Philips 29PT6441/85 Service Manual Download Page 120

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Vertical

•

Service blanking (SBL).

Switch the blanking of the lower half of the screen “on” or

“off” (to be used in combination with the vertical slope alignment).

•

Vertical Shift (VSH).

Align the vertical centering so that the test pattern is located

vertically in the middle. Repeat the 'vertical amplitude' alignment if necessary.

•

Vertical slope (VS).

Align the vertical center of the picture to the vertical center of

the CRT. This is the first of the vertical alignments to perform. For an easy
alignment, set SBL to “on”.

•

Vertical Amplitude (VAM).

Align the vertical amplitude so that the complete test

pattern is visible.

•

Vertical S-Correction (VSC).

Align the vertical linearity, meaning that vertical

intervals of a grid pattern must be equal over the entire screen height.

•

Vertical Zoom (VX, if present).

The vertical zoom is added in for the purpose of

development. It helps the designer to set proper values for the movie expand or
movie(16x9) compress. Default value is “25”.

•

V60 (Delta VAM for 60Hz, if present).

Align straight vertical lines if NTSC system

(60 Hz) is used i.s.o. PAL (50 Hz). Default value is “-2”.

In the next table, you will find the GEOMETRY default values for the different sets.

Table: Default geometry values

Alignment

Default values

HP (Horizontal parallelogram)

HB (Horizontal Bow)

HSH (Horizontal shift)

EWW (EW width)

EWP (EW parabola width)

EWT (EW trapezium)

Summary of Contents for 29PT6441/85

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Page 2: ...sequences of each way Consequently Philips has not undertaken any such broad evaluation Accordingly a servicer who uses a service procedure or tool which is not recommended by Philips must first satisfy himself thoroughly that neither his safety nor the safe operation of the equipment will be jeopardized by the service method selected Hereafter throughout this manual Philips Consumer Electronics C...

Page 3: ...und protruding metal surfaces or edges must be avoided 6 Critical components having special safety characteristics are identified with an S by the Ref No in the parts list and enclosed within a broken line where several critical components are grouped in one area along with the safety symbol on the schematic diagrams and or exploded views 7 When servicing any unit always use a separate isolation t...

Page 4: ... be used to make this test leakage current must not exceed 0 5mA If a measurement is outside of the specified limits there is a possibility of shock hazard The receiver should be repaired and rechecked before returning it to the customer 5 Repeat the above procedure with the ac plug reversed Note An ac adapter is necessary when a polarized plug is used Do not defeat the polarizing feature of the p...

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Page 6: ... X rays in TV receivers are the picture tube and the high voltage circuits The basic precaution which must be exercised is to keep the high voltage at the factory recommended level 2 To avoid possible exposure to X radiation and electrical shock only the manufacturer s specified anode connectors must be used 3 It is essential that the service technician has an accurate HV meter available at all ti...

Page 7: ...ing them especially since many hold down circuits are inoperative as long as the receiver performs normally PICTURE TUBE REPLACEMENT The primary source of X radiation in this television receiver is the picture tube The picture tube utilized in this chassis is specially constructed to limit X radiation emissions For continued X radiation protection the replacement tube must be the same type as the ...

Page 8: ...D protected can generate an electrical charge sufficient to damage ES devices 5 Do not use Freon propelled chemicals These can generate electrical charges sufficient to damage ES devices 6 Do not remove a replacement ES device from its protective package until immediately before you are ready to install it most replacement ES devices are packaged with leads electrically shorted together by conduct...

Page 9: ...Voltage Transformer or the lead if removable whichever is causing the problem PICTURE TUBE REPLACEMENT PROCEDURE Note a Two 2 people are required to handle this picture tube b Safety Glasses must be worn during this procedure or whenever directly handling a picture tube c Take care in each step not to damage the CRT or the cabinet 1 Remove the Chassis and the CRT Socket Board Module from the cabin...

Page 10: ...ightly from the actual situation due to different set executions Technical Specifications Reception Feature Data Tuning system PLL Color systems NTSC Sound systems BTSC Channel selections 181 full cable IF picture carrier 45 75 MHz Aerial input 75 Ohm F type A V Connections NTSC M 3 58 4 5 Miscellaneous Audio output Feature Data 2 x 5 W 2 x 10 W Power supply ...

Page 11: ...voltage range 90 140 V_ac Mains frequency 60 Hz Ambient conditions Feature Data Temperature range 5 to 45 deg C Maximum humidity 90 R H Power consumption Feature Data Normal operation from 79 W 20 to 119 W 32 Standby 1 W ...

Page 12: ... The following connector color abbreviations are used acc to DIN IEC 757 Bk Black Bu Blue Gn Green Gy Grey Rd Red Wh White Ye Yellow Top Control and Front Side Connections Figure Top control and Front Side connections ...

Page 13: ...ue Symbol Ye Video CVBS 1 V_pp 75 ohm H Wh Audio L 0 2 V_rms 10 kohm kq Rd Audio R 0 2 V_rms 10 kohm kq Bk Headphone 8 600 Ohm 4 mW ot Rear Connections Figure Rear connections Aerial In Connector Kind Value Symbol F type Coax 75 ohm D ...

Page 14: ...5 V_rms 1 kohm kq Rd Audio R 0 5 V_rms 1 kohm kq YUV In Connector Kind Value Symbol Bu U 0 7 V_pp 75 ohm jq Rd V 0 7 V_pp 75 ohm jq Gn Y 0 7 V_pp 75 ohm jq AV1 In Connector Kind Value Symbol Ye Video CVBS 1 V_pp 75 ohm jq Wh Audio L 0 5 V_rms 10 kohm jq Rd Audio R 0 5 V_rms 10 kohm jq ...

Page 15: ... Value Symbol Ye Video CVBS 1 V_pp 75 ohm jq Wh Audio L 0 5 V_rms 10 kohm jq Rd Audio R 0 5 V_rms 10 kohm jq AV2 In SVHS Connector Kind Value Symbol 1 Ground GND H 2 Ground GND H 3 Y 1 V_pp 75 ohm jq 4 C 0 3 V_pp 75 ohm jq ...

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Page 34: ...isconnect the AC power from the set before opening it Rear Cover 1 Remove all fixation screws of the rear cover do not forget the screws that hold the rear connection panel 2 Pull the rear cover backwards to remove it Service Position Before placing the Mono Carrier in its service position remove the Front Interface assembly panel see paragraph Front Interface Assembly Panel removal and the Side A...

Page 35: ...Figure Service position Mono Carrier ...

Page 36: ...chassis tray 90 degrees counter clockwise 4 Move the panel bracket somewhat to the left and flip it 90 degrees 3 with the components towards the CRT 5 Turn the panel bracket with the rear I O toward the CRT 6 Place the hook of the tray in the fixation hole of the cabinet bottom 4 and secure it Assembly Panel Removal Front Interface Assembly Panel Removal Figure Front interface assembly panel remov...

Page 37: ...re difficult to access 2 Release the two fixation clamps 3 at the side of the bracket and lift the panel out of the bracket it hinges at one side Side AV Assembly Panel Removal Figure Side AV assembly panel removal 1 Remove the two fixation screws and remove the complete Side AV assembly 2 Release the two fixation clamps and lift the panel out of the bracket ...

Page 38: ...two fixation screws 2 Push the assembly a little bit upwards and then pull it backwards to release it from the front hinge 3 Lift the panel from its bracket while releasing the two fixation clamps The panel hinges on the other side Linearity Assembly Panel Removal Figure Linearity assembly panel removal 1 Release the two fixation clamps 1 to lift the panel out of the bracket 2 ...

Page 39: ... do all processes in reverse order Note before you mount the rear cover perform the following checks 1 Check whether the AC power cord is mounted correctly in its guiding brackets 2 Check whether all cables are replaced in their original position ...

Page 40: ...ir 5 Error Codes 6 The Blinking LED Procedure 7 Protections 8 Repair Tips Test Points This chassis is equipped with test points in the service printing In the schematics test points are identified with a rectangle box around Fxxx or Ixxx These test points are specifically mentioned in the Test Point Overview as half moons with a dot in the center ...

Page 41: ... Deflection A2 F003 F004 I001 I002 Tuner IF A3 F201 F203 F205 F206 Hercules A4 F240 F241 F242 Features Connectivities A5 F952 F955 I951 I952 Audio Amplifier A7 F692 Front Control A9 F331 F332 F333 F338 F339 F341 F351 F353 F354 CRT Panel B1 F361 F362 F381 F382 ECO Scavem B2 Perform measurements under the following conditions Television set in Service Default Alignment Mode Video input Color bar sig...

Page 42: ... between the call center and the customer This chassis also offers the option of using ComPair a hardware interface between a computer and the TV chassis It offers the abilities of structured troubleshooting error code reading and software version readout for all chassis Minimum requirements for ComPair a Pentium processor a Windows OS and a CD ROM drive see also paragraph ComPair ...

Page 43: ...LUS1 L04US1_x y TDA12000 9352 753 88557 CC BTSC L4LUS1 L04US1_x y TDA12001 9352 753 89557 CC BTSC CMB DW L4LUS1 L04US1_x y TDA12001 9352 753 35557 CC BTSC CMB U USA NAFTA S Stereo dBx CC Closed Caption BTSC Broadcast Television Systems Committee CMB Comb Filter DW Double Window ...

Page 44: ...icture settings at 50 brightness color contrast hue Bass treble and balance at 50 volume at 25 All service unfriendly modes if present are disabled The service unfriendly modes are Timer Sleep timer Child parental lock Blue mute Hotel hospital mode Auto shut off when no IDENT video signal is received for 15 minutes Skipping of non favorite presets channels Auto storage of personal presets Auto use...

Page 45: ...8 1 and apply AC power Then press the power button remove the short after start up Caution Entering SDM by shorting wires 9252 and 9275 will override the 8V protection Do this only for a short period When doing this the service technician must know exactly what he is doing as it could damage the television set Or via ComPair After entering SDM the following screen is visible with SDM in the upper ...

Page 46: ...d reverse How to exit Switch the set to STANDBY by pressing the POWER button on the remote control transmitter or the television set If you turn the television set off by removing the AC power i e unplugging the television without using the POWER button the television set will remain in SDM when AC power is re applied and the error buffer is not cleared Service Alignment Mode SAM Purpose To change...

Page 47: ...ir Mode switching How to enter To enter SAM use one of the following methods Press the following key sequence on the remote control transmitter 062596 directly followed by the OSD STATUS button do not allow the display to time out between entries while keying the sequence Or via ComPair After entering SAM the following screen is visible with SAM in the upper right corner of the screen to indicate ...

Page 48: ...Europe A Asia Pacific U NAFTA L LATAM C the software diversity Europe T 1 page TXT F Full TXT V Voice control LATAM and NAFTA N Stereo non dBx S Stereo dBx Asian Pacific T TXT N non TXT C NTSC ALL regions M mono D DVD Q Mk2 D the language cluster number X the main software version number updated with a major change that is incompatible with previous versions Y the sub software version number updat...

Page 49: ...lack current loop AKB Auto Kine Bias 9 Tuner Used to align the tuner See Tuner in the Alignments section for a detailed description 10 White Tone Used to align the white tone See White Tone in the Alignments section for a detailed description 11 Geometry Used to align the geometry settings of the television See Geometry in the Alignments section for a detailed description 12 Audio No audio alignme...

Page 50: ...e still active in the background To return to the SAM menu press the MENU or STATUS EXIT button When you press the MENU key in while in a submenu you will return to the previous menu How to store SAM settings To store the settings changed in SAM mode leave the top level SAM menu by using the POWER button on the remote control transmitter or the television set How to exit Switch the set to STANDBY ...

Page 51: ...ps the call center to diagnose problems and failures in the TV set before making a service call The CSM is a read only mode therefore modifications are not possible in this mode How to enter To enter CSM press the following key sequence on the remote control transmitter 123654 do not allow the display to time out between entries while keying the sequence Upon entering the Customer Service Mode the...

Page 52: ...eserved item for P3C call centers AKBS stands for Advanced Knowledge Base System 6 Indicates the television is receiving an IDENT signal on the selected source If no IDENT signal is detected the display will read NOT TUNED 7 Displays the detected Color system e g PAL NTSC 8 Displays the detected Audio e g stereo mono 9 Displays the picture setting information 10 Displays the sound setting informat...

Page 53: ... if necessary to choose PERSONAL picture mode 2 Press the MENU button on the remote control transmitter This brings up the normal user menu 3 In the normal user menu use the MENU UP DOWN keys to highlight the PICTURE sub menu 4 Press the MENU LEFT RIGHT keys to enter the PICTURE sub menu 5 Use the MENU UP DOWN keys if necessary to select BRIGHTNESS 6 Press the MENU LEFT RIGHT keys to increase or d...

Page 54: ...4 Press the MENU LEFT RIGHT keys to enter the PICTURE sub menu 5 Use the MENU UP DOWN keys to select SHARPNESS 6 Press the MENU LEFT key to decrease the SHARPNESS value 7 Press the MENU button on the remote control transmitter twice to exit the user menu 8 The new PERSONAL preference value is automatically stored Snowy picture Check CSM line 6 If this line reads Not Tuned check the following Anten...

Page 55: ...al user menu 3 In the normal user menu use the MENU UP DOWN keys to highlight the PICTURE sub menu 4 Press the MENU LEFT RIGHT keys to enter the PICTURE sub menu 5 Use the MENU UP DOWN keys to select COLOR 6 Press the MENU RIGHT key to increase the COLOR value 7 Press the MENU button on the remote control transmitter twice to exit the user menu 8 The new PERSONAL preference value is automatically ...

Page 56: ...for Philips Consumer Electronics products ComPair is a further development on the European DST service remote control which allows faster and more accurate diagnostics ComPair has three big advantages ComPair helps you to quickly get an understanding on how to repair the chassis in a short time by guiding you systematically through the repair procedures ComPair allows very detailed diagnostics on ...

Page 57: ... I2C commands to the micro controller of the television In this way it is possible for ComPair to communicate read and write to devices on the I2C busses of the TV set Manually by asking questions to you Automatic diagnosis is only possible if the micro controller of the television is working correctly and only to a certain extend When this is not the case ComPair will guide you through the faultf...

Page 58: ...the position of the highlighted capacitor Software downloading as soon as this is supported by ComPair How To Connect 1 First install the ComPair Browser software see the Quick Reference Card for installation instructions 2 Connect the RS232 interface cable between a free serial COM port of your PC and the PC connector marked with PC of the ComPair interface 3 Connect the mains adapter to the supp...

Page 59: ...1 second while the green LED remains lit 8 Start the ComPair program and read the Introduction chapter Figure ComPair Interface connection How To Order ComPair order codes ComPair Software ST4191 ComPair Interface Box 4822 727 21631 AC Adapter T405 ND ComPair Quick Start Guide ST4190 Note If you encounter any problems contact your local support desk ...

Page 60: ... 0 0 0 No errors detected ERROR 6 0 0 0 0 Error code 6 is the last and only detected error ERROR 9 6 0 0 0 Error code 6 was detected first and error code 9 is the last detected newest error Via the blinking LED procedure when you have no picture See The Blinking LED Procedure Via ComPair How To Clear The Error Buffer The error code buffer is cleared in the following cases By using the CLEAR comman...

Page 61: ...t faults write down the errors present in the error buffer and clear the error buffer before you begin the repair This ensures that old error codes are no longer present If possible check the entire contents of the error buffer In some situations an error code is only the result of another error and not the actual cause of the problem for example a fault in the protection detection circuitry can a...

Page 62: ... 7200 3207 3214 A4 7 Not applicable 8 Not applicable 9 24C16 I2C error while communicating with the EEPROM 7601 3604 3605 A5 10 Tuner I2C error while communicating with the PLL tuner 1000 5001 A3 11 TDA6107 A Black current loop instability protection 7330 3351 CRT B1 12 SDA9488X I2C error while communicating with the PIP processor 7242 PIP Module F1 13 Not applicable 14 DVD Loader I2C error while ...

Page 63: ...ng with LTI module 7610 H 16 TDA9887 I2C error while communicating with PIP_Demodulator 7201 F2 17 Not applicable 18 Not applicable 19 TDA1200x I2C error while communicating with SSD stereo sound decoder 7200 A4 20 TDA1200x I2C error while communicating with video cosmic in Hercules IC 7200 A4 ...

Page 64: ...the sequence 12 short blinks followed by a pause of 1 5 seconds 9 short blinks followed by a pause of 1 5 seconds 6 short blinks followed by a pause of 1 5 seconds 1 long blink of 1 5 seconds to finish the sequence The sequence starts again at 12 short blinks Protections If a fault situation is detected an error code will be generated and if necessary the television set will go into protection mod...

Page 65: ...umed that the components are mounted correctly with correct values and no bad solder joints Before any fault finding actions check if the correct options are set NVM Editor In some cases it can be handy if one directly can change the NVM contents This can be done with the NVM Editor in SAM mode In the next table the default NVM values are given Table NVM default values for NAFTA region NAFTA Regio...

Page 66: ...l amplitude 28 1E SC S Correction 29 19 VSH Vertical Shift 30 1A VX Vertical Zoom 31 19 VSL Vertical scroll 32 20 VL Vertical linearity 33 20 BLOR Black level Offset Red 34 1D BLOG Black level Offset Green 35 13 AGC AGC Takeover 36 14 OIF IF PLL Offset 37 26 AGC10 AGC 10 38 2 H60 60 Hz Horizontal Shift 39 9 PF_SC_PWL Peaking Frequency Soft Clipper Peak White Limit 40 0A COR Phase 1 time constant V...

Page 67: ...Brightness 64 17 V60 offset 60Hz Vertical Amplitude 66 FE FOAB CHSE 139 3 SPR WS 140 0 VMA SVM 141 32 NVM_SOC_SMD 142 3 CCC_Preset_Gain_Red 143 1F CCC_Preset_Gain_Green 144 1F CCC_Preset_Gain_Blue 145 1F NVM_FMWS 149 3 NVM_ASD_SC1_THR 150 10 NVM_CRYSTAL_ALIGN 208 3F Last Brightness VID PP others 264 2A Last Color VID PP others 265 30 Last Contrast VID PP others 266 55 Last Sharpness VID PP others ...

Page 68: ...PP others 269 1 White D Cool Red 294 FD White D Cool Blue 296 5 White D Normal Red 297 1A White D Normal Green 298 20 White D Normal Blue 299 1B White D Warm Red 300 2 White D Warm Blue 302 FA Last Volume 343 14 Last Balance 344 32 Last Treble AUD PP others 345 32 Last Bass AUD PP others 346 32 ...

Page 69: ...Power Supply Set Not Working Figure Fault finding tree Set not working ...

Page 70: ...Set Does Not Start Up Figure Fault finding tree Set does not start up ...

Page 71: ...Deflection One Thin Vertical Line Quick check Set in protection mode LED blinking with error 3 Figure Fault finding tree One thin vertical line ...

Page 72: ...One Thin Horizontal Line Quick check Set in protection mode LED blinking with error 2 Figure Fault finding tree One thin horizontal line ...

Page 73: ...Blank Screen Figure Fault finding tree Blank screen ...

Page 74: ...ion Set is able to go into AV but no video is available 1 Check continuity from AV input to Hercules depending on the input 2 If continuity is available and yet no video proceed to Video Processor troubleshooting section Tuner and IF No Picture 1 Check that the Option settings are correct 2 If correct check that supply voltages are there 3 If supply voltages are present check whether picture is pr...

Page 75: ...6 If Tuner IF is present and yet still no picture in RF mode go to Video Processing troubleshooting section No Picture No Sound Figure Fault finding tree No picture no sound ...

Page 76: ...Picture Ok No Sound Figure Fault finding tree Picture ok no sound ...

Page 77: ...Unable To Perform Tuning Figure Fault finding tree Unable to perform tuning ...

Page 78: ...there is loading Note When the set shuts down after a few second after power on the main cause is that Vg2 not aligned properly try adjusting Vg2 during the few seconds of power on Video Processing No Picture When no picture in RF first check if the microprocessor is functioning ok in section Controller If that is ok follow the next steps When no picture in AV first check if the video source selec...

Page 79: ...onnector 1221 3 If LTI panel is in main chassis check cable between LTI panel and main chassis position is 1206 If it is connected then the LTI panel is faulty replace it For sets with Scavem and Scavem does not work follow steps below 1 Check Scavem coil connector position is 1361 if connected if not connect it 2 If connected check NVM bit storage byte 1 bit 7 if it is not 1 set it to 1 3 If it i...

Page 80: ...Audio Processing No Sound Figure Fault finding tree No sound ...

Page 81: ...utput of the Hercules to see if there is signal available If no check the normal operating condition and also the NVM data 3 If still no audio signal at Hercules output Hercules is faulty Note If there is audio signal at Hercules output and no audio at loudspeaker proceed to Audio Amplifier troubleshooting methods Audio Amplifier No RF as well as AV audio at the loudspeaker 1 Check that the normal...

Page 82: ...lectrical adjustments under the following conditions AC voltage and frequency 120 V_ac 60 Hz or 240 V_ac 50 Hz region dependent Connect the set to the AC power a k a Mains voltage via an isolation transformer with a low internal resistance Allow the set to warm up for approximately 20 minutes Measure the voltages and waveforms in relation to chassis ground with the exception of the voltages on the...

Page 83: ...Hardware Alignments Figure Top view family board ...

Page 84: ...iggering on the vertical pulse Ground the scope at the CRT panel and connect a 10 1 probe to one of the cathodes of the picture tube socket see diagram B 11 Measure the cut off pulse during first full line after the frame blanking see figure V_cutoff waveform You will see two pulses one being the cut off pulse and the other being the white drive pulse Choose the one with the lowest value this is t...

Page 85: ...pattern generator 2 Choose picture mode NATURAL or MOVIES with the SMART PICTURE button on the remote control transmitter 3 Adjust the FOCUS potentiometer see figure Top view family board until the vertical lines at 2 3 from east and west at the height of the centerline are of minimum width without visible haze ...

Page 86: ...Software Alignments and Settings Figure Service Mode overview ...

Page 87: ...ions Tuner White Tone Geometry Audio Options Options are used to control the presence absence of certain features and hardware How to change an Option Byte An Option Byte represents a number of different options Changing these bytes directly makes it possible to set all options very quickly All options are controlled via seven option bytes Select the option byte OP1 OP7 with the MENU UP DOWN keys ...

Page 88: ... formed by the sum of its eight option bits The factory values are printed on a sticker on the CRT Table Option Byte calculation Bit value OP1 OP2 OP3 OP4 OP5 OP6 OP7 7 128 OP1 7 OP2 7 OP3 7 OP4 7 OP5 7 OP6 7 OP7 7 6 64 OP1 6 OP2 6 OP3 6 OP4 6 OP5 6 OP6 6 OP7 6 5 32 OP1 5 OP2 5 OP3 5 OP4 5 OP5 5 OP6 5 OP7 5 4 16 OP1 4 OP2 4 OP3 4 OP4 4 OP5 4 OP6 4 OP7 4 3 8 OP1 3 OP2 3 OP3 3 OP4 3 OP5 3 OP6 3 OP7 ...

Page 89: ... 27PT6441 37 28PW6341 85 29PT6441 44 29PT6441 85 Bit Byte_1 OP1 7 Philips Tuner 0 0 0 0 0 0 0 0 6 FM Radio 0 0 0 0 0 0 0 0 5 LNA 0 0 0 0 0 0 0 0 4 ATS EU 0 0 0 0 0 0 0 0 3 ACI 0 0 0 0 0 0 0 0 2 UK PNP 0 0 0 0 0 0 0 0 1 Virgin Mode 0 0 0 0 0 0 0 0 0 China 0 0 0 0 0 0 0 0 Decimal 0 0 0 0 0 0 0 0 ...

Page 90: ...T6441 44 29PT6441 85 Bit Byte_2 OP2 7 SC 0 0 0 0 0 0 0 0 6 Green_UI 0 0 1 0 0 0 0 0 5 Channel Naming 0 0 0 0 0 0 0 0 4 LTI 0 1 0 0 0 1 0 0 3 Tilt 0 1 0 0 0 1 0 0 2 Fine Tuning 0 0 0 0 0 0 0 0 1 PIP Philips Tuner 0 0 0 0 0 0 0 0 0 Hue 1 1 1 1 1 1 1 1 Decimal 1 25 65 1 1 25 1 1 ...

Page 91: ...PT6441 85 Bit Byte_3 OP3 7 EW Function 0 0 0 0 0 0 0 0 6 2 Tuner PIP 0 0 0 0 0 0 0 0 5 PIP_Splitter 0 0 0 0 0 0 0 0 4 Splitter 0 0 0 0 0 0 0 0 3 Virtual Dolby 0 1 0 0 0 1 0 0 2 Wide Screen 0 1 0 0 0 1 0 0 1 WSSB EU 0 0 0 0 0 0 0 0 0 Eco_Subwoofer 0 0 0 0 0 0 0 0 Decimal 0 12 0 0 0 12 0 0 ...

Page 92: ...5 29PT6441 44 29PT6441 85 Bit Byte_4 OP4 7 0 0 0 0 0 0 0 0 6 0 0 0 0 0 0 0 0 5 Ultra Bass 1 1 0 1 1 1 1 1 4 Delta Volume 0 0 0 0 0 0 0 0 3 0 0 0 0 0 0 0 0 2 Volume Limiter 0 0 0 0 0 0 0 0 1 0 0 0 0 0 0 0 0 0 Stereo_Nicam_2CS 0 0 0 0 0 0 0 0 Decimal 32 32 0 32 32 32 32 32 ...

Page 93: ...41 37 32PT5441 37 32PT6441 37 32PW6341 85 33PT5441 85 Bit Byte_1 OP1 7 Philips Tuner 0 0 0 0 0 0 0 0 6 FM Radio 0 0 0 0 0 0 0 0 5 LNA 0 0 0 0 0 0 0 0 4 ATS EU 0 0 0 0 0 0 0 0 3 ACI 0 0 0 0 0 0 0 0 2 UK PNP 0 0 0 0 0 0 0 0 1 Virgin Mode 0 0 0 0 0 0 0 0 0 China 0 0 0 0 0 0 0 0 Decimal 0 0 0 0 0 0 0 0 ...

Page 94: ...6341 85 33PT5441 85 Bit Byte_2 OP2 7 SC 0 0 0 0 0 0 0 0 6 Green_UI 0 0 0 1 0 0 0 0 5 Channel Naming 0 0 0 0 0 0 0 0 4 LTI 1 1 1 0 0 0 1 0 3 Tilt 0 0 1 1 0 1 1 0 2 Fine Tuning 0 0 0 0 0 0 0 0 1 PIP Philips Tuner 0 0 0 0 0 0 0 0 0 Hue 1 1 1 1 1 1 1 1 Decimal 17 17 25 73 1 9 25 1 ...

Page 95: ...PT5441 85 Bit Byte_3 OP3 7 EW Function 0 0 0 0 0 0 0 0 6 2 Tuner PIP 0 0 0 0 0 0 0 0 5 PIP_Splitter 0 0 0 0 0 0 0 0 4 Splitter 0 0 0 0 0 0 0 0 3 Virtual Dolby 1 1 1 0 0 0 1 0 2 Wide Screen 0 0 1 0 0 0 1 0 1 WSSB EU 0 0 0 0 0 0 0 0 0 Eco_Subwoofer 0 0 0 0 0 0 0 0 Decimal 8 8 12 0 0 0 12 0 ...

Page 96: ...7 32PW6341 85 33PT5441 85 Bit Byte_4 OP4 7 0 0 0 0 0 0 0 0 6 0 0 0 0 0 0 0 0 5 Ultra Bass 1 1 1 0 1 1 1 1 4 Delta Volume 0 0 0 0 0 0 0 0 3 0 0 0 0 0 0 0 0 2 Volume Limiter 0 0 0 0 0 0 0 0 1 0 0 0 0 0 0 0 0 0 Stereo_Nicam_2CS 0 0 0 0 0 0 0 0 Decimal 32 32 32 0 32 32 32 32 ...

Page 97: ...1 37 27PT6441 37 28PW6341 85 29PT6441 44 29PT6441 85 Bit Byte_5 OP5 7 AV1 1 1 1 1 1 1 1 1 6 AV2 1 1 1 1 1 1 1 1 5 AV3 1 1 1 1 1 1 1 1 4 CVI 1 1 1 1 1 1 1 1 3 SVHS2 1 1 1 1 1 1 1 1 2 SVHS3 0 0 0 0 0 0 0 0 1 Hotel Mode 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Decimal 248 248 248 248 248 248 248 248 ...

Page 98: ...6441 85 Bit Byte_6 OP6 7 Personal Zapping 1 1 0 1 1 1 1 1 6 0 0 0 0 0 0 0 0 5 FM Trap 0 0 0 0 0 0 0 0 4 Combfilter 0 1 0 0 0 1 0 0 3 Active Control 1 1 0 0 1 1 1 1 2 Video Text 0 0 0 0 0 0 0 0 1 Light Sensor 0 1 0 0 0 1 0 0 0 Dual Text 0 0 0 0 0 0 0 0 Decimal 136 154 0 128 136 154 136 136 ...

Page 99: ...1 37 27PT6441 37 28PW6341 85 29PT6441 44 29PT6441 85 Bit Byte_7 OP7 7 Time Win1 0 0 0 0 0 0 0 0 6 0 0 0 0 0 0 0 0 5 0 0 0 0 0 0 0 0 4 0 0 0 0 0 0 0 0 3 0 0 0 0 0 0 0 0 2 0 0 0 0 0 0 0 0 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Decimal 0 0 0 0 0 0 0 0 ...

Page 100: ...MS6341 37 32PT5441 37 32PT6441 37 32PW6341 85 33PT5441 85 Bit Byte_5 OP5 7 AV1 1 1 1 1 1 1 1 1 6 AV2 1 1 1 1 1 1 1 1 5 AV3 1 1 1 1 1 1 1 1 4 CVI 1 1 1 1 1 1 1 1 3 SVHS2 1 1 1 1 1 1 1 1 2 SVHS3 0 0 0 0 0 0 0 0 1 Hotel Mode 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Decimal 248 248 248 248 248 248 248 248 ...

Page 101: ...5441 85 Bit Byte_6 OP6 7 Personal Zapping 1 1 1 0 1 1 1 1 6 0 0 0 0 0 0 0 0 5 FM Trap 0 0 0 0 0 0 0 0 4 Combfilter 1 1 1 0 0 1 1 0 3 Active Control 1 1 1 0 0 1 1 0 2 Video Text 0 0 0 0 0 0 0 0 1 Light Sensor 1 1 1 0 0 0 1 0 0 Dual Text 0 0 0 0 0 0 0 0 Decimal 154 154 154 0 128 152 154 128 ...

Page 102: ...1 37 32PT5441 37 32PT6441 37 32PW6341 85 33PT5441 85 Bit Byte_7 OP7 7 Time Win1 0 0 0 0 0 0 0 0 6 0 0 0 0 0 0 0 0 5 0 0 0 0 0 0 0 0 4 0 0 0 0 0 0 0 0 3 0 0 0 0 0 0 0 0 2 0 0 0 0 0 0 0 0 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Decimal 0 0 0 0 0 0 0 0 ...

Page 103: ... LNA OB14 ATS EU OB13 ACI OB12 UK PNP OB11 VIRGIN MODE OB10 CHINA Option Byte 2 OP2 OB27 SC OB26 GREEN UI OB25 CHANNEL NAMING OB24 LTI OB23 TILT OB22 FINE TUNING OB21 PIP PHILIPS TUNER OB20 HUE Option Byte 3 OP3 OB37 EW FUNCTION OB36 2 TUNER PIP OB35 PIP SPLITTER OB34 SPLITTER OB33 VIRTUAL DOLBY OB32 WIDE SCREEN OB31 WSSB EU OB30 ECO SUBWOOFER ...

Page 104: ...ME LIMITER OB41 Reserved value 0 OB40 STEREO NICAM 2CS Option Byte 5 OP5 OB57 AV1 OB56 AV2 OB55 AV3 OB54 CVI OB53 SVHS2 OB52 SVHS3 OB51 HOTEL MODE OB50 Reserved value 0 Option Byte 6 OP6 OB67 PERSONAL ZAPPING OB66 Reserved value 0 OB65 FM TRAP OB64 COMB FILTER OB63 ACTIVE CONTROL OB62 VIDEO TEXT OB61 LIGHT SENSOR OB60 DUAL TEXT ...

Page 105: ...tuner is in use OB16 FM RADIO 0 FM radio feature is disabled or not applicable 1 FM radio feature is enabled OB15 LNA 0 Auto Picture Booster is not available or not applicable 1 Auto Picture Booster is available OB14 ATS 0 Automatic Tuning System ATS feature is disabled or not applicable 1 ATS feature is enabled When ATS is enabled it sorts the program in an ascending order starting from program 1...

Page 106: ... perform installation at the initial startup of the TV when VIRGIN MODE is set to 1 After installation is finished this option bit will be automatically set to 0 OB10 CHINA 0 Tuning is not for China set or this option bit is not applicable 1 Tuning is for China set Option Byte 2 OP2 OB27 SC 0 Soft clipping is disabled 1 Soft clipping is enabled OB26 GREEN UI 0 Green UI is disabled for Philips bran...

Page 107: ... ALPS MASCO compatible tuner is in use for PIP module 1 Philips compatible tuner is in use for PIP module OB20 HUE 0 Hue Tint Level is disabled or not applicable 1 Hue Tint Level is enabled Option Byte 3 OP3 OB37 EW FUNCTION 0 EW function is disabled In this case only Expand 4 3 is allowed Compress 16 9 is not applicable 1 EW function is enabled In this case both Expand 4 3 and Compress 16 9 are a...

Page 108: ...BY 0 Virtual Dolby is not applicable 1 Virtual Dolby is applicable OB32 WIDE SCREEN 0 Software is used for 4 3 sets or not applicable 1 Software is used for 16 9 sets OB31 WSSB EU 0 WSSB is disabled or not applicable 1 WSSB is enabled Note This option bit can be set to 1 only when WIDE SCREEN 1 OB30 ECO SUBWOOFER 0 Feature is disabled or not applicable 1 Feature is enabled Option Byte 4 OP4 OB47 R...

Page 109: ...ng is 0 OB42 VOLUME LIMITER 0 Volume Limiter Level is disabled or not applicable 1 Toggle Volume Limiter Level is enabled OB41 Reserved Default setting is 0 OB40 STEREO NICAM 2CS 0 For AV Stereo 1 For NICAM Stereo 2CS Option Byte 5 OP5 OB57 AV1 0 AV1 source is not present 1 AV1 source is present OB56 AV2 0 AV2 source is not present 1 AV2 source is present Note For EU when AV2 1 both EXT2 and SVHS2...

Page 110: ...on bit is not applicable for EU OB52 SVHS3 0 SVHS3 source is not available 1 SVHS3 source is available Note This option bit is not applicable for EU OB51 HOTEL MODE 0 Hotel mode is disabled or not applicable 1 Hotel mode is enabled OB50 Reserved Default setting is 0 Option Byte 6 OP6 OB67 PERSONAL ZAPPING 0 Personal Zapping feature is disabled or not applicable 1 Personal Zapping feature is enable...

Page 111: ...T is disabled or not applicable 1 Video Text DW with TXT is enabled Note For EU only OB61 LIGHT SENSOR 0 Light sensor feature is disabled or not applicable 1 Light sensor feature is enabled OB60 DUAL TEXT 0 Dual Text and Text Dual Screen are disabled or not applicable 1 Dual Text and Text Dual Screen are enabled Option Byte 7 OP7 OB77 TIME WIN1 00 The time window is set to 1 2 s 01 The time window...

Page 112: ...OB70 Reserved Default setting is 0 ITV Option Bit Assignment Table ITV Option code overview per model 27ST6210 27 32ST6210 27 Bit Byte_0 TV System 7 Not Used 0 0 6 Not Used 0 0 5 Default sound 1 1 4 BG orWEST EU 001 I or UK 010 0 0 3 DK or EAST EU 011 M 100 LL or FRANCE 101 0 0 2 Sound Board 0 0 1 Mono 000 Multi Stereo 001 1 1 0 BTSC Stereo 010 AVStereo 011 0 0 Decimal 34 34 ...

Page 113: ... 5 Rotation 0 1 4 QSS 0 0 3 Uir Msg 0 0 2 SPI I2C 1 1 1 Not Used 0 0 0 Not Used 0 0 Decimal 4 36 Bit Byte_2 Devices 7 SCAVEM 1 1 6 Comb Filter 0 1 5 EW 1 1 4 OSD FRONT 0 0 3 Radio 0 0 2 LNA 0 0 1 Tuner 1 1 0 None 00 Philips 01 Alps 10 0 0 Decimal 162 226 ...

Page 114: ...r 0 0 5 Not Used 0 0 4 Not Used 0 0 3 SmartPort 1 1 2 Active Off LED 0 0 1 WSL 0 0 0 None 00 4136 01 34836 10 1 1 Decimal 9 9 Bit Byte_4 AV Tuning 7 Not Used 0 0 6 AV3YC 0 0 5 CVI 1 1 4 AV2YC 1 1 3 AV3 1 1 2 AV2 1 1 1 AV1 0 0 0 RGB 0 0 Decimal 60 60 ...

Page 115: ... Standby 1 1 3 Buzzer Type 0 0 2 None 00 Internal 01 External 10 1 1 1 Clock Type 0 0 0 None 00 OSD 01 LED 10 1 1 Decimal 117 117 Bit Byte_6 Power 7 Not Used 0 0 6 Not Used 0 0 5 Not Used 0 0 4 Not Used 0 0 3 Not Used 0 0 2 Not Used 0 0 1 Card POR 0 0 0 Not Used 0 0 Decimal 0 0 ...

Page 116: ...Set amplitude to 10 mV and set frequency to 61 25 MHz channel 3 2 Connect a DC multimeter to pin 1 of the tuner item 1000 on the main panel 3 Activate the SAM 4 Go to the TUNER sub menu 5 Select AGC with the UP DOWN cursor keys 6 Adjust the AGC value default value is 27 with the LEFT RIGHT cursor keys until the voltage at pin 1 of the tuner lies between 3 8 and 2 3 V default value is 20 7 Switch t...

Page 117: ... keys First select the values for the NORMAL color temperature Then select the values for the COOL and WARM mode After alignment switch the set to STANDBY in order to store the alignments Default settings NORMAL color temperature 9300 K NORMAL R 26 NORMAL G 32 NORMAL B 27 COOL color temperature 12500 K DELTA COOL R 3 DELTA COOL G 0 DELTA COOL B 5 WARM color temperature 6500 K DELTA WARM R 2 DELTA ...

Page 118: ...Figure Geometry alignments ...

Page 119: ... HB Align straight horizontal lines in the top and the bottom horizontal rotation around the center Horizontal Shift HSH Align the horizontal center of the picture to the horizontal center of the CRT East West Width EWW Align the picture width until the complete test pattern is visible East West Parabola EWP Align straight vertical lines at the sides of the screen Upper Corner Parabola UCP Align s...

Page 120: ... test pattern is visible Vertical S Correction VSC Align the vertical linearity meaning that vertical intervals of a grid pattern must be equal over the entire screen height Vertical Zoom VX if present The vertical zoom is added in for the purpose of development It helps the designer to set proper values for the movie expand or movie 16x9 compress Default value is 25 V60 Delta VAM for 60Hz if pres...

Page 121: ...AM 2CS sound system EU AP except for AP NTSC set to On For AV Stereo sound system sets without NICAM set to On For all other sets NAFTA LATAM AP NTSC set to Off FMI Freq Modulation Intercarrier For NICAM 2CS sound system EU AP except for AP NTSC set to On For AV Stereo sound system sets without NICAM set to Off For dBx non dBx sound systems set to On NICAM Alignment For sets with NICAM 2CS EU AP e...

Page 122: ...ompared to the M8 L01 1 for other regions chassis are described in this chapter For the other circuit descriptions see the manual of the M8 L01 1 chassis Figures can deviate slightly from the actual situation due to different set executions For a good understanding of the following circuit descriptions please use the diagrams in sections Block Diagrams and or Electrical Diagrams Where necessary yo...

Page 123: ...meter mentioned above it also needs the Horizontal Parallelogram Horizontal Bow Horizontal Shift East West Width East West Parabola East West Upper and Lower Corners and East West Trapezium correction The Wide Screen TV sets have all the correction of the 110 deg 4 3 CRTs and also have additional picture format like the 4 3 format 16 9 14 9 16 9 zoom subtitle zoom and the Super Wide picture format...

Page 124: ... no traps bandpass filters Full multi standard color decoder One Xtal reference for all functions microprocessor RCP TXT CC RDS color decoder and stereo sound processor The tuning system features 181 channels with on screen display The main tuning system uses a tuner a microcomputer and a memory IC mounted on the main panel The microcomputer communicates with the memory IC the customer keyboard re...

Page 125: ...gnal This line is logic low 0 V under normal operation and in semi Standby of the TV and is high 3 3 V during Standby Power_down signal The AUX SMPS generates this signal It is logic high 3 3 V under normal operation of the TV and goes low 0 V when the AC power or Mains input voltage supply goes below 70 V_ac ...

Page 126: ...port This port is used to switch the AUX SMPS output V_aux On Off This is required for DVD and iDTV for future extensions Timing Diagrams Power ON To Standby Out of Standby Power OFF Figure Timing diagram Standby ...

Page 127: ...ge via winding 4 5 of L5531 connected to pin 14 of IC7531 will start the internal voltage source to charge the V_cc capacitor C2532 The IC starts to switch as soon as the V_cc reaches the V_cc start level of 9 5 V This supply is automatically taken over by winding 1 2 as soon as the V_cc is high enough and the internal supply source will stop for high efficiency switching ...

Page 128: ...e 2 Above the threshold of 3 5 V it is possible to initiate burst mode standby 11 Demag This pin is connected to the V_cc winding of 5531 It has three functions 1 During Magnetisation the input voltage is sensed to compensate OCP level for OPP 2 During demagnetisation the output voltage is sensed for OVP and 3 A comparator is used to prevent continuous conduction when output is overloaded 12 Sense...

Page 129: ...bout 8 7 V the IC will stop switching Note This pin is not self supplied by internal source like in TEA1507 3 Gnd This pin is Ground of the IC 6 Ctrl This pin is connected to the feedback loop The pin will control the on time between 1 V to 1 5 V 7 Demag This pin is connected to the Vcc winding of 5512 It contains three functions 1 During magnetisation the input voltage is sensed to compensate OCP...

Page 130: ... Synchronization Before the Hercules IC7200 can generate horizontal drive pulses the 3 3V supply voltages must be present After the start up command of the microprocessor via I2C the Hercules outputs the horizontal pulses These horizontal pulses begin initially with double line frequency and then change gradually to line frequency in order to limit the current in the line stage slow start The VDRA...

Page 131: ...king on EW If the voltage at pin 97 exceeds 3 9 V the over voltage protection will be activated and the horizontal drive is switched off via a slow stop Horizontal Deflection There are several executions depending on the CRT Sets with no East West correction The principle of the horizontal deflection is based on the quasi diode modulation circuit This horizontal deflection circuit supplies the def...

Page 132: ...ply taken from 6V of the Aux supply and subsequently taking from VlotAux 9V When the H drive is high TS7404 conducts and transformer L5402 starts to store energy The base of the line transistor TS7405 is low and therefore blocks The current in the deflection coil returns from diode D6404 Second Part of Scan When the H drive is low TS7404 does not conduct and the energy that is stored in the transf...

Page 133: ...onic beam needs to travel a longer distance to both sides of the screen than the center the middle of the screen would become narrower than both sides To prevent this a parabolic voltage is applied across the deflection coil during scan To create this parabolic voltage a capacitor called S cap C2417 C2418 is used as a voltage source during scan The sawtooth current of the deflection through this c...

Page 134: ...veform EW_DRIVE from the Hercules frame frequency is sampled with a saw tooth line frequency taken from the line aux output Then a series of width modulated pulses is formed via two inverted phase amplifiers filtered by an inductor which then directly drive the diode modulated line circuit East West Correction To achieve a good geometry dynamic S correction is needed The design is such that the tu...

Page 135: ...e signal is low and therefore TS7463 is switched off When the 4 3 mode is selected this signal from the UOC is pulled high switching TS7463 on The relay 1463 on the Panorama panel is subsequently turned on and in effect paralleling capacitor C2475 C2474 to the S Cap C2469 C2470 This changes the overall effective S correction The relay is switched on in 4 3 and Superwide picture modes Auxiliary Vol...

Page 136: ...nt changes This EHT_info is used to compensate the picture geometry via pin 97 of the Hercules when the picture changes rapidly and compensate the phase 2 loop via pin 113 of the Hercules Also from the EHT_info line a BCL signal is derived and sent to the Hercules for controlling the picture s contrast and brightness When the picture content becomes brighter it will introduce Geometry distortion d...

Page 137: ...ve or less active EHT_info The PHI2 correction is to correct the storage time deviation of the Line Output Transistor which is causing geometry distortion due to brightness change Line EHT_info is to correct the geometry distortion due to EHT deviation Both of them feedback through the EHTO and PH2LF pin and correct the geometry through the East West circuit Power Down The power down connection is...

Page 138: ...available signals The vertical parabola is using RC integration via R3403 and C2401 on the Frame sensing resistor saw tooth Frame_FB The horizontal parabola is obtained by 2 RC integration R3409 R3410 C2402 C2403 on the 9V LOT output Both of the parabolas are added on the output stage through adder TS7402 and TS7403 The collector of TS7402 emitter drives TS7401 and is amplified by pull up resistor...

Page 139: ...flyback supply is derived from D6455 D6456 and C2456 This circuit is a voltage doubler which stores energy in C2456 during the Line flyback period and delivers the energy to C2465 during the Line scanning period Throughout the Frame period the charging and discharging of C2456 works alternatively However at the first half of the Frame scanning TS7451 is on and consumes all the charge from C2456 Wh...

Page 140: ...start up is not required because this IC has the error correction implemented Scavem In certain versions the Scavem feature is used to enhance the sharpness of the picture The RGB signals are first differentiated and subsequently amplified before feeding to an auxiliary coil known as the SVM coil The current flowing through the SVM coil during the picture intensity transients modulates the deflect...

Page 141: ...rent buffer delivering the current to the output stage The diode D6361 is to lightly bias these transistors to get rid of the zero crossover of the stage After that the signal is ac coupled to TS7363 and TS7364 where the emitter resistors R3364 and R3370 will determine the final SCAVEM current TS7363 and TS7364 are biased by R3363 R3366 R3367 and R3368 C2387 R3388 R3389 R3365 R3369 C2384 and C2385...

Page 142: ...h Closed Caption Block Diagram The block diagram of the Micro Controller application is shown below Figure Micro Controller block diagram Basic Specification The Micro Controller operates at the following supply voltages 3 3 V_dc at pins 33 125 and 19 1 8 V_dc at pins 126 36 and 33 I2C pull up supply 3 3V_dc ...

Page 143: ...rts used for the L04 control Table Micro Controller ports overview Pin Name Description Configuration 32 INT0 P0 5 IR INT0 31 P1 0 INT1 PWRDOWN INT1 30 P1 1 T0 LED P1 1 27 P0 4 I2SWS for future use 26 P0 3 I2SCLK for future use 25 P0 2 I2SDO2 SEL_SC2_INTERFACE SDM P0 2 24 P0 1 I2SDO1 for future use P0 1 23 P0 0 I2SDI O Panorama P0 0 22 P1 3 T1 Write Protect P1 3 21 P1 6 SCL SCL SCL 20 P1 7 SDA SDA...

Page 144: ...1 4 RX E for future use 1 P1 5 TX D for future use The description of each functional pin is explained below LED This signal is used as an indication for the Standby Remote and Error Indicator Region diversity During protection mode the LED blinks and the set is in standby mode During error conditions it blinks at a predefined rate After receiving a valid RC 5 or local keyboard command it flashes ...

Page 145: ...to an RC5 remote control receiver SEL IF LL M TRAP For AP All L04 AP sets are Multi System QSS set This is an output pin to switch the Video SAW filter between M system and other systems 0 NTSC M default 1 PAL B G DK I L Write Protect The global protection line is used to enable and disable write protection to the NVM When write to the NVM is required pin 7 of the NVM must be pulled to logic 0 fir...

Page 146: ...able Local keyboard values Function Voltage V_dc Step values 8 bit NAFTA Standby 0 0 6 Ch 0 43 7 33 Exit Factory Ch and Vol 0 69 34 53 Ch 0 93 54 73 Menu Vol and Vol 1 19 74 96 Vol 1 49 97 121 DVD Eject 1 8 122 147 Vol 2 12 148 169 SDM This pin is configured as Open Drain during the cold start only If this pin is shorted to ground during cold start it will enter the SDM mode for Service use ISP Th...

Page 147: ...means of Option Settings Some features Multi Standard alignment free PLL IF including SECAM L L Integrated IF AGC time constant Integrated sound band passes and traps 4 5 5 5 6 0 6 5 MHz Group delay compensation for NTSC and for PAL QSS versions with digital Second Sound IF SSIF AM demodulator for free FM mono operation possible Inter Carrier or QSS Diversity The following Tuners can be present de...

Page 148: ... Pin Assignments and Functionality Pin assignment of the Tuner Table Pinning Tuner Pin Pin Description DC Voltages 1 RF AGC 4V for Maximum Gain 4V for Strong Signal Condition 2 FM Radio Input or N C 3 NC Address Pin 4 SCL 0 to 3 3 V_dc 5 SDA 0 to 3 3 V_dc 6 7 Supply Voltage 5 V_dc 0 25 V 8 N C 9 Tuning Supply Voltage 30 to 35 V_dc 10 FM Radio IF Output Ground 11 TV IF Output ...

Page 149: ...put Input 2 Input Ground Input Ground Switching Input Input Ground 3 Ground Ground Ground Ground 4 Output Output Output Output 5 Output Output Output Output 6 n c 7 n c 8 Ground 9 Free 10 Switching input The table below shows the switching behavior of SAW filter Table Switching behavior SAW filter Condition High Low System M BG DK I L Note The logic level is measured at the base of transistor 7001...

Page 150: ...t 0 OP_CHINA For more details on the option settings please refer to the chapter 8 Alignments Source Select For this chassis the audio video source selection is controlled via the Hercules The Audio Video Source Select is one of the more complex functions due to its diversity and complex switching The Audio Video Source Select comprises of the following components The Hercules itself for Mono Audi...

Page 151: ...3 Bit 4 CVI Bit 3 SVHS2 Bit 2 SVHS3 Bit 1 HOTEL MODE Bit 0 For more detail on the option settings please refer to the chapter 8 Alignments Diversity The basic diversity of the Audio Video Source Select is between the Mono and the Stereo sets and the number of Cinch SCART s as specified in the product specification The table below shows the Audio Video Source Select diversity for all regions ...

Page 152: ...NSSW3 74 CVBS2 Y2 95 AUDIO IN5 L 94 AUDIO IN5 R AV1 CVI 73 AUDIO IN3 L 72 AUDIO IN3 R 71 CVBS3 Y3 70 C2 C3 AV2 SVHS 80 AUDIO IN4 L 79 AUDIO IN4 R 78 CVBS4 Y4 77 C4 Side SHVS 81 IFVO SVO CVBSI 67 AUD OUT HP L 66 AUD OUT HP R Monitor Out 69 AUD OUT LS L AUD OUT AM OUT 68 AUD OUT LS R HP LS Out ...

Page 153: ... B Pb IN2 57 Y IN G Y IN2 CVBS Yx 54 U OUT INSSW2 76 AUDIO IN2 L 75 AUDIO IN2 R Interface 86 DVBO IFVO FMRO N C 65 CVBSO PIP PIP application 56 Y SYNC 100 nF 55 Y OUT 100 nF 53 V OUT SWO N C 93 AUD OUT S L N C 92 AUD OUT S R N C ...

Page 154: ...86 DVBO IFVO FMRO 95 AUDIO IN5 L 94 AUDIO IN5 R 93 AUD OUT S L 92 AUD OUT S R SCART 1 71 CVBS3 Y3 70 C2 C3 81 IFVO SVO CVBSI 73 AUDIO IN3 L 72 AUDIO IN3 R 67 AUD OUT HP L 66 AUD OUT HP R SCART 2 80 AUDIO IN4 L 79 AUDIO IN4 R 78 CVBS4 Y4 77 C4 Side I O 69 AUD OUT LS L AUD OUT AM OUT 68 AUD OUT LS R LS HP MON OUT ...

Page 155: ...ecoder block of the Hercules are selectable and consist of the following depending on the transmission DEC L R Can be NICAM FM 2CS or BTSC Stereo Mono Refers to fallback forced Mono in Stereo Transmission SAP For L04 the assigned I O with respect to the Hercules is as follows SCART1 or AV1 Input assigned to Audio In 5 SCART2 or AV2 Input assigned to Audio In 3 Side AV Input assigned to Audio In 4 ...

Page 156: ...als are converted to YUV and looped through an external interface This to enable picture improvement features like LTI CTI or PIP Video Processing The Video Processor is basically the Hercules and the TDA9178 CTI LTI Video processing is done in these two chips such as the Brightness Control Contrast Control and so on Some features Full YUV loop interface alternative functions DVD RGB or Y C Intern...

Page 157: ...Brightness Control Contrast Control Saturation Control Sharpness Control Peak White Limiter Beam Current Limiter Black Stretch Contrast Plus For sets with the TDA9178 there are two extra features Luminance Transient Improvement LTI Color Transient Improvement CTI ...

Page 158: ...e TDA9178 is an I2C bus controlled IC INCREDIBLE chip with YUV interface This IC can do mainly histogram processing color transient improvement CTI and line transient improvement LTI Luminance Vector Processing involves histogram function which provides scene dependent contrast improvement adaptive black and white point stretching ...

Page 159: ...icture Table Pinning overview TDA9178 Pin Symbol Description 1 SC Sandcastle input pin 2 n c Not connected pin 3 ADEXT1 External AD conversion 1 input pin 4 ADEXT2 External AD conversion 2 input pin 5 ADEXT3 External AD conversion 3 input pin 6 Y in Luminance input pin 7 ADR Address selection input pin 8 U in B Y signal input pin 9 V in R Y signal input pin 10 TP Testpin connected to ground 11 SCL...

Page 160: ...n 23 n c Not connected pin 24 n c Not connected pin Options The option settings allow for process of the video as per set specification The option settings can be found in Option 2 and Option 6 in the SAM mode The option settings are as follows Option Byte 2 Bit 7 Bit 6 OP_GREEN_UI Bit 5 OP_CHANNEL_NAMING Bit 4 OP_LTI Bit 3 OP_TILT Bit 2 OP_FINE_TUNING Bit 1 OP_PIP_PHILIPS_TUNER Bit 0 OP_HUE ...

Page 161: ... from the Tuner is fed directly to either the Video IF or the Sound IF input depending on the type of concept chosen There are mainly two types of decoder in the Hercules an analog decoder that decodes only Mono regardless of any standards and a digital decoder or DEMDEC that can decode both Mono as well as Stereo again regardless of any standards In this chassis the analog decoder is used in two ...

Page 162: ...epending on the region The systems or region chosen will in turn affect the type of sound standard that is are allowed to be decoded For the case of Europe the standard consists of BG DK I LL for a Multi System set There are also versions of Eastern Europe and Western Europe set and the standard for decoding will be BG DK and I DK respectively FM Radio is a feature diversity for the Europe sets Th...

Page 163: ...or AV Stereo Bass Feature that includes Dynamic Ultra Bass Dynamic Bass Enhancement BBE not for AV Stereo Auto Volume Leveler 5 Band Equalizer Loudness Control All the features stated are available for the Full Stereo versions and limited features for the AV Stereo Audio Amplifier The audio amplifier part is very straightforward It uses the integrated power amplifier TDA2616Q and delivers a maximu...

Page 164: ...ionality of the Audio Amplifier Table Pinning overview TDA2616 Pin Pin Name Normal Operation 1 Input Left Input AC signal 2 Mute 16 V_dc 3 Ground 0 V 4 Output L Channel AC waveform 5 Supply Voltage negative 16 V_dc 6 Output R Channel AC waveform 7 Supply Voltage positive 16 V_dc 8 Inverting inputs L and R 0 V 9 Input Right Input AC signal ...

Page 165: ... Automatic Frequency Control control signal used to tune to the correct frequency AFT Automatic Fine Tuning AGC Automatic Gain Control algorithm that controls the video input of the feature box AM Amplitude Modulation AP Asia Pacific region AR Aspect Ratio 4 by 3 or 16 by 9 ATS Automatic Tuning System AV External Audio Video AVL Automatic Volume Leveler BCL Beam Current Limitation B G Monochrome T...

Page 166: ...lor Transient Improvement manipulates steepness of chroma transients CVBS Composite Video Blanking and Synchronization CVI Component Video Input DAC Digital to Analogue Converter DBX Dynamic Bass Expander or noise reduction system in BTSC D K Monochrome TV system Sound carrier distance is 6 5 MHz DFU Direction For Use description for the end user DNR Dynamic Noise Reduction DSP Digital Signal Proc...

Page 167: ...lection of the set EXT External source entering the set via SCART or Cinch FBL Fast Blanking DC signal accompanying RGB signals FILAMENT Filament of CRT FM Field Memory or Frequency Modulation H Horizontal sync signal HP Headphone I Monochrome TV system Sound carrier distance is 6 0 MHz I2C Integrated IC bus IF Intermediate Frequency IIC Integrated IC bus ITV Institutional TV LATAM Latin American ...

Page 168: ...nly used in Europe NTSC National Television Standard Committee Color system mainly used in North America and Japan Color carrier NTSC M N 3 579545 MHz NTSC 4 43 4 433619 MHz this is a VCR norm it is not transmitted off air NVM Non Volatile Memory IC containing TV related data e g alignments OB Option Bit OC Open Circuit OP Option Byte OSD On Screen Display PAL Phase Alternating Line Color system m...

Page 169: ...ontrol handset RGB Red Green and Blue video signals ROM Read Only Memory SDAM Service Default Alignment Mode SAP Second Audio Program SC Sandcastle pulse derived from sync signals S C Short Circuit SCL Serial Clock SDA Serial Data SECAM SEequence Couleur Avec Memoire Color system mainly used in France and East Europe Color carriers 4 406250 MHz and 4 250000 MHz SIF Sound Intermediate Frequency SS ...

Page 170: ... Ultimate One Chip V Vertical sync signal V_BAT Main supply voltage for the deflection stage mostly 141 V V chip Violence Chip VCR Video Cassette Recorder WYSIWYR What You See Is What You Record record selection that follows main picture and sound XTAL Quartz crystal YC Luminance Y and Chrominance C signal ...

Page 171: ...ows the internal block diagrams and pin layouts of ICs that are drawn as black boxes in the electrical diagrams with the exception of memory and logic ICs Diagram H TDA9178 IC7610 Figure Internal Block Diagram and Pin Configuration ...

Page 172: ...All Models 7661 Chassis Overview ...

Page 173: ...All Models 7661 Power Supply A1 ...

Page 174: ...All Models 7661 Deflection A2 ...

Page 175: ...All Models 7661 Tuner IF A3 ...

Page 176: ...All Models 7661 Hercules A4 ...

Page 177: ...All Models 7661 Features Connectivities A5 ...

Page 178: ...All Models 7661 Class D Audio Amplifier A6 ...

Page 179: ...All Models 7661 Audio Amplifier A7 ...

Page 180: ...All Models 7661 Rear I O Cinch A8 ...

Page 181: ...All Models 7661 Front Control A9 ...

Page 182: ...All Models 7661 DVD Power Supply A10 ...

Page 183: ...All Models 7661 CRT Panel B1 ...

Page 184: ...All Models 7661 Eco Scavem B2 ...

Page 185: ...All Models 7661 Side AV Headphone Panel D ...

Page 186: ...USED ONLY IN MODELS 25PT6341 85 7661 Side Jack Panel Wide ...

Page 187: ...NOT USED IN MODELS 25PT6341 85 27MS6341 37 27PT5441 37 32MS6341 37 32PT5441 37 33PT5441 85 7661 Top Control Panel E ...

Page 188: ...USED ONLY IN MODELS 27MS6341 37 32MS6341 37 7661 Top Control Panel Round ...

Page 189: ...USED ONLY IN MODELS 26PW6341 37 28PW6341 85 30PW6341 37 32PW6341 85 7661 Linearity Panorama Panel G ...

Page 190: ...NOT USED IN MODELS 27ST6210 27 7661 LTI CTI Interface Panel H ...

Page 191: ...NOT USED IN MODELS 25PT6341 85 27PT5441 37 32PT5441 37 33PT5441 85 7661 Front Interface Panel J ...

Page 192: ...USED ONLY IN MODELS 27ST6210 27 7661 EPS Module ...

Page 193: ...USED ONLY IN MODELS 27ST6210 27 7661 SP LS Module ...

Page 194: ...USED ONLY IN MODELS 27ST6210 27 7661 ITV Interface Module ...

Page 195: ...All Models 7661 Layout Mono Carrier Top Side ...

Page 196: ...All Models 7661 Layout Mono Carrier Overview Bottom Side ...

Page 197: ...All Models 7661 Layout CRT Panel Top Side ...

Page 198: ...All Models 7661 Layout CRT Panel Bottom Side ...

Page 199: ...All Models 7661 Layout Side AV Headphone Panel Top Side ...

Page 200: ...All Models 7661 Layout Side AV Headphone Panel Bottom Side ...

Page 201: ...USED ONLY IN MODELS 25PT6341 85 7661 Side Jack Panel Wide Top Side ...

Page 202: ...USED ONLY IN MODELS 25PT6341 85 7661 Side Jack Panel Wide Bottom Side ...

Page 203: ...NOT USED IN MODELS 25PT6341 85 27MS6341 37 27PT5441 37 32MS6341 37 32PT5441 37 33PT5441 85 7661 Layout Top Control Panel Top Side ...

Page 204: ...NOT USED IN MODELS 25PT6341 85 27MS6341 37 27PT5441 37 32MS6341 37 32PT5441 37 33PT5441 85 7661 Layout Top Control Panel Bottom Side ...

Page 205: ...USED ONLY IN MODELS 27MS6341 37 32MS6341 37 7661 Top Control Panel Round Top Side ...

Page 206: ...USED ONLY IN MODELS 27MS6341 37 32MS6341 37 7661 Top Control Panel Round Bottom Side ...

Page 207: ...USED ONLY IN MODELS 26PW6341 37 28PW6341 85 30PW6341 37 32PW6341 85 7661 Layout Linearity Panorama Panel Top Side ...

Page 208: ...NOT USED IN MODELS 27ST6210 27 7661 Layout LTI CTI Interface Panel Top Side ...

Page 209: ...NOT USED IN MODELS 27ST6210 27 7661 Layout LTI CTI Interface Panel Bottom Side ...

Page 210: ...NOT USED IN MODELS 25PT6341 85 27PT5441 37 32PT5441 37 33PT5441 85 7661 Layout Front Interface Panel Top Side ...

Page 211: ...NOT USED IN MODELS 25PT6341 85 27PT5441 37 32PT5441 37 33PT5441 85 7661 Layout Front Interface Panel Bottom Side ...

Page 212: ...USED ONLY IN MODELS 27ST6210 27 7661 EPS Module Top Side ...

Page 213: ...USED ONLY IN MODELS 27ST6210 27 7661 SP LS Module Top Side ...

Page 214: ...USED ONLY IN MODELS 27ST6210 27 7661 SP LS Module Bottom Side ...

Page 215: ...USED ONLY IN MODELS 27ST6210 27 7661 ITV Interface Module Top Side ...

Page 216: ...USED ONLY IN MODELS 27ST6210 27 7661 ITV Interface Module Bottom Side ...

Page 217: ...All Models 7661 Testpoint Overview Mono Carrier ...

Page 218: ...All Models 7661 Testpoint Overview CRT ...

Page 219: ...All Models 7661 Testpoint Overview LTI Panel ...

Page 220: ...All Models 7661 Wiring Diagram ...

Page 221: ...All Models 7661 Block Diagram Supply and Deflection ...

Page 222: ...All Models 7661 Block Diagram Video ...

Page 223: ...All Models 7661 Block Diagram Audio Control ...

Page 224: ...All Models 7661 I2C and Supply Voltage Overview ...

Page 225: ...4337 Res Zero ohm Chip Jumper 3198 021 90030 4374 Res Zero ohm Chip Jumper 3198 021 90030 5330 Fixed Inductor 100MHz 50R 3198 018 90010 5331 Fixed Inductor 100MHz 50R 3198 018 90010 5351 Coil 22u 2422 535 97333 5352 Coil 220n 2422 535 94257 5361 Fixed Inductor 100MHz 50R 3198 018 90010 6331 Diode Signal BAV21 3198 010 10070 6332 Diode Signal BAV21 3198 010 10070 6333 Diode Signal BAV21 3198 010 10...

Page 226: ... 10n 10 50v Ceramic 3198 017 31030 2253 Cap 10n 10 50v Ceramic 3198 017 31030 2254 Cap 4n7 10 50v Ceramic 3198 017 34720 2255 Cap 10n 10 50v Ceramic 3198 017 31030 2256 Cap 100n 10 16v Ceramic 3198 017 31040 2257 Cap 3n3 10 50v Ceramic 3198 017 33320 2260 Cap 100n 10 16v Ceramic 3198 017 31040 2261 Cap 100n 10 16v Ceramic 3198 017 31040 2262 Cap 10n 10 50v Ceramic 3198 017 31030 2263 Cap 100n 10 1...

Page 227: ... Glas 3198 021 31010 3237 Res 1K 5 1 16W Metalized Glass 3198 021 31020 3238 Res 4K7 5 1 16W Metalized Glass 3198 021 34720 3239 Res 1K2 5 1 6W CF SEE KNOWN FAULTS 3198 011 01220 3240 Res 22K 5 1 16W Metalized Glass 3198 021 32230 3241 Res 39K 1 3 5W Metal Film 2312 915 13903 3242 Res 47K 5 1 16W Metalized Glass 3198 021 34730 3243 Res 33K 5 1 16W Metalized Glass 3198 021 33330 3244 Res 100 ohm 5 ...

Page 228: ...es Zero ohm Chip Jumper 3198 021 90030 4107 Res Zero ohm Chip Jumper 3198 021 90030 4108 Res Zero ohm Chip Jumper 3198 021 90030 4116 Res Zero ohm Chip Jumper 3198 021 90030 4136 Res Zero ohm Chip Jumper 3198 021 90030 4209 Res Zero ohm Chip Jumper 3198 021 90030 4212 Res Zero ohm Chip Jumper 3198 021 90030 4221 Res Zero ohm Chip Jumper 3198 021 90030 4222 Res Zero ohm Chip Jumper 3198 021 90030 4...

Page 229: ...8MM 3198 036 90010 9138 Wire Jumper 0 58MM 3198 036 90010 9202 Wire Jumper 0 58MM 3198 036 90010 9203 Wire Jumper 0 58MM 3198 036 90010 9204 Wire Jumper 0 58MM 3198 036 90010 9205 Wire Jumper 0 58MM 3198 036 90010 9206 Wire Jumper 0 58MM 3198 036 90010 9207 Wire Jumper 0 58MM 3198 036 90010 9208 Wire Jumper 0 58MM 3198 036 90010 9209 Wire Jumper 0 58MM 3198 036 90010 9210 Wire Jumper 0 58MM 3198 0...

Page 230: ...6 90010 9605 Wire Jumper 0 58MM 3198 036 90010 9631 Wire Jumper 0 58MM 3198 036 90010 9633 Wire Jumper 0 58MM 3198 036 90010 9637 Wire Jumper 0 58MM 3198 036 90010 9639 Wire Jumper 0 58MM 3198 036 90010 9642 Wire Jumper 0 58MM 3198 036 90010 9643 Wire Jumper 0 58MM 3198 036 90010 9653 Wire Jumper 0 58MM 3198 036 90010 9660 Wire Jumper 0 58MM 3198 036 90010 9661 Wire Jumper 0 58MM 3198 036 90010 96...

Page 231: ...lass 3198 021 36830 3381 Res 10 ohm 5 1 6W Carbon Film 3198 011 01090 3383 Res 3K3 5 1 10W Metalized Glass 3198 021 53320 3384 Res 10K 5 1 16W Metalized Glass 3198 021 31030 3385 Res 680 ohm 5 1 16W Metalized Glas 3198 021 36810 3387 Res 1K8 5 1 16W Metalized Glass 3198 021 31820 3388 Res 33 ohm 5 1 16W Metalized Glass 3198 021 33390 3389 Res 33 ohm 5 1 16W Metalized Glass 3198 021 33390 3390 Res ...

Page 232: ...Connector 4 Pin 2422 025 15503 1451 Connector 2 Pin 2422 025 10646 1452 Fuse 1 25 Amp 250V 2422 086 10282 1454 Fuse 1 25 Amp 250V 2422 086 10282 S 1500 Fuse 4A 250V IEC 2422 086 10914 S 1503 Relay 12V 5A G5PA 1 2422 132 07444 1504 Connector 2 Pin 2422 025 16375 1505 Connector 2 Pin 2422 025 16269 1682 Connector 3 Pin 2412 020 00725 1693 Connector 6 Pin 2422 025 12482 2001 Cap 22p 5 50v Ceramic 319...

Page 233: ...5 50v Ceramic 3198 016 33390 2627 Cap 33p 5 50v Ceramic 3198 016 33390 2628 Cap 33p 5 50v Ceramic 3198 016 33390 2629 Cap 33p 5 50v Ceramic 3198 016 33390 2630 Cap 1n 10 50v Ceramic 3198 017 31020 2986 Cap 100n 10 16v Ceramic 3198 017 31040 2987 Cap 100n 10 16v Ceramic 3198 017 31040 2988 Cap 100n 10 16v Ceramic 3198 017 31040 2989 Cap 1u 80 20 10v Ceramic 3198 017 41050 2990 Cap 1n 5 25v Ceramic ...

Page 234: ...lass 3198 021 53340 3497 Res 1 ohm 5 1 2W Metal Film 2306 207 03108 3498 Res 4K7 5 1 16W Metalized Glass 3198 021 34720 3499 Res 680K 5 1 10W Metalized Glass 3198 021 56840 3500 Res 3M3 5 1 2W Metalized Glass 2322 242 13335 3501 Res 3M3 5 1 2W Metalized Glass 2322 242 13335 3502 Res 220 ohm 20 1 2W Carbon Film 3198 013 02210 S 3503 Surge Protector 2422 549 43073 3504 Res 1M5 5 1 2W Metalized Glass...

Page 235: ...r Diode 6 8 volt 3198 020 56880 6483 Diode BAV21WS 9322 197 45703 6484 Diode BAV21WS 9322 197 45703 6486 Diode Signal BAV21 3198 010 10070 6488 Diode Signal BAS316 3198 010 10630 6489 Zener Diode 33 volt 3198 020 53390 6500 Diode Bridge Rect GBU6JL 7002 9322 138 08667 6511 Diode Rect RGP10D 9337 516 60673 6512 Diode Signal BAT51 SOD323 3198 010 10660 6514 Diode Signal BAS316 3198 010 10630 6531 Ze...

Page 236: ...att Carbon Res 5 3198 011 01010 9475 Wire Jumper 0 58MM 3198 036 90010 9476 Wire Jumper 0 58MM 3198 036 90010 9477 Wire Jumper 0 58MM 3198 036 90010 9478 Wire Jumper 0 58MM 3198 036 90010 9479 Wire Jumper 0 58MM 3198 036 90010 9480 Wire Jumper 0 58MM 3198 036 90010 9481 Wire Jumper 0 58MM 3198 036 90010 9482 Wire Jumper 0 58MM 3198 036 90010 9483 Wire Jumper 0 58MM 3198 036 90010 9484 Wire Jumper ...

Page 237: ... 1 16W Metalized Glass 3198 021 33390 4337 Res Zero ohm Chip Jumper 3198 021 90030 4374 Res Zero ohm Chip Jumper 3198 021 90030 5330 Fixed Inductor 100MHz 50R 3198 018 90010 5331 Fixed Inductor 100MHz 50R 3198 018 90010 5351 Coil 22u 2422 535 97333 5352 Coil 220n 2422 535 94257 5361 Fixed Inductor 100MHz 50R 3198 018 90010 6331 Diode Signal BAV21 3198 010 10070 6332 Diode Signal BAV21 3198 010 100...

Page 238: ...100n 10 16v Ceramic 3198 017 31040 2233 Cap 100n 10 16v Ceramic 3198 017 31040 2234 Cap 100u 20 25v Electrolytic 3198 025 31010 2235 Cap 6n8 10 50v Ceramic 3198 017 36820 2236 Cap 10n 10 50v Ceramic 3198 017 31030 2237 Cap 100n 10 16v Ceramic 3198 017 31040 2238 Cap 220n 80 20 16v Ceramic 3198 017 42240 2239 Cap 220n 80 20 16v Ceramic 3198 017 42240 2240 Cap 1u5 20 50v Electrolytic 2020 021 90137 ...

Page 239: ...talized Glas 3198 021 31510 3221 Res 270 ohm 5 1 16W Metalized Glas 3198 021 32710 3222 Res 680 ohm 5 1 16W Metalized Glas 3198 021 36810 3224 Res 680K 5 1 6W Carbon Film 3198 011 06840 3225 Res 100 ohm 5 1 16W Metalized Glas 3198 021 31010 3226 Res 100 ohm 5 1 16W Metalized Glas 3198 021 31010 3227 Res 100 ohm 5 1 16W Metalized Glas 3198 021 31010 3228 Res 100 ohm 5 1 16W Metalized Glas 3198 021 ...

Page 240: ...Glass 3198 021 31090 3991 Res 39K 5 1 16W Metalized Glass 3198 021 33930 3992 Res 10K 5 1 16W Metalized Glass 3198 021 31030 3993 Res 10 ohm 5 1 16W Metalized Glass 3198 021 31090 3994 Res 68K 5 1 16W Metalized Glass 3198 021 36830 3995 Res 4K7 5 1 16W Metalized Glass 3198 021 34720 4000 Res Zero ohm Chip Jumper 3198 021 90030 4001 Res Zero ohm Chip Jumper 3198 021 90030 4002 Res Zero ohm Chip Jum...

Page 241: ...N BC847B 3198 010 42030 7990 IC TDA2616Q N1 9350 404 40112 7991 Transistor NPN BC847B 3198 010 42030 7992 Transistor NPN BC847B 3198 010 42030 8401 Cable 5 Pin 560mm 3139 121 09041 9002 Wire Jumper 0 58MM 3198 036 90010 9112 Wire Jumper 0 58MM 3198 036 90010 9113 Wire Jumper 0 58MM 3198 036 90010 9114 Wire Jumper 0 58MM 3198 036 90010 9116 Wire Jumper 0 58MM 3198 036 90010 9120 Wire Jumper 0 58MM ...

Page 242: ...umper 0 58MM 3198 036 90010 9577 Wire Jumper 0 58MM 3198 036 90010 9582 Wire Jumper 0 58MM 3198 036 90010 9583 Wire Jumper 0 58MM 3198 036 90010 9584 Wire Jumper 0 58MM 3198 036 90010 9585 Wire Jumper 0 58MM 3198 036 90010 9586 Wire Jumper 0 58MM 3198 036 90010 9587 Wire Jumper 0 58MM 3198 036 90010 9589 Wire Jumper 0 58MM 3198 036 90010 9590 Wire Jumper 0 58MM 3198 036 90010 9605 Wire Jumper 0 58...

Page 243: ...ip Jumper 3198 021 90030 4374 Res Zero ohm Chip Jumper 3198 021 90030 5330 Fixed Inductor 100MHz 50R 3198 018 90010 5331 Fixed Inductor 100MHz 50R 3198 018 90010 5351 Coil 22u 2422 535 97333 5361 Fixed Inductor 100MHz 50R 3198 018 90010 6331 Diode Signal BAV21 3198 010 10070 6332 Diode Signal BAV21 3198 010 10070 6333 Diode Signal BAV21 3198 010 10070 6361 Diode Signal BAV99 3198 010 10620 6376 Di...

Page 244: ...31030 2253 Cap 10n 10 50v Ceramic 3198 017 31030 2254 Cap 220n 10 10v Ceramic 3198 017 32240 2255 Cap 10n 10 50v Ceramic 3198 017 31030 2256 Cap 100n 10 16v Ceramic 3198 017 31040 2257 Cap 3n3 10 50v Ceramic 3198 017 33320 2260 Cap 100n 10 16v Ceramic 3198 017 31040 2261 Cap 100n 10 16v Ceramic 3198 017 31040 2262 Cap 10n 10 50v Ceramic 3198 017 31030 2263 Cap 100n 10 16v Ceramic 3198 017 31040 22...

Page 245: ...230 3241 Res 39K 1 3 5W Metal Film 2312 915 13903 3242 Res 47K 5 1 16W Metalized Glass 3198 021 34730 3243 Res 33K 5 1 16W Metalized Glass 3198 021 33330 3244 Res 100 ohm 5 1 16W Metalized Glas 3198 021 31010 3247 Res 390 ohm 5 1 16W Metalized Glas 3198 021 33910 3248 Res 100 ohm 5 1 16W Metalized Glas 3198 021 31010 3249 Res 100 ohm 5 1 6W Carbon Film 3198 011 01010 3250 Res 2K2 5 1 16W Metalized...

Page 246: ... Chip Jumper 3198 021 90030 4221 Res Zero ohm Chip Jumper 3198 021 90030 4222 Res Zero ohm Chip Jumper 3198 021 90030 4223 Res Zero ohm Chip Jumper 3198 021 90020 4226 Res Zero ohm Chip Jumper 3198 021 90030 4227 Res Zero ohm Chip Jumper 3198 021 90030 4240 Res Zero ohm Chip Jumper 3198 021 90030 4241 Res Zero ohm Chip Jumper 3198 021 90030 4470 Res Zero ohm Chip Jumper 3198 021 90030 4492 Res Zer...

Page 247: ...036 90010 9214 Wire Jumper 0 58MM 3198 036 90010 9216 Wire Jumper 0 58MM 3198 036 90010 9217 Wire Jumper 0 58MM 3198 036 90010 9218 Wire Jumper 0 58MM 3198 036 90010 9219 Wire Jumper 0 58MM 3198 036 90010 9220 Wire Jumper 0 58MM 3198 036 90010 9221 Wire Jumper 0 58MM 3198 036 90010 9222 Wire Jumper 0 58MM 3198 036 90010 9223 Wire Jumper 0 58MM 3198 036 90010 9224 Wire Jumper 0 58MM 3198 036 90010 ...

Page 248: ...6 90010 9653 Wire Jumper 0 58MM 3198 036 90010 9660 Wire Jumper 0 58MM 3198 036 90010 9661 Wire Jumper 0 58MM 3198 036 90010 9662 Wire Jumper 0 58MM 3198 036 90010 9663 Wire Jumper 0 58MM 3198 036 90010 9664 Wire Jumper 0 58MM 3198 036 90010 9665 Wire Jumper 0 58MM 3198 036 90010 9666 Wire Jumper 0 58MM 3198 036 90010 9683 Wire Jumper 0 58MM 3198 036 90010 9688 Wire Jumper 0 58MM 3198 036 90010 96...

Page 249: ...ss 3198 021 33390 3389 Res 33 ohm 5 1 16W Metalized Glass 3198 021 33390 4337 Res Zero ohm Chip Jumper 3198 021 90030 4374 Res Zero ohm Chip Jumper 3198 021 90030 5330 Fixed Inductor 100MHz 50R 3198 018 90010 5331 Fixed Inductor 100MHz 50R 3198 018 90010 5351 Coil 22u 2422 535 97333 5361 Fixed Inductor 100MHz 50R 3198 018 90010 6331 Diode Signal BAV21 3198 010 10070 6332 Diode Signal BAV21 3198 01...

Page 250: ... 10 16v Ceramic 3198 017 31040 2233 Cap 100n 10 16v Ceramic 3198 017 31040 2234 Cap 100u 20 25v Electrolytic 3198 025 31010 2235 Cap 6n8 10 50v Ceramic 3198 017 36820 2236 Cap 10n 10 50v Ceramic 3198 017 31030 2237 Cap 100n 10 16v Ceramic 3198 017 31040 2238 Cap 220n 80 20 16v Ceramic 3198 017 42240 2239 Cap 220n 80 20 16v Ceramic 3198 017 42240 2240 Cap 1u5 20 50v Electrolytic 2020 021 90137 2241...

Page 251: ...150 ohm 5 1 16W Metalized Glas 3198 021 31510 3221 Res 270 ohm 5 1 16W Metalized Glas 3198 021 32710 3222 Res 680 ohm 5 1 16W Metalized Glas 3198 021 36810 3224 Res 680K 5 1 6W Carbon Film 3198 011 06840 3225 Res 100 ohm 5 1 16W Metalized Glas 3198 021 31010 3226 Res 100 ohm 5 1 16W Metalized Glas 3198 021 31010 3227 Res 100 ohm 5 1 16W Metalized Glas 3198 021 31010 3228 Res 100 ohm 5 1 16W Metali...

Page 252: ...5 1 16W Metalized Glass 3198 021 33930 3992 Res 10K 5 1 16W Metalized Glass 3198 021 31030 3993 Res 10 ohm 5 1 16W Metalized Glass 3198 021 31090 3994 Res 68K 5 1 16W Metalized Glass 3198 021 36830 3995 Res 4K7 5 1 16W Metalized Glass 3198 021 34720 4000 Res Zero ohm Chip Jumper 3198 021 90030 4001 Res Zero ohm Chip Jumper 3198 021 90030 4002 Res Zero ohm Chip Jumper 3198 021 90030 4003 Res Zero o...

Page 253: ...er 0 58MM 3198 036 90010 9112 Wire Jumper 0 58MM 3198 036 90010 9113 Wire Jumper 0 58MM 3198 036 90010 9114 Wire Jumper 0 58MM 3198 036 90010 9116 Wire Jumper 0 58MM 3198 036 90010 9120 Wire Jumper 0 58MM 3198 036 90010 9121 Wire Jumper 0 58MM 3198 036 90010 9122 Wire Jumper 0 58MM 3198 036 90010 9123 Wire Jumper 0 58MM 3198 036 90010 9124 Wire Jumper 0 58MM 3198 036 90010 9125 Wire Jumper 0 58MM ...

Page 254: ...8 036 90010 9583 Wire Jumper 0 58MM 3198 036 90010 9584 Wire Jumper 0 58MM 3198 036 90010 9585 Wire Jumper 0 58MM 3198 036 90010 9586 Wire Jumper 0 58MM 3198 036 90010 9587 Wire Jumper 0 58MM 3198 036 90010 9589 Wire Jumper 0 58MM 3198 036 90010 9590 Wire Jumper 0 58MM 3198 036 90010 9605 Wire Jumper 0 58MM 3198 036 90010 9631 Wire Jumper 0 58MM 3198 036 90010 9633 Wire Jumper 0 58MM 3198 036 9001...

Page 255: ...16W Metalized Glass 3198 021 33390 4337 Res Zero ohm Chip Jumper 3198 021 90030 4374 Res Zero ohm Chip Jumper 3198 021 90030 5330 Fixed Inductor 100MHz 50R 3198 018 90010 5331 Fixed Inductor 100MHz 50R 3198 018 90010 5351 Coil 22u 2422 535 97333 5361 Fixed Inductor 100MHz 50R 3198 018 90010 6331 Diode Signal BAV21 3198 010 10070 6332 Diode Signal BAV21 3198 010 10070 6333 Diode Signal BAV21 3198 0...

Page 256: ...n 10 16v Ceramic 3198 017 31040 2234 Cap 100u 20 25v Electrolytic 3198 025 31010 2235 Cap 6n8 10 50v Ceramic 3198 017 36820 2236 Cap 10n 10 50v Ceramic 3198 017 31030 2237 Cap 100n 10 16v Ceramic 3198 017 31040 2238 Cap 220n 80 20 16v Ceramic 3198 017 42240 2239 Cap 220n 80 20 16v Ceramic 3198 017 42240 2240 Cap 1u5 20 50v Electrolytic 2020 021 90137 2241 Cap 22n 10 25v Ceramic 3198 017 32230 2242...

Page 257: ...5 1 16W Metalized Glas 3198 021 36810 3224 Res 680K 5 1 6W Carbon Film 3198 011 06840 3225 Res 100 ohm 5 1 16W Metalized Glas 3198 021 31010 3226 Res 100 ohm 5 1 16W Metalized Glas 3198 021 31010 3227 Res 100 ohm 5 1 16W Metalized Glas 3198 021 31010 3228 Res 100 ohm 5 1 16W Metalized Glas 3198 021 31010 3229 Res 1K5 5 1 16W Metalized Glass 3198 021 31520 3230 Res 100 ohm 5 1 6W Carbon Film 3198 0...

Page 258: ...198 021 31090 3994 Res 68K 5 1 16W Metalized Glass 3198 021 36830 3995 Res 4K7 5 1 16W Metalized Glass 3198 021 34720 4000 Res Zero ohm Chip Jumper 3198 021 90030 4001 Res Zero ohm Chip Jumper 3198 021 90030 4002 Res Zero ohm Chip Jumper 3198 021 90030 4003 Res Zero ohm Chip Jumper 3198 021 90030 4006 Res Zero ohm Chip Jumper 3198 021 90030 4013 Res Zero ohm Chip Jumper 3198 021 90030 4015 Res Zer...

Page 259: ...umper 0 58MM 3198 036 90010 9116 Wire Jumper 0 58MM 3198 036 90010 9120 Wire Jumper 0 58MM 3198 036 90010 9121 Wire Jumper 0 58MM 3198 036 90010 9122 Wire Jumper 0 58MM 3198 036 90010 9123 Wire Jumper 0 58MM 3198 036 90010 9124 Wire Jumper 0 58MM 3198 036 90010 9125 Wire Jumper 0 58MM 3198 036 90010 9126 Wire Jumper 0 58MM 3198 036 90010 9128 Wire Jumper 0 58MM 3198 036 90010 9129 Wire Jumper 0 58...

Page 260: ...umper 0 58MM 3198 036 90010 9585 Wire Jumper 0 58MM 3198 036 90010 9586 Wire Jumper 0 58MM 3198 036 90010 9587 Wire Jumper 0 58MM 3198 036 90010 9589 Wire Jumper 0 58MM 3198 036 90010 9590 Wire Jumper 0 58MM 3198 036 90010 9605 Wire Jumper 0 58MM 3198 036 90010 9631 Wire Jumper 0 58MM 3198 036 90010 9633 Wire Jumper 0 58MM 3198 036 90010 9637 Wire Jumper 0 58MM 3198 036 90010 9639 Wire Jumper 0 58...

Page 261: ...1K8 5 1 16W Metalized Glass 3198 021 31820 3388 Res 33 ohm 5 1 16W Metalized Glass 3198 021 33390 3389 Res 33 ohm 5 1 16W Metalized Glass 3198 021 33390 4337 Res Zero ohm Chip Jumper 3198 021 90030 4374 Res Zero ohm Chip Jumper 3198 021 90030 5330 Fixed Inductor 100MHz 50R 3198 018 90010 5331 Fixed Inductor 100MHz 50R 3198 018 90010 5351 Coil 22u 2422 535 97333 5361 Fixed Inductor 100MHz 50R 3198 ...

Page 262: ...c 3198 017 31040 2264 Cap 560p 5 25v Ceramic 3198 016 35610 2265 Cap 100u 20 25v Electrolytic 3198 025 31010 2266 Cap 2u2 80 20 10v Ceramic 3198 017 22250 2267 Cap 2u2 80 20 10v Ceramic 3198 017 22250 2272 Cap 100n 10 16v Ceramic 3198 017 31040 2273 Cap 100u 20 25v Electrolytic 3198 025 31010 2274 Cap 100n 10 16v Ceramic 3198 017 31040 2275 Cap 10u 20 50v Electrolytic 3198 025 51090 2276 Cap 100n ...

Page 263: ...lized Glass 3198 021 31090 3269 Res 100 ohm 5 1 16W Metalized Glas 3198 021 31010 3270 Res 100 ohm 5 1 6W Carbon Film 3198 011 01010 3271 Res 390 ohm 5 1 16W Metalized Glas 3198 021 33910 3272 Res 820 ohm 5 1 16W Metalized Glas 3198 021 38210 3273 Res 1K 5 1 16W Metalized Glass 3198 021 31020 3274 Res 100 ohm 5 1 6W Carbon Film 3198 011 01010 3275 Res 100 ohm 5 1 6W Carbon Film 3198 011 01010 3276...

Page 264: ...030 4470 Res Zero ohm Chip Jumper 3198 021 90030 4492 Res Zero ohm Chip Jumper 3198 021 90030 4533 Res Zero ohm Chip Jumper 3198 021 90020 4534 Res Zero ohm Chip Jumper 3198 021 90030 4535 Res Zero ohm Chip Jumper 3198 021 90030 4537 Res Zero ohm Chip Jumper 3198 021 90030 4604 Res Zero ohm Chip Jumper 3198 021 90030 4605 Res Zero ohm Chip Jumper 3198 021 90030 4610 Res Zero ohm Chip Jumper 3198 0...

Page 265: ...198 036 90010 9214 Wire Jumper 0 58MM 3198 036 90010 9216 Wire Jumper 0 58MM 3198 036 90010 9217 Wire Jumper 0 58MM 3198 036 90010 9218 Wire Jumper 0 58MM 3198 036 90010 9219 Wire Jumper 0 58MM 3198 036 90010 9220 Wire Jumper 0 58MM 3198 036 90010 9221 Wire Jumper 0 58MM 3198 036 90010 9222 Wire Jumper 0 58MM 3198 036 90010 9223 Wire Jumper 0 58MM 3198 036 90010 9224 Wire Jumper 0 58MM 3198 036 90...

Page 266: ...umper 0 58MM 3198 036 90010 9643 Wire Jumper 0 58MM 3198 036 90010 9653 Wire Jumper 0 58MM 3198 036 90010 9660 Wire Jumper 0 58MM 3198 036 90010 9661 Wire Jumper 0 58MM 3198 036 90010 9662 Wire Jumper 0 58MM 3198 036 90010 9663 Wire Jumper 0 58MM 3198 036 90010 9664 Wire Jumper 0 58MM 3198 036 90010 9665 Wire Jumper 0 58MM 3198 036 90010 9666 Wire Jumper 0 58MM 3198 036 90010 9688 Wire Jumper 0 58...

Page 267: ...6W Carbon Film 3198 011 01090 3383 Res 3K3 5 1 10W Metalized Glass 3198 021 53320 3384 Res 10K 5 1 16W Metalized Glass 3198 021 31030 3385 Res 680 ohm 5 1 16W Metalized Glas 3198 021 36810 3387 Res 1K8 5 1 16W Metalized Glass 3198 021 31820 3388 Res 33 ohm 5 1 16W Metalized Glass 3198 021 33390 3389 Res 33 ohm 5 1 16W Metalized Glass 3198 021 33390 3390 Res 1K2 5 1 16W Metalized Glass 3198 021 312...

Page 268: ... Pin 2422 025 10646 1452 Fuse 1 25 Amp 250V 2422 086 10282 1454 Fuse 1 25 Amp 250V 2422 086 10282 S 1500 Fuse 4A 250V IEC 2422 086 10914 S 1503 Relay 12V 5A G5PA 1 2422 132 07444 1504 Connector 2 Pin 2422 025 16375 1505 Connector 2 Pin 2422 025 16269 1682 Connector 3 Pin 2412 020 00725 1693 Connector 6 Pin 2422 025 12482 2001 Cap 22p 5 50v Ceramic 3198 016 32290 2004 Cap 47n 80 20 50v Ceramic 3198...

Page 269: ...mic 3198 016 33390 2628 Cap 33p 5 50v Ceramic 3198 016 33390 2629 Cap 33p 5 50v Ceramic 3198 016 33390 2630 Cap 1n 10 50v Ceramic 3198 017 31020 2986 Cap 100n 10 16v Ceramic 3198 017 31040 2987 Cap 100n 10 16v Ceramic 3198 017 31040 2988 Cap 100n 10 16v Ceramic 3198 017 31040 2989 Cap 1u 80 20 10v Ceramic 3198 017 41050 2990 Cap 1n 5 25v Ceramic 3198 016 31020 2992 Cap 1u 80 20 10v Ceramic 3198 01...

Page 270: ...lm 2306 207 03108 3498 Res 4K7 5 1 16W Metalized Glass 3198 021 34720 3499 Res 680K 5 1 10W Metalized Glass 3198 021 56840 3500 Res 3M3 5 1 2W Metalized Glass 2322 242 13335 3501 Res 3M3 5 1 2W Metalized Glass 2322 242 13335 3502 Res 220 ohm 20 1 2W Carbon Film 3198 013 02210 S 3503 Surge Protector 2422 549 43073 3504 Res 1M5 5 1 2W Metalized Glass 2322 242 13155 3505 VDR 1mA 423V 2122 550 00147 3...

Page 271: ... BAV21WS 9322 197 45703 6484 Diode BAV21WS 9322 197 45703 6486 Diode Signal BAV21 3198 010 10070 6488 Diode Signal BAS316 3198 010 10630 6489 Zener Diode 33 volt 3198 020 53390 6500 Diode Bridge Rect GBU6JL 7002 9322 138 08667 6511 Diode Rect RGP10D 9337 516 60673 6512 Diode Signal BAT51 SOD323 3198 010 10660 6514 Diode Signal BAS316 3198 010 10630 6531 Zener Diode 15 volt 3198 020 51590 6532 Diod...

Page 272: ...6 90010 9475 Wire Jumper 0 58MM 3198 036 90010 9476 Wire Jumper 0 58MM 3198 036 90010 9477 Wire Jumper 0 58MM 3198 036 90010 9478 Wire Jumper 0 58MM 3198 036 90010 9479 Wire Jumper 0 58MM 3198 036 90010 9480 Wire Jumper 0 58MM 3198 036 90010 9481 Wire Jumper 0 58MM 3198 036 90010 9482 Wire Jumper 0 58MM 3198 036 90010 9483 Wire Jumper 0 58MM 3198 036 90010 9484 Wire Jumper 0 58MM 3198 036 90010 94...

Page 273: ...zed Glass 3198 021 33390 3389 Res 33 ohm 5 1 16W Metalized Glass 3198 021 33390 4337 Res Zero ohm Chip Jumper 3198 021 90030 4374 Res Zero ohm Chip Jumper 3198 021 90030 5330 Fixed Inductor 100MHz 50R 3198 018 90010 5331 Fixed Inductor 100MHz 50R 3198 018 90010 5351 Coil 22u 2422 535 97333 5352 Coil 220n 2422 535 94257 5361 Fixed Inductor 100MHz 50R 3198 018 90010 6331 Diode Signal BAV21 3198 010 ...

Page 274: ...090 2231 Cap 100n 10 16v Ceramic 3198 017 31040 2232 Cap 100n 10 16v Ceramic 3198 017 31040 2233 Cap 100n 10 16v Ceramic 3198 017 31040 2234 Cap 100u 20 25v Electrolytic 3198 025 31010 2235 Cap 6n8 10 50v Ceramic 3198 017 36820 2236 Cap 10n 10 50v Ceramic 3198 017 31030 2237 Cap 100n 10 16v Ceramic 3198 017 31040 2238 Cap 220n 80 20 16v Ceramic 3198 017 42240 2239 Cap 220n 80 20 16v Ceramic 3198 0...

Page 275: ... 100 ohm 5 1 16W Metalized Glas 3198 021 31010 3215 Res 4K7 5 1 6W Carbon Film 3198 011 04720 3216 Res 10 ohm 5 1 16W Metalized Glass 3198 021 31090 3218 Res 100 ohm 5 1 16W Metalized Glas 3198 021 31010 3219 Res 10K 5 1 16W Metalized Glass 3198 021 31030 3220 Res 150 ohm 5 1 16W Metalized Glas 3198 021 31510 3221 Res 270 ohm 5 1 16W Metalized Glas 3198 021 32710 3222 Res 680 ohm 5 1 16W Metalized...

Page 276: ...zed Glass 3198 021 31020 3635 Res 47K 5 1 16W Metalized Glass 3198 021 34730 3637 Res 47 ohm 5 1 16W Metalized Glass 3198 021 34790 3690 Res 220 ohm 5 1 16W Metalized Glas 3198 021 32210 3975 Res 150 ohm 5 1 1 3W Metal Film 3198 012 21510 3985 Res 39K 5 1 16W Metalized Glass 3198 021 33930 3988 Res 10K 5 1 16W Metalized Glass 3198 021 31030 3989 Res 10 ohm 5 1 16W Metalized Glass 3198 021 31090 39...

Page 277: ...NPN BC547B 3198 020 40030 7573 Transistor NPN PDTC114ET 3198 010 44110 7601 IC M24C16 WBN6 9322 147 25682 7603 IC L78L33ACZ 9322 134 92676 7604 Transistor NPN BC847B 3198 010 42030 7605 Transistor PNP BC327 25 3198 020 43430 7606 Transistor NPN BC847B 3198 010 42030 7990 IC TDA2616Q N1 9350 404 40112 7991 Transistor NPN BC847B 3198 010 42030 7992 Transistor NPN BC847B 3198 010 42030 8401 Cable 5 P...

Page 278: ...umper 0 58MM 3198 036 90010 9575 Wire Jumper 0 58MM 3198 036 90010 9576 Wire Jumper 0 58MM 3198 036 90010 9577 Wire Jumper 0 58MM 3198 036 90010 9582 Wire Jumper 0 58MM 3198 036 90010 9583 Wire Jumper 0 58MM 3198 036 90010 9584 Wire Jumper 0 58MM 3198 036 90010 9585 Wire Jumper 0 58MM 3198 036 90010 9586 Wire Jumper 0 58MM 3198 036 90010 9587 Wire Jumper 0 58MM 3198 036 90010 9589 Wire Jumper 0 58...

Page 279: ...W Metalized Glass 3198 021 33390 4337 Res Zero ohm Chip Jumper 3198 021 90030 4374 Res Zero ohm Chip Jumper 3198 021 90030 5330 Fixed Inductor 100MHz 50R 3198 018 90010 5331 Fixed Inductor 100MHz 50R 3198 018 90010 5351 Coil 22u 2422 535 97333 5361 Fixed Inductor 100MHz 50R 3198 018 90010 6331 Diode Signal BAV21 3198 010 10070 6332 Diode Signal BAV21 3198 010 10070 6333 Diode Signal BAV21 3198 010...

Page 280: ...n 10 16v Ceramic 3198 017 31040 2234 Cap 100u 20 25v Electrolytic 3198 025 31010 2235 Cap 6n8 10 50v Ceramic 3198 017 36820 2236 Cap 10n 10 50v Ceramic 3198 017 31030 2237 Cap 100n 10 16v Ceramic 3198 017 31040 2238 Cap 220n 80 20 16v Ceramic 3198 017 42240 2239 Cap 220n 80 20 16v Ceramic 3198 017 42240 2240 Cap 1u5 20 50v Electrolytic 2020 021 90137 2241 Cap 22n 10 25v Ceramic 3198 017 32230 2242...

Page 281: ...5 1 16W Metalized Glas 3198 021 36810 3224 Res 680K 5 1 6W Carbon Film 3198 011 06840 3225 Res 100 ohm 5 1 16W Metalized Glas 3198 021 31010 3226 Res 100 ohm 5 1 16W Metalized Glas 3198 021 31010 3227 Res 100 ohm 5 1 16W Metalized Glas 3198 021 31010 3228 Res 100 ohm 5 1 16W Metalized Glas 3198 021 31010 3229 Res 1K5 5 1 16W Metalized Glass 3198 021 31520 3230 Res 100 ohm 5 1 6W Carbon Film 3198 0...

Page 282: ...198 021 31090 3994 Res 68K 5 1 16W Metalized Glass 3198 021 36830 3995 Res 4K7 5 1 16W Metalized Glass 3198 021 34720 4000 Res Zero ohm Chip Jumper 3198 021 90030 4001 Res Zero ohm Chip Jumper 3198 021 90030 4002 Res Zero ohm Chip Jumper 3198 021 90030 4003 Res Zero ohm Chip Jumper 3198 021 90030 4006 Res Zero ohm Chip Jumper 3198 021 90030 4013 Res Zero ohm Chip Jumper 3198 021 90030 4015 Res Zer...

Page 283: ...umper 0 58MM 3198 036 90010 9116 Wire Jumper 0 58MM 3198 036 90010 9120 Wire Jumper 0 58MM 3198 036 90010 9121 Wire Jumper 0 58MM 3198 036 90010 9122 Wire Jumper 0 58MM 3198 036 90010 9123 Wire Jumper 0 58MM 3198 036 90010 9124 Wire Jumper 0 58MM 3198 036 90010 9125 Wire Jumper 0 58MM 3198 036 90010 9126 Wire Jumper 0 58MM 3198 036 90010 9128 Wire Jumper 0 58MM 3198 036 90010 9129 Wire Jumper 0 58...

Page 284: ...umper 0 58MM 3198 036 90010 9585 Wire Jumper 0 58MM 3198 036 90010 9586 Wire Jumper 0 58MM 3198 036 90010 9587 Wire Jumper 0 58MM 3198 036 90010 9589 Wire Jumper 0 58MM 3198 036 90010 9590 Wire Jumper 0 58MM 3198 036 90010 9605 Wire Jumper 0 58MM 3198 036 90010 9631 Wire Jumper 0 58MM 3198 036 90010 9633 Wire Jumper 0 58MM 3198 036 90010 9637 Wire Jumper 0 58MM 3198 036 90010 9639 Wire Jumper 0 58...

Page 285: ...198 021 90030 5330 Fixed Inductor 100MHz 50R 3198 018 90010 5331 Fixed Inductor 100MHz 50R 3198 018 90010 5351 Coil 22u 2422 535 97333 5352 Coil 220n 2422 535 94257 5361 Fixed Inductor 100MHz 50R 3198 018 90010 6331 Diode Signal BAV21 3198 010 10070 6332 Diode Signal BAV21 3198 010 10070 6333 Diode Signal BAV21 3198 010 10070 6361 Diode Signal BAV99 3198 010 10620 6376 Diode Signal BAV99 3198 010 ...

Page 286: ...0 Cap 220n 80 20 16v Ceramic 3198 017 42240 2211 Cap 220n 80 20 16v Ceramic 3198 017 42240 2212 Cap 220n 80 20 16v Ceramic 3198 017 42240 2213 Cap 220n 80 20 16v Ceramic 3198 017 42240 2214 Cap 100n 10 16v Ceramic 3198 017 31040 2215 Cap 220n 80 20 16v Ceramic 3198 017 42240 2216 Cap 220n 80 20 16v Ceramic 3198 017 42240 2217 Cap 100u 20 25v Electrolytic 3198 025 31010 2218 Cap 47u 20 25v Electrol...

Page 287: ...W Carbon Film 3198 011 02230 3134 Res 47K 5 1 16W Metalized Glass 3198 021 34730 3135 Res 75 ohm 5 1 16W Metalized Glass 3198 021 37590 3167 Res 75 ohm 5 1 6W Carbon Film 3198 011 07590 3168 Res 75 ohm 5 1 16W Metalized Glass 3198 021 37590 3169 Res 75 ohm 5 1 16W Metalized Glass 3198 021 37590 3201 Res 1K 5 1 6W Carbon Film 3198 011 01020 3202 Res 3K3 5 1 16W Metalized Glass 3198 021 33320 3203 R...

Page 288: ...arbon Film 3198 011 02210 3565 Res 18K 5 1 16W Metalized Glass 3198 021 31830 3571 Res 220 ohm 5 1 6W Carbon Film 3198 011 02210 3572 Res 220 ohm 5 1 16W Metalized Glas 3198 021 32210 3573 Res 15K 5 1 16W Metalized Glass 3198 021 31530 3574 Res 150K 5 1 6W Carbon Film 3198 011 01540 3575 Res 82K 1 3 5W Metal Film 2312 915 18203 3576 Res 4K7 1 1 16W Metalized Glass 2322 704 64702 3577 Res 1K5 5 1 6...

Page 289: ...ignal BSH103 9340 547 13215 7405 Transistor NPN BU4508DX 9340 550 92127 7406 Transistor KTC3228Y 9322 197 37676 7408 Transistor NPN BC847B 3198 010 42030 7410 Transistor PNP BC857B 3198 010 42150 7411 Transistor PNP BC857B 3198 010 42150 7451 Transistor KTD600KY 9322 195 14687 7452 Transistor KTC3228Y 9322 197 37676 7453 Transistor KTB631KY 9322 195 05687 7454 Transistor NPN BC847B 3198 010 42030 ...

Page 290: ...8 036 90010 9492 Wire Jumper 0 58MM 3198 036 90010 9505 Wire Jumper 0 58MM 3198 036 90010 9506 Wire Jumper 0 58MM 3198 036 90010 9507 Wire Jumper 0 58MM 3198 036 90010 9508 Wire Jumper 0 58MM 3198 036 90010 9509 Wire Jumper 0 58MM 3198 036 90010 9510 Wire Jumper 0 58MM 3198 036 90010 9514 Wire Jumper 0 58MM 3198 036 90010 9536 Wire Jumper 0 58MM 3198 036 90010 9537 Wire Jumper 0 58MM 3198 036 9001...

Page 291: ...3198 021 90030 5330 Fixed Inductor 100MHz 50R 3198 018 90010 5331 Fixed Inductor 100MHz 50R 3198 018 90010 5351 Coil 22u 2422 535 97333 5352 Coil 220n 2422 535 94257 5361 Fixed Inductor 100MHz 50R 3198 018 90010 6331 Diode Signal BAV21 3198 010 10070 6332 Diode Signal BAV21 3198 010 10070 6333 Diode Signal BAV21 3198 010 10070 6361 Diode Signal BAV99 3198 010 10620 6376 Diode Signal BAV99 3198 010...

Page 292: ...0 Cap 220n 80 20 16v Ceramic 3198 017 42240 2211 Cap 220n 80 20 16v Ceramic 3198 017 42240 2212 Cap 220n 80 20 16v Ceramic 3198 017 42240 2213 Cap 220n 80 20 16v Ceramic 3198 017 42240 2214 Cap 100n 10 16v Ceramic 3198 017 31040 2215 Cap 220n 80 20 16v Ceramic 3198 017 42240 2216 Cap 220n 80 20 16v Ceramic 3198 017 42240 2217 Cap 100u 20 25v Electrolytic 3198 025 31010 2218 Cap 47u 20 25v Electrol...

Page 293: ...01 Res 1K 5 1 6W Carbon Film 3198 011 01020 3202 Res 3K3 5 1 16W Metalized Glass 3198 021 33320 3203 Res 150K 5 1 16W Metalized Glass 3198 021 31540 3204 Res 3K3 5 1 16W Metalized Glass 3198 021 33320 3205 Res 12K 5 1 16W Metalized Glass 3198 021 31230 3206 Res 5K6 5 1 16W Metalized Glass 3198 021 35620 3207 Res 100 ohm 5 1 16W Metalized Glas 3198 021 31010 3208 Res 27K 5 1 16W Metalized Glass 319...

Page 294: ...alized Glass 3198 021 32220 3601 Res 4K7 5 1 16W Metalized Glass 3198 021 34720 3604 Res 100 ohm 5 1 16W Metalized Glas 3198 021 31010 3605 Res 100 ohm 5 1 16W Metalized Glas 3198 021 31010 3606 Res 56K 5 1 6W Carbon Film 3198 011 05630 3607 Res 10K 5 1 16W Metalized Glass 3198 021 31030 3608 Res 27K 5 1 16W Metalized Glass 3198 021 32730 3609 Res 330 ohm 5 1 16W Metalized Glas 3198 021 33310 3614...

Page 295: ...10 42150 7482 Transistor PNP PDTA114ET 3198 010 44010 7483 Transistor PNP BC857B 3198 010 42150 7484 Transistor NPN BC847B 3198 010 42030 7511 IC TEA1506T N1 9352 720 43118 7512 Transistor FET FQPF9N50 9322 187 16687 7513 Optic Coupler TCET1103 G 9322 140 14667 7514 Transistor NPN BC847B 3198 010 42030 7531 IC TEA1620P N1 9352 739 52112 7541 Transistor PNP BC857B 3198 010 42150 7561 Transistor NPN...

Page 296: ...6 90010 9510 Wire Jumper 0 58MM 3198 036 90010 9514 Wire Jumper 0 58MM 3198 036 90010 9536 Wire Jumper 0 58MM 3198 036 90010 9537 Wire Jumper 0 58MM 3198 036 90010 9570 Wire Jumper 0 58MM 3198 036 90010 9573 Wire Jumper 0 58MM 3198 036 90010 9574 Wire Jumper 0 58MM 3198 036 90010 9575 Wire Jumper 0 58MM 3198 036 90010 9576 Wire Jumper 0 58MM 3198 036 90010 9577 Wire Jumper 0 58MM 3198 036 90010 95...

Page 297: ...rbon Film 3198 011 01090 3383 Res 3K3 5 1 10W Metalized Glass 3198 021 53320 3384 Res 10K 5 1 16W Metalized Glass 3198 021 31030 3385 Res 680 ohm 5 1 16W Metalized Glas 3198 021 36810 3387 Res 1K8 5 1 16W Metalized Glass 3198 021 31820 3388 Res 33 ohm 5 1 16W Metalized Glass 3198 021 33390 3389 Res 33 ohm 5 1 16W Metalized Glass 3198 021 33390 3390 Res 1K2 5 1 16W Metalized Glass 3198 021 31220 43...

Page 298: ... Pin 2422 025 10646 1452 Fuse 1 25 Amp 250V 2422 086 10282 1454 Fuse 1 25 Amp 250V 2422 086 10282 S 1500 Fuse 4A 250V IEC 2422 086 10914 S 1503 Relay 12V 5A G5PA 1 2422 132 07444 1504 Connector 2 Pin 2422 025 16375 1505 Connector 2 Pin 2422 025 16269 1682 Connector 3 Pin 2412 020 00725 1693 Connector 6 Pin 2422 025 12482 2001 Cap 22p 5 50v Ceramic 3198 016 32290 2004 Cap 47n 80 20 50v Ceramic 3198...

Page 299: ... 3198 017 31040 2987 Cap 100n 10 16v Ceramic 3198 017 31040 2988 Cap 100n 10 16v Ceramic 3198 017 31040 2989 Cap 1u 80 20 10v Ceramic 3198 017 41050 2990 Cap 1n 5 25v Ceramic 3198 016 31020 2992 Cap 1u 80 20 10v Ceramic 3198 017 41050 2993 Cap 1n 5 25v Ceramic 3198 016 31020 2994 Cap 22n 10 25v Ceramic 3198 017 32230 2995 Cap 22n 10 25v Ceramic 3198 017 32230 2996 Cap 47n 80 20 50v Ceramic 3198 02...

Page 300: ...s 3M3 5 1 2W Metalized Glass 2322 242 13335 3502 Res 220 ohm 20 1 2W Carbon Film 3198 013 02210 S 3503 Surge Protector 2422 549 43073 3504 Res 1M5 5 1 2W Metalized Glass 2322 242 13155 3505 VDR 1mA 423V 2122 550 00147 3507 PTC 3R 144v 20 2122 663 00019 S 3510 NTC B57237 3W1 4R7 20 2122 612 00055 3511 Res 4R7 5 1 6W Carbon Film 3198 011 04780 3512 Res 1K2 5 1 16W Metalized Glass 3198 021 31220 3513...

Page 301: ...323 3198 010 10660 6514 Diode Signal BAS316 3198 010 10630 6531 Zener Diode 15 volt 3198 020 51590 6532 Diode BAV21WS 9322 197 45703 6533 Zener Diode 6 8 volt 9322 171 80685 6534 Zener Diode 3 9 volt 9322 199 75685 6535 Diode Rect SB160 9322 198 24673 6536 Diode Rect SB180 9322 198 25673 6541 Zener Diode 12 volt 3198 020 51290 6551 Diode Rect BYV29X 500 9340 555 59127 6562 Diode Rect SB360 3198 01...

Page 302: ...re Jumper 0 58MM 3198 036 90010 9480 Wire Jumper 0 58MM 3198 036 90010 9481 Wire Jumper 0 58MM 3198 036 90010 9482 Wire Jumper 0 58MM 3198 036 90010 9483 Wire Jumper 0 58MM 3198 036 90010 9484 Wire Jumper 0 58MM 3198 036 90010 9485 Wire Jumper 0 58MM 3198 036 90010 9486 Wire Jumper 0 58MM 3198 036 90010 9487 Wire Jumper 0 58MM 3198 036 90010 9488 Wire Jumper 0 58MM 3198 036 90010 9489 Wire Jumper ...

Page 303: ...61184 3376 Res 68K 5 1 16W Metalized Glass 3198 021 36830 3381 Res 10 ohm 5 1 6W Carbon Film 3198 011 01090 3383 Res 3K3 5 1 10W Metalized Glass 3198 021 53320 3384 Res 10K 5 1 16W Metalized Glass 3198 021 31030 3385 Res 680 ohm 5 1 16W Metalized Glas 3198 021 36810 3387 Res 1K8 5 1 16W Metalized Glass 3198 021 31820 3388 Res 33 ohm 5 1 16W Metalized Glass 3198 021 33390 3389 Res 33 ohm 5 1 16W Me...

Page 304: ...0 16v Ceramic 3198 017 42240 2212 Cap 220n 80 20 16v Ceramic 3198 017 42240 2213 Cap 220n 80 20 16v Ceramic 3198 017 42240 2214 Cap 100n 10 16v Ceramic 3198 017 31040 2215 Cap 220n 80 20 16v Ceramic 3198 017 42240 2216 Cap 220n 80 20 16v Ceramic 3198 017 42240 2217 Cap 100u 20 25v Electrolytic 3198 025 31010 2218 Cap 47u 20 25v Electrolytic 3198 025 34790 2222 Cap 5n6 10 50v Ceramic 2238 586 15633...

Page 305: ...Metalized Glass 3198 021 34730 3135 Res 75 ohm 5 1 16W Metalized Glass 3198 021 37590 3167 Res 75 ohm 5 1 6W Carbon Film 3198 011 07590 3168 Res 75 ohm 5 1 16W Metalized Glass 3198 021 37590 3169 Res 75 ohm 5 1 16W Metalized Glass 3198 021 37590 3201 Res 1K 5 1 6W Carbon Film 3198 011 01020 3202 Res 3K3 5 1 16W Metalized Glass 3198 021 33320 3203 Res 150K 5 1 16W Metalized Glass 3198 021 31540 320...

Page 306: ...198 021 34730 3563 Res 220 ohm 5 1 6W Carbon Film 3198 011 02210 3565 Res 15K 5 1 16W Metalized Glass 3198 021 31530 3571 Res 220 ohm 5 1 6W Carbon Film 3198 011 02210 3572 Res 220 ohm 5 1 16W Metalized Glas 3198 021 32210 3573 Res 15K 5 1 16W Metalized Glass 3198 021 31530 3574 Res 150K 5 1 6W Carbon Film 3198 011 01540 3575 Res 82K 1 3 5W Metal Film 2312 915 18203 3576 Res 4K7 1 1 16W Metalized ...

Page 307: ... E T Signal BSH103 9340 547 13215 7401 Transistor NPN BUH2M20AP 9322 101 38687 7402 Transistor NPN BC847B 3198 010 42030 7403 Transistor NPN BC847B 3198 010 42030 7404 F E T Signal BSH103 9340 547 13215 7405 Transistor NPN BU4508DX 9340 550 92127 7406 Transistor KTC3228Y 9322 197 37676 7408 Transistor NPN BC847B 3198 010 42030 7410 Transistor PNP BC857B 3198 010 42150 7411 Transistor PNP BC857B 31...

Page 308: ...6 90010 9492 Wire Jumper 0 58MM 3198 036 90010 9502 Wire Jumper 0 58MM 3198 036 90010 9504 Wire Jumper 0 58MM 3198 036 90010 9505 Wire Jumper 0 58MM 3198 036 90010 9506 Wire Jumper 0 58MM 3198 036 90010 9507 Wire Jumper 0 58MM 3198 036 90010 9508 Wire Jumper 0 58MM 3198 036 90010 9509 Wire Jumper 0 58MM 3198 036 90010 9510 Wire Jumper 0 58MM 3198 036 90010 9514 Wire Jumper 0 58MM 3198 036 90010 95...

Page 309: ...21 33390 3389 Res 33 ohm 5 1 16W Metalized Glass 3198 021 33390 4337 Res Zero ohm Chip Jumper 3198 021 90030 4374 Res Zero ohm Chip Jumper 3198 021 90030 5330 Fixed Inductor 100MHz 50R 3198 018 90010 5331 Fixed Inductor 100MHz 50R 3198 018 90010 5351 Coil 22u 2422 535 97333 5352 Coil 220n 2422 535 94257 5361 Fixed Inductor 100MHz 50R 3198 018 90010 6331 Diode Signal BAV21 3198 010 10070 6332 Diode...

Page 310: ...2251 Cap 150n 10 50v Polyester 3198 014 01540 2252 Cap 10n 10 50v Ceramic 3198 017 31030 2253 Cap 10n 10 50v Ceramic 3198 017 31030 2254 Cap 10n 10 50v Ceramic 3198 017 31030 2255 Cap 10n 10 50v Ceramic 3198 017 31030 2256 Cap 100n 10 16v Ceramic 3198 017 31040 2257 Cap 3n3 10 50v Ceramic 3198 017 33320 2260 Cap 100n 10 16v Ceramic 3198 017 31040 2261 Cap 100n 10 16v Ceramic 3198 017 31040 2262 Ca...

Page 311: ...Glass 3198 021 31020 3238 Res 4K7 5 1 16W Metalized Glass 3198 021 34720 3239 Res 1K2 5 1 6W CF SEE KNOWN FAULTS 3198 011 01220 3240 Res 22K 5 1 16W Metalized Glass 3198 021 32230 3241 Res 39K 1 3 5W Metal Film 2312 915 13903 3242 Res 47K 5 1 16W Metalized Glass 3198 021 34730 3243 Res 33K 5 1 16W Metalized Glass 3198 021 33330 3244 Res 100 ohm 5 1 16W Metalized Glas 3198 021 31010 3247 Res 390 oh...

Page 312: ...ohm Chip Jumper 3198 021 90030 4015 Res Zero ohm Chip Jumper 3198 021 90030 4106 Res Zero ohm Chip Jumper 3198 021 90030 4107 Res Zero ohm Chip Jumper 3198 021 90030 4108 Res Zero ohm Chip Jumper 3198 021 90030 4116 Res Zero ohm Chip Jumper 3198 021 90030 4136 Res Zero ohm Chip Jumper 3198 021 90030 4209 Res Zero ohm Chip Jumper 3198 021 90030 4212 Res Zero ohm Chip Jumper 3198 021 90030 4221 Res ...

Page 313: ...3198 036 90010 9126 Wire Jumper 0 58MM 3198 036 90010 9128 Wire Jumper 0 58MM 3198 036 90010 9129 Wire Jumper 0 58MM 3198 036 90010 9138 Wire Jumper 0 58MM 3198 036 90010 9202 Wire Jumper 0 58MM 3198 036 90010 9203 Wire Jumper 0 58MM 3198 036 90010 9204 Wire Jumper 0 58MM 3198 036 90010 9205 Wire Jumper 0 58MM 3198 036 90010 9206 Wire Jumper 0 58MM 3198 036 90010 9207 Wire Jumper 0 58MM 3198 036 9...

Page 314: ...umper 0 58MM 3198 036 90010 9590 Wire Jumper 0 58MM 3198 036 90010 9605 Wire Jumper 0 58MM 3198 036 90010 9631 Wire Jumper 0 58MM 3198 036 90010 9633 Wire Jumper 0 58MM 3198 036 90010 9637 Wire Jumper 0 58MM 3198 036 90010 9639 Wire Jumper 0 58MM 3198 036 90010 9642 Wire Jumper 0 58MM 3198 036 90010 9643 Wire Jumper 0 58MM 3198 036 90010 9653 Wire Jumper 0 58MM 3198 036 90010 9660 Wire Jumper 0 58...

Page 315: ...3K3 5 1 10W Metalized Glass 3198 021 53320 3384 Res 10K 5 1 16W Metalized Glass 3198 021 31030 3385 Res 680 ohm 5 1 16W Metalized Glas 3198 021 36810 3387 Res 1K8 5 1 16W Metalized Glass 3198 021 31820 3388 Res 33 ohm 5 1 16W Metalized Glass 3198 021 33390 3389 Res 33 ohm 5 1 16W Metalized Glass 3198 021 33390 3390 Res 1K2 5 1 16W Metalized Glass 3198 021 31220 4337 Res Zero ohm Chip Jumper 3198 0...

Page 316: ... 16v Ceramic 3198 017 31040 2215 Cap 220n 80 20 16v Ceramic 3198 017 42240 2216 Cap 220n 80 20 16v Ceramic 3198 017 42240 2217 Cap 100u 20 25v Electrolytic 3198 025 31010 2218 Cap 47u 20 25v Electrolytic 3198 025 34790 2222 Cap 5n6 10 50v Ceramic 2238 586 15633 2223 Cap 100n 10 16v Ceramic 3198 017 31040 2224 Cap 100u 20 25v Electrolytic 3198 025 31010 2225 Cap 220n 80 20 16v Ceramic 3198 017 4224...

Page 317: ...590 3201 Res 1K 5 1 6W Carbon Film 3198 011 01020 3202 Res 3K3 5 1 16W Metalized Glass 3198 021 33320 3203 Res 150K 5 1 16W Metalized Glass 3198 021 31540 3204 Res 3K3 5 1 16W Metalized Glass 3198 021 33320 3205 Res 12K 5 1 16W Metalized Glass 3198 021 31230 3206 Res 5K6 5 1 16W Metalized Glass 3198 021 35620 3207 Res 100 ohm 5 1 16W Metalized Glas 3198 021 31010 3208 Res 27K 5 1 16W Metalized Gla...

Page 318: ... Metalized Glas 3198 021 32210 3573 Res 15K 5 1 16W Metalized Glass 3198 021 31530 3574 Res 150K 5 1 6W Carbon Film 3198 011 01540 3575 Res 82K 1 3 5W Metal Film 2312 915 18203 3576 Res 4K7 1 1 16W Metalized Glass 2322 704 64702 3577 Res 1K5 5 1 6W Carbon Film 3198 011 01520 3578 Res 470 ohm 5 1 16W Metalized Glas 3198 021 34710 3579 Res 2K2 5 1 16W Metalized Glass 3198 021 32220 3601 Res 4K7 5 1 ...

Page 319: ...nsistor NPN BC847B 3198 010 42030 7404 F E T Signal BSH103 9340 547 13215 7405 Transistor NPN BU4508DX 9340 550 92127 7406 Transistor KTC3228Y 9322 197 37676 7408 Transistor NPN BC847B 3198 010 42030 7410 Transistor PNP BC857B 3198 010 42150 7411 Transistor PNP BC857B 3198 010 42150 7451 Transistor KTD600KY 9322 195 14687 7452 Transistor KTC3228Y 9322 197 37676 7453 Transistor KTB631KY 9322 195 05...

Page 320: ...8 036 90010 9502 Wire Jumper 0 58MM 3198 036 90010 9504 Wire Jumper 0 58MM 3198 036 90010 9505 Wire Jumper 0 58MM 3198 036 90010 9506 Wire Jumper 0 58MM 3198 036 90010 9507 Wire Jumper 0 58MM 3198 036 90010 9508 Wire Jumper 0 58MM 3198 036 90010 9509 Wire Jumper 0 58MM 3198 036 90010 9510 Wire Jumper 0 58MM 3198 036 90010 9514 Wire Jumper 0 58MM 3198 036 90010 9536 Wire Jumper 0 58MM 3198 036 9001...

Page 321: ...3 Res 3K3 5 1 10W Metalized Glass 3198 021 53320 3384 Res 10K 5 1 16W Metalized Glass 3198 021 31030 3385 Res 680 ohm 5 1 16W Metalized Glas 3198 021 36810 3387 Res 1K8 5 1 16W Metalized Glass 3198 021 31820 3388 Res 33 ohm 5 1 16W Metalized Glass 3198 021 33390 3389 Res 33 ohm 5 1 16W Metalized Glass 3198 021 33390 3390 Res 1K2 5 1 16W Metalized Glass 3198 021 31220 4337 Res Zero ohm Chip Jumper ...

Page 322: ... 16v Ceramic 3198 017 31040 2215 Cap 220n 80 20 16v Ceramic 3198 017 42240 2216 Cap 220n 80 20 16v Ceramic 3198 017 42240 2217 Cap 100u 20 25v Electrolytic 3198 025 31010 2218 Cap 47u 20 25v Electrolytic 3198 025 34790 2222 Cap 5n6 10 50v Ceramic 2238 586 15633 2223 Cap 100n 10 16v Ceramic 3198 017 31040 2224 Cap 100u 20 25v Electrolytic 3198 025 31010 2225 Cap 220n 80 20 16v Ceramic 3198 017 4224...

Page 323: ...590 3201 Res 1K 5 1 6W Carbon Film 3198 011 01020 3202 Res 3K3 5 1 16W Metalized Glass 3198 021 33320 3203 Res 150K 5 1 16W Metalized Glass 3198 021 31540 3204 Res 3K3 5 1 16W Metalized Glass 3198 021 33320 3205 Res 12K 5 1 16W Metalized Glass 3198 021 31230 3206 Res 5K6 5 1 16W Metalized Glass 3198 021 35620 3207 Res 100 ohm 5 1 16W Metalized Glas 3198 021 31010 3208 Res 27K 5 1 16W Metalized Gla...

Page 324: ... Metalized Glas 3198 021 32210 3573 Res 15K 5 1 16W Metalized Glass 3198 021 31530 3574 Res 150K 5 1 6W Carbon Film 3198 011 01540 3575 Res 82K 1 3 5W Metal Film 2312 915 18203 3576 Res 4K7 1 1 16W Metalized Glass 2322 704 64702 3577 Res 1K5 5 1 6W Carbon Film 3198 011 01520 3578 Res 470 ohm 5 1 16W Metalized Glas 3198 021 34710 3579 Res 2K2 5 1 16W Metalized Glass 3198 021 32220 3601 Res 4K7 5 1 ...

Page 325: ...nsistor NPN BC847B 3198 010 42030 7404 F E T Signal BSH103 9340 547 13215 7405 Transistor NPN BU4508DX 9340 550 92127 7406 Transistor KTC3228Y 9322 197 37676 7408 Transistor NPN BC847B 3198 010 42030 7410 Transistor PNP BC857B 3198 010 42150 7411 Transistor PNP BC857B 3198 010 42150 7451 Transistor KTD600KY 9322 195 14687 7452 Transistor KTC3228Y 9322 197 37676 7453 Transistor KTB631KY 9322 195 05...

Page 326: ...6 90010 9502 Wire Jumper 0 58MM 3198 036 90010 9504 Wire Jumper 0 58MM 3198 036 90010 9505 Wire Jumper 0 58MM 3198 036 90010 9506 Wire Jumper 0 58MM 3198 036 90010 9507 Wire Jumper 0 58MM 3198 036 90010 9508 Wire Jumper 0 58MM 3198 036 90010 9509 Wire Jumper 0 58MM 3198 036 90010 9510 Wire Jumper 0 58MM 3198 036 90010 9514 Wire Jumper 0 58MM 3198 036 90010 9536 Wire Jumper 0 58MM 3198 036 90010 95...

Page 327: ... 10W Metalized Glass 3198 021 53320 3384 Res 10K 5 1 16W Metalized Glass 3198 021 31030 3385 Res 680 ohm 5 1 16W Metalized Glas 3198 021 36810 3387 Res 1K8 5 1 16W Metalized Glass 3198 021 31820 3388 Res 33 ohm 5 1 16W Metalized Glass 3198 021 33390 3389 Res 33 ohm 5 1 16W Metalized Glass 3198 021 33390 3390 Res 1K2 5 1 16W Metalized Glass 3198 021 31220 4337 Res Zero ohm Chip Jumper 3198 021 9003...

Page 328: ...422 086 10282 1454 Fuse 1 25 Amp 250V 2422 086 10282 S 1500 Fuse 4A 250V IEC 2422 086 10914 S 1503 Relay 12V 5A G5PA 1 2422 132 07444 1504 Connector 2 Pin 2422 025 16375 1505 Connector 2 Pin 2422 025 16269 1682 Connector 3 Pin 2412 020 00725 1693 Connector 6 Pin 2422 025 12482 2001 Cap 22p 5 50v Ceramic 3198 016 32290 2004 Cap 47n 80 20 50v Ceramic 3198 024 44730 2006 Cap 470u 20 16v Electrolytic ...

Page 329: ...8 017 31040 2988 Cap 100n 10 16v Ceramic 3198 017 31040 2989 Cap 1u 80 20 10v Ceramic 3198 017 41050 2990 Cap 1n 5 25v Ceramic 3198 016 31020 2992 Cap 1u 80 20 10v Ceramic 3198 017 41050 2993 Cap 1n 5 25v Ceramic 3198 016 31020 2994 Cap 22n 10 25v Ceramic 3198 017 32230 2995 Cap 22n 10 25v Ceramic 3198 017 32230 2996 Cap 47n 80 20 50v Ceramic 3198 024 44730 2997 Cap 47n 80 20 50v Ceramic 3198 024 ...

Page 330: ...Res 220 ohm 20 1 2W Carbon Film 3198 013 02210 S 3503 Surge Protector 2422 549 43073 3504 Res 1M5 5 1 2W Metalized Glass 2322 242 13155 3505 VDR 1mA 423V 2122 550 00147 3507 PTC 3R 144v 20 2122 663 00019 S 3510 NTC B57237 3W1 4R7 20 2122 612 00055 3511 Res 4R7 5 1 6W Carbon Film 3198 011 04780 3512 Res 1K2 5 1 16W Metalized Glass 3198 021 31220 3513 Res 2K2 5 1 3W Metal Film 2306 204 03222 3514 Re...

Page 331: ...6 3198 010 10630 6531 Zener Diode 15 volt 3198 020 51590 6532 Diode BAV21WS 9322 197 45703 6533 Zener Diode 6 8 volt 9322 171 80685 6534 Zener Diode 3 9 volt 9322 199 75685 6535 Diode Rect SB160 9322 198 24673 6536 Diode Rect SB180 9322 198 25673 6541 Zener Diode 12 volt 3198 020 51290 6551 Diode Rect BYV29X 500 9340 555 59127 6562 Diode Rect SB360 3198 010 10700 6563 Diode Rect SB360 3198 010 107...

Page 332: ...6 90010 9480 Wire Jumper 0 58MM 3198 036 90010 9481 Wire Jumper 0 58MM 3198 036 90010 9482 Wire Jumper 0 58MM 3198 036 90010 9483 Wire Jumper 0 58MM 3198 036 90010 9484 Wire Jumper 0 58MM 3198 036 90010 9485 Wire Jumper 0 58MM 3198 036 90010 9486 Wire Jumper 0 58MM 3198 036 90010 9487 Wire Jumper 0 58MM 3198 036 90010 9488 Wire Jumper 0 58MM 3198 036 90010 9489 Wire Jumper 0 58MM 3198 036 90010 94...

Page 333: ...Glass 3198 021 33390 4337 Res Zero ohm Chip Jumper 3198 021 90030 4374 Res Zero ohm Chip Jumper 3198 021 90030 5330 Fixed Inductor 100MHz 50R 3198 018 90010 5331 Fixed Inductor 100MHz 50R 3198 018 90010 5351 Coil 22u 2422 535 97333 5352 Coil 220n 2422 535 94257 5361 Fixed Inductor 100MHz 50R 3198 018 90010 6331 Diode Signal BAV21 3198 010 10070 6332 Diode Signal BAV21 3198 010 10070 6333 Diode Sig...

Page 334: ...252 Cap 10n 10 50v Ceramic 3198 017 31030 2253 Cap 10n 10 50v Ceramic 3198 017 31030 2254 Cap 10n 10 50v Ceramic 3198 017 31030 2255 Cap 10n 10 50v Ceramic 3198 017 31030 2256 Cap 100n 10 16v Ceramic 3198 017 31040 2257 Cap 3n3 10 50v Ceramic 3198 017 33320 2260 Cap 100n 10 16v Ceramic 3198 017 31040 2261 Cap 100n 10 16v Ceramic 3198 017 31040 2262 Cap 10n 10 50v Ceramic 3198 017 31030 2263 Cap 10...

Page 335: ...ized Glass 3198 021 34720 3239 Res 1K2 5 1 6W CF SEE KNOWN FAULTS 3198 011 01220 3240 Res 22K 5 1 16W Metalized Glass 3198 021 32230 3241 Res 39K 1 3 5W Metal Film 2312 915 13903 3242 Res 47K 5 1 16W Metalized Glass 3198 021 34730 3243 Res 33K 5 1 16W Metalized Glass 3198 021 33330 3244 Res 100 ohm 5 1 16W Metalized Glas 3198 021 31010 3247 Res 390 ohm 5 1 16W Metalized Glas 3198 021 33910 3248 Re...

Page 336: ...hm Chip Jumper 3198 021 90030 4106 Res Zero ohm Chip Jumper 3198 021 90030 4107 Res Zero ohm Chip Jumper 3198 021 90030 4108 Res Zero ohm Chip Jumper 3198 021 90030 4116 Res Zero ohm Chip Jumper 3198 021 90030 4136 Res Zero ohm Chip Jumper 3198 021 90030 4209 Res Zero ohm Chip Jumper 3198 021 90030 4212 Res Zero ohm Chip Jumper 3198 021 90030 4221 Res Zero ohm Chip Jumper 3198 021 90030 4222 Res Z...

Page 337: ...8MM 3198 036 90010 9128 Wire Jumper 0 58MM 3198 036 90010 9129 Wire Jumper 0 58MM 3198 036 90010 9138 Wire Jumper 0 58MM 3198 036 90010 9202 Wire Jumper 0 58MM 3198 036 90010 9203 Wire Jumper 0 58MM 3198 036 90010 9204 Wire Jumper 0 58MM 3198 036 90010 9205 Wire Jumper 0 58MM 3198 036 90010 9206 Wire Jumper 0 58MM 3198 036 90010 9207 Wire Jumper 0 58MM 3198 036 90010 9208 Wire Jumper 0 58MM 3198 0...

Page 338: ...6 90010 9590 Wire Jumper 0 58MM 3198 036 90010 9605 Wire Jumper 0 58MM 3198 036 90010 9631 Wire Jumper 0 58MM 3198 036 90010 9633 Wire Jumper 0 58MM 3198 036 90010 9637 Wire Jumper 0 58MM 3198 036 90010 9639 Wire Jumper 0 58MM 3198 036 90010 9642 Wire Jumper 0 58MM 3198 036 90010 9643 Wire Jumper 0 58MM 3198 036 90010 9653 Wire Jumper 0 58MM 3198 036 90010 9660 Wire Jumper 0 58MM 3198 036 90010 96...

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