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User Manual

Moseley PCL-6000

Doc. 602-13375-01

January 2008

Summary of Contents for PCL-600

Page 1: ...User Manual Moseley PCL 6000 Doc 602 13375 01 January 2008...

Page 2: ...to costs of travel to and from the purchaser s installation and subsistence shall be paid by purchaser to Moseley Associates Inc 2 In case of any equipment thought to be defective the purchaser shall...

Page 3: ...d can radiate radio frequency energy and if not installed and used in accordance with the instruction manual may cause harmful interference to radio communications Operation of this equipment in a res...

Page 4: ...Installation 2 5 2 5 Antenna Installation 2 6 2 6 Transmission Cables 2 7 2 7 Program and Multiplex Installation Transmitter 2 9 2 8 Program and Multiplex Installation Receiver 2 12 2 9 Main Standby I...

Page 5: ...3 5 3 2 Receiver Sensitivity 5 5 5 3 3 Receiver Selectivity 5 7 5 3 4 Transmitter Deviation and Receiver Output Level Calibration 5 8 5 3 5 Ultimate Signal to Noise Ratio 5 13 5 3 6 Distortion Alignm...

Page 6: ...nsultation 6 1 6 3 Factory Service 6 2 6 4 Field Repair 6 2 7 SCHEMATICS AND ASSEMBLY DRAWINGS 7 1 7 1 PCL 6000 220 STD 602 10300 71 Rev A 7 1 7 2 PCL 6000 330 450 STD 602 10301 71 Rev A 7 32 7 3 PCL...

Page 7: ...terconnect Other STL Receivers 2 17 Figure 2 11 Main Standby Receiver Interconnect PCL6000 Composite 2 18 Figure 2 12 Main Standby Receiver Interconnect PCL6000 Mono 2 19 Figure 2 13 Transmitter I O R...

Page 8: ...Setup For Signal To Noise Ratio Measurement 5 14 Figure 5 8 Test Setup for Distortion Alignment 5 15 Figure 5 9 Stereo Separation Test Setup 5 17 Figure 5 10 Swept Separation Waveform 5 19 Figure 5 1...

Page 9: ...ing Guide 2 14 Table 2 4 Channel Control Remote Interface Logic 2 22 Table 3 1 Transmitter Meter Functions and Scales 3 2 Table 3 2 Receiver Meter Functions and Scales 3 6 Table 4 1 Transmitter Channe...

Page 10: ...lectromagnetic Interference EPROM Erasable Programmable Read Only Memory ESD Electrostatic Discharge Electrostatic Damage FCC Federal Communications Commission FET Field Effect Transistor FM Frequency...

Page 11: ...Moseley PCL6000 Moseley PCL 6000 Document No 602 13375 01 Rev B LO Local Oscillator LPF Low Pass Filter MHz Megahertz MAI Moseley Associates Inc Mono Monaural ms Millisecond mW Milliwatt...

Page 12: ......

Page 13: ...n those bands 1 2 System Features In addition to establishing a new industry standard for performance the PCL6000 incorporates many new and innovative features to aid in the installation operation and...

Page 14: ...eference level 400 Hz from 7 5 kHz 15 kHz 0 1 or less 30 Hz 7 5 kHz typically better than 0 1 at 1 kHz Convolved stereo demodulation products greater than 50 dB below the 100 modulation reference leve...

Page 15: ...7 dB Referenced to 100 modulation Operating Temperature 20 C to 70 C Emission 110F3 no subcarrier 110F9 with 26 kHz control subcarrier 230F9 with 67 kHz program subcarrier 1 3 3 PCL6010 Transmitter Sp...

Page 16: ...ite PCL6030 6060 Monaural 120 mV or less required for 60 dB SNR left or right channel de emphasized demodulated 20 mV or less required for 60 dB SNR 100 mV or less required for 60 dB SNR left or right...

Page 17: ...chematics for the complete transmitter system and for its modules are located in Section 7 Audio Processor The Audio Processor is located in the TX Audio Power Supply board Three signal inputs are pro...

Page 18: ...entical to the 950 MHz band configuration The 1st LO LO1 section of the RF module consists of an oven controlled crystal oscillator a doubler and a step recovery diode SRD multiplier The oscillator op...

Page 19: ...er harmonics to a level of at least 60 dBc The output is sampled via a dual directional coupler with detectors that provide an indication of the forward and reflected power of the RF amplifier The fin...

Page 20: ...hematics for the complete receiver systems and for their modules are located in Section 7 Preselector Preamplifier 950 MHz PCL6020 6030 The Preselector Preamplifier is located in the RF module The ant...

Page 21: ...illator The phase lock loop contains the frequency programming switches which allow the synthesizer to be changed in frequency steps of 25 kHz The RF output of LO2 is filtered to attenuate any harmoni...

Page 22: ...group delay variations of the low pass filter This signal is then buffered by an output amplifier that provides 3 5 Vp p output for 100 modulation The output of the high frequency amplitude corrector...

Page 23: ...nnel selection is also provided on this board through access to the back panel Channel selection and display is accessed by the user through the front panel The Channel Control board connects to the R...

Page 24: ...1 12 System Characteristics Moseley PCL 6000 Document No 602 13375 01 Rev B Figure 1 1a PCL6010 Transmitter Block and Level 92A1319 R A Sheet 1 of 2...

Page 25: ...Moseley PCL6000 1 13 Moseley PCL 6000 Document No 602 13375 01 Rev B Figure 1 1b PCL6010 Transmitter Block and Level 92A1319 R A Sheet 2 of 2...

Page 26: ...1 14 System Characteristics Moseley PCL 6000 Document No 602 13375 01 Rev B Figure 1 2a PCL6020 Receiver Block and Level 92A1320 R A Sheet 1 of 2...

Page 27: ...Moseley PCL6000 1 15 Moseley PCL 6000 Document No 602 13375 01 Rev B Figure 1 2b PCL6020 Receiver Block and Level 92A1320 R A Sheet 2 of 2...

Page 28: ...1 16 System Characteristics Moseley PCL 6000 Document No 602 13375 01 Rev B Figure 1 3a PCL6030 Receiver Block and Level 92A1327 R A Sheet 1 of 2...

Page 29: ...Moseley PCL6000 1 17 Moseley PCL 6000 Document No 602 13375 01 Rev B Figure 1 3b PCL6030 Receiver Block and Level 92A1327 R A Sheet 2 of 2...

Page 30: ...1 18 System Characteristics Moseley PCL 6000 Document No 602 13375 01 Rev B...

Page 31: ...ley PCL6000 1 19 Moseley PCL 6000 Document No 602 13375 01 Rev B Figure 1 4a PCL6060 Receiver Block and Level 92A1331 R A Sheet 1 of 2 Figure 1 4b PCL6060 Receiver Block and Level 92A1331 R A Sheet 2...

Page 32: ...1 20 System Characteristics Moseley PCL 6000 Document No 602 13375 01 Rev B...

Page 33: ...rawings of Section 7 After the internal inspection replace the top covers CAUTION Do not attempt any adjustments of any kind until the nature of each adjustment is understood Do not apply power to the...

Page 34: ...igure 2 1 Line Filter Fuse Holder Programming Detail shows 100 VAC operation selected Table 2 1 Transmitter and Receiver Fuse Settings Line Voltage Transmitter Fuse Slow Blow Receiver Fuse Slow Blow 1...

Page 35: ...heckout While the user has both the transmitter and receiver at the same location we suggest that a pre installation checkout of the system be performed before mounting the equipment in racks separate...

Page 36: ...ch Test Setup More extensive testing can be accomplished using a stereo generator and demodulator combination and or a sub carrier generator and demodulator combination CAUTION Always operate the tran...

Page 37: ...the broadband signal to noise ratio SNR determined SNR RMS voltage with modulation RMS voltage without modulation 20log Note Demodulated stereo SNR will be approximately 12 dB greater than broadband S...

Page 38: ...L Experience has indicated that a reasonably clear path having a 0 6 Fresnel zone clearance along with good feed line installation results in a highly predictable signal level at the receiver The appe...

Page 39: ...ed signal strength sufficiently to provide only marginal system performance Reasonable care should be exercised during the installation of the transmission cable Never put a sharper bend radius in the...

Page 40: ...2 8 Installation Moseley PCL 6000 Document No 602 13375 01 Rev B Figure 2 3 Typical PCL6000 Site Installation...

Page 41: ...tic gain control AGC unit to establish the nominal system levels This is followed by a frequency conscious audio limiter to prevent over modulation of the system as the result of the normal pre emphas...

Page 42: ...the MUX 2 subcarrier Where a control subcarrier is desired a subcarrier frequency of 110 kHz 26 kHz for mono is typically used The modulated subcarrier may be generated internally in the remote contr...

Page 43: ...02 13375 01 Rev B Figure 2 5 shows the connections for a mono setup The same cautions and considerations apply as for composite The mono input has a selectable low pass filter for bandwidth limiting F...

Page 44: ...Hz mono The multiplex outputs are bandpass filtered to pass the frequency range of 100 kHz to 200 kHz 22 kHz to 85 kHz mono Figures 2 6 and 2 7 depict a typical interconnection of a PCL6000 receiver a...

Page 45: ...ubcarrier demodulation capability and an external demodulator is not required Note that since both multiplex outputs contain the same 85 kHz to 200 kHz 20 kHz to 85 kHz mono spectrum the subcarrier de...

Page 46: ...ansmitters and the TPT 2 should be wired as shown in Table 2 3 Section 2 10 gives pin assignments for for the Transmitter I O Remote Connector NOTE For proper operation with a TPT 2 both transmitter R...

Page 47: ...Moseley PCL6000 2 15 Moseley PCL 6000 Document No 602 13375 01 Rev B Figure 2 8 Main Standby Transmitter Interconnect Composite...

Page 48: ...2 16 Installation Moseley PCL 6000 Document No 602 13375 01 Rev B Figure 2 9 Main Standby Transmitter Interconnect Mono...

Page 49: ...ed in a main standby configuration provided that a TPR 2 is used to perform the switching between the two receivers A typical installation is detailed in Figure 2 10 Note that only one multiplex outpu...

Page 50: ...se of a power divider is recommended so that the impedance as seen by each receiver is approximately 50 ohms Figure 2 11 Main Standby Receiver Interconnect PCL6000 Composite The composite and mux outp...

Page 51: ...a power divider is recommended so that the impedance as seen by each receiver is approximately 50 ohms The mono and mux outputs are paralleled using a BNC Tee connector This is permissible since the...

Page 52: ...that is required for remote control interface with the transmitter Figure 2 13a is the pin out for revision A transmitters using the circular 9 pin connector Figure 2 13b is the pin out for revision B...

Page 53: ...The 9 pin D male connector pin out is shown in Figure 2 14 Figure 2 14 Transmitter Channel Control Connector Pin Out The REMOTE ENABLE line requires a contact closure to GND or logic level 0 low to e...

Page 54: ...und in Section 3 Table 2 4 Channel Control Remote Interface Logic REM ENABLE D3 D2 D1 D0 CHANNEL x x x x x 0 x x x x o 1 x x x o x 2 x x x o o 3 x x o x x 4 x x o x o 5 x x o o x 6 x x o o o 7 x o x x...

Page 55: ...peak values of modulation which affect the deviation of the transmitter RADIATE AFC LOCK STANDBY OPERATE PCL 6010 Aural STL Transmitter 15V 15V 12V 5V LO LVL AFC LVL IPA LVL PA CURRENT FWD PWR REFL P...

Page 56: ...ve Local Oscillator relative level calibrated to center IPA LVL Center Arc Relative Intermediate Power Amplifier relative level calibrated to center PA CURR Linear X 0 1 Amps RFA final stage current 5...

Page 57: ...plies with Part 15 of the FCC rules Operation is subject to the following two conditions 1 This device may not cause harmful interference 2 This device must accept any interference received including...

Page 58: ...the channel via the SELECT knob the front panel can be locked out by programming the 5 position INTERNAL REMOTE dip switch SW6 on the Channel Control board This switch emulates the remote control func...

Page 59: ...anel Standard MD1133 20 15 10 5 0 25 20 10 5 0 3 10 30 10 0 300 1K PCL 6030 Aural STL Receiver OPERATE TRANSFER RF LVL PGM LVL 15V 15V 5V LO 3 LVL LO LO 1 LVL 2 LVL AFC LVL MUX LVL AFC LOCK SIGNAL Fig...

Page 60: ...brated to center PGM LVL dB dB Peak program meter 0 dB 3 5 Vp p 100 modulation MUX LVL Linear kHz Subcarrier deviation AFC LVL Center Arc Relative AFC voltage relative level calibrated to center 5 V L...

Page 61: ...sed AC input is line voltage programmable see Figure 2 1 MUX OUT COMPOSITE OUT 1 2 1 2 CHNL REMOTE GND MONO SPARES OUT IN MTR MUT IN XFER SQUELCH ARM N C N O OUT ANTENNA Operation is subject to the fo...

Page 62: ...receiver are matched with respect to channel assignment Multichannel System PCL 6020 Aural STL Receiver 5 OPERATE 0 TRANSFER 20 3 10 10 20 25 15V 5 0 10 0 10 0 0 15 3 0 1K 3 RF LVL PGM LVL 15V 5V AFC...

Page 63: ...ill return to if the REMOTE ENABLE line is disabled 3 3 3 3 Front Panel Control LOCKOUT Operation To prevent unauthorized or accidental changing of the channel via the SELECT knob the front panel can...

Page 64: ...3 10 Operation Moseley PCL 6000 Document No 602 13375 01 Rev B...

Page 65: ...oltages 15 15 5 and 12 VDC The RFA supply is adjustable R6 and factory set to 12 5 VDC when the transmitter is radiating This voltage is reduced to 1 5 VDC if the AFC loses lock or if the transmitter...

Page 66: ...P3 10 Amplifier U15 and FET Q1 provide a current sample for the meter that is independent of the RFA supply voltage The current to voltage conversion is different for the various frequency bands 220...

Page 67: ...d the levels are independently adjustable MUX1 R29 and MUX2 R40 The PROGRAM and MUX signals are summed into U2b and both levels are routed to the metering circuits at this point U2a is an inverter whi...

Page 68: ...he AFC circuitry changes the capacitance of CR10 and CR11 which is also part of the tuning of the FMO resonant circuit Depending upon which capacitors are switched into the resonant circuit F1 C34 F2...

Page 69: ...the buffer is split into two out of phase voltages in T1 and applied to the bases of Q7 and Q8 The output of these two transistors is summed at their collectors The output of the doubler is tuned by...

Page 70: ...and L14 and is impedance matched to the step recovery diode multiplier by C95 and C96 The diode self bias current is determined by RT1 The step recovery diode CR14 forms the heart of a X2 multiplier...

Page 71: ...The mixer is double balanced for LO rejection and the conversion loss is 8 dB The Intermediate Power Amplifier IPA is a four stage broadband RF amplifier AR2 AR3 AR4 AR5 with 30 dB of gain and an outp...

Page 72: ...when driven with a 20 dBm nominal input signal The heart of the module is a high gain UHF power amplifier hybrid device AR1 that exhibits excellent stability and ruggedness AR1 provides 20 dB of gain...

Page 73: ...e RF Amplifier is a two stage discrete bipolar amplifier utilizing lumped elements for impedance matching and tuning The amplifier provides 20 dB of gain to an output level of 10 watts The input appli...

Page 74: ...he FMO modulation sensitivity variation with frequency change Mux IC U4 selects either the front panel channel select switch S1 or the CHANNEL REMOTE INPUT P1 1 2 3 4 providing a BCD output to the add...

Page 75: ...ADJ ACTIVE TX Only C0 MOD3 ADJ ACTIVE TX Only The two digit display DGT1 DGT2 is controlled by the EPROM outputs D0 D4 D0 controls the 10 s digit and D1 D4 BCD DISPLAY are decoded by U13 to provide th...

Page 76: ...e of the following conditions are present 1 The signal mute line SIGMUTE P5 4 from the IF Demod module PCL6020 or FM Demod module PCL6030 6060 is at a logic low level 0 VDC 2 The rear panel remote mut...

Page 77: ...U2 is split into low frequency audio and high frequency mux signals Jumpers E1 and E6 select the composite high pass MUX filter or the monaural high pass MUX filter and route the audio to the appropr...

Page 78: ...t the mixer of 6 dBm R48 is used to sample the VCO output as feedback for the high speed dual modulus prescaler U2 The prescaler divides the 80 7 MHz signal by 10 or 11 depending on the divide ratio s...

Page 79: ...Control board s parallel inputs at J11 and the internal switches S1 S2 S3 and S4 must be disabled S4 open circuit and S1 2 3 set to F If the RF module is being used as a stand alone the frequency is...

Page 80: ...ct the succeeding low noise preamp from high level carriers The preamp AR2 is a monolithic gain block with a gain of 14 dB NF 2 8 dB The three pole helical filter FL11 provides image frequency rejecti...

Page 81: ...ding filter losses The nominal 70 MHz BPF is a 3 pole lumped element synchronously tuned capacitively coupled design whose primary purpose is to reduce undesired signals to levels that will not cause...

Page 82: ...rt 10 7 MHz is diplexed L1 C1 C2 R1 and fed through a filter L2 C3 L3 to amplifier Q1 The output of the 1st 10 7 MHz amplifier Q1 is buffered by emitter follower Q2 The source impedance required by fi...

Page 83: ...nal with 50 kHz 35 kHz in narrowband mode deviation This FM detector is inherently wideband linear and adjustment free 4 3 6 2 RF Signal Strength Detector The RF signal from U4 is also sent to a four...

Page 84: ...e remote input function for internal security lockout of the front panel channel selection Logic IC U5 decodes and detects channel address number 0 to toggle between EPROM control PROM ENABLE and on b...

Page 85: ...e 1 s display For systems with less than 16 channels the display will blank and no programming is available DGT1 may be tested by shorting jumper E1 DGT1 TEST Analog switch IC U6 is used to compensate...

Page 86: ...4 22 Module Characteristics Moseley PCL 6000 Document No 602 13375 01 Rev B...

Page 87: ...ower levels that may be encountered Table 5 1 Recommended Test Equipment Instrument Suggested Model Critical Specifications Frequency Counter Tektronix DC 508A 1 3 GHz For dual links on the same frequ...

Page 88: ...50 ohm SWR 1 3 1 10 dB input attenuation Audio Spectrum Analyzer Tektronix 7L5 with Option 25 L3 Plug in 7603 Main Frame Input Impedance 1M ohm 29 pF Input Frequency 10 Hz 500 kHz Display Range 80 dB...

Page 89: ...in Figure 5 1 2 Position the transmitter OPERATE STANDBY switch to the OPERATE position Verify that the RADIATE and AFC LOCK status LEDs are green Using the METER FUNCTION switch select the FWD PWR p...

Page 90: ...et the 8 kHz specified in this procedure the crystal oven should be checked to ensure that it is operating at 65 C 5 C 4 If the transmitter frequency fails to meet the 8 kHz specified in this procedur...

Page 91: ...t No 602 13375 01 Rev B 5 3 2 Receiver Sensitivity Description The sensitivity of the PCL6000 receiver is verified using a signal generator and either a de emphasis network or a de emphasized stereo d...

Page 92: ...VL position Set FM Deviation on the RF Signal generator to ON Set the modulation frequency on the signal generator to 400 Hz Adjust the deviation control on the signal generator so that the meter on t...

Page 93: ...ption Tune to the channel frequency indicated on the Channel Assignments label on the rear panel Output Level 40 dBm adjust the output level for a reading of 3 mV on the signal generator meter RF On R...

Page 94: ...ted in the PCL6030 6060 system by properly positioning jumpers E2 and E3 in the Double Converter LO3 module Troubleshooting Notes The cable between the RF signal generator and the receiver should be k...

Page 95: ...3 dB and 2 dB on the top scale 4 Using the spectrum analyzer monitor the modulated RF output of the transmitter The controls of the spectrum analyzer should be in the following positions Frequency Ban...

Page 96: ...LVL R199 on the Audio Power Supply board for a Bessel null of at least 50 dB on the spectrum analyzer Using the METER FUNCTION switch on the transmitter select the PGM LVL position Adjust COMP PGM MT...

Page 97: ...0 6060 On the receiver FM Demod module adjust BASEBAND LVL ADJUST R10 for a reading of 0 dB on the distortion measurement test set Using the receiver METER FUNCTION switch select the PGM LVL position...

Page 98: ...tor for a voltage of 1 5 Vp p and a frequency of 110 kHz 26 kHz mono Connect the audio oscillator output to the MUX 1 input of the transmitter Adjust the MUX 1 Level Adjust R29 on the Audio Power Supp...

Page 99: ...during the receiver sensitivity test see Section 5 3 2 Procedure 1 Connect the equipment as shown in Figure 5 7 and set the controls on the distortion measurement test set as follows Meter Function RE...

Page 100: ...lem a Using the 80 kHz filter on the distortion measurement test set measure the baseband output of the TX Audio Power Supply board for a reading at least 5 dB greater than specified for the ultimate...

Page 101: ...0 kHz In Distortion Range 0 3 Input Range 10 dB Frequency 1 0 kHz Oscillator Level 10 dBm from 600 ohm source 2 Position the OPERATE STANDBY switch on the transmitter to the OPERATE position The RADIA...

Page 102: ...procedure may be used to determine if the 10 7 MHz filters are a source of high distortion a PCL6020 Remove FL1 and FL2 from the IF Demod module and replace it with a 1 0 K ohm resistor The resistor l...

Page 103: ...g generator Figure 5 9 Stereo Separation Test Setup Procedure 1 Connect the equipment as shown in Figure 5 9 This test should be run flat i e the stereo generator pre emphasis and the stereo demodulat...

Page 104: ...on the receiver meter middle scale Using the METER FUNCTION switch on the receiver select the PGM LVL position Verify that the meter reads within 1 dB of the transmitter meter 3 Select the LEFT ONLY p...

Page 105: ...both channels 5 Connect the audio output of the distortion analyzer to the stereo source selector Connect the left output of the stereo demodulator to the input of the distortion analyzer Set the fre...

Page 106: ...e audio output of the distortion analyzer to the stereo source selector Set the stereo source selector to the LEFT RIGHT position Using the 50 Hz high pass filter connect the left channel of the stere...

Page 107: ...ition and verify that the meter of the transmitter reads between 3 and 2 dB on the top scale Using the METER FUNCTION switch on the transmitter select the PGM LVL position Adjust frequency controls on...

Page 108: ...7 5 kHz d Position the stereo source selector to the left minus right position e Calculate the subchannel to main channel crosstalk by measuring the indicated waveforms and using the formula shown in...

Page 109: ...o in dB of harmonic products in the subchannel referred to 15 kHz L R at 100 modulation in the main channel M S measurement of the ratio in dB of intermodulation products in the main channel referred...

Page 110: ...1 0 0 946 125 1 5 2 3 1 2 7 5 952 5 1 3 8 8 1 0 E 0 946 375 1 5 1 3 1 2 6 5 953 1 3 6 8 1 0 C 0 946 5 1 5 0 8 1 2 6 0 953 5 1 3 4 8 1 0 A 0 946 625 1 5 0 3 1 2 5 5 954 1 3 2 8 1 0 8 0 946 875 1 4 F 3...

Page 111: ...output carrier frequency within 25 kHz of the switch setting 5 Receiver Adjust 70 MHz bandpass filter capacitors C41 C44 and C47 IF Demod module PCL6020 or C40 C43 C46 and C49 Double Converter LO3 mod...

Page 112: ...re is no need to adjust the IPA and RFA filters If the new frequency is outside of this range peak the internal pc board mounted filters FL 12 and FL 11 for maximum IPA LVL meter reading Peak the exte...

Page 113: ...be changed Consult the factory if this is the case Multichannel Option If this is a multichannel system refer to Section 5 3 9 4 1 Attenuate the carrier to 1500 V and feed to the receiver antenna inp...

Page 114: ...the signal is monitored at IF OUT The five screw adjustments should be set for a flat passband greater than 5 MHz wide 7c Preselector Filter 220 450 MHz The filter is located at the rear of the recei...

Page 115: ...Moseley PCL6000 5 29 Moseley PCL 6000 Document No 602 13375 01 Rev B 2 Using a 15 kHz tone verify distortion is within specification If adjustment is needed use 10 7 MHz IF adjustments...

Page 116: ...sult B Step 5 See Table 5 2 below S2 column Find largest entry which is less than or equal to result B 3 50 3 60 therefore S2 E Step 6 Subtract S2 frequency from result B 3 600 MHz 3 500 3 100 MHz res...

Page 117: ...existing programmed channels Re adjustment can be very difficult to achieve Consult the factory for best results Table 5 3 Synthesizer Frequency Selection Switch Settings S1 MHz S2 MHz S3 MHz 0 0 0 0...

Page 118: ...is greater than 10 kHz away from the desired frequency remove the top cover and position frequency selector switches S4 1 S1 S2 S3 for the desired frequency 2 Adjust the 1st LO XTAL tuning capacitor...

Page 119: ...rtion measurement test set verify that the baseband output of the IF Demod is between 1 0 and 1 5 VRMS Measure the distortion of the output of the IF Demod and adjust the Varicap Bias adjustment on th...

Page 120: ...t as shown in Figure 5 1 and position the OPERATE STANDBY switch in the OPERATE position 2 Check the 5 VDC 15 VDC 15 VDC 12 VDC and 12 5 VDC test points on the Audio Power Supply board 3 Verify that t...

Page 121: ...28 Composite program level adjustment Sets the transmitter deviation of the composite signal Normal input is 3 5 Vp p The normal deviation of the transmitter is 50 kHz MONO PGM LVL R199 Monaural progr...

Page 122: ...O PGM MTRG R202 Monaural PGM LVL meter function 0 dB 40 kHz deviation DIG PGM MTRG R203 Digtial modulation PGM LVL meter function REFL PWR R161 REFL PWR meter function 0 dB 100 reflected power FWD PWR...

Page 123: ...t capacitor active F1 LED CR6 Indicates the F1 AFC adjustment capacitor is active F2 AFC ADJ C30 F2 AFC Level Adjustment Adjusted for a nominal 5 9 VDC depending on the channel assignment Check the te...

Page 124: ...1020 MHz with a power output between 5 and 9 dBm This measurement should be made on a low power wattmeter 1ST LOCAL OSCILLATOR 330 450 MHZ XTAL OSC TUNE C84 Crystal oscillator tune Sets peak oscillato...

Page 125: ...amp 5 Check harmonic and spurious signal content for level 65 dBc 5 4 4 3 Alignment Procedure 330 MHz 1 Measure input level at the RFA It should be 20 dBm 100 mW nominal If power level is low peak th...

Page 126: ...DELAY EQ adjustments are used primarily to optimize stereo separation performance In other applications such as communications HF TILT and LF TILT would be used to adjust the audio frequency response...

Page 127: ...ver transfer panel TPR 5 4 6 Receiver RF Module PRESELECTOR FILTER 950 MHZ PCL6020 6030 Filters FL 12 and FL 11 in the RF module are two and three pole helical filters with a passband of approximately...

Page 128: ...SS OF LOCK CR1 This LED gives a red indication when the AFC loses lock AFC LVL FL1 AFC level test point Monitors the DC level of the AFC loop It is normally set to 7 VDC F1 AFC ADJ C34 F1 AFC Level Ad...

Page 129: ...DC 5 4 8 Double Converter LO3 PCL6030 6060 70 MHz BPF ADJ Bandpass Filter Adjustments The alignment of the 70 MHz C40 C43 C46 C49 bandpass filter can be checked indirectly by verifying the receiver no...

Page 130: ...nt with a voltage proportional to the frequency of the 3 MHz IF Normally this voltage is between 4 and 6 VDC MUTE INDICATOR CR6 Mute Threshold Indicator LED Indicates status of mute logic red mute MUT...

Page 131: ...CHNL SELECT S6 2 BCD 8 s bit to set channel number when INT RMT ENABLE is ON 1 8 S6 3 BCD 4 s bit to set channel number when INT RMT ENABLE is ON 1 4 S6 4 BCD 2 s bit to set channel number when INT RM...

Page 132: ...re Diagrams The test fixtures shown in Figures 5 15 and 5 16 have been designed to interface with the equipment specified in Table 5 1 296uF 10K OUT IN Figure 5 15 50 Hz High Pass Filter 47uF 12K OUT...

Page 133: ...Moseley PCL6000 5 47 Moseley PCL 6000 Document No 602 13375 01 Rev B...

Page 134: ......

Page 135: ...the problem and its precise symptoms For example is the problem intermittent or constant What are the front panel indications If applicable what is your operating frequency Technical consultation is a...

Page 136: ...tape or nylon reinforced tape Mark the outside of the carton Electronic Equipment Fragile in large red letters Note the RA number clearly on the carton or on the shipping label and make sure the name...

Page 137: ...onent must be replaced do the following Use a 40W maximum soldering iron with an 1 8 inch maximum tip Do not use a soldering gun Excessive heat can damage components and the printed circuit Surface mo...

Page 138: ...6 4 Customer Service Moseley PCL 6000 Document No 602 13375 01 Rev B...

Page 139: ...1B2891 3 D 08 95 6030 Receiver Final Assembly 21B2892 3 D 08 95 Receiver Audio Power Supply Schematic 600 10710 01 B 08 95 Receiver Audio Power Supply Assembly 20B3024 C 08 95 Receiver RF Module Schem...

Page 140: ...7 2 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 21B2890 Rev C 6010 Transmitter Final Assembly 220 MHz...

Page 141: ...Moseley PCL6000 7 3 Moseley PCL 6000 Document No 602 13375 01 Rev B 91A7444 Rev D Transmitter Audio Power Supply Schematic p 1 of 3...

Page 142: ...7 4 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 91A7444 Rev D Transmitter Audio Power Supply Schematic p 2 of 3...

Page 143: ...Moseley PCL6000 7 5 Moseley PCL 6000 Document No 602 13375 01 Rev B 91A7444 Rev D Transmitter Audio Power Supply Schematic p 3 of 3...

Page 144: ...7 6 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 20D3023 Rev D Transmitter Audio Power Supply Assembly...

Page 145: ...Moseley PCL6000 7 7 Moseley PCL 6000 Document No 602 13375 01 Rev B 600 10227 01 REV H Transmitter RF Module Schematic p 1 of 4...

Page 146: ...7 8 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 600 10227 01 REV H Transmitter RF Module Schematic p 2 of 4...

Page 147: ...Moseley PCL6000 7 9 Moseley PCL 6000 Document No 602 13375 01 Rev B 600 10227 01 REV H Transmitter RF Module Schematic p 3 of 4...

Page 148: ...7 10 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 600 10227 01 REV H Transmitter RF Module Schematic p 4 of 4...

Page 149: ...Moseley PCL6000 7 11 Moseley PCL 6000 Document No 602 13375 01 Rev B 930 03462 01 Rev H Transmitter RF Module Assembly...

Page 150: ...7 12 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 91A7456 Rev B RF Amplifier 220 MHz Schematic...

Page 151: ...Moseley PCL6000 7 13 Moseley PCL 6000 Document No 602 13375 01 Rev B 20B3037 Rev B RF Amplifier 220 MHz Assembly...

Page 152: ...7 14 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 21B2891 Rev D 6020 Receiver Final Assembly...

Page 153: ...Moseley PCL6000 7 15 Moseley PCL 6000 Document No 602 13375 01 Rev B 21B2892 Rev D 6030 Receiver Final Assembly...

Page 154: ...7 16 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 600 10710 01 Rev B Receiver Audio Power Supply Schematic p 1 of 4...

Page 155: ...Moseley PCL6000 7 17 Moseley PCL 6000 Document No 602 13375 01 Rev B 600 10710 01 Rev B Receiver Audio Power Supply Schematic p 2 of 4...

Page 156: ...7 18 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 600 10710 01 Rev B Receiver Audio Power Supply Schematic p 3 of 4...

Page 157: ...Moseley PCL6000 7 19 Moseley PCL 6000 Document No 602 13375 01 Rev B 600 10710 01 Rev B Receiver Audio Power Supply Schematic p 4 of 4...

Page 158: ...7 20 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 20B3024 Rev C Receiver Audio Power Supply Assembly...

Page 159: ...Moseley PCL6000 7 21 Moseley PCL 6000 Document No 602 13375 01 Rev B 600 10228 01 Rev K Receiver RF Module Schematic p 1 of 4...

Page 160: ...7 22 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 600 10228 01 Rev K Receiver RF Module Schematic p 2 of 4...

Page 161: ...Moseley PCL6000 7 23 Moseley PCL 6000 Document No 602 13375 01 Rev B 600 10228 01 Rev K Receiver RF Module Schematic p 3 of 4...

Page 162: ...7 24 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 600 10228 01 Rev K Receiver RF Module Schematic p 4 of 4...

Page 163: ...Moseley PCL6000 7 25 Moseley PCL 6000 Document No 602 13375 01 Rev B 930 03595 01 Rev J Receiver RF Module 6030 Assembly...

Page 164: ...7 26 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 91B7375 Rev C IF Demod 6020 Schematic...

Page 165: ...Moseley PCL6000 7 27 Moseley PCL 6000 Document No 602 13375 01 Rev B 20B2941 Rev C IF DEMOD 6020 Assembly...

Page 166: ...7 28 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 91B7451 Rev E Double Converter LO3 6030 Schematic...

Page 167: ...Moseley PCL6000 7 29 Moseley PCL 6000 Document No 602 13375 01 Rev B 20B3039 Rev E Double Converter LO3 6030 Assembly...

Page 168: ...7 30 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 91B7387 Rev F FM Demod 6030 Schematic...

Page 169: ...Moseley PCL6000 7 31 Moseley PCL 6000 Document No 602 13375 01 Rev B 20B2949 Rev G FM Demod 6030 Assembly...

Page 170: ...sembly 450MHz 20B2958 D 08 95 6020 Receiver Final Assembly 330 450 21B2891 4 D 08 95 6030 Receiver Final Assembly 330 450 21B2892 4 D 08 95 Receiver Audio Power Supply Schematic 600 10710 01 B 08 95 R...

Page 171: ...Moseley PCL6000 7 33 Moseley PCL 6000 Document No 602 13375 01 Rev B 21B2890 4 Rev D 6010 Transmitter Final Assembly 330 MHz...

Page 172: ...7 34 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 21B2890 5 Rev D 6010 Transmitter Final Assembly 450 MHz...

Page 173: ...Moseley PCL6000 7 35 Moseley PCL 6000 Document No 602 13375 01 Rev B 91A7444 Rev D Transmitter Audio Power Supply Schematic p 1 of 3...

Page 174: ...7 36 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 91A7444 Rev D Transmitter Audio Power Supply Schematic p 2 of 3...

Page 175: ...Moseley PCL6000 7 37 Moseley PCL 6000 Document No 602 13375 01 Rev B 91A7444 Rev D Transmitter Audio Power Supply Schematic p 3 of 3...

Page 176: ...7 38 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 20D3023 Rev D Transmitter Audio Power Supply Assembly...

Page 177: ...Moseley PCL6000 7 39 Moseley PCL 6000 Document No 602 13375 01 Rev B 600 10227 01 REV H Transmitter RF Module Schematic p 1 of 4...

Page 178: ...7 40 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 600 10227 01 REV H Transmitter RF Module Schematic p 2 of 4...

Page 179: ...Moseley PCL6000 7 41 Moseley PCL 6000 Document No 602 13375 01 Rev B 600 10227 01 REV H Transmitter RF Module Schematic p 3 of 4...

Page 180: ...7 42 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 600 10227 01 REV H Transmitter RF Module Schematic p 4 of 4...

Page 181: ...Moseley PCL6000 7 43 Moseley PCL 6000 Document No 602 13375 01 Rev B 930 03462 013 Rev H Transmitter RF Module Assembly...

Page 182: ...7 44 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 91A7459 Rev A RF Amplifier 330 MHz Schematic...

Page 183: ...Moseley PCL6000 7 45 Moseley PCL 6000 Document No 602 13375 01 Rev B 20B3038 Rev A RF Amplifier 330 MHz Assembly...

Page 184: ...7 46 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 91C7396 Rev B RF Amplifier 450 MHz Schematic...

Page 185: ...Moseley PCL6000 7 47 Moseley PCL 6000 Document No 602 13375 01 Rev B 20B2958 Rev D RF Amplifier 450 MHz Assembly...

Page 186: ...7 48 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 21B2891 4 Rev D 6020 Receiver Final Assembly...

Page 187: ...Moseley PCL6000 7 49 Moseley PCL 6000 Document No 602 13375 01 Rev B 21B2892 4 Rev D 6030 Receiver Final Assembly...

Page 188: ...7 50 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 600 10710 01 Rev B Receiver Audio Power Supply Schematic p 1 of 4...

Page 189: ...Moseley PCL6000 7 51 Moseley PCL 6000 Document No 602 13375 01 Rev B 600 10710 01 Rev B Receiver Audio Power Supply Schematic p 2 of 4...

Page 190: ...7 52 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 600 10710 01 Rev B Receiver Audio Power Supply Schematic p 3 of 4...

Page 191: ...Moseley PCL6000 7 53 Moseley PCL 6000 Document No 602 13375 01 Rev B 600 10710 01 Rev B Receiver Audio Power Supply Schematic p 4 of 4...

Page 192: ...7 54 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 20B3024 Rev C Receiver Audio Power Supply Assembly...

Page 193: ...Moseley PCL6000 7 55 Moseley PCL 6000 Document No 602 13375 01 Rev B 600 10228 01 Rev K Receiver RF Module Schematic p 1 of 4...

Page 194: ...7 56 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 600 10228 01 Rev K Receiver RF Module Schematic p 2 of 4...

Page 195: ...Moseley PCL6000 7 57 Moseley PCL 6000 Document No 602 13375 01 Rev B 600 10228 01 Rev K Receiver RF Module Schematic p 3 of 4...

Page 196: ...7 58 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 600 10228 01 Rev K Receiver RF Module Schematic p 4 of 4...

Page 197: ...Moseley PCL6000 7 59 Moseley PCL 6000 Document No 602 13375 01 Rev B 930 03454 01_J330_450_RX_RF Receiver RF Module 6030 Assembly...

Page 198: ...7 60 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 91B7375 Rev C IF Demod 6020 Schematic...

Page 199: ...Moseley PCL6000 7 61 Moseley PCL 6000 Document No 602 13375 01 Rev B 20B2941 2 Rev C IF DEMOD 6020 Assembly...

Page 200: ...7 62 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 91B7451 Rev E Double Converter LO3 6030 Schematic...

Page 201: ...Moseley PCL6000 7 63 Moseley PCL 6000 Document No 602 13375 01 Rev B 20B3039 Rev E Double Converter LO3 6030 Assembly...

Page 202: ...7 64 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 91B7387 Rev F FM Demod 6030 Schematic...

Page 203: ...Moseley PCL6000 7 65 Moseley PCL 6000 Document No 602 13375 01 Rev B 20B2949 Rev G FM Demod 6030 Assembly...

Page 204: ...Audio Power Supply Assembly 20B3024 C Receiver RF Module Schematic 600 10228 01 K Receiver RF Module 6020 6030 Assembly 930 03470 01 J Receiver RF Module 6060 Assembly 930 03595 01 J Preamp 1st Mixer...

Page 205: ...Moseley PCL6000 7 67 Moseley PCL 6000 Document No 602 13375 01 Rev B 21D2890 1 Rev G 6010 Transmitter Final Assembly 950 MHz...

Page 206: ...7 68 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 91B7444 Rev D Transmitter Audio Power Supply Schematic p 1 of 3...

Page 207: ...Moseley PCL6000 7 69 Moseley PCL 6000 Document No 602 13375 01 Rev B 91B7444 Rev D Transmitter Audio Power Supply Schematic p 2 of 3...

Page 208: ...7 70 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 91B7444 Rev D Transmitter Audio Power Supply Schematic p 3 of 3...

Page 209: ...Moseley PCL6000 7 71 Moseley PCL 6000 Document No 602 13375 01 Rev B 20B3023 Rev D Transmitter Audio Power Supply Assembly...

Page 210: ...7 72 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 600 10227 01 REV H Transmitter RF Module Schematic p 1 of 4...

Page 211: ...Moseley PCL6000 7 73 Moseley PCL 6000 Document No 602 13375 01 Rev B 600 10227 01 REV H Transmitter RF Module Schematic p 2 of 4...

Page 212: ...7 74 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 600 10227 01 REV H Transmitter RF Module Schematic p 3 of 4...

Page 213: ...Moseley PCL6000 7 75 Moseley PCL 6000 Document No 602 13375 01 Rev B 600 10227 01 REV H Transmitter RF Module Schematic p 4 of 4...

Page 214: ...7 76 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 930 03462 01 Rev H Transmitter RF Module Assembly...

Page 215: ...Moseley PCL6000 7 77 Moseley PCL 6000 Document No 602 13375 01 Rev B 91B7379 Rev C RF Amplifier 950 MHz 6w Schematic...

Page 216: ...7 78 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 930 02936 03 Rev T RF Amplifier 950 MHz 6w Assembly...

Page 217: ...Moseley PCL6000 7 79 Moseley PCL 6000 Document No 602 13375 01 Rev B 21B2891 1 Rev D 6020 Receiver Final Assembly...

Page 218: ...7 80 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 21B2892 1 Rev D 6030 Receiver Final Assembly...

Page 219: ...Moseley PCL6000 7 81 Moseley PCL 6000 Document No 602 13375 01 Rev B 21B2915 Rev D 6060 Receiver Final Assembly...

Page 220: ...7 82 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 600 10710 01 Rev B Receiver Audio Power Supply Schematic p 1 of 4...

Page 221: ...Moseley PCL6000 7 83 Moseley PCL 6000 Document No 602 13375 01 Rev B 600 10710 01 Rev B Receiver Audio Power Supply Schematic p 2 of 4...

Page 222: ...7 84 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 600 10710 01 Rev B Receiver Audio Power Supply Schematic p 3 of 4...

Page 223: ...Moseley PCL6000 7 85 Moseley PCL 6000 Document No 602 13375 01 Rev B 600 10710 01 Rev B Receiver Audio Power Supply Schematic p 4 of 4...

Page 224: ...7 86 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 20B3024 Rev C Receiver Audio Power Supply Assembly...

Page 225: ...Moseley PCL6000 7 87 Moseley PCL 6000 Document No 602 13375 01 Rev B 600 10228 01 Rev K Receiver RF Module Schematic p 1 of 4...

Page 226: ...7 88 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 600 10228 01 Rev K Receiver RF Module Schematic p 2 of 4...

Page 227: ...Moseley PCL6000 7 89 Moseley PCL 6000 Document No 602 13375 01 Rev B 600 10228 01 Rev K Receiver RF Module Schematic p 3 of 4...

Page 228: ...7 90 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 600 10228 01 Rev K Receiver RF Module Schematic p 4 of 4...

Page 229: ...Moseley PCL6000 7 91 Moseley PCL 6000 Document No 602 13375 01 Rev B 930 03740 01 Rev J Receiver RF Module 6020 6030 Assembly...

Page 230: ...7 92 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 930 03595 01 Rev J Receiver RF Module 6060 Assembly...

Page 231: ...Moseley PCL6000 7 93 Moseley PCL 6000 Document No 602 13375 01 Rev B 91D7274 2 Rev J Preamp 1st Mixer 6060 Schematic...

Page 232: ...7 94 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 20D2827 Rev P1 Preamp 1st Mixer 6060 Assembly...

Page 233: ...Moseley PCL6000 7 95 Moseley PCL 6000 Document No 602 13375 01 Rev B 91B7375 Rev C IF Demod 6020 Schematic...

Page 234: ...7 96 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 20B2941 Rev C IF Demod 6020 Assembly...

Page 235: ...Moseley PCL6000 7 97 Moseley PCL 6000 Document No 602 13375 01 Rev B 91B7451 Rev E Double Converter LO3 6030 6060 Schematic...

Page 236: ...7 98 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 20B3039 Rev E Double Converter LO3 6030 6060 Assembly...

Page 237: ...Moseley PCL6000 7 99 Moseley PCL 6000 Document No 602 13375 01 Rev B 91B7387 Rev F FM Demod 6030 6060 Schematic...

Page 238: ...7 100 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 20B2949 Rev G FM Demodulator 6030 6060 Assembly...

Page 239: ...Moseley PCL6000 7 101 Moseley PCL 6000 Document No 602 13375 01 Rev B 91B7502 Rev 1 Adjacent Channel Filter 6060 Schematic...

Page 240: ...7 102 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 20B3089 Rev 1 Adjacent Channel Filter Assembly...

Page 241: ...r 1 7 GHz 6w Assembly 930 12052 02 B 6030 Receiver Final Assembly 21B2927 C Receiver Audio Power Supply Schematic 600 10710 01 B Receiver Audio Power Supply Assembly 20B3024 C Receiver RF Module Schem...

Page 242: ...7 104 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 21B2926 Rev C 6010 Transmitter Final Assembly 950 MHz...

Page 243: ...Moseley PCL6000 7 105 Moseley PCL 6000 Document No 602 13375 01 Rev B 91B7444 Rev B Transmitter Audio Power Supply Schematic p 1 of 3...

Page 244: ...7 106 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 91B7444 Rev B Transmitter Audio Power Supply Schematic p 2 of 3...

Page 245: ...Moseley PCL6000 7 107 Moseley PCL 6000 Document No 602 13375 01 Rev B 91B7444 Rev B Transmitter Audio Power Supply Schematic p 3 of 3...

Page 246: ...7 108 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 20B3023 Rev D Transmitter Audio Power Supply Assembly...

Page 247: ...Moseley PCL6000 7 109 Moseley PCL 6000 Document No 602 13375 01 Rev B 600 10227 01 REV H Transmitter RF Module Schematic p 1 of 4...

Page 248: ...7 110 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 600 10227 01 REV H Transmitter RF Module Schematic p 2 of 4...

Page 249: ...Moseley PCL6000 7 111 Moseley PCL 6000 Document No 602 13375 01 Rev B 600 10227 01 REV H Transmitter RF Module Schematic p 3 of 4...

Page 250: ...7 112 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 600 10227 01 REV H Transmitter RF Module Schematic p 4 of 4...

Page 251: ...Moseley PCL6000 7 113 Moseley PCL 6000 Document No 602 13375 01 Rev B 930 03462 01 Rev H Transmitter RF Module Assembly...

Page 252: ...7 114 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 930 12053 02 Rev B RF Amplifier 1 7GHz 6w Schematic p 1 of 2...

Page 253: ...Moseley PCL6000 7 115 Moseley PCL 6000 Document No 602 13375 01 Rev B 930 12053 02 Rev B RF Amplifier 1 7GHz 6w Schematic p 2 of 2...

Page 254: ...7 116 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 930 12052 02 REV B RF Amplifier 1 7 GHz 6w Assembly...

Page 255: ...Moseley PCL6000 7 117 Moseley PCL 6000 Document No 602 13375 01 Rev B 21B2927 Rev C 6030 Receiver Final Assembly...

Page 256: ...7 118 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 600 10710 01 Rev B Receiver Audio Power Supply Schematic p 1 of 4...

Page 257: ...Moseley PCL6000 7 119 Moseley PCL 6000 Document No 602 13375 01 Rev B 600 10710 01 Rev B Receiver Audio Power Supply Schematic p 2 of 4...

Page 258: ...7 120 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 600 10710 01 Rev B Receiver Audio Power Supply Schematic p 3 of 4...

Page 259: ...Moseley PCL6000 7 121 Moseley PCL 6000 Document No 602 13375 01 Rev B 600 10710 01 Rev B Receiver Audio Power Supply Schematic p 4 of 4...

Page 260: ...7 122 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 20B3024 Rev C Receiver Audio Power Supply Assembly...

Page 261: ...Moseley PCL6000 7 123 Moseley PCL 6000 Document No 602 13375 01 Rev B 600 10228 01 Rev K Receiver RF Module Schematic p 1 of 4...

Page 262: ...7 124 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 600 10228 01 Rev K Receiver RF Module Schematic p 2 of 4...

Page 263: ...Moseley PCL6000 7 125 Moseley PCL 6000 Document No 602 13375 01 Rev B 600 10228 01 Rev K Receiver RF Module Schematic p 3 of 4...

Page 264: ...7 126 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 600 10228 01 Rev K Receiver RF Module Schematic p 4 of 4...

Page 265: ...Moseley PCL6000 7 127 Moseley PCL 6000 Document No 602 13375 01 Rev B 930 03546 01 Rev G Receiver RF Module 6030 Assembly...

Page 266: ...7 128 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 91B7451 Rev E Double Converter LO3 6030 Schematic...

Page 267: ...Moseley PCL6000 7 129 Moseley PCL 6000 Document No 602 13375 01 Rev B 20B3039 Rev E Double Converter LO3 6030 Assembly...

Page 268: ...7 130 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 91B7387 Rev F FM Demod 6030 Schematic...

Page 269: ...Moseley PCL6000 7 131 Moseley PCL 6000 Document No 602 13375 01 Rev B 20B2949 Rev G FM Demod 6030 Assembly...

Page 270: ...annel Control Schematic 917515 A PCL6010 Multichannel Option 910 10121 02 C PCL6020 Multichannel Option 910 08614 01 B PCL6030 Multichannel Option 910 08796 01 B NOTICE This section contains schematic...

Page 271: ...Moseley PCL6000 7 133 Moseley PCL 6000 Document No 602 13375 01 Rev B 20C3104 Rev A Channel Control Assembly...

Page 272: ...7 134 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 917515 Rev A Channel Control Schematic 1 of 4...

Page 273: ...Moseley PCL6000 7 135 Moseley PCL 6000 Document No 602 13375 01 Rev B 917515 Rev A Channel Control Schematic 2 of 4...

Page 274: ...7 136 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 917515 Rev A Channel Control Schematic 3 of 4...

Page 275: ...Moseley PCL6000 7 137 Moseley PCL 6000 Document No 602 13375 01 Rev B 917515 Rev A Channel Control Schematic 4 of 4...

Page 276: ...7 138 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 910 10121 02 Rev C PCL6010 Multichannel Option...

Page 277: ...Moseley PCL6000 7 139 Moseley PCL 6000 Document No 602 13375 01 Rev B 910 08614 01 Rev B PCL 6020 Multichannel Option...

Page 278: ...7 140 Schematic and Assembly Drawings Moseley PCL 6000 Document No 602 13375 01 Rev B 910 08796 01 Rev B PCL 6030 Multichannel Option...

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