Motorola GTX/LCS 2000 Service Manual
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Motorola GTX/LCS 2000 Service Manual

Motorola GTX/LCS 2000 Service Manual

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GTX/LCS 2000™
Mobile Radio
Service Manual

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Summary of Contents for Motorola GTX/LCS 2000

  • Page 1 GTX/LCS 2000™ Mobile Radio Service Manual...

  • Page 2: Foreword

    The Motorola products described in this manual may include copyrighted Motorola computer programs stored in semiconductor memories or other media. Laws in the United States and other countries preserve for Motorola certain exclusive rights for copyrighted computer pro- grams, including the exclusive right to copy or reproduce in any form the copyrighted computer program. Accordingly, any copyrighted Motorola computer programs contained in the Motorola products described in this manual may not be copied or reproduced in any manner without the express written permission of Motorola.

  • Page 3: Replacement Parts Ordering

    MAIL ORDERS Send written orders to the following addresses: Replacement Parts/ Federal Government Orders: International Orders: Test Equipment/Manuals Motorola Inc. Motorola Inc. Crystal Service Items: Americas Parts Division Americas Parts Division Motorola Inc. Attention: Order Processing...

  • Page 4: Table Of Contents

    Shield Replacement ..............©Motorola Inc., 1996...
  • Page 5 Section 3 Test Equipment, Service Aids, and Tools Test Equipment ................Field Programming .
  • Page 6 Thermal Protection ............... . Synthesizer Detailed Functional Description .
  • Page 7 Miscellaneous Parts Lists .............., and Motorola are trademarks of Motorola, Inc.

  • Page 8: Gtx Mobile Radio Model Chart

    GTX Mobile Radio Model Chart 15 W GTX Mobile Radio, M11UGD6CB1AN FUF1140 Mobile Radio GKN6270 DC Power Cable GLN7317 Installation Kit HMN3413 Microphone FLN8752 Manuals GKN6271 Ignition Cable KIT BREAKDOWN FUF1140 Mobile Radio FBN5767 Bulk Packing FCN1629 Control Head FHN5875 Accessory Kit FUF1290 15 W Unified Chassis...

  • Page 9: Gtx Accessories

    GTX Accessories Microphones HMN3413 Compact Microphone HMN1035 Heavy Duty Palm Microphone HMN3013 DTMF Non-Backlit Microphone with Hang-Up Clip Speaker FSN5510 7.5 W External Speaker Installation GLN7317 Trunnion Cables GKN6270 15 W Power cable GKN6271 Ignition Switch Cable GKN6272 External Alarm Relay and Cable Antennas RRA4914 3 dB Gain Roof Mount...

  • Page 10: Lcs 2000 Mobile Radio Model Chart

    LCS 2000 Mobile Radio Model Chart 15 W LCS Mobile Radio, M10UGD6DC5AN/F2484 FUF1142 Mobile Radio GKN6270 DC Power Cable GLN7317 Installation Kit HMN3220 Microphone FLN8753 Manuals GKN6271 Ignition Cable KIT BREAKDOWN FUF1142 Mobile Radio FBN5767 Bulk Packing FCN1630 Control Head FHN5875 Accessory Kit FUF1290...

  • Page 11: Lcs 2000 Accessories

    LCS 2000 Accessories Mics HMN3220 Compact Mic with Hang-Up Clip HMN1035 Full Size Palm Mic HMN3013 Full Size Mic, Non-Backlit TDN8310 DTMF Full Size Mic, Backlit Speakers FSN5510 7.5 W External Speaker Installation GLN7317 Non-Locking Trunnion Cables GKN6270 Mobile Power Cable GKN6271 Ignition Switch Cable Alarms...

  • Page 12: Maintenance Specifications

    Maintenance Specifications GENERAL RECEIVER TRANSMITTER FCC Designation: Frequency Range: Frequency range: GTX: AZ492FT5778 GTX & LCS 2000: 851-866 MHz GTX: 806-821MHz LCS 2000: AZ492FT5779 851-866MHz LCS 2000: 851-870 MHz LCS 2000: 806-825MHz 851-870MHz Temperature Range: Max. Frequency Max. Freq. Separation: Operating: -30+60˚C Separation:...

  • Page 13: Radio Model Numbering System

    Radio Model Numbering System The model number, serial number, and Motorola FCC designation number are all on a label attached to the back of your radio. All GTX/LCS 2000 radio models are synthesized, 8-channel units that come standard with Tone Private-Line (TPL)/Dig- ital Private-Line (DPL) coded squelch or carrier squelch, which may be enabled/disabled on a per channel basis.

  • Page 14: Introduction

    Introduction Notational Conventions Throughout the text in this publication, you will notice the use of warnings, cautions, and notes. These notations are used to emphasize that safety hazards exist, and care must be taken and observed. Warning WARNING Indicates a potentially hazardous situation which, if not avoided, COULD result in death or serious injury.

  • Page 15: Air Bag Warning

    To ensure personal safety, please observe the following simple rules: WARNING • Do not transmit when the antenna is very close to, or touching, exposed parts of the body, especially the face and eyes. • Do not hold the transmit (PTT) key in when not desiring to transmit.

  • Page 16: Basic Maintenance

    Basic Maintenance Introduction This section of the manual describes preventive maintenance, safe handling of CMOS devices, and repair procedures and techniques. Each of these topics provides information vital to the successful operation and maintenance of your radio. Preventive The radios do not require a scheduled preventive maintenance program; however, periodic visual inspection and cleaning is recommended.

  • Page 17: Safe Handling Of Cmos Devices

    6. Use a static safeguarded workstation, which can be accomplished through the use of an anti-static kit (Motorola part number 0180386A82). This kit includes a writ strap, two ground cords, a static-control table mat and a static- control floor mat.

  • Page 18: Repair Procedures And Techniques

    7. Always wear a conductive strip when servicing this equipment. the Motorola part number for a replacement wrist strap that connects to the table mat is 42- 80385A59. 8. When straightening CMOS pins, provide ground straps for apparatus used. 9. When soldering, use a grounded soldering iron.

  • Page 19: Chip Component Replacement

    Over-Molded Pad-Array ASFIC U0201 is an OMPAC. It must be kept in a sealed bag with dessicant in the bag (in a “dry box” as supplied by the Motorola Parts Department prior to use. If Carrier (OMPAC) the OMPAC is ambient for an unknown amount of time or for more than 96 hours, then it must be baked for at least eight hours at 260 ˚...

  • Page 20: Shields

    head over the OMPAC and lower it to approximately 1/8” (0.3cm) over the carrier. Using the same heat and airflow setting used to remove the OMPAC, turn on the heater and wait for the carrier to reflow (heating and reflow should take longer than 60 seconds).
  • Page 21 This Page is Intentionally Left Blank Basic Maintenance...

  • Page 22: Test Equipment, Service Aids, And Tools

    The “Characteristics” column is included so that equivalent equipment may be substituted; however, when no information is provided in this column, the specific Motorola model listed is either a unique item or no substitution is recommended. Table 3-1 Recommended Test Equipment Model No.

  • Page 23: Field Programming

    Field Programming The radio can be aligned and programmed in the field. This requires specific equipment and special instructions. refer to the Radio Service Software User’s Manual for complete field programming information. Table 3-2 Service Aids PART No. DESCRIPTION APPLICATION RLN4008B Radio Interface Box Enables communications between the radio and the compu-...

  • Page 24: Service Tools

    The following table lists the tools recommended for working on the radio; these are also available from Motorola. Note that the R-1070A workstation requires the use of a specific “heat focus head” for each of the components on which this item is used.
  • Page 25 This Page is Intentionally Left Blank Test Equipment, Service Aids, and Tools...

  • Page 26: Test Mode And Error Codes

    Test Mode and Error Codes Front Panel Test Mode The functions of the radio controls for the Front Panel Test Mode are as follows: Test Mode/Entry Test Mode allows radio checks to be performed in the field. To provide a level of protection to the Test Mode entry, proceed according to the following sequence: Place radio in TRUNKING operation mode and wait for 6 seconds.

  • Page 27: Test Mode/Tx Modulation

    Test Mode/Tx Modulation Use PTT switch for modulation type selection. A continuous press will advance the radio to the next modulation test (cyclic scroll ) and perform Tx test until PTT is released. The modulation selection is described in the table below. Table 4-2 Test Mode/Tx Modulation Modulation Type Internal Speaker Audio Signaling...

  • Page 28: Disassembly & Reassembly

    Disassembly & Reassembly This chapter explains, step by step, how to disassemble and assemble the radio, to board level. Disassemble the Radio Remove the Control Head Turn the radio upside down. Insert a small flat blade screw driver, or similar, in the recess between the control head and the main board.

  • Page 29: Remove The Top Cover

    Remove the Top Cover Insert a small flat blade screw driver in the side recess of the radio chassis. Repeat the operation on the opposite side of the radio. Lift the top cover over the chassis. SIDE RECESS Figure 5-3 Top Cover Removal Remove the Main Board Remove the power and antenna connector retaining clips by inserting a small flat blade screw driver between the clip and the...

  • Page 30: Disassemble The Control Head

    SHIELD CLIPS Figure 5-4 Main Board Removal Disassemble the Control Head HOUSING PART OF LCD FRAME GASKET SPEAKER VOLUME KNOB LCD FRAME ZEBRA CONNECTOR KEYPAD POTENTIOMETER FLAT CABLE Figure 5-5 Control Head Removal To pull out the printed circuit board from the control head hous- ing, insert a small blade screw driver in the side groove near the four protruding tabs.

  • Page 31: Assemble The Radio

    Assemble the Radio Assemble the Control Head Insert the LCD frame with LCD and Zebra connectors into its place. Place the keypad onto the board assembly, making sure the keypad is flush with the board. Rotate the potentiometer counterclockwise. Rotate the volume knob counterclockwise.

  • Page 32: Radio Tuning Procedure

    Radio Tuning Procedure Radio Tuning Procedure General An IBM PC (personal computer) and RSS (Radio Service Software) are required to align the radio. Refer to the applicable RSS Manual for installation and setup procedures for the software. To perform the alignment procedures, the radio must be connected to the PC, RIB (Radio Interface Box), and Test Set as shown in Figure 6-6.
  • Page 33 Service Menu Board Alignment Replacement Menu Menu F2 Logic or RF Board Replacement F3 Tx Power F3 Deviation Adjustment F4 Warp Reference Frequency F5 Reference Oscillator Warp F5 Tx Power Calibration F7 Transmitter Power F6 Tx Deviation Calibration F8 Squelch Adjustment F9 Squelch Adjustment Figure 6-7 Service Menu Structure All SERVICE screens read and program the radio codeplug directly;...

  • Page 34: Tuning Procedure

    Tuning Procedure Starting the Tuning From the SERVICE menu, press F6 to select BOARD REPLACEMENT. Procedure Press F2 for LOGIC OR RF BOARD replacement. Note: Perform the following procedures in the sequence indicated. Reference Crystal Data Press F2 to select REFERENCE CRYSTAL DATA. Press F8 for PROGRAM VALUE.

  • Page 35: Transmit Deviation Balance (Compensation)

    Transmit Deviation Compensation alignment balances the modulation sensitivity of the VCO and reference modulation (synthesizer low frequency port) lines. Compensation Balance (Compensation) algorithm is critical to the operation of signaling schemes that have very low & Deviation Limit frequency components (e.g. DPL) and could result in distorted waveforms if improperly adjusted.

  • Page 36: Theory Of Operation

    Theory of Operation This chapter provides theory of operation information for the radio. It starts with a block diagram level functional description of the entire radio. This is followed by a detailed functional description for each of the four major functions that make up the radio.

  • Page 37: Receiver Detailed Functional Description

    AUDIO & LOGIC AUDIO RECEIVER MIXER 3-POLE CERAMIC 3-POLE CERAMIC ASFIC BACK-END 2-POLE IF PRE-SELECTOR PRE-SELECTOR LO SIGNAL 2.1 MHZ CPU CLOCK MEMORY KEYBOARD DISPLAY SWITCH PENDULUM 16.8 MHZ HARMONIC FILTER FRAC N SYNTHESIZER RX_TX DIRECTIONAL LOOP COUPLER SYNTHESIZER LINEUP FILTER LINEUP POWER...
  • Page 38 BPF 455 KHz BPF 455 KHz N = 4 N = 4 BW = 10 KHz BW = 9 KHz GAIN = 21 dB GAIN = 16 dB LO_INJ NF = 3.3 dB NF = 1.8 dB IIP3 = 3 dBm DET_AUDIO IF BPF IF BPF...

  • Page 39: Transmitter Detailed Functional Description

    • Second IF amplifiers • FM Demodulator • Audio amplifier In addition to BBR IC, the back end contains the following components: • Second LO resonator for 44.645 MHz (Y5211) • Crystal filters for 455 kHz (FL5201, FL5202) • Demodulator filter (C5224) The IF signal routed to BBR IC is amplified, converted to 455 kHz, filtered, limited and demodulated.

  • Page 40: Power Control Circuitry

    This network forms a low-pass filter to attenuate harmonic energy of the transmitter to specifications level. A forward-power detector follows the harmonic filter. This forward-power detector is a microstrip printed circuit, which couples a small amount of the forward energy and sends it to diode CR6506 where it is rectified. This rectified signal (VFORWARD) forms the forward voltage which the power control circuit holds constant.

  • Page 41: Synthesizer Detailed Functional Description

    Synthesizer Detailed The complete synthesizer subsystem consists of a reference oscillator (U5700), a Fractional-N Synthesizer IC (U5702), two on-board voltage controlled oscillators, Functional Description a buffer stage (U5701), and two line-up amplifiers (Q5707, Q5705). Reference oscillator U5700 contains a temperature compensated crystal with an oscillation frequency of 16.8 MHz.
  • Page 42 The serial interface (SPI_DATA) is connected to the microprocessor via the data line (pin 5 of U5702), clock line (pin 6 of U5702), and chip enable line (pin 5 of U5702). Proper enabling of these lines should allow the microprocessor to load the synthesizer IC.

  • Page 43: Controller Detailed Functional Description

    The digital section consists of a microprocessor, memory ICs, glue logic circuitry, signal MUX ICs, On/Off circuit, and general purpose Input/Output circuitry. The controller is based on the Motorola 68HC11K1 microprocessor (U0101), 8- Kbyte SRAM (U0103), 128 Kbyte-OTP memory (U0102), and 4 Kbyte EEPROM (U0104).

  • Page 44: Electronic On/Off

    Diode D5601 located on the PA section acts as protection against transients and wrong polarity of the supply voltage. Electronic On/Off The radio has circuitry which allows radio software and/or external triggers to turn the radio on or off without direct user action. Some examples of where this is useful are: 1) automatic turn on when emergency switch is engaged;...

  • Page 45: Hook

    When the IGNITION input goes above 6 V, Q0450, Q0612 and Q0611 turn on, supplying SW B+ to the radio and enabling U0601 and U0631 to supply the regulated voltage (+5 V and 9.3 V) to all the circuitry. The µP starts to run the software, reads the line EMER IGN SENSE, determines from the level (Emergency has a different level) that the IGNITION input is active and sets the B+ CONTROL (via the ASFIC-GCB2) to high and latches SW B+ to on.

  • Page 46: Sbep Serial Interface

    SPI BUS is also used for the control head. U0106 buffers the SPI TRANSMIT DATA and CLK lines to the control head. U0106 serves also to switch off the CLK signal for the LCD display while it is not selected via LCD CE signal. When the µP needs to program any of these ICs, it drops down the chip select line of the specific IC to a logic 0 and then sends the proper data and clock signals.

  • Page 47: One-Time Programmable (Otp) Memory

    On the K1µP the lines XIRQ (U0101-30), MODA LIR (U0101-77), MODB VSTPY (U0101-76) and RESET (U0101-75) should be logic high during all normal K1µP operation. Whenever a data or an address line becomes unloaded or shorted to an adjacent line, a common symptom is that short negative pulses occur on the RESET line, with a period of 20 msec.

  • Page 48: Static Random Access Memory (Sram)

    access signals (SI, SO and SCK) are generated by the K1µP and chip select (CS) is generated by address decoder U0105. Additional EEPROM is contained in the K1µP (U0101). This EEPROM is used to store radio tuning and alignment data. Like the external EEPROM this memory can be programmed multiple times and will retain the data when power is removed from the radio.

  • Page 49: Controller Audio & Signaling Circuits

    Controller Audio & Signaling Circuits General Audio Signalling Filter IC The ASFIC (U0201) used in the controller has four functions; (ASFIC) • RX/TX audio shaping, i.e. filtering, amplification, attenuation • RX/TX signalling, PL/DPL/HST/MDC/MPT • Squelch detection • Microprocessor clock signal generation (see Microprocessor Clock Synthesizer Description Block).

  • Page 50: External Mic Path

    J0101 MIC AMP OUT TX IN MIC IN CONTROL HEAD CONNECTOR FILTERS & PREEMPHASIS ASFIC U0201 MIC IN LS SUMMER EXT MIC J0400 FLAT TX SPLATTER AUDIO FILTER AUX TX IN ACCESSORY HS SUMMER MOD IN CONNECTOR TO RF LIMITER ATTENUATOR SECTION (SYNTHESIZER)

  • Page 51: Transmit Signalling Circuits

    routed to two attenuators, which are tuned in the factory or the field to set the proper amount of FM deviation. The TX audio emerges from the ASFIC at U0201-H8 MOD IN, and is routed to the RF section. Transmit Signalling See Figure 7-4 for reference for the following sections.

  • Page 52: High Speed Data

    This drives a tone generator inside U0201 which generates a staircase approximation to a PL sine wave or DPL data pattern. This internal waveform is then low-pass filtered and summed with voice or data. The resulting summed waveform then appears on U0201-H8 (MOD IN), where it is sent to the RF board as previously described for transmit audio.

  • Page 53: Receive Audio Circuits

    Receive Audio Circuits Refer to the following sections. ACCESSORY CONNECTOR FLAT RX AUDIO J0400 SPKR+ AUDIO EXTERNAL SPKR- SPEAKER U0401 SPKR- SPKR+ CONTROL HEAD CONNECTOR ATTEN. INTERNAL SPEAKER J0101 HANDSET AUDIO UNIV IO RX AUD OUT UNAT RX OUT VOLUME ASFIC U0201 EXP AUDIO IN ATTEN.

  • Page 54: Audio Processing And Digital Volume Control

    ACT. The state of CH ACT and SQ DET is high (logic 1) when carrier is detected, otherwise low (logic 0). CH ACT is routed to the µP pin 25 while SQ DET adds up with LOCK DET, weighted by resistors R0113, R0114, and is routed to one of the µP´s ADC input U0101-43.

  • Page 55: Handset Audio

    The outputs of the Audio PA (EXT-SPKR+, INT/EXT SPKR-) are routed to the external speaker through the accessory connector. The INT/EXT SPKR- is directly connected to the INT-SPKR(-). The EXT-SPKR+ can be connected to the internal speaker(+) in two ways: 1) internal connection via R456 (0 Ohm);...

  • Page 56: Receive Signalling Circuits

    Receive Signalling Circuits Refer to the following sections. HIGH SPEED LOW SPEED CLOCK CLOCK DATA FILTER LIMITER & DEEMPHASIS MICRO CONTROLLER ASFIC U0201 U0101 DET AUDIO DISCRIMINATOR AUDIO FROM RF SECTION FILTER LIMITER (IFIC) LOW SPEED RX LIM LIM CAP Figure 7-6 Receive Signalling Path.
  • Page 57 The allowable internal alert tones are 304, 608, 911, and 1823Hz. In this case a code contained within the SPI BUS load to the ASFIC sets up the path and determines the tone frequency, and at what volume level to generate the tone. (It does not have to be related to the voice volume setting).

  • Page 58: Troubleshooting

    Troubleshooting Overview This section contains three troubleshooting tables for the following GTX/ LCS 2000 components: • Receiver • Synthesizer • Power Amplifier • Controller • Control Head Troubleshooting Charts Refer to following pages. Troubleshooting...

  • Page 59: Synthesizer

    Start Is AUDIO_DET AC level 0.2Vrms, 1KHz? Check controller RF_REG_5V Check circuit. present at DC circuit. Q5320 E-2? Is K9.1 at Check TP10 at 0V? logic circuit. <- 50dBm Check Check RX_INJ NOTE: Rx/Tx switch. level. RF input level is -47dBm. All the levels indicated have a tolerance of ±10%.
  • Page 60 Start >-18DBM >-18DBM Check RF level at C5208. Check RF & IF circuit. Check DC <9V Check DC at circuit. TP14. 9.3V <4.7V Check Check DC at C5251. DC circuit. >1V Check Check ADAPT control circuit. at TP13. -3dBm 2dB Is RF level Check Y5211...
  • Page 61 SYNTHESIZER DEVIATION Start Is AUDIO MOD Replace U5702. Controller present at C5700? Is there 212mV on C5750? Check synthesizer loop filter. SYNTHESIZER PENDULUM Start Is 2.1 MHz present Replace R5731. at R5731? Is 16.8 MHz Is 16.8MHz Check C5733 present present and R5715.
  • Page 62 NO Tx INJECTION Start Check Q5707 Is 5V present DC circuit. at Q5707-C? Is 2.1 MHz Check Q5701 and present Q5705 DC circuits. at R5731? Check RF path line-up. Troubleshooting Flow Chart for Synthesizer (cont.) Troubleshooting...

  • Page 63: Power Amplifier

    START Is Red light on? Go to Is control head control head troubleshooting. Is there Go to controller 5V at Is K9.1 OK? troubleshooting. K9.1 ENB? Is there Replace 9.3V at Q0741 Q0741 and Q0742. or Q0742? Is PA control at ~0V? Go to synthesizer...
  • Page 64 Start Apply power to radio and turn on. Are alert tones No/Don’t Was good or bad power-on enabled with RSS? know beep present? Use RSS to enable tones. Reprogram radio with Was good power-on beep RSS. Apply power to present? radio and turn on.
  • Page 65 Start Check LCD, U0932, Is SPI Q0953, and ZEBRA Is the display communication connectors. Check controller. Check U0941, Do the LEDs Q0942-4, light? D0942-4. Check U0941, Q0951, Is backlight OK? Q0952,D0951-D0970. Is volume OK? Check U0942, and U0970. Check R915-922, Is keypad R955, and R958.

  • Page 66: Schematic Diagrams, Circuit Board Details, & Parts Lists

    SCHEMATIC DIAGRAMS, CIRCUIT BOARD DETAILS, & PARTS LISTS May 1996 68P02945C70-O...

  • Page 67: Schematic Diagram For Flf5582A Main Board, Receiver Section

    RF_REG_5V IF_IN1 K9.1 LO_INJ R5230 Q5230 3906L TP14 IF_IN1 TSTP FL5201 FL5202 R5311 C5321 C5326 R5302 R5325 455KHz 455KHz 39pF .01uF RF_REG_5V IF_IN1 TP10 RF_REG_5V R5322 TSTP R5240 IF_IN1 C5310 C5323 R5312 L5321 L5302 R5306 C5311 .01uF 4.2nH 6.8nH 39pF .01uF C5224 IF_IN1...

  • Page 68: Schematic Diagram For Flf5582A Main Board, Synthesizer Section

    IF5_4 IF6_9 C5727 C5764 0.1uF 39pF U5704 DET_AUDIO DET_AUDIO SW_RX SW_RX RHOM_FMC_2 IF6_10 5V_REG IF5_5 AUX_OUT 2 RSSI RSSI IF5_7 IF6_11 AUX_IN C5765 ADAPT ADAPT C5741 C5709 C5701 C5705 22nF 39pF L5705 TP5700 C5763 100pF 0.1uF 39pF 150nH IF6_7 TSTP 39pF SYNT_LOCK IF6_3...

  • Page 69: Schematic Diagram For Flf5582A Main Board, Power Amplifier Section, Power Amplifier Sub-Section

    CR6509 R87151 C6549 IF25 0.1uF IF21 TSTP TSTP L6517 R6515 L6516 68nH Q6506 68nH 3.3k PZT2222AT1 PA_CNTRL L6503 VFORWARD 68nH C6533 C6550 C6535 0.3 - 1V U6501 C6529 39pF 0.1uF R6514 39pF +24dBm XHW2821 3.3k C6505 C6507 C6501 0.1uF RF_INPUT C6526 39pF 0.1uF...

  • Page 70: Schematic Diagram For Flf5582A Main Board, Power Amplifier Section, Power Control Sub-Section

    IF3_6 IF_SS1 R0711 C0714P 39pF R0702 R0712 C0703 R0705 2.2k 39pF C0702 3.3k U0701 39pF C0711 22nF IF2_5 R0704 IF2_1 U0701 MC3303 R0713 R0750 IF_IN1 IF_IN2 MC3303 PA_CNTRL VFORWARD C0701 R0710 R0751 C0712 39pF 0.1uF IF3_1 C0727 IF_IN1 0.1uF SW_B+ R0703 R0706 IF3_7...

  • Page 71: Schematic Diagram For Flf5582A Main Board, Controller Section Wiring

    AUDIO_&_DIGITAL SPI_DATA_SRC_5 SPI_DATA_SRC K9V1_ENABLE K9V1_ENABLE_5 SPI_DATA_5 SPI_DATA SPI_CLCK_SRC SPI_CLCK_SRC_5 LOCK_DET_5 LOCK_DET PA_ENABLE PA_ENABLE_5 TEMP PEND_CE_5 PEND_CE TEMP VAG_5 ADAPT_5 ADAPT MOD_IN_5 MOD_IN DAC_CE DAC_CE_5 AUDIO_PA_&_I/O SPI_CLK_5 SPI_CLK 2_1MHZ_5 2_1MHZ FAST_OFF_IGN FAST_OFF_IGN HIGH_LOW_BAND_5 HIGH_LOW_BAND DET_AUDIO_5 DET_AUDIO GPO1 GPO1 RSSI_5 RSSI SCI_TX SCI_TX FRACN_CE_5 FRACN_CE...

  • Page 72: Schematic Diagram For Flf5582A Main Board, Controller Section, Logic Sub-Section

    TP0102 C650 AN(0:7) 39pF TP0101 TP0103 C651 J0101 39pF K9V1_ENABLE FLT_A+ L418 R0109 L419 FLT_A+ FLT_A+ C0106 PA_ENABLE L420 TP0133 ON_OFF_CONTROL ON_OFF_CONTROL L421 C0104 .01uF R0106 0.1uF D0102 BUS+ SCI_RSS D(0:7) L422 R0100 R0101 R0102 R0103 4.7k 200k 200k 200k C0113 .01uF L423...
  • Page 73 J0400 FLT_A+ R0441 4.7K IGNITION ONE SHOT FLT_A+ R460 R463 200k EMER_IGN_SENSE R0442 R0440 470pF C0441 C460 2.2uF Q0441 (PE7) L414 U460 R465 EMERGENCY_SWITCH MC33072D BLM21A05 IGNITION_CONTROL 4.7k EMERGENCY_CONTROL R461 D0441 VR0441 C0442 39pF FAST OFF CIRCUIT: IGN DETECTOR U460 R466 Q460 FLT_A+...
  • Page 74 R5324 C5404 L5402 R6514 C5322 R6515 C5227 R5321 C5325 C5237 C5229 C5228 C5234 R5212 R5311 R5312 R5224 R5223 L5211 C5208 L6511 R6537...

  • Page 75: Parts List For Flf5582A Main Board

    REFERENCE MOTOROLA DESCRIPTION REFERENCE MOTOROLA DESCRIPTION REFERENCE MOTOROLA DESCRIPTION REFERENCE MOTOROLA DESCRIPTION REFERENCE MOTOROLA DESCRIPTION SYMBOL PART NO. SYMBOL PART NO. SYMBOL PART NO. SYMBOL PART NO. SYMBOL PART NO. FLF5582A Main Board C418 2311049A05 tantalum 0.47 10% 25V...
  • Page 76 REFERENCE MOTOROLA DESCRIPTION REFERENCE MOTOROLA DESCRIPTION SYMBOL PART NO. SYMBOL PART NO. R720 0662057R60 10K 0.1W 1% R5752 0662057A37 R721 0662057A67 5600 R5753 0662057A13 R722 0662057A81 R5754 0662057A37 R723 0662057A97 100K R5755 0662057A09 R724 0662057A61 3300 R5756-5757 0662057A35 R725-726 0662057A73...
  • Page 77 8408029Y01 Notes 1 For optimum performance, diodes, transistors and integrated circuits must be ordered by MOTOROLA part numbers. 2. When ordering quartz crystal units or ceramic resonators, specify car- rier frequency, crystal (or resonator) frequency, and crystal (or resona- tor) type number.

  • Page 78: Schematic Diagram For Fln8530A Control Head

    J0101 J0901 J0902 R980 INT_SPKR+ INT_SPKR+ INT_SPKR- INT_SPKR- Q953 R981 200k R0901 J0903 PNP_3906L U0932 BUS+ BUS+ R0931 MC145453 DISPLAY UNCATALOGED !!! 4.7k HOOK HOOK R0933 OUTPUT_B-1 MIC_HI OSC-IN OUTPUT_B-2 100k OUTPUT_B-3 H0931 R0932 HANDSET_AUDIO HANDSET_AUDIO OUTPUT_B-4 C0934 C0935 OUTPUT_B-5 TP0901 0.1uF .01uF...

  • Page 79: Circuit Board Details & Parts List For Fln8530A Control Head

    U0903 1 For optimum performance, diodes, transistors and integrated circuits J902 2809926G01 SMT header must be ordered by MOTOROLA part numbers. J903 2805924V01 MIC connector 2. When ordering quartz crystal units or ceramic resonators, specify car- rier frequency, crystal (or resonator) frequency, and crystal (or resona- transistors: (See Note) tor) type number.

  • Page 80: Gtx Exploded View & Mechanical Parts List

    GTX Mechanical Parts List REFERENCE MOTOROLA DESCRIPTION SYMBOL PART NO. 1580356K01 housing 3605422W02 exterior volume knob 3608147K01 inferior volume knob 3280511 L01 LCD frame gasket 3205932V01 speaker gasket 7580358K01 keypad 5002236P05 speaker FLN8530 control head board 5480643K01 logo label...

  • Page 81: Lcs 2000 Exploded View & Mechanical Parts List

    LCS 2000 Mechanical Parts List REFERENCE MOTOROLA DESCRIPTION SYMBOL PART NO. 1580357K01 housing 3605422W02 exterior volume knob 5480493K01 interior volume knob 3280511 L01 LCD frame gasket 3205932V01 speaker gasket 7580359K01 keypad 5002236P05 speaker FLN8530 control head board 5480643K01...

  • Page 82: Miscellaneous Parts Lists

    FLN8752A Manuals (GTX) REFERENCE MOTOROLA DESCRIPTION SYMBOL PART NO. FLN8544A Control Head (LCS 2000) non-referenced items: REFERENCE MOTOROLA DESCRIPTION 6802946C75 User’s Manual SYMBOL PART NO. 6802946C85 Quick Start non-referenced items: 0780360K01 LCD frame FLN8753A Manuals (LCS 2000)
  • Page 83 Thank you for your cooperation. In reference to Manual Number: 68P02945C70-O GTX/LCS 2000™ Mobile Radio 1. Please check all the appropriate boxes: Disassembly...
  • Page 84 NO POSTAGE NECESSARY IF MAILED IN THE UNITED STATES BUSINESS REPLY MAIL FIRST CLASS MAIL PERMIT NO 9040 FT. LAUDERDALE, FL POSTAGE WILL BE PAID BY ADDRESSEE Attention: Technical Communications 8000 W. Sunrise Boulevard Ft. Lauderdale, FL 33322 FOLD FOLD (Continued) Please specify the page number along with any corrections or recommendations for improvement.

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