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Moseley PCL-600 User Manual

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User Manual
Moseley PCL-6000
Doc. 602-13375-01
January 2008

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  • Page 1 User Manual Moseley PCL-6000 Doc. 602-13375-01 January 2008...
  • Page 2 Moseley Associates, Inc., so long as the purchaser is not in default under his contract of purchase and subject to the following additional conditions and limitations: The sole responsibility of Moseley Associates, Inc., for any equipment not conforming to...

  • Page 3: Fcc Notice

    Any external data or audio connection to this equipment must use shielded cables. PCL6000 Manual Dwg # 602-13375-01; Revision Levels: SECTION REVISED/ RELEASED 602-13375-01 1.3.3, 1.3.4, 1.4.1, 2.2.2, 602-13375-01 January 2008 4.2.1, 4.3.1, and 6 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 4: Table Of Contents

    Transmitter Front Panel ......................3-1 3.2.2 Transmitter Rear Panel ......................3-2 3.2.3 Multichannel Transmitter Operation ..................3-3 Receiver Operational Controls..................... 3-4 3.3.1 Receiver Front Panel ....................... 3-4 3.3.2 Receiver Rear Panel......................... 3-7 3.3.3 Multichannel Receiver Operation.................... 3-8 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 5: Table Of Contents

    Preamp/1st Mixer (950 MHz, PCL6060) ................5-43 5.4.10 FM Demod (PCL6030/6060)....................5-44 5.4.11 Adjacent Channel Filter (PCL6060) ..................5-44 5.4.12 Channel Control Board (Multichannel Option) ..............5-44 Test Fixture Diagrams......................... 5-46 CUSTOMER SERVICE ......................6-1 Introduction ........................... 6-1 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 6: Table Of Contents

    SCHEMATICS AND ASSEMBLY DRAWINGS..............7-1 PCL 6000-220 STD (602-10300-71 Rev A) .................. 7-1 PCL 6000-330/450 STD (602-10301-71 Rev A) ................. 7-32 PCL 6000-950 STD 602-10299-71 Rev A ................... 7-66 PCL 6000-1.7 GHz Standard System..................7-103 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 7: Table Of Contents

    Figure 3-10 PCL6000 Receiver Rear Panel (DC Option).............3-8 Figure 3-11 PCL6020 Receiver Front Panel (Multichannel Option) ........3-8 Figure 5-1 Test Setup for Frequency Alignment ..............5-4 Figure 5-2 Sensitivity Test Setup ..................5-5 Figure 5-3 Selectivity Test Setup ..................5-7 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 8: Table Of Contents

    Figure 5-12a Nonlinear Crosstalk, Main to Sub ..............5-23 Figure 5-13 Test Setup for FMO Adjustment ..............5-32 Figure 5-14 50 Hz High-Pass Filter ..................5-46 Figure 5-15 75 μs De-Emphasis with 30 Hz High-Pass Filter ..........5-46 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 9: Table Of Contents

    Table 4-1 Transmitter Channel 0 Programming ..............4-11 Table 4-2 Receiver Channel 0 Programming ..............4-20 Table 5-1 Recommended Test Equipment................5-1 Table 5-2 Frequency Selection Chart – 950 MHz band .............5-24 Table 5-3 Synthesizer Frequency Selection Switch Settings ..........5-31 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 10 Field Effect Transistor Frequency Modulation Frequency Modulation Oscillator Frequency Shift Keying Gigahertz High Frequency High Pass Filter Integrated Circuit International Electrotechnical Commission Intermediate Frequency Intermodulation Distortion Input/Output Intermediate Power Amplifier Kilohertz Light-Emitting Diode Low Frequency Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 11 Moseley PCL6000 Local Oscillator Low Pass Filter Megahertz Moseley Associates, Inc. Mono Monaural Millisecond Milliwatt Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 13: System Characteristics

    Modular construction that provides excellent shielding and at the same time allows easy access to components. Multichannel Option: Up to sixteen pre-programmed channels available with remote operation capabilities. NOTE: Please study the manual at least through Section 5 before attempting to install the system. Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 14: System Specifications

    72 dB or better (typically 75 dB) Demodulated,de-emphasized (left or right) Referenced to 100% modulation PCL6030/6060: 75 dB or better (typically 77 dB) Demodulated, de-emphasized (left or right) Referenced to 100% modulation Emission: 500F9 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 15: Pcl6020, Pcl6030, Pcl6060 Monaural System

    Spurious & Harmonic Emission: More than 60 dB below carrier level Modulation Capability: One program and two subcarrier channels Modulation Inputs Composite: 3.5 V @ 6 Kilohms, unbalanced Frequency range: 30 Hz–80 kHz (1 BNC connector) Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 16: Pcl6020, Pcl6030, Pcl6060 Receiver Specifications

    @ 200 ohm, unbalanced Frequency range: 30 Hz–80 kHz (2 BNC connectors, parallel connection) Monaural: +10 dBm @ 600 ohms, balanced Frequency range: 30 Hz–15 kHz (Barrier strip connector) MUX: 1.5 V @ 100 ohm, unbalanced Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 17: System Description

    25 kHz. The RF output of the FMO is filtered to attenuate any harmonics. With 100% modulation, the RF signal will deviate ±50 kHz (composite) or ±40 kHz (monaural) from the carrier. The output power of the FMO is approximately 1 mW. Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 18 -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 final stage current is sampled and metered in this module. Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 19 These supplies can be isolated from chassis ground to allow negative DC source operation. The RFA supply may be powered directly from the battery, depending on the primary DC source. Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 20: Pcl6020, Pcl6030, Pcl6060 Receivers

    PCL6060 and PCL6030 are triple-conversion receivers which provide maximum out-of-band and adjacent channel protection. The PCL6060 exhibits superior front end performance in the presence of extremely strong RF fields, as it uses modules from the time-proven Moseley PCL606 STL. The PCL6020 is a dual-conversion receiver that provides maximum performance in all but the most demanding environments.
  • Page 21 For FM demodulation, the signal runs through a four-stage limiting IF amplifier, the output of which passes on to the ultra-linear pulse-counting FM demodulator. This demodulator is extremely wideband and adjustment free. The output of the FM demodulator is low-pass filtered Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 22 DC source operation. Multichannel Operation (Option) The Multichannel Control board is pre-programmed to select the receiver frequency selection by controlling the LO2/synthesizer (in the RF module). This Control board has facilities for over-ride Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 23 Channel selection and display is accessed by the user through the front panel. The Channel Control board connects to the RF module via a 25-pin D ribbon cable. The RF module must be compatible for multichannel operation. Please contact the factory for field retrofit of the system. Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 24 1-12 System Characteristics Figure 1-1a PCL6010 Transmitter Block and Level (92A1319 R: A Sheet 1 of 2) Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 25 Moseley PCL6000 1-13 Figure 1-1b PCL6010 Transmitter Block and Level (92A1319 R: A Sheet 2 of 2) Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 26 1-14 System Characteristics Figure 1-2a PCL6020 Receiver Block and Level (92A1320 R: A Sheet 1 of 2) Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 27 Moseley PCL6000 1-15 Figure 1-2b PCL6020 Receiver Block and Level (92A1320 R: A Sheet 2 of 2) Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 28 1-16 System Characteristics Figure 1-3a PCL6030 Receiver Block and Level (92A1327 R: A Sheet 1 of 2) Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 29 Moseley PCL6000 1-17 Figure 1-3b PCL6030 Receiver Block and Level (92A1327 R: A Sheet 2 of 2) Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 30 1-18 System Characteristics Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 31 Moseley PCL6000 1-19 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 of 2) Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 32 1-20 System Characteristics Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 33: Installation

    Select the operating voltage by programming the line filter/fuse holder on the back panel as shown in Figure 2-1. The desired voltage should be visible when the voltage selection card is inserted. If operating voltage is changed, change the fuse in accordance with Table 2-1. Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 34: Table 2-1 Transmitter And Receiver Fuse Settings

    (Detail shows 100 VAC operation selected) Table 2-1 Transmitter and Receiver Fuse Settings Transmitter Fuse Receiver Fuse Line Voltage (Slow Blow) (Slow Blow) 100 VAC 120 VAC 220 VAC 0.5 A 240 VAC 0.5 A Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 35: Dc Option

    30 dB, 1 GHz Sierra 661A-30 50 Ohms, 20 Watts Adjustable Attenuator Kay Elemetrics 0–100 dB Model 432D Audio Signal Generator Tektronix SG505 low-distortion or equivalent Audio Distortion Analyzer Tektronix AA501 or equivalent Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 36: Figure 2-2 Typical Bench Test Setup

    Always attenuate the signal into the receiver to less than 3000 μV (Approximately 75 dB attenuation between the transmitter and receiver). Observe these precautions when performing any bench test. Otherwise the transmitter final transistor may be destroyed or the receiver preamplifier transistors may be damaged. Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 37: Rack Installation

    When a PCL6000 Receiver is used with a PCL606, PCL600, PCL505 or PCL303 receiver, a transfer panel (such as a TPR-2) must be used to accomplish automatic switchover, and should be mounted between the two receivers. Receiver automatic switchover interconnections are detailed in Section 2.9 (Main/Standby Interconnect). Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 38: Antenna Installation

    0.6 Fresnel zone clearance, a 20 dB fade margin should be used. At least a 25 dB fade margin should be allowed if the path is over water or flat terrain with little vegetation. Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 39: Transmission Cables

    Should it be desired to mount the antenna on a series-fed standard broadcast tower, the required isolation can be obtained with the installation of a Moseley Associates Isocoupler at the base of the series-fed antenna. Isolation at standard broadcast frequencies is high, and the isocoupler introduces only approximately 1.5 dB loss at the STL frequency.

  • Page 40: Figure 2-3 Typical Pcl6000 Site Installation

    Installation Figure 2-3 Typical PCL6000 Site Installation Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 41: Program And Multiplex Installation — Transmitter

    It is highly desirable that the gain control or limiting units for each channel be interconnected so that any processing that occurs on one channel is performed in the same manner on the other channel. Figure 2-4 Transmitter PGM and MUX Interconnect — Composite Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 42 The modulated subcarrier may be generated internally in the remote control equipment as in the case of the Moseley MRC series. In any case, the control subcarrier is applied to the MUX 1 input on the PCL6010 transmitter at 1.5 Vp-p using BNC connectors on coaxial cable (RG-58 A/U typical).

  • Page 43: Figure 2-5 Transmitter Pgm And Mux Interconnect — Mono

    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. Figure 2-5 Transmitter PGM and MUX Interconnect — Mono Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 44: Program And Multiplex Installation — Receiver

    The unbalanced output (3.5 Vp-p composite, +10 dBm mono) is interconnected to the wideband input of the transmitter with coaxial cable (RG-58 A/U typical) with BNC connectors, or twisted shielded pair for mono. Figure 2-6 Receiver PGM and MUX Interconnect — Composite Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 45: Main/Standby Interconnect

    PCL303 systems to form a redundant backup system that provides for automatic changeover between equipment in the event a detectable failure occurs. The Moseley model TPT-2 is used to accomplish automatic switchover for transmitters in all combinations. The model TPR-2 (Transfer Panel Receiver) is required on certain receiver combinations.

  • Page 46: Transmitter Interconnect

    ∗ “9-pin D” and “9-pin round” refer to two types of rear panel TX RMT connectors. These are shown in Figure 2-13. The current standard is the 9-pin D connector. Older PCL6010’s have the 9-pin round connector. An appropriate mating connector is included with all units when shipped. Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 47: Figure 2-8 Main/Standby Transmitter Interconnect — Composite

    Moseley PCL6000 2-15 Figure 2-8 Main/Standby Transmitter Interconnect — Composite Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 48: Figure 2-9 Main/Standby Transmitter Interconnect — Mono

    2-16 Installation Figure 2-9 Main/Standby Transmitter Interconnect — Mono Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 49: Receiver Interconnect — Other Stl Receivers

    Receiver Interconnect — Other STL Receivers 2.9.2 The PCL6000 receivers may be used with other Moseley STL receivers, such as the PCL505 and PCL303, may be used 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 output can be used from the receivers;...

  • Page 50: Receiver Interconnect — Pcl6000/606/600 Composite

    As shown in Figure 2-11, the antenna is routed to each receiver through a power divider such as the Moseley model PD-1000. The use of a power divider is recommended so that the impedance as seen by each receiver is approximately 50 ohms.

  • Page 51: Receiver Interconnect — Pcl6000/606/600 Mono

    As shown in Figure 2-12, the antenna is routed to each receiver through a power divider such as the Moseley model PD-1000. The use of a power divider is recommended so that the impedance as seen by each receiver is approximately 50 ohms.

  • Page 52: Remote Control Of The Stl Transmitter

    Transmitter I/O Remote Connector Pin-Out (Rev. A) "TX RMT" RMT FWD PWR(1) RMT MODE RMT RADIATE CTL RMT FWD PWR(2) RMT AFC LVL RMT RADIATE OVERIDE (MD1113) Figure 2-13b Transmitter I/O Remote Connector Pin-Out (Rev. B or Later) Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 53: Multichannel Remote Interconnect (Option)

    The remote logic is ACTIVE HIGH with internal pull-up resistors and follows a standard BCD input standard utilizing contact closure or TTL logic levels. Table 2-4 shows the truth table for channel selection. Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 54: Table 2-4 Channel Control Remote Interface Logic

    2-22 Installation Complete operating instructions for the Multichannel System are found in Section 3. Table 2-4 Channel Control Remote Interface Logic CHANNEL ENABLE o = open circuit; x = gnd contact closure Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 55: Operation

    The OPERATE/STANDBY switch functions as an on/off switch for the RF power output. In the OPERATE position, the RF power will be on, provided all of the internal interlocks are enabled. In Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 56: Transmitter Rear Panel

    TX REMOTE is used for external remote operation and standby/transfer interconnections. CHNL REMOTE is used for the Multichannel option. All of the necessary interconnections are found in Section 2. The fused AC input is line voltage programmable (see Figure 2-1). Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 57: Multichannel Transmitter Operation

    Moseley PCL6000 MONO COMP FCC ID: CSU9WKPCL6010 MOSELEY ASSOCIATES, INC. ASSEMBLED IN USA MUX 1 TX REMOTE MUX 2 CHNL REMOTE "This device complies with Part 15 of the FCC rules. Operation is subject to the following two conditions. (1) This device may not cause harmful interference...

  • Page 58: Receiver Operational Controls

    CHANNEL 0 is provided as a user-programmable channel for backup or testing purposes. This channel is set in the factory to duplicate CHANNEL 1. To set a new channel frequency, see section 5.3 (Alignment Procedures) or contact the Moseley Technical Services Department. 3.2.3.2 Remote Control Operation The channel selection function of the Multichannel transmitter can be accessed via the back panel CHNL CONTROL connector.

  • Page 59: Figure 3-5 Pcl6020 Receiver Front Panel (Standard)

    AFC LVL AFC LOCK SIGNAL TRANSFER PCL 6060 Aural STL Receiver 1 LVL 10 0 3 0 0 -15V 2 LVL OPERATE +15V 3 LVL (MD1139) Figure 3-7 PCL6060 Receiver Front Panel (Standard) Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 60: Table 3-2 Receiver Meter Functions And Scales

    It should be emphasized that it is not necessarily only high-level adjacent channels that can cause interference. There are many combinations of signals that can give rise to intermodulation distortion, which will cause the resultant product to fall within the desired passband. Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 61: Receiver Rear Panel

    DC input voltage, the internal ground configuration (NEG GND for positive DC input, ISO GND for negative or positive DC input), and fuse rating. See Section 4.3 for further technical information concerning the internal DC configuration. Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 62: Multichannel Receiver Operation

    CHANNEL 0 is provided as a user-programmable channel for backup or testing purposes. This channel is set in the factory to duplicate CHANNEL 1. To set a new channel frequency, see Section 5.3 (Alignment Procedures) or contact the Moseley Technical Services Department. 3.3.3.2 Remote Control Operation The channel selection function of the Multichannel receiver can be accessed via the back panel connector marked “CHNL REMOTE”.
  • Page 63 Channel Control board. This switch emulates the remote control function internally and the unit will appear to be in remote control operation. Switching out the INT RMT ENABLE (S6) will return the receiver to front panel control. Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 64 3-10 Operation Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 65: Introduction

    Section 2.2.1, AC Line Voltage Selection. 4.2.1.2 Radiate Control Logic The Radiate Control Logic circuitry consists of Q3, S1, and U1. This circuit will allow the transmitter to radiate when the following conditions are simultaneously met: Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 66 (RMT-FWD2) is available after the TPT THRESHOLD (R138) adjustment to be used in conjunction with the MOSELEY Transmitter Transfer Panel (TPT-2) to optimize the switchover point in a hot standby configuration. The output of U13b is also fed to differential amplifier U14a, where it is used to control the front panel radiate status indicator (CR21).

  • Page 67: Transmitter Rf Module

    J11-25 from the programmed compensation circuit located on the Channel Control board. The modulation gain varies at different frequency settings, therefore the gain must be compensated for. If the RF module is being used as a stand-alone, the modulation signal enters Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 68 S1, S2, S3, and S4-1. The output frequency is determined by adding the resultant frequency values set by each switch. S4-1 is a Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 69 4.2.2.3 1st Local Oscillator (220 MHz) The 1st LO signal is derived from crystal-controlled oscillator Q5. The fifth overtone crystal (Y1, 97.000 MHz nominal) is temperature stabilized by a 65°C proportionally controlled oven. Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 70 The output of the RF module is sent through an external three-pole helical filter before being applied to the RFA to further reduce unwanted spurious emissions (see system block diagram in Section 1). Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 71: Rf Amplifier

    AR1 provides 22 dB of gain that is factory-set in the transmitter for 6 watts by adjustment of R1. Field adjustment of R1 is not recommended since other design considerations will be compromised (i.e., DC power consumption, temperature stability, efficiency, etc.). CAUTION Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 72 Forward power voltage level at C721 is approximately 2.5 VDC for the nominal 10 watts output. Reflected power voltage level at C722 is approximately 2.5 VDC for the 100% reflected power. Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 73 The gain of each stage is set by the gate bias adjustment. The final stage is a common-base class C bipolar design that is matched directly into the 7-element low-pass filter. The filter Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 74: Channel Control Board (Multichannel Option)

    (PROGRAM OUTPUT BUS) and enable bank switching of the outputs. When channel number 0 is selected, the switches take control and the RF module may be programmed for a user-specified frequency. The programming bits are assigned as shown in Table 4-1. Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 75: Table 4-1 Transmitter Channel 0 Programming

    Analog switch IC (U6) is used to compensate for modulation gain variations with frequency in the FMO (located in the transmitter RF Module). Each pot adjustment (R12, R13, and R14) operates independent of each other and is factory set for each system configuration. Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 76: Receiver Theory Of Operation

    In the mute mode, K1 disconnects the program signal at P2-20 (composite), P2-18 (MONO+), P2-16 (MONO-), and P2-14 (MUX). The armature contacts of K1 are connected to the rear panel to activate alarms. Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 77 IF filter non-linearities. LPF GAIN (R89) sets the overall mono low pass filter unity gain. Jumper E3 selects the active filter to be in or out of the mono audio processing path. Amplifier U12b enables monaural program level adjustment with R98 (MONO PGM LVL). The Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 78: Receiver Rf Module

    F2, and FIX. A logic level of +5 VDC at the input of the buffers (Q3, Q2, Q1) will connect that corresponding capacitor into the resonant circuit. If the Multichannel option is being utilized in the Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 79 Module) for a detailed circuit description. 4.3.2.4 1st Local Oscillator (330/450 MHz) The receiver 1st LO is identical to the transmitter 1st LO circuit. See section 4.2.2.4 (TX RF Module) for a detailed circuit description. Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 80 (C108, L18, R79, C109, L19) and wideband amplifier AR3 that has a high intercept point to prevent interference intermodulation. The 1st IF amp also buffers the mixer output and provides gain to overcome conversion losses. Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 81: Preamp/1St Mixer (950 Mhz, Pcl6060)

    (pin 13) and sets the signal mute level. The mute output (pin 16) is sent to the mute logic circuit located on the Audio/Power Supply board. The current in R17 is zero Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 82: Double Converter/Lo3 (Pcl6030/6060)

    2. Generation of DC metering signal proportional to the logarithm of the input RF carrier over a three-decade range 3. Generation of a mute signal to squelch the receiver when the RF input signal is too low for reliable operation Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 83: Adjacent Channel Filter (Pcl6060)

    FM Demod due to adjacent channel interference. These signals can cause slew-rate limiting in successive baseband processing circuits. The filter module is jumper-programmable (E1 and E2) for composite or mono operation. Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 84 2 MHz 1 MHz 500 kHz 250 kHz 200 kHz 100 kHz 50 kHz 200 kHz “FIX” CAP ACTIVE RF Module Circuit “F2” CAP ACTIVE RF Module Circuit “F1” CAP ACTIVE RF Module Circuit Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 85 Analog switch IC (U6) is used to compensate for modulation gain variations with frequency in the FMO. Each pot adjustment (R12, R13, R14) is independent of each other and is factory set for each system configuration. This circuit is not installed for receiver applications. Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 86 4-22 Module Characteristics Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 87 RF Level Accuracy: +3.5 dB, -7 to -47 dBm +4.0 dB, -74 to -137 dBm Output Impedance: 50 ohm FM Deviation BW: DC–250 kHz Mixer Mini-Circuit 2AD-1 Audio Hewlett-Packard 204C Oscillator Frequency Range: 100 Hz–200 kHz Output Impedance: 600 ohm Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 88 Hewlett-Packard 435A with 8481A Power Head and Sensor Accuracy: ± 1% of full scale Power Range: -25 dBm (3 μW) to +20 dBm (100 mW) full scale Stereo Moseley SCG-9A or equivalent Generator Stereo SNR: 75 dB Separation: 55 dB THD: 0.1% or less...

  • Page 89: Alignment Procedures

    Calculate the receiver 2nd LO frequency by adding 10.700 to the 1st LO frequency and subtracting the operating frequency (i.e., for a transmitter at 950.000 MHz, the 2nd LO is (1020.000 + 10.700) - 950.000 = 80.700 MHz). Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 90: Figure 5-1 Test Setup For Frequency Alignment

    * Multichannel Option: The FMO and 2nd LO are aligned for exact frequency operation (within ±200 Hz of the indicated synthesizer switch settings). To align the STL to the exact carrier frequency of the channel, adjust the 1st LO XTAL tuning capacitor C84. Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 91: Receiver Sensitivity

    Moseley PCL6000 Receiver Sensitivity 5.3.2 Description The sensitivity of the PCL6000 receiver is verified using a signal generator and either a de- emphasis network or a de-emphasized stereo demodulator. Figure 5-2 Sensitivity Test Setup Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 92 18 and 22 μV. If not, the MUTE THRESHOLD ADJ on the IF Demod (PCL6020) or FM Demod (PCL6030/6060) module should be rotated fully counterclockwise. Then set the RF level output of the Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 93: Receiver Selectivity

    3. Subtract the carrier frequency from the value indicated on the signal generator. The value calculated indicates the positive -60 dB point. Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 94: Transmitter Deviation And Receiver Output Level Calibration

    Adjust the audio oscillator of the distortion analyzer as follows: a. Position the meter function switch to the oscillator level position and adjust the oscillator level controls for an output voltage of 1.25 V (composite), 1.00 V (mono). Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 95: Figure 5-4 Test Setup For Deviation Alignment

    Figure 5-4 Test Setup For Deviation Alignment Disconnect the program input to the transmitter and adjust display on the spectrum analyzer so that the waveform is at the top graticule (see Figure 5-5). Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 96: Figure 5-5A Bessel Null Function Waveform

    Adjust COMP PGM MTRG (R201) or MONO PGM MTRG (R202) as is necessary on the Audio/Power Supply board for a reading of 0 dB on the top scale of the meter. Figure 5-5a Bessel Null Function Waveform Figure 5-5b Function Waveform Bessel Null Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 97 Audio and Power Supply board for a reading of 1.5 V Using the receiver METER FUNCTION switch, select the MUX LVL position. Adjust R12 on the RX Audio/Power Supply board for a reading of 5 on the lower scale of the receiver meter. Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 98: Figure 5-6 Test Setup For Mux Channel Alignment

    Using the receiver meter as a reference, on the Audio/Power Supply board, adjust MUX 2 Level Adjust R40 for the reading noted in paragraph 8. The meter reading on the transmitter front panel should be between 6 and 8 on the lower scale. Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 99: Ultimate Signal-To-Noise Ratio

    -60 and a meter reading of -6 would indicate an SNR of -76 dB.) Position the INPUT RANGE switch to +10 dB and reconnect the program input to the transmitter composite BNC connector. Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 100: Distortion Alignment

    Description A distortion analyzer is used to align the receiver 10.7 MHz IF filters for minimum distortion. This method assumes the FMO will contribute a negligible amount of distortion to the overall reading. Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 101: Figure 5-8 Test Setup For Distortion Alignment

    Using the METER FUNCTION switch on the transmitter, select the PGM LVL function and verify that the meter reads between -1 and +1 dB on the top scale. Using the METER FUNCTION switch on the receiver, select the RF LVL function. Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 102 The distortion of the Audio/Power Supply board in the receiver can be tested independently by applying the output of the distortion analyzer's audio oscillator to the baseband input of the Audio/Power Supply board. Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 103: Stereo Separation And Stereo Signal-To-Noise Ratio

    If this cannot be accomplished, the system modulation reference level should be reduced to -20 dB at 400 Hz. Adjust the controls on the audio spectrum analyzer as follows: Frequency Far left graticule Dot Frequency Zero Hz 10 dB/DIV Source FREE RUN Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 104 30 Hz and 15 kHz; the procedure is repeated for right to left channel separation. Connect the spectrum analyzer to the right output of the stereo demodulator. Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 105: Figure 5-10 Swept Separation Waveform

    Adjust the input controls on the distortion measurement test set for a zero dB reference. Set the frequency on the distortion measurement test set to 30 Hz. Verify that the reference on the distortion measurement test set is ± 0.5 dB. Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 106 Troubleshooting The performance of the stereo generator and stereo demodulator can be verified by connecting the output of the stereo generator directly to the input of the stereo demodulator. Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 107: Stereo Crosstalk

    Using the METER FUNCTION switch on the receiver, select the PGM LEVEL position. Verify that the receiver meter reads between -1 and +1 dB on the top scale. Position the controls on the audio spectrum analyzer as follows: Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 108 Verify that the cover is on the RF amplifier and install the covers on the transmitter and receiver using at least two screws. Ensure that the transmitter and receiver are more than 2 feet apart. Verify that distortion meets specification, using the procedure shown in paragraph 5.3.6. Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 109: Stl Frequency Change

    2. Determine the switch settings from Table 5-2 “Frequency Selection Chart – 950 MHz Band” given below and set switches S0 to S3 accordingly on both transmitter and receiver RF Modules. Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 110: Table 5-2 Frequency Selection Chart – 950 Mhz Band

    946.375 946.5 953.5 946.625 946.875 954.5 947.125 955.1125 947.375 955.5 947.5 947.625 956.1875 947.875 956.5 956.875 948.125 948.375 957.25 948.5 957.5 948.625 957.625 948.875 958.5 949.125 949.375 959.5 949.5 959.8 949.625 959.9375 949.875 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 111 Connect 50 ohm high power dummy load to transmitter RF output. Remove RF Module from transmitter. Remove the cover from component side of module. a. Calculate the FMO frequency as follows (check the system data sheet for the exact frequency): Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 112 Note: Long-term crystal aging will usually result in an overall shift in LO frequency. Typically this shift will be less than 5 ppm (±5 kHz at 950 MHz) over the life of the radio Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 113 Put meter switch in AFC LVL position and adjust AFC for centerscale on front panel meter. The test point/feedthrough marked “AFC LVL” on the RF Module should read +7 VDC. Reinstall RF Module. Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 114 RF LVL meter position. These adjustments are found through access holes at the top of the module. 5.3.9.4 System Check Using MOD ADJ (R33) in the transmitter RF module, set deviation to ±50 kHz (±40 kHz mono). Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 115 Moseley PCL6000 5-29 Using a 15 kHz tone, verify distortion is within specification. (If adjustment is needed, use 10.7 MHz IF adjustments.) Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 116 The Multichannel System has been aligned to operate within the programmed channel frequency bandwidth specified for your system. To operate at another non-programmed frequency, be sure it is within the existing bandwidth of your system. The system data sheets supplied with your unit Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 117: Table 5-3 Synthesizer Frequency Selection Switch Settings

    5-31 contain valuable information for alignment and frequency changes in the field. Be sure to have these at hand when contacting Moseley. NOTE Any user adjustments to the AFC level in the RF module and/or the IF filters in the IF strip will change the factory presets for the existing programmed channels.

  • Page 118: Fmo Adjustment

    Reconnect the FMO output to the RF input of the mixer. Adjust the controls on the RF signal generator for a frequency that is 70 MHz (PCL6020) or 3 MHz (PCL6030/6060) above the FMO frequency and for an output of +10 dBm. Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 119 20.78 kHz (16.62 kHz mono). Verify that the oscillator output voltage is 1.25 VRMS (1.00 VRMS mono). Adjust FMO deviation for ± 50 kHz (± 40 kHz mono) as follows, using the Bessel null function waveforms in Figure 5-5: Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 120: Transmitter Troubleshooting Procedure

    Measure the output of the 1st LO and module for a value of between +5 and +10 dBm. Using the power meter, measure the output of the FMO for a value of -2 ±2 dBm. Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 121: Module Adjustments Information

    185kHz. Main carrier deviation normally is ±7.5 kHz. PHASE SELECT (E2) Jumper used to select the phase of the modulation. Position A is in- phase and position B is 180 degrees out-of-phase. Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 122 Used to electrically zero the meter. POWER SUPPLY +12 V ADJ (R6) Used to adjust the +12.5 VDC (+22 VDC for 1.7 GHz) power supply output voltage when the transmitter is in the OPERATE position. Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 123 Moseley PCL6000 5-37 CONTROL TPT THRESHOLD (R138) Sets the point at which the standby transmitter will switch in conjunction with the Moseley TPT-2 transfer panel. Transmitter RF Module 5.4.2 FMO SYNTHESIZER REF FREQ ADJ (OSC1) Frequency Trim Adjustment. Used to tune the reference oscillator.

  • Page 124: Doubler Assembly (1.7 Ghz)

    5.4.4.1 Alignment Procedure (950 MHz) Measure input level at the RFA. It should be greater than +13 dBm and less than +19 dBm (damage level). If power level is low, peak the external RFA filter. Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 125 Connect input and adjust C701, C703, and C707 for max output power. Adjust C712 and C713 for maximum output power, minimum final stage current and harmonic/spurious content ≥ 65 dBc. Maximum final current must be < 1.7 amp. 5.4.4.5 Alignment Procedure (1.7 GHz) CAUTION Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 126: Receiver Audio/Power Supply

    MUX LVL (R12) MUX level adjustment. Adjusts the MUX level output of the audio processor. Normally adjusted so that ± 5 kHz (± 4 kHz mono) deviation equals 1.5 V at 110 kHz. Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 127 Take care not to adjust the LO filter which is located on the same bracket. The preselector filter is the one that is connected directly to the ANTENNA port. Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 128: If Demod (Pcl6020)

    Programs the 25 kHz step size of the synthesizer. IF Demod (PCL6020) 5.4.7 1ST 10.7 MHz IF ADJ (C13) IF Adjustment. Adjust for minimum distortion. 2ND 10.7 MHz IF ADJ (C18) IF Adjustment. Adjust for minimum distortion. Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 129 LO3 Output Level. DC voltage sample of 3rd LO at 13.7 MHz (0.3–1.2 VDC). Preamp/1st Mixer (950 MHz, PCL6060) 5.4.9 RF ATTEN ADJ (R13) Sets the value of front end attenuation (up to 15 dB). Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 130: Fm Demod (Pcl6030/6060)

    LED indicates EPROM output bit C4 (F2 capacitor in RF Module) is active. F1 LED (CR3) LED indicates EPROM output bit C3 (F1 capacitor in RF Module) is active. MOD1 LED (CR4) LED indicates EPROM output bit C2 (MOD1 adjustment) is active. Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 131 0=0 kHz, 1=250 kHz, 2=500 kHZ, …, E=3.5 MHz, F=3.75 MHz 25 kHz (S5) Sets 25 kHz step. HEX switch functions as follows: 0=0 kHz, 1=25 kHz, 2=50 kHZ, …, E=350 kHz, F=375 kHz Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 132: Test Fixture 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 Figure 5-15 50 Hz High-Pass Filter .47uF .0068uF (MD1045) Figure 5-16 75 μs De-Emphasis with 30 Hz High-Pass Filter Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 133 Moseley PCL6000 5-47 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 135 6 Customer Service Introduction Moseley Associates will assist its product users with difficulties. Most problems can be resolved through telephone consultation with our technical service department. When necessary, factory service may be provided. If you are not certain whether factory service of your equipment is covered, please check your product Warranty/Service Agreement.

  • Page 136: Factory Service

    Please contact Moseley Associates technical service department before breaking these stickers. Breaking a tamperproof sticker may void your warranty. When working with Moseley’s electronic circuits, work on a grounded antistatic surface, wear a ground strap, and use industry-standard ESD control.
  • Page 137 Moseley PCL6000 Spare Parts Kits Spare parts kits are available for all Moseley Associates products. We encourage the purchase of the appropriate kits to allow self-sufficiency with regard to parts. Information about spares kits for your product may be obtained from our sales department or technical service department.
  • Page 138 Customer Service Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 139: Schematics And Assembly Drawings

    NOTICE: This section contains schematic and assembly drawings referred to in Sections 1 and 4. For information on individual drawings refer to Section 1 under "System Description" and/or Section 4 under "Module Description". Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 140 Schematic and Assembly Drawings 21B2890 Rev C 6010 Transmitter Final Assembly (220 MHz) Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 141 Moseley PCL6000 91A7444 Rev D Transmitter Audio/Power Supply Schematic, p. 1 of 3 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 142 Schematic and Assembly Drawings 91A7444 Rev D Transmitter Audio/Power Supply Schematic, p. 2 of 3 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 143 Moseley PCL6000 91A7444 Rev D Transmitter Audio/Power Supply Schematic, p. 3 of 3 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 144 Schematic and Assembly Drawings 20D3023 Rev D Transmitter Audio/Power Supply Assembly Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 145 Moseley PCL6000 600-10227-01 REV H Transmitter RF Module Schematic, p. 1 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 146 Schematic and Assembly Drawings 600-10227-01 REV H Transmitter RF Module Schematic, p. 2 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 147 Moseley PCL6000 600-10227-01 REV H Transmitter RF Module Schematic, p. 3 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 148 7-10 Schematic and Assembly Drawings 600-10227-01 REV H Transmitter RF Module Schematic, p. 4 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 149 Moseley PCL6000 7-11 930-03462-01 Rev H Transmitter RF Module Assembly Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 150 7-12 Schematic and Assembly Drawings 91A7456 Rev B RF Amplifier (220 MHz) Schematic Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 151 Moseley PCL6000 7-13 20B3037 Rev B RF Amplifier (220 MHz) Assembly Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 152 7-14 Schematic and Assembly Drawings 21B2891 Rev D 6020 Receiver Final Assembly Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 153 Moseley PCL6000 7-15 21B2892 Rev D 6030 Receiver Final Assembly Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 154 7-16 Schematic and Assembly Drawings 600-10710-01 Rev B Receiver Audio/Power Supply Schematic, p. 1 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 155 Moseley PCL6000 7-17 600-10710-01 Rev B Receiver Audio/Power Supply Schematic, p. 2 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 156 7-18 Schematic and Assembly Drawings 600-10710-01 Rev B Receiver Audio/Power Supply Schematic, p. 3 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 157 Moseley PCL6000 7-19 600-10710-01 Rev B Receiver Audio/Power Supply Schematic, p. 4 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 158 7-20 Schematic and Assembly Drawings 20B3024 Rev C Receiver Audio/Power Supply Assembly Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 159 Moseley PCL6000 7-21 600-10228-01 Rev K Receiver RF Module Schematic, p. 1 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 160 7-22 Schematic and Assembly Drawings 600-10228-01 Rev K Receiver RF Module Schematic, p. 2 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 161 Moseley PCL6000 7-23 600-10228-01 Rev K Receiver RF Module Schematic, p. 3 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 162 7-24 Schematic and Assembly Drawings 600-10228-01 Rev K Receiver RF Module Schematic, p. 4 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 163 Moseley PCL6000 7-25 930-03595-01 Rev J Receiver RF Module (6030) Assembly Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 164 7-26 Schematic and Assembly Drawings 91B7375 Rev C IF Demod (6020) Schematic Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 165 Moseley PCL6000 7-27 20B2941 Rev C IF DEMOD (6020) Assembly Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 166 7-28 Schematic and Assembly Drawings 91B7451 Rev E Double Converter/LO3 (6030) Schematic Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 167 Moseley PCL6000 7-29 20B3039 Rev E Double Converter/LO3 (6030) Assembly Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 168 7-30 Schematic and Assembly Drawings 91B7387 Rev F FM Demod (6030) Schematic Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 169 Moseley PCL6000 7-31 20B2949 Rev G FM Demod (6030) Assembly Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 170 NOTICE: This section contains schematic and assembly drawings referred to in Sections 1 and 4. For information on individual drawings refer to Section 1 under "System Description" and/or Section 4 under "Module Description". Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 171 Moseley PCL6000 7-33 21B2890-4 Rev D 6010 Transmitter Final Assembly (330 MHz) Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 172 7-34 Schematic and Assembly Drawings 21B2890-5 Rev D 6010 Transmitter Final Assembly (450 MHz) Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 173 Moseley PCL6000 7-35 91A7444 Rev D Transmitter Audio/Power Supply Schematic, p. 1 of 3 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 174 7-36 Schematic and Assembly Drawings 91A7444 Rev D Transmitter Audio/Power Supply Schematic, p. 2 of 3 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 175 Moseley PCL6000 7-37 91A7444 Rev D Transmitter Audio/Power Supply Schematic, p. 3 of 3 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 176 7-38 Schematic and Assembly Drawings 20D3023 Rev D Transmitter Audio/Power Supply Assembly Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 177 Moseley PCL6000 7-39 600-10227-01 REV H Transmitter RF Module Schematic, p. 1 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 178 7-40 Schematic and Assembly Drawings 600-10227-01 REV H Transmitter RF Module Schematic, p. 2 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 179 Moseley PCL6000 7-41 600-10227-01 REV H Transmitter RF Module Schematic, p. 3 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 180 7-42 Schematic and Assembly Drawings 600-10227-01 REV H Transmitter RF Module Schematic, p. 4 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 181 Moseley PCL6000 7-43 930-03462-013 Rev H Transmitter RF Module Assembly Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 182 7-44 Schematic and Assembly Drawings 91A7459 Rev A RF Amplifier (330 MHz) Schematic Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 183 Moseley PCL6000 7-45 20B3038 Rev A RF Amplifier (330 MHz) Assembly Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 184 7-46 Schematic and Assembly Drawings 91C7396 Rev B RF Amplifier (450 MHz) Schematic Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 185 Moseley PCL6000 7-47 20B2958 Rev D RF Amplifier (450 MHz) Assembly Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 186 7-48 Schematic and Assembly Drawings 21B2891-4 Rev D 6020 Receiver Final Assembly Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 187 Moseley PCL6000 7-49 21B2892-4 Rev D 6030 Receiver Final Assembly Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 188 7-50 Schematic and Assembly Drawings 600-10710-01 Rev B Receiver Audio/Power Supply Schematic, p. 1 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 189 Moseley PCL6000 7-51 600-10710-01 Rev B Receiver Audio/Power Supply Schematic, p. 2 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 190 7-52 Schematic and Assembly Drawings 600-10710-01 Rev B Receiver Audio/Power Supply Schematic, p. 3 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 191 Moseley PCL6000 7-53 600-10710-01 Rev B Receiver Audio/Power Supply Schematic, p. 4 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 192 7-54 Schematic and Assembly Drawings 20B3024 Rev C Receiver Audio/Power Supply Assembly Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 193 Moseley PCL6000 7-55 600-10228-01 Rev K Receiver RF Module Schematic, p. 1 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 194 7-56 Schematic and Assembly Drawings 600-10228-01 Rev K Receiver RF Module Schematic, p. 2 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 195 Moseley PCL6000 7-57 600-10228-01 Rev K Receiver RF Module Schematic, p. 3 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 196 7-58 Schematic and Assembly Drawings 600-10228-01 Rev K Receiver RF Module Schematic, p. 4 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 197 Moseley PCL6000 7-59 930-03454-01_J330_450_RX_RF Receiver RF Module (6030) Assembly Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 198 7-60 Schematic and Assembly Drawings 91B7375 Rev C IF Demod (6020) Schematic Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 199 Moseley PCL6000 7-61 20B2941-2 Rev C IF DEMOD (6020) Assembly Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 200 7-62 Schematic and Assembly Drawings 91B7451 Rev E Double Converter/LO3 (6030) Schematic Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 201 Moseley PCL6000 7-63 20B3039 Rev E Double Converter/LO3 (6030) Assembly Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 202 7-64 Schematic and Assembly Drawings 91B7387 Rev F FM Demod (6030) Schematic Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 203 Moseley PCL6000 7-65 20B2949 Rev G FM Demod (6030) Assembly Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 204 NOTICE: This section contains schematic and assembly drawings referred to in Sections 1 and 4. For information on individual drawings refer to Section 1 under "System Description" and/or Section 4 under "Module Description". Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 205 Moseley PCL6000 7-67 21D2890-1 Rev G 6010 Transmitter Final Assembly (950 MHz) Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 206 7-68 Schematic and Assembly Drawings 91B7444 Rev D Transmitter Audio/Power Supply Schematic, p. 1 of 3 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 207 Moseley PCL6000 7-69 91B7444 Rev D Transmitter Audio/Power Supply Schematic, p. 2 of 3 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 208 7-70 Schematic and Assembly Drawings 91B7444 Rev D Transmitter Audio/Power Supply Schematic, p. 3 of 3 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 209 Moseley PCL6000 7-71 20B3023 Rev D Transmitter Audio/Power Supply Assembly Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 210 7-72 Schematic and Assembly Drawings 600-10227-01 REV H Transmitter RF Module Schematic, p. 1 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 211 Moseley PCL6000 7-73 600-10227-01 REV H Transmitter RF Module Schematic, p. 2 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 212 7-74 Schematic and Assembly Drawings 600-10227-01 REV H Transmitter RF Module Schematic, p. 3 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 213 Moseley PCL6000 7-75 600-10227-01 REV H Transmitter RF Module Schematic, p. 4 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 214 7-76 Schematic and Assembly Drawings 930-03462-01 Rev H Transmitter RF Module Assembly Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 215 Moseley PCL6000 7-77 91B7379 Rev C RF Amplifier (950 MHz, 6w) Schematic Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 216 7-78 Schematic and Assembly Drawings 930-02936-03 Rev T RF Amplifier (950 MHz,6w) Assembly Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 217 Moseley PCL6000 7-79 21B2891-1 Rev D 6020 Receiver Final Assembly Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 218 7-80 Schematic and Assembly Drawings 21B2892-1 Rev D 6030 Receiver Final Assembly Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 219 Moseley PCL6000 7-81 21B2915 Rev D 6060 Receiver Final Assembly Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 220 7-82 Schematic and Assembly Drawings 600-10710-01 Rev B Receiver Audio/Power Supply Schematic, p. 1 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 221 Moseley PCL6000 7-83 600-10710-01 Rev B Receiver Audio/Power Supply Schematic, p. 2 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 222 7-84 Schematic and Assembly Drawings 600-10710-01 Rev B Receiver Audio/Power Supply Schematic, p. 3 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 223 Moseley PCL6000 7-85 600-10710-01 Rev B Receiver Audio/Power Supply Schematic, p. 4 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 224 7-86 Schematic and Assembly Drawings 20B3024 Rev C Receiver Audio/Power Supply Assembly Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 225 Moseley PCL6000 7-87 600-10228-01 Rev K Receiver RF Module Schematic, p. 1 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 226 7-88 Schematic and Assembly Drawings 600-10228-01 Rev K Receiver RF Module Schematic, p. 2 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 227 Moseley PCL6000 7-89 600-10228-01 Rev K Receiver RF Module Schematic, p. 3 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 228 7-90 Schematic and Assembly Drawings 600-10228-01 Rev K Receiver RF Module Schematic, p. 4 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 229 Moseley PCL6000 7-91 930-03740-01 Rev J Receiver RF Module (6020/6030) Assembly Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 230 7-92 Schematic and Assembly Drawings 930-03595-01 Rev J Receiver RF Module (6060) Assembly Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 231 Moseley PCL6000 7-93 91D7274-2 Rev J Preamp/1st Mixer (6060) Schematic Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 232 7-94 Schematic and Assembly Drawings 20D2827 Rev P1 Preamp/1st Mixer (6060) Assembly Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 233 Moseley PCL6000 7-95 91B7375-Rev C IF Demod (6020) Schematic Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 234 7-96 Schematic and Assembly Drawings 20B2941 Rev C IF Demod (6020) Assembly Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 235 Moseley PCL6000 7-97 91B7451 Rev E Double Converter/LO3 (6030/6060) Schematic Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 236 7-98 Schematic and Assembly Drawings 20B3039 Rev E Double Converter/LO3 (6030/6060) Assembly Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 237 Moseley PCL6000 7-99 91B7387 Rev F FM Demod (6030/6060) Schematic Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 238 7-100 Schematic and Assembly Drawings 20B2949 Rev G FM Demodulator (6030/6060) Assembly Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 239 Moseley PCL6000 7-101 91B7502 Rev 1 Adjacent Channel Filter (6060) Schematic Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 240 7-102 Schematic and Assembly Drawings 20B3089 Rev 1 Adjacent Channel Filter Assembly Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

  • Page 241: Pcl 6000-1.7 Ghz Standard System

    NOTICE: This section contains schematic and assembly drawings referred to in Sections 1 and 4. For information on individual drawings refer to Section 1 under "System Description" and/or Section 4 under "Module Description". Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 242 7-104 Schematic and Assembly Drawings 21B2926 Rev C 6010 Transmitter Final Assembly (950 MHz) Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 243 Moseley PCL6000 7-105 91B7444 Rev B Transmitter Audio/Power Supply Schematic, p. 1 of 3 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 244 7-106 Schematic and Assembly Drawings 91B7444 Rev B Transmitter Audio/Power Supply Schematic, p. 2 of 3 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 245 Moseley PCL6000 7-107 91B7444 Rev B Transmitter Audio/Power Supply Schematic, p. 3 of 3 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 246 7-108 Schematic and Assembly Drawings 20B3023 Rev D Transmitter Audio/Power Supply Assembly Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 247 Moseley PCL6000 7-109 600-10227-01 REV H Transmitter RF Module Schematic, p. 1 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 248 7-110 Schematic and Assembly Drawings 600-10227-01 REV H Transmitter RF Module Schematic, p. 2 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 249 Moseley PCL6000 7-111 600-10227-01 REV H Transmitter RF Module Schematic, p. 3 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 250 7-112 Schematic and Assembly Drawings 600-10227-01 REV H Transmitter RF Module Schematic, p. 4 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 251 Moseley PCL6000 7-113 930-03462-01 Rev H Transmitter RF Module Assembly Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 252 7-114 Schematic and Assembly Drawings 930-12053-02 Rev. B RF Amplifier (1.7GHz, 6w) Schematic, p. 1 of 2 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 253 Moseley PCL6000 7-115 930-12053-02 Rev. B RF Amplifier (1.7GHz, 6w) Schematic, p. 2 of 2 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 254 7-116 Schematic and Assembly Drawings 930-12052-02 REV B RF Amplifier (1.7 GHz,6w) Assembly Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 255 Moseley PCL6000 7-117 21B2927 Rev C 6030 Receiver Final Assembly Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 256 7-118 Schematic and Assembly Drawings 600-10710-01 Rev B Receiver Audio/Power Supply Schematic, p. 1 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 257 Moseley PCL6000 7-119 600-10710-01 Rev B Receiver Audio/Power Supply Schematic, p. 2 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 258 7-120 Schematic and Assembly Drawings 600-10710-01 Rev B Receiver Audio/Power Supply Schematic, p. 3 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 259 Moseley PCL6000 7-121 600-10710-01 Rev B Receiver Audio/Power Supply Schematic, p. 4 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 260 7-122 Schematic and Assembly Drawings 20B3024 Rev C Receiver Audio/Power Supply Assembly Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 261 Moseley PCL6000 7-123 600-10228-01 Rev K Receiver RF Module Schematic, p. 1 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 262 7-124 Schematic and Assembly Drawings 600-10228-01 Rev K Receiver RF Module Schematic, p. 2 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 263 Moseley PCL6000 7-125 600-10228-01 Rev K Receiver RF Module Schematic, p. 3 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 264 7-126 Schematic and Assembly Drawings 600-10228-01 Rev K Receiver RF Module Schematic, p. 4 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 265 Moseley PCL6000 7-127 930-03546-01 Rev G Receiver RF Module (6030) Assembly Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 266 7-128 Schematic and Assembly Drawings 91B7451 Rev E Double Converter/LO3 (6030) Schematic Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 267 Moseley PCL6000 7-129 20B3039 Rev E Double Converter/LO3 (6030) Assembly Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 268 7-130 Schematic and Assembly Drawings 91B7387-Rev F FM Demod (6030) Schematic Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 269 Moseley PCL6000 7-131 20B2949 Rev G FM Demod (6030) Assembly Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 270 NOTICE: This section contains schematic and assembly drawings referred to in Sections 1 and 4. For information on individual drawings refer to Section 1 under "System Description" and/or Section 4 under "Module Description". Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 271 Moseley PCL6000 7-133 20C3104 Rev A Channel Control Assembly Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 272 7-134 Schematic and Assembly Drawings 917515 Rev A Channel Control Schematic, 1 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 273 Moseley PCL6000 7-135 917515 Rev A Channel Control Schematic, 2 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 274 7-136 Schematic and Assembly Drawings 917515 Rev A Channel Control Schematic, 3 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 275 Moseley PCL6000 7-137 917515 Rev A Channel Control Schematic, 4 of 4 Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 276 7-138 Schematic and Assembly Drawings 910-10121-02 Rev C PCL6010 Multichannel Option Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 277 Moseley PCL6000 7-139 910-08614-01 Rev B PCL 6020 Multichannel Option Moseley PCL 6000 Document No. 602-13375-01 Rev.B...
  • Page 278 7-140 Schematic and Assembly Drawings 910-08796-01 Rev B PCL 6030 Multichannel Option Moseley PCL 6000 Document No. 602-13375-01 Rev.B...

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