire Interface PCB 08 03995 001 ...

Page 801: ...8571 Parts lists 362 NGT Transceiver System Technical Service Manual This page has been left blank intentionally ...

Page 802: ...D F Auto Assemblies 08 04158 08 04158 1 20 Plug Button DP 625 Heyco 2663 Black 30 31110 006 3 21 Screw Lock assy D 8 0mm Stud ITT Cannon D20418 2 60 91509 001 2 22 Screw M3x6 304 SS Bk Pan Pozi Spec 01 00205 31 23006 582 31 23006 582 8 23 Cable Opt PS Auto Assemblies 08 03232 08 03232 1 24 Screw M3x5 304 SS Csk Pozi RGA Fasteners 31 23005 780 31 23005 780 12 25 Screw M3x8 304 SS Bk Csk Pozi Spec 0...

Page 803: ...10 1 C7 47u 16V Ax EL Cap Jamicon SKR470T1CE11 48 14701 651 1 C8 1u 20 35V TA Cap AVX TAP105M035CCS 47 01003 510 1 C9 1u 20 35V TA Cap AVX TAP105M035CCS 47 01003 510 1 C101 100n 10 63V PE Cap Philips 2222 370 11104 46 51000 521 1 C102 47p 2 100V N150 CE Cap Philips 2222 680 34479 46 14700 012 1 C103 10p 2 100V NPO CE Cap Philips 2222 680 10109 46 11000 011 1 C104 220p 10 100V CE Cap Philips 2222 6...

Page 804: ...M25 46 43300 211 1 C127 100p 2 100V N150 CE Cap Philips 2222 680 34101 46 21000 012 1 C128 Not Fitted Codan 00000 001 99 00000 001 1 C129 220p 10 100V CE Cap Philips 2222 630 03221 46 22200 200 1 C130 33n 20 25V CE Cap Murata DD406SR333M25 46 43300 211 1 C131 1n 2 5 100V PP Cap Roederstein KP 1830 210 013 46 31000 702 1 C132 4 7n 2 5 63V PP Cap Roederstein KP 1830 247 063 46 34700 702 1 C133 39p 2...

Page 805: ... 2 100V N750 CE Cap Philips 2222 680 58221 46 22200 013 1 C221 2 2u 20 35V TA Cap AVX TAP225M035CCS 47 02203 510 1 C222 220p 10 100V CE Cap Philips 2222 630 03221 46 22200 200 1 C223 33n 10 100V PE Cap Philips 2222 370 21333 46 43300 524 1 C224 1n 10 100V PE Cap Philips 2222 370 51102 46 31000 524 1 C225 33n 10 100V PE Cap Philips 2222 370 21333 46 43300 524 1 C226 33n 20 25V CE Cap Murata DD406SR...

Page 806: ...l IC National Semiconduct LM358N XA 00358 100 1 IC201 Not Fitted Codan 00000 001 99 00000 001 1 IC202 Amp Low power audio IC Motorola MC34119P XA 34119 000 1 IC203 Compander Audio IC Signetics NE571N XA 00571 000 1 IC204 Compander Audio IC Signetics NE571N XA 00571 000 1 IC205 Amp Operational Dual IC National Semiconduct LM358N XA 00358 100 1 IC206 Filter Switched Cap IC National Semiconduct MF10C...

Page 807: ... 020 1 R112 150k Ohm 5 0 33W CF Res Philips 2322 211 13154 40 51500 020 1 R113 10k Ohm 2 0 4W MF Res Philips 2322 181 54103 40 41000 500 1 R114 270k Ohm 2 0 4W MF Res Philips 2322 181 54274 40 52700 500 1 R115 10k Ohm 2 0 4W MF Res Philips 2322 181 54103 40 41000 500 1 R116 47k Ohm 5 0 33W CF Res Philips 2322 211 13473 40 44700 020 1 R117 10k Ohm 5 0 33W CF Res Philips 2322 211 13103 40 41000 020 ...

Page 808: ...an 00000 001 99 00000 001 1 R142 Not Fitted Codan 00000 001 99 00000 001 1 R143 4 7k Ohm 5 0 33W CF Res Philips 2322 211 13472 40 34700 020 1 R144 47k Ohm 5 0 33W CF Res Philips 2322 211 13473 40 44700 020 1 R145 15 Ohm 5 0 33W CF Res Philips 2322 211 13159 40 11500 020 1 R146 15 Ohm 5 0 33W CF Res Philips 2322 211 13159 40 11500 020 1 R201 100k Ohm 5 0 33W CF Res Philips 2322 211 13104 40 51000 0...

Page 809: ...5 8 2k Ohm 5 0 33W CF Res Philips 2322 211 13822 40 38200 020 1 R226 47k Ohm 5 0 33W CF Res Philips 2322 211 13473 40 44700 020 1 R227 100k Ohm 5 0 33W CF Res Philips 2322 211 13104 40 51000 020 1 R228 100k Ohm 5 0 33W CF Res Philips 2322 211 13104 40 51000 020 1 R229 330k Ohm 5 0 33W CF Res Philips 2322 211 13334 40 53300 020 1 R230 39k Ohm 5 0 33W CF Res Philips 2322 211 13393 40 43900 020 1 R23...

Page 810: ...2 211 13472 40 34700 020 1 R244 47k Ohm 5 0 33W CF Res Philips 2322 211 13473 40 44700 020 1 R245 15 Ohm 5 0 33W CF Res Philips 2322 211 13159 40 11500 020 1 R246 15 Ohm 5 0 33W CF Res Philips 2322 211 13159 40 11500 020 1 T1 Txfr Protran 44 30821 44 30821 1 T2 Txfr Protran 44 30821 44 30821 1 V1 Transistor NPN Si Philips BC548 BC548 1 V2 Transistor NPN Si Philips BC548 BC548 1 Page 8 of 8 ...

Page 811: ...2222 370 51102 46 31000 524 1 C5 33n 20 25V CE Cap Murata DD406SR333M25 46 43300 211 1 C6 1n 10 100V PE Cap Philips 2222 370 51102 46 31000 524 1 C7 1n 10 100V CE Cap Vishay 2222 326 03102 46 31000 200 1 C8 1n 10 100V CE Cap Vishay 2222 326 03102 46 31000 200 1 C9 100n 10 63V PE Cap Philips 2222 370 11104 46 51000 521 1 C10 1u 10 63V PE Cap Philips 2222 370 11105 46 61000 521 1 C11 100n 10 63V PE ...

Page 812: ...ips 2222 680 10229 46 12200 011 1 C35 1u 20 35V TA Cap AVX TAP105M035CCS 47 01003 510 1 C36 3 3n 10 100V CE Cap Philips 2222 630 03332 46 33300 200 1 C37 1u 20 35V TA Cap AVX TAP105M035CCS 47 01003 510 1 C38 33n 20 25V CE Cap Murata DD406SR333M25 46 43300 211 1 C39 33n 20 25V CE Cap Murata DD406SR333M25 46 43300 211 1 C40 33n 20 25V CE Cap Murata DD406SR333M25 46 43300 211 1 C41 33n 20 25V CE Cap ...

Page 813: ...mH 5 Taiyo Yuden LHL06 NB 102J 43 83100 097 1 L2 Ind 1mH 5 Taiyo Yuden LHL06 NB 102J 43 83100 097 1 P1 Connector 64way Male 90 deg PCB ITT Cannon G06D064P4BEBL 60 51100 064 1 R1 10k Ohm 5 0 33W CF Res Philips 2322 211 13103 40 41000 020 1 R2 10k Ohm 5 0 33W CF Res Philips 2322 211 13103 40 41000 020 1 R3 15k Ohm 5 0 33W CF Res Philips 2322 211 13153 40 41500 020 1 R4 4 7k Ohm 2 0 4W MF Res Philips...

Page 814: ...hm 5 0 33W CF Res Philips 2322 211 13104 40 51000 020 1 R30 10k Ohm 5 0 33W CF Res Philips 2322 211 13103 40 41000 020 1 R31 10k Ohm 5 0 33W CF Res Philips 2322 211 13103 40 41000 020 1 R32 10k Ohm 5 0 33W CF Res Philips 2322 211 13103 40 41000 020 1 R33 10k Ohm 5 0 33W CF Res Philips 2322 211 13103 40 41000 020 1 R34 2 2k Ohm 5 0 33W CF Res Philips 2322 211 13222 40 32200 020 1 R35 2 2k Ohm 5 0 3...

Page 815: ...Res Philips 2322 211 13221 40 22200 020 1 S1 Switch Binary 16 Position Copal S1030 62 61623 001 1 T1 Txfr Protran 44 30821 44 30821 1 T2 Txfr Protran 44 30821 44 30821 1 V1 Transistor NPN Si Philips BC548 BC548 1 V2 Transistor NPN Si Philips BC548 BC548 1 V3 Transistor NPN Si Philips BC548 BC548 1 V4 Transistor NPN Si Philips BC548 BC548 1 V5 Diode Ref 5 0V 2 IC National Semiconduct LM336Z 5 0 XB ...

Page 816: ... CE Cap Vishay 2222 326 03102 46 31000 200 1 C7 1n 10 100V CE Cap Vishay 2222 326 03102 46 31000 200 1 C8 1n 10 100V CE Cap Vishay 2222 326 03102 46 31000 200 1 C9 1n 10 100V CE Cap Vishay 2222 326 03102 46 31000 200 1 C10 1n 10 100V CE Cap Vishay 2222 326 03102 46 31000 200 1 C11 1n 10 100V CE Cap Vishay 2222 326 03102 46 31000 200 1 C12 1n 10 100V CE Cap Vishay 2222 326 03102 46 31000 200 1 C13 ...

Page 817: ...nector 64way Fem Solder PCB ITT Cannon G06D064P3BBBL 60 51201 064 1 J2 Connector 64way Fem Solder PCB ITT Cannon G06D064P3BBBL 60 51201 064 1 J101 Connector 64way Fem Solder PCB ITT Cannon G06D064P3BBBL 60 51201 064 1 J301 Connector 64way Fem Solder PCB ITT Cannon G06D064P3BBBL 60 51201 064 1 L301 Ind 1mH 10 Taiyo Yuden FL 5H 102K 43 83100 095 1 P1 Header P 16way 2row thin insul Berg 67997 416H 60...

Page 818: ...ion Manufacturer Manufacturer s P N Codan P N Qty 08 05995 001 Backplane PCB BOM Revision Date Valid On P307 Header P 8way 1row Molex 22 03 2081 60 00081 100 1 R1 3 3k Ohm 20 0 1W SIL Com x5Res Murata RGSD5X332M 40 83330 500 1 Page 3 of 3 ...

Page 819: ...0 211 1 C107 27p 2 100V NPO CE Cap Philips 2222 680 10279 46 12700 011 1 C108 27p 2 100V NPO CE Cap Philips 2222 680 10279 46 12700 011 1 C109 33n 20 25V CE Cap Murata DD406SR333M25 46 43300 211 1 C110 33n 20 25V CE Cap Murata DD406SR333M25 46 43300 211 1 C111 33n 20 25V CE Cap Murata DD406SR333M25 46 43300 211 1 C112 33n 20 25V CE Cap Murata DD406SR333M25 46 43300 211 1 C113 33n 20 25V CE Cap Mur...

Page 820: ... 000 1 P1 Connector 64way Male 90 deg PCB ITT Cannon G06D064P4BEBL 60 51100 064 1 R1 100k Ohm 20 0 1W SIL Com x5Res Murata RGSD5X104M 40 85100 500 1 R101 1k Ohm 5 0 33W CF Res Philips 2322 211 13102 40 31000 020 1 R102 1k Ohm 5 0 33W CF Res Philips 2322 211 13102 40 31000 020 1 R103 100k Ohm 5 0 33W CF Res Philips 2322 211 13104 40 51000 020 1 R104 100k Ohm 5 0 33W CF Res Philips 2322 211 13104 40...

Page 821: ...1 Opt RS PCB BOM Revision Date Valid On V101 Diode Ref 5 0V 2 IC National Semiconduct LM336Z 5 0 XB 00336 505 1 V102 Transistor NPN Si Philips BC548 BC548 1 Z101 Crystal 12000 kHz uP Grade HY Q M P QC49 12000KHZ 65 90014 000 1 Z102 Crystal 3686 4 kHz uP Grade HY Q M P QC49 65 90007 000 1 Page 3 of 3 ...

Page 822: ...461 5 61 40300 004 2 F1 Fuse STD Wire end 100mA Schurter 034 1906 63 00010 010 1 J1 Socket 6way 4Cct Modular PCB 90 Molex 90077 0046 60 00063 102 1 R1 22 Ohm 5 2 5W MF Res Philips 2322 192 32209 40 12200 605 1 T1 Txfr Line isolating Ericsson REKP4999030 43 30105 001 1 V1 Diode Zener 5 1V 5 5W Motorola 1N5338B 1N5338B 1 V2 Diode Zener 5 1V 5 5W Motorola 1N5338B 1N5338B 1 08 03817 Line Isolation Uni...

Page 823: ...100V CE Cap Vishay 2222 326 03102 46 31000 200 1 C3 1n 10 100V CE Cap Vishay 2222 326 03102 46 31000 200 1 C4 1n 10 100V CE Cap Vishay 2222 326 03102 46 31000 200 1 D1 Diode Si small sig GP Codan 23 10005 23 10005 1 K1 Relay 2C Bif 12V 720 Ohm Matsushita DS2Y S DC12 64 21223 272 1 P1 Header P 8way 1row Molex 22 03 2081 60 00081 100 1 P2 Header P 8way 1row Molex 22 03 2081 60 00081 100 1 R1 620 Ohm...

Page 824: ...94 sheet 2 Dual Line Equaliser Circuit diagram 04 02541 PCB assembly 08 03905 Microprocessor Tcvr Interface Circuit diagram 04 02690 PCB assembly 08 03993 Backplane Circuit diagram 04 02691 PCB assembly 08 05995 General Purpose Input Output Circuit diagram 04 02852 PCB assembly 08 04644 Line Interface Line Isolating Interface Circuit diagram 04 02487 Line Isolating Unit PCB assembly 08 03817 4 wir...

Page 825: ...8571 Drawings 364 NGT Transceiver System Technical Service Manual This page has been left blank intentionally ...

Page 826: ...08 05994 sheet 1 ...

Page 827: ...08 05994 sheet 2 ...

Page 828: ...04 02541 ...

Page 829: ...08 03905 ...

Page 830: ...04 02690 ...

Page 831: ...08 03993 ...

Page 832: ...04 02691 ...

Page 833: ...08 05995 ...

Page 834: ...04 02852 ...

Page 835: ...08 04644 ...

Page 836: ...04 02487 ...

Page 837: ...08 03817 ...

Page 838: ...08 03995 ...

Page 839: ...TION UNIT SINGLE CH CABLE 6 WAY PART No 60 00063 501 31 23012 582 15 10509 001 08 04146 001 08 03816 001 4 1 3 2 5 ITEM PARTS LIST 1 1 1 2 QTY P105 P6 NONE LINE 1 LINE 2 DISABLED LINES 1 2 LINE 1 LINE 2 ENABLED TABLE 1 CONNECTOR P6 2 3 1 2 3 4 JUMPER PINS CONNECTOR P105 ENABLED LINES 3 4 LINE 3 LINE 4 TABLE 2 JUMPER PINS DISABLED LINE 4 LINE 3 NONE 2 3 3 4 1 2 BACKPLANE VIEW 4 3 2 1 4 3 2 1 DETAIL...

Page 840: ...connector ensuring red dot on the connector aligns as shown 6 Fit loom 08 04153 ITEM 3 to 4 wire interface PCB assembly backplane PCB connector corresponding to the line being fitted Ensure that the red dots on the connectors align as shown 7 Ensure line disable link s are in place on backplane PCB corresponding to number of lines fitted In accordance with the Configuring the Interface Line Links ...

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