VHF MARINE TRANSCEIVER

Transcript

1 VHF MARINE TRANSCEIVER S-499XZ-C April 203

2 INTRODUCTION CAUTION This service manual describes the latest technical information for the IC-M73, IC-M73EURO VHF MARINE TRANSCEiVER, at the time of publication. NEVER connect the transceiver to an AC outlet or to a DC power supply that uses more than the specifi ed voltage. This will ruin the transceiver. MODEL VERSION AC ADAPTER USA BC-23SA EXP BC-23SE IC-M73 USA-0 BC-23SA EXP-0 EUR-0 BC-23SE EUR UK FRG BC-23SE HOL AUS BC-23SV IC-M73EURO EUR- BC-23SE EUR-0 UK-0 FRG-0 BC-23SE HOL-0 AUS-0 BC-23SV FLEXIBLE ANTENNA FA-S64V FA-S9V FA-S64V FA-S9V FA-S64V DO NOT reverse the polarities of the power supply when connecting the transceiver. DO NOT apply an RF signal of more than 20 dbm (00 mw) to the antenna connector. This could damage the transceiver s front-end. To upgrade quality, any electrical or mechanical parts and internal circuits are subject to change without notice or obligation. (IC-M73EURO) ORDERING PARTS REPAIR NOTES Be sure to include the following four points when ordering replacement parts:. 0-digit Icom part number 2. Component name 3. Equipment model name and unit name 4. Quantity required <ORDER EXAMPLE> S.IC TA336FNG IC-M73 MAIN UNIT pieces Screw 2438 screw IC-M73 Top cover 0 pieces Addresses are provided on the inside back cover for your convenience.. Make sure that the problem is internal before dis-assembling the transceiver. 2. DO NOT open the transceiver until the transceiver is disconnected from its power source. 3. DO NOT force any of the variable components. Turn them slowly and smoothly. 4. DO NOT short any circuits or electronic parts. An insulated tuning tool MUST be used for all adjustments.. DO NOT keep power ON for a long time when the transceiver is defective. 6. DO NOT transmit power into a Standard Signal Generator or a Sweep Generator. 7. ALWAYS connect a 30 db to 40 db attenuator between the transceiver and a Deviation Meter or Spectrum Analyzer, when using such test equipment. 8. READ the instructions of the test equipment thoroughly before connecting it to the transceiver. Icom, Icom Inc. and the Icom logo are registered trademarks of Icom Incorporated (Japan) in Japan, the United States, the United Kingdom, Germany, France, Spain, Russia and/or other countries.

3 TABLE OF CONTENTS SECTION SPECIFICATIONS SECTION 2 INSIDE VIEWS SECTION 3 DISASSEMBLY INSTRUCTION SECTION 4 CIRCUIT DESCRIPITON 4- RECEIVER CIRCUITS TRANSMITTER CIRCUITS FREQUENCY SYNTHESIZER CIRCUITS POWER SUPPLY CIRCUITS PORT ALLOCATIONS SECTION ADJUSTMENT PROCEDURES - PREPARATION FREQUENCY ADJUSTMENT RECEIVE AND TRANSMIT ADJUSTMENT SECTION 6 PARTS LIST SECTION 7 MECHANICAL PARTS SECTION 8 BOARD LAYOUTS SECTION 9 BLOCK DIAGRAM SECTION 0 VOLTAGE DIAGRAM

4 SECTION. SPECIFICATIONS GENERAL TRANSMITTER RECEIVER IC-M73 IC-M73EURO IC-M73EURO (AUS version) Frequency coverage TX MHz MHz MHz RX MHz MHz MHz Type of emission 6K0G3E Antenna impedance 0 Ω (nominal) Operating temperature range Power supply requirement Current drain (approximately) RX 20 C to +60 C ( 4 F to +40 F) C to + C 7.4 V DC nominal (negative ground) 0.2 A (at maximum audio, using external 8 Ω speaker) 0.4 A (at maximum audio, using internal speaker) 0 C to + C 6.0 W. A.0 W.4 A TX 3.0 W.2 A.0 W 0.7 A 0. W 0.6 A Dimensions (projections not included) 2.(W) 2(H) 30(D) mm; 2.0(W) 4.9(H).2(D) inches Weight (approximately) 280 g; 9.9 oz (Including only BP-24N) 320 g;.3 oz (Including BP-24N, FA-S64V and MB-03) Output power High 6 W 6 W ( W for [FRG]) W Middle 3 W Low W W (0. W for [FRG]) W Modulation Variable reactance frequency modulation Maximum frequency deviation ± khz Frequency error ±0 ppm ±. khz ±0 ppm Spurious emissions 68 dbc (typical) 0.2 µw Adjacent channel power 70 db Audio harmonic distortion 0% (at 60% deviation) FM hum and noise 40 db Audio frequency response + db to 3 db of 6 db octave from 300 Hz to 3000 Hz Microphone impedance 2 kω Intermediate frequency Sensitivity 3 dbµ (0.22 µv) (at 2 db SINAD) typical st 2.7 MHz 2nd 40 khz 4 dbµ emf (at 20 db SINAD) typical dbµ emf (at 20 db SINAD) typical Squelch sensitivity (at threshold) 9 dbµ (0.3 µv) typical dbµ emf typical 6 dbµ emf typical Adjacent channel selectivity 70 db typical 70 db 6 db Spurious response 70 db typical 70 db 6 db Intermodulation rejection ratio 70 db typical 68 db 6 db Hum and Noise 40 db Audio frequency response + db to 3 db of 6 db octave from 300 Hz to 3000 Hz Audio output power 0.3 W typical (External) 0.2 W (External) (at 0% distortion with an 8 Ω load) 0.7 W typical (Internal) 0.7 W typical (Internal) at khz Output impedance (audio) 8 Ω All stated specifications are subject to change without notice or obligation. -

5 SECTION 2. INSIDE VIEWS MAIN UNIT CPU CLOCK (X480) BACKLIT LED DRIVER (Q240) BUFFER (Q30) BUFFER (IC364) CPU (IC360) RESET IC (IC34) EEPROM (IC340) CPU V (IC220) AFV LINE CONTROL (Q230) AFV LINE CONTROL (Q23) AFV LINE CONTROL (Q40) + V REGULATOR (Q22) + V REGULATOR (Q22) 2ND IF FILTER (FI70) IF IC (IC70) DISCRIMINATOR (X70) LPF (IC432) AF PWR AMP (IC280) AF MUTE (IC04) MIC AMP (IC200) NOISE CANCELLER PLAYBACK/RECORD IC (IC00) AF SW (IC260) AF MUTE (IC430) AF PWR AMP (IC40) FLASH ROM (IC0) 2 -

6 RF UNIT (TOP VIEW) PLL IC (IC) +3.3 V REGULATOR (IC2) BUFFER (Q3) APC AMP (IC0) TX MUTE SW (Q3) + V REGULATOR (Q222) RF UNIT (BOTTOM VIEW) BPF (FI) BPF (FI0) ST IF AMP (Q) REFERENCE FREQUENCY OSCILLATOR (X) VCC LINE CONTROLLER (Q480) st MIXER (Q0) VCO RF AMP (Q90) 2-2

7 SECTION 3. DISASSEMBLY INSTRUCTION. Removing the Front panel ) Remove 6 screws from the rear panel. Screw 2 2. Removing the MAIN UNIT ) Remove screws from the MAIN UNIT. Screw Screw 4 MAIN UNIT MAIN MAIN UNIT UNIT CHASSIS 2) Disconnect 2 fl at cables from the MAIN UNIT. 3) Remove the MAIN UNIT from the CHASSIS. REAR PANEL 2) Disconnect the speaker cable from the MAIN UNIT and remove the front pannel form rear. (The lock plate is simultaneously come off.) BE CAREFUL about the flat cable and connector when separating the MAIN UNIT from the CHASSIS. FLAT CABLE J300 FRONT PANEL MAIN UNIT RF UNIT CHASSIS J2 SPEAKER CABLE J2 LOCK PLATE CHASSIS 3 -

8 3. Removing the RF UNIT ) Unsolder total of 7 points. UNSOLDER RF UNIT Solder remover CHASSIS 2) Remove 3 screws from the RF UNIT. 3) Remove the RF UNIT from the CHASSIS. Screw 3 RF UNIT CHASSIS 4 -

9 SECTION 4. CIRCUIT DESCRIPTION 4- RECEIVE CIRCUIT ANTENNA SWITCH (RF UNIT) The received signal from the antenna connector are passed through the low-pass filter (LPF; L8, L82, C83 C86 and C89) and the antenna switch (D90), which toggles the receive (RX) line and transmit (TX) line. While transmitting, the voltage on the TV line is applied to D2 and D90, and these are ON. Thus the TX line is connected to the antenna, and RX line is connected to the ground to prevent transmit signal entering. While receiving, no voltage is applied to D2 and D90, and these are OFF. Thus the TX line is disconnected from the antenna to prevent received signal entering, and RX line is disconnected from the ground and L90, C90 and C9 compose a two-staged LPF, which guides received signal to the RX circuits. The received signal is applied to the RF circuits. RF CIRCUITS (RF UNIT) The RF circuit amplifi es received signal within the frequency coverage. The received signal is fi ltered at the bandpass fi l- ter (BPF) and amplifi ed at the RF amplifi er. The received signal from the antenna switch is passed through the two-staged tunable BPFs (D92, L92, C9, C97 and D93, L93, C99, C00) to fi lter out unwanted signal. The fi ltered signal is applied to the RF amplifi er (Q90). The amplifi ed signal is then applied to the st mixer (Q0), through another two-staged tunable BPF (D30, L96, C0, C2 and D3, L97, C4, C). st IF CIRCUITS (RF UNIT) The received signal is converted into the st IF signal, and amplifi ed at the st IF circuits. The amplified received signal from the RF circuits are applied to the st mixer (Q0), and mixed with the st local oscillator (LO) signal from the VCO (Q2, Q22, D20 D22), resulting in the 2.7 MHz st IF signal. The converted st IF signal is passed through two st IF filters (FI0 and FI) to filter out unwanted signal, and then applied to the st IF amplifi er (Q). The amplifi ed st IF signal is applied to the IF IC (MAIN UNIT: IC70, pin 6). st IF CIRCUITS st IF amp (Q) 2 BPF s LPF BPF st IF signal to the FM IF IC FI0, FI (MAIN UNIT; IC70, pin 6) 2.7 MHz st IF signal st mixer (Q0) signals from the VCO Received signals from the RF circuits 2nd IF AND DEMODULATOR CIRCUITS (MAIN UNIT) The st IF signal is converted into the 2nd IF signal, and demodulated. The st IF signal from the st IF circuits is applied to the 2nd IF mixer in the IF IC (IC70) and mixed with the 2.2 MHz 2nd LO signal from the reference oscillator (RF UNIT: IC, X), resulting in the 40 khz 2nd IF signal. The converted 2nd IF signal is output from pin 3, and passed through the 2nd IF fi lter (FI70) to suppress sideband noise. The fi ltered signal is amplifi ed by the limiter amplifi er (IC70, pin ) and FM-demodulated by the quadrature detector with the discriminator (X70), and then output from pin 9. The demodulated AF signal is applied to the AF circuits. 2ND IF AND DEMODULATOR CIRCUITS SQLO 9 D/A (IC90) converter 8 SQLI Demodulated signal to the AF circuits Quadrature detector 9 0 FI Filter amp. X70 Limiter amp. RV Noise detector 2 BPF 4 Mixer 2.2 MHz 2 2NDLO LPF RF UNIT IF IC (IC70) 6 st IF signal from the IF amplifier (RF UNIT: Q) 7 PLL IC (IC) X 2.2 MHz NOISV signal to the CPU (IC360, pin 32) RSSIV signal to the CPU (IC360, pin 33) 4 -

10 AF CIRCUITS (MAIN UNIT) The demodulated AF signal from the demodulator circuits is amplifi ed and fi ltered in AF amplifi er circuits. The demodulated AF signal from the IF IC (IC70, pin 9) is passed through the AF mute switch (IC430, pins 0, ), LPF (IC432) and variable register (VR UNIT: R80) which adjusts the AF signal in level. The level-adjusted AF signal is passed through the de-emphasis circuit (R286, C280 and C28) to obtain 6 db of audio characteristic, and passed through the AF switch (IC260, pins, 6), and then applied to the AF power amplifier (IC40, pin 7) to obtain 0.6 W of output power. The power-amplifi ed AF signal is then output from pin, and applied to the internal speaker, through J2. When an external speaker-microphone or headset is attached to the [SP MIC] connector (MIC UNIT: J46), the de-emphasized AF signal is passed through the AF switch (IC260, pins, 7) and applied to the AF power amplifier (IC280, pin 4) to obtain 0.2 W of output power. The poweramplifi ed AF signal is output from pin 0, and then applied to the external speaker, through the [SP MIC] connector (MIC UNIT: J46). SQUELCH CIRCUIT (MAIN UNIT) The squelch mutes the AF output signal when no RF signal is received. By detecting noise components in the demodulated AF signal, the squelch circuit toggles the AF power amplifi er ON and OFF. A portion of the demodulated AF signal from the IF IC (IC70, pin 9) is applied to the D/A converter (MAIN UNIT: IC90, pin 8) for level adjustment (squelch threshold adjustment). The level-adjusted AF signal is output from pin 9, and passed through the noise fi lter (R74 R76, C79 and C80). The only fi ltered noise signal is applied to the noise amplifi er in the IF IC (IC70, pins 7, 8). The amplified noise components are converted into the pulse-type signal at the noise detector section, and output from pin 9 as the NOISV signal. The signal is amplifi ed by the Amplifier (IC432) and then applied to the CPU (IC360, pin 32), and the CPU outputs AFVS signal from pin 00, depending on the NOISV signal level, to the AF power regulator (Q230, Q23 and Q40), which turns the AF power amplifi ers (IC280 and IC40) ON or OFF. APC CIRCUIT TV 4-2 TRANSMIT CIRCUITS MICROPHONE AMPLIFIER CIRCUITS (MAIN UNIT) The AF signal from the microphone (MIC signal) is fi ltered and level-adjusted at microphone amplifi er circuits. The AF signal from the microphone is passed through the MIC mute switch (IC430A, pins, 2). While an external microphone is connected to the [SP MIC] connector (MIC UNIT: J46), the MIC mute switch shuts out the MIC signal from the internal microphone (MC). The AF signal from the MIC mute switch (IC430A, pins, 2) is passed through another AF mute switch (IC430B, pins 3, 4), and applied to the microphone amplifi er (IC200B, pins 6, 7). The amplified MIC signal is passed through AF mute switch (IC430, pins 8, 9), and is applied to the D/A converter (IC90) and adjusted in level (=deviation adjustment). The level-adjusted MIC (MOD) signal is passed through the pre-emphasis circuit (R20 and C40) to obtain +3 db of characteristic. The pre-emphasized signal is then applied to the limiter amplifi er (IC200D, pins 3, 4), which limits the amplitude of the MIC signal to prevent over deviation. The amplitude-limited MIC signal is then passed through the splatter fi lter (IC200A, pins, 3), which suppresses the 3 khz and higher audio components, and then applied to the modulation circuit (RF UNIT: D20). MODULATION CIRCUIT (RF UNIT) The modulation circuit modulates the VCO oscillating signal using the AF signal from the microphone. The MIC signal from the microphone amplifi er circuits is applied to the D20, and modulate the VCO oscillating signal by changing the reactance of D20. The modulated VCO output signal is buffer-amplifi ed by Q23 and Q24, and then applied to transmit amplifier circuits, through the TX/RX switch (D0). TRANSMIT AMPLIFIERS (RF UNIT) The VCO output signal is amplified to the transmit output power level by the transmit amplifi ers. The transmit signal from the TX/RX switch (D0) is amplifi ed by the buffer amplifi er (Q0), and then further amplifi ed by the pre-driver (Q3) and power amplifier (Q4) to the transmit output level. The power-amplifi ed transmit signal is passed through the TX power detector of APC circuit (D9), antenna switch (D2) and LPF (as a harmonic filter; L8, L82, C83 C86 and C89), before being applied to the antenna connector (CHASSIS: J). VCC from the TX/RX switch (D0) PCON LOW TV Q00 + APC amp. 4 3 IC0 Q0 Buffer amp. Q3 Pre-drive amp. Q4 Power amp. LPF D9 D2 ANT SW To the anntena TXMS Q3 4-2

11 APC CIRCUIT (RF UNIT) The APC (Automatic Power Control) circuit stabilizes transmit output power to prevent transmit output power level change which is caused by load mismatching or heat effect, etc. The APC circuit also selects transmit output power from high, middle and low power. The power detector circuits (D9) detects the transmit output and converts it into DC voltage, which is in proportion to the transmit output power level. The detected voltage is applied to the differential amplifi er (IC0, pin 3). The transmit power setting voltage PCON is also applied to another input terminal (pin ) as the reference voltage. The differential amplifi er compares the detected voltage and reference voltage, and the voltage difference is output from pin 4. The output voltage controls the bias of the pre-drive (Q3) and power AMP (Q4) to adjust the gain of them for stable transmit output power. The transmit power is set by the changing reference voltage "PCON" and "TCON/LOW." 4-3 FREQUENCY SYNTHESIZER VCO CIRCUIT (RF UNIT) The VCO (Q2, Q22, D20 D22) generates the both of transmit signal and LO signal for the st IF conversion. The VCO output signal is buffer-amplifi ed by Q23 and Q24. While transmitting, the VCO output signal is applied to the transmit amplifi er circuit, through the TX/RX switch (D0). While receiving, the VCO output signal is applied to the st mixer (Q0), through the TX/RX switch (D) and the BPF (L26 and C22), to be mixed with the received signal to produce the 2.7 MHz st IF signal. A portion of the VCO output is applied to the PLL IC (IC, pin 9), through the buffer amplifier (Q2) and LPF (L20, C2 and C22). PLL CIRCUIT (RF UNIT) The PLL circuit provides stable oscillation of the transmit frequency and receive st LO frequency. The PLL output frequency is controlled by the divided ratio (N-data) from the CPU. The buffer-amplified signal from the LPF (L20, C2 and C22) is applied to the PLL IC (IC, pin 6). The applied signal is divided by the prescaler and programmable counter, according to the SDATA (SDATAO) signal from the CPU (MAIN UNIT: IC360, pin 0). The divided signal is phase-compared with the reference frequency signal, which is divided by reference counter, at the phase detector. The phase difference is output from pin 3 as a pulse type signal after being passed through the charge pump. The output signal is converted into the DC voltage (lock voltage) by passed through the loop fi lter (R0, R22, C, C3 and C24). The lock voltage is applied to the variable capacitors (D22) of the VCO (Q2, Q22, D20 D22) and locked to keep the VCO frequency constant. If the oscillated signal drifts, its phase changes from that of the reference frequency, causing a lock voltage change to compensate for the drift in the VCO oscillating frequency. PLL CIRCUITS LPF Buffer Buffer Q2 Q24 to the TX/RX switch (D0, D) PLL IC (RF UNIT; IC) 9 : UNLK PLST SCK SDATA X 7 LPF To the FM IF IC (MAIN UNIT: IC70, pin 2) DATA interface Reference counter Phase detector Prescaler Programmable counter Charge pump 3 Loop filter Buffer Q23 VCO Q2, Q22, D20 D22 4-3

12 4-4 POWER SUPPLY CIRCUITS Line name VCC CPUV V VV RV TV Description The same voltage as attached battery pack. Common V converted from VCC line by the CPUV regulator (IC220). The voltage is applied to the CPU (IC360), Reset IC (IC34), EEPROM (IC340), etc. Common V converted from VCC line by the V regulator (Q223 Q22) controlled by "MVS" signal from the CPU (IC360, pin 0). The voltage is applied to the backlight LED'S (DS240 DS243, DS20 DS23), D/A converter (RF UNIT: IC90), PLL IC (RF UNIT: IC), etc. Common V converted from VCC line by the VV regulator (RF UNIT: Q220). The voltage is applied to the VCO (RF UNIT: Q2, Q22, D20 D22) Receive V controlled by the RV regulator (Q22) using "RVS" signal from the CPU (IC360, pin 9). The voltage is applied to the receive circuits (RF UNIT: st mixer (Q0), st IF amplifier (Q), RF amplifier (Q90), etc.). Transmit V controlled by the TV regulator (RF UNIT: Q222) using "TVS" signal from the CPU (IC360, pin 3). The controlled voltage is applied to the transmit circuits (RF UNIT: differential amplifier (IC0), predriver (Q3), power amplifier (Q4), microphone amplifier (IC8), etc.). 4- PORT ALLOCATIONS CPU (MAIN UNIT: IC360) Pin No. Port Name Description BEEP Beep sound to the AF circuits. O 4 DAST (DAST) PLSTB (PLST) SCLK (SCK) 2 VVS 3 TVS 4 LCDS LEDS 2 RES Strobe signal to the D/A converter (IC90, pin 3). PLL strobe signal to the PLL IC (RF UNIT: IC, pin 8). Serial clock signal to the PLL IC (RF UNIT: IC, pin 6) and D/A converter (IC90, pin 4). VV regulator (Q220) control signal. "High"= While in the power save mode (The VCO (Q2, Q22, D2 D23) is not activated). TV regulator (RF UNIT: Q222) control signal. "Low"= While transmitting. "High"= While receiving or in the power save mode. LCD contrast select signal. "Low"= While "Bright" is selected. "High"= While "Dark" is selected. Backlight LED (DS240 DS243, DS20 DS23) control signal to the LED driver (Q240). "High"= While the backlight is ON. Reset signal from the reset IC (IC34, pin 4). 27 WDECV Demodulated weather alart (WX) signal from the AF circuit. I 28 EXDET External connection detect. I 29 VOXT Voice input detection from the VOX amplifier (IC43, pin 7) for the VOX I operation. 30 BATTV Remaining battery voltage. I 3 TDETV TX power level sensing voltage from the transmit power detector (RF UNIT: D9). I 32 NOISV Noise level from the IF IC (IC70, pin 4). I 33 RSSIV RSSI signal from the IF IC (IC70, pin 2). I 34 LOINV Lock voltage. I 3 TEMPV Temperture sensing voltage. I 36 WET Water leaking detection. I 93 ESCK Serial clock to the EEPROM (IC0, pin 6). O 94 ESDA Serial data to the EEPROM (IC0, pin ). O 9 RVS 96 EXPTT 97 TXMS 98 DETMS 00 AFVS RV line regulator (Q22) control. "High"= While receiving. External PTT. "High"= The external PTT is pushed. Transmit mute switch (Q3) control. "Low"= While receiving. (Mute) AF mute switch (IC430, pin 2) control. "High"= While the squelch is open. AF power amplifier power supply switch control. "High"= While the amplifi er is activated. 02 PTTIN Input port for [PTT]. (RF UNIT: S20) "High": Pushed. I 04 BTYPE Battery type detection. I 0 PTTM AF mute switch (IC430, pin 3) control. "High": While transmitting. "Low": While transmitting with VOX function. I/O O O O O O O O I O I O O O O 4-4

13 CPU (MAIN UNIT: IC360) (continued) Pin No Port Name MIC/ SPCTRL MIC2/ AFVCTRL MIC3/ BPCTRL 09 SQL 0 UP DOWN 2 CH/WX SCAN H/L 7 VOXM 9 UNLK Description While transmitting: MIC gain controller (Q40 and Q4) control. ( The microphone sensitivity is determinded by the combination of output voltage of "MIC MIC3.") While receiving: Analog switch (IC430, pins 6, 2) control. While transmitting: MIC gain controller (Q40 and Q4) control. While receiving: AF amplifi er power supply circuit (Q230, Q23, Q40 and Q40) control. While transmitting: MIC gain controller (Q40 and Q4) control. While recseiving: AquaQuake function control. "Low": AquaQuake function is activated. Input port for the [SQL] key (RF UNIT: S20). "Low": While the [SQL] key is pushed. Input port for the [ ] key (MAIN UNIT: S32). "Low": When the [ ] key is pushed. Input port for the [ ] key (MAIN UNIT: S322). "Low": When the [ ] key is pushed. Input port for the [CH/WX] key (MAIN UNIT: S324). "Low": When the [CH/WX] key is pushed. Input port for the [6/C] key (MAIN UNIT: S320). "Low": When the [6/C] key is pushed. Input port for the [SCAN] key (MAIN UNIT: S324). "Low": When the [SCAN] key is pushed. Input port for the [H/L] key (MAIN UNIT: S329). "Low": When the [H/L] key is pushed. AF mute switch (IC430, pin ) control. "High": While transmitting. PLL unlock signal from the PLL IC (IC, pin ). "High": While the PLL is unlocked. I/O O O O I I I I I I I O I D/A CONVERTER (RF UNIT: IC90) Pin No. Port Name Description 2 MODC Deviation adjustment. 3 FCON Reference frequency adjustment. 0 PCON Transmit power setting voltage. ATTS Attenuator (RF UNIT: D94) switching signal. "High"= The attenuator (RF UNIT: D94) is activated. LOW Transmit power setting signal. "High"=TX power [High] or [Mid] is selected. "Low"=TX power [LOW] is selected. TCON/ While receiving: BPFs (RF UNIT: D30, L96, C0, C2 and 22 D3, L97, C4, C) tuning voltage. LOW While transmitting: Transmit power setting voltage. 4 -

14 SECTION. ADJUSTMENT PROCEDURE - PREPARATION REQUIRED EQUIPMENTS EQUIPMENT GRADE AND RANGE EQUIPMENT GRADE AND RANGE Cloning software ADJ-M73 ADJUSTMENT SOFTWARE (Revision.0 or later) Measuring range : 0. 0 W RF power meter Frequency range : MHz (0 Ω terminated) SWR : Less than.2 : Modulation Frequency range : MHz Analyzer Measuring range : 0 to ±0 khz AC millivoltmeter Measuring range : 0 mv to 0 V Oscilloscope Frequency range : DC 20 MHz Measuring range : V Audio generator Frequency range : Hz (AG) Output level : 00 mv JIG cable Frequency counter Standard signal generator (SSG) Attenuator External speaker Modifi ed OPC-478UC and OPC-922 (See the illust below) Range Accuracy Input level Frequency range Output level Attenuation Capacity Input impedance Capacity : MHz : ± ppm or better : Less than mw : MHz : 20 dbµ to 90 dbµ ( 27 to 7 dbm) : 30 db : More than 0 W : 8 Ω : More than W JIG CABLE To SINAD meter/speaker To audio generator/ac millivoltmeter PTT 33 kω OPC-478UC (MIC line) WHITE (MIC) (SP line) RED (AFOUT) (CLONE line) BLUE (CLONE) OPC-922 SHIELD () To the transceiver -

15 CONNECTION AC millivoltmeter Audio generator PC to RS-232C port to USB port SINAD meter OPC-478 (RS-232C type) OPC-478UC (USB type) To CLONE line (BLACK) To SP line (RED) JIG cable To MIC line (WHITE) OPC-922 to the antenna connector Standard signal generator 20 to 90 dbµ ( 27 dbm to 7 dbm) DO NOT transmit while an SSG is connected to the antenna connector. Attenuator 30 db or more RF power meter 0. 0 W/0 Ω Frequency counter FM deviation meter Speaker (8 Ω) ADJUSTMENT UTILITY ADJUSTMENT CONDITION REFERENCE FREQUENCY TX OUTPUT POWER FM MODULATION RX SENSITIVITY SQUELCH VOX - 2

16 -2 SOFTWARE ADJUSTMENT (FREQUENCY ADJUSTMENTS) ) Select an adjustment item using [ ]/[ ] on the PC's keyboard. 2) Set or modify the adjustment value as specifi ed using [ ]/[ ] on the PC's keyboard, and then push [ENTER]. ADJUSTMENT PLL LOCK VOLTAGE (Verify) REFERENCE FREQUENCY [Ref Freq] ADJUSTMENT CONDITION Operating CH. : 6 Receiving 2 Operating CH. : 6 Connect a dummy load or RF power meter to the antenna connector. Transmitting Operating CH. : 6 Connect the RF power meter or a 0 Ω dummy load to the antenna connector. Transmitting UNIT PC screen Top Panel MEASUREMENT OPERATION Click the "I/O check button" on the ADJ-M73's screen (see page -3) to open the I/O check window as below. Loosely couple the frequency counter to the antenna conector. VALUE. 2.6 V (Verify) MHz I/O Check window * * * Lock voltage appears here (The values shown above are exsample only. Each transceiver has own values.) - 3

17 -3 SOFTWARE ADJUSTMENT (RECEIVE AND TRANSMIT) ) Select an adjustment item using [ ]/[ ] on the PC s keyboard. 2) Set or modify the adjustment value as specifi ed using [ ]/[ ] on the PC s keyboard, and then push [ENTER]. ADJUSTMENT RECEIVE SENSITIVITY [BPF T] [BPF T2] SQUELCH LEVEL [SQL Threshold] ADJUSTMENT CONDITION Operating CH. : 6 Connect the SSG to the antenna connector, and then set it as; Frequency : MHz Level Modulation : khz Deviation : ±3.0 khz Receiving : +30 dbu* ( 77 dbm) UNIT Top pannel MEASUREMENT OPERATION Put the cursor on the [BPF ALL Sweep] on the ADJ- M73's screen, and push the [ENTER] key. VALUE Automatic adjustment RECEIVE SENSITIVITY must be adjusted before "SQUELCH LEVEL" is adjusted. Otherwise, "SQUELCH LEVEL" will not be properly adjusted. Operating CH. : 6 Connect the SSG to the antenna connector, and then set it as; Frequency : MHz Level* Modulation : khz Deviation : ±3.0 khz Receiving : 2dBu ( 9 dbm)*¹ dbu ( 8 dbm)*² [SQL Tight] 2 Set the SSG as; Frequency : MHz Level* : 4 dbu ( dbm)*¹ 3 dbu ( 0 dbm)*² TRANSMIT Operating CH. : 6 OUTPUT POWER RF power : High [RF Power (High)] Transmitting [RF Power (Middle)] RF power : Middle 2 Operating CH. : 6 Transmitting [RF Power (Low)] 3 Operating CH. : 6 RF power : Low Transmitting [RF Power (E-Low)] 4 Operating CH. : 6 RF power : Low Transmitting FM DEVIATION Operating CH. : 6 [MOD] Set the FM deviation meter as; HPF : OFF LPF : 20 khz De-emphasis : OFF Detector : (P P)/2 Connect the audio generator to the [SP/MIC] jack, through OPC- 922, and then set it as; Frequency : khz Waveform : Sin Level : 2 mv rms Transmitting Top panel Top panel Top panel Push the [ENTER] key on the keyboad of the connected PC. Connect the RF power meter to the antenna connector. Connect the FM deviation meter to the antenna con-nector, through the attenuator. *The output level of the standard signal generator (SSG) is indicated as the SSG's open circuit. *¹; For [USA], [EXP] and [AUS] versions. *²; Except [USA], [EXP] and [AUS] versions. Automatic adjustment.6 W (Except [AUS], [AUS-]) 4.7 W ([AUS], [AUS-]) 3.0 W 0.7 W 0.4 W ± khz - 4

18 SECTION 6. PARTS LIST [MAIN UNIT] REF PARTS H/V NO. NO. DESCRIPTION M. LOCATION IC S.IC GT336 <SEI> B.2/33.0 IC S.IC R2A2078NP B.4/.6 IC S.IC LM2902PWR B 29.7/33.6 IC S.REG NJU7772F0-TE-#ZZZB B 63.3/6.6 IC S.IC TC7W3FK(TE8LF) B 6.6/4.9 IC S.IC TA7368PL-R0-R <SLVJ> B 3.8/8.0 IC S.IC S-24C64CI-T8TU3 B 66.7/37.8 IC S.IC NJU7704F3-42A-TE-#ZZZB B 73.9/34.8 IC S.IC UPD780338GC-9-9EB-A B 74.3/2.7 IC S.IC TC7WH4FK(TE8LF) B 78.4/36. IC S.IC NJM2073M-TE-#ZZZB B 9./3.8 IC S.IC CD4066BPWR B 7.8/36.9 IC S.IC LM2904PWR B.9/3.3 IC S.IC LM2904PWR B 34.3/20. IC S.IC LC703200AW-8C0-H [USA-0] B 2.4/ S.IC LC703200AW-8C0-H [EXP-0] S.IC LC703200AW-8C0-H [EUR-] S.IC LC703200AW-8C0-H [EUR-0] S.IC LC703200AW-8C0-H [UK-0] S.IC LC703200AW-8C0-H [FRG-0] S.IC LC703200AW-8C0-H [HOL-0] S.IC LC703200AW-8C0-H [AUS-0] IC S.IC LE2U40CMC-AH [USA-0] B 6.3/ S.IC LE2U40CMC-AH [EXP-0] S.IC LE2U40CMC-AH [EUR-] S.IC LE2U40CMC-AH [EUR-0] S.IC LE2U40CMC-AH [UK-0] S.IC LE2U40CMC-AH [FRG-0] S.IC LE2U40CMC-AH [HOL-0] S.IC LE2U40CMC-AH [AUS-0] IC S.REG XC622A332MR-G [USA-0] B 23./ S.REG XC622A332MR-G [EXP-0] S.REG XC622A332MR-G [EUR-] S.REG XC622A332MR-G [EUR-0] S.REG XC622A332MR-G [UK-0] S.REG XC622A332MR-G [FRG-0] S.REG XC622A332MR-G [HOL-0] S.REG XC622A332MR-G [AUS-0] IC S.REG XC622A2MR-G [USA-0] B 27.9/ S.REG XC622A2MR-G [EXP-0] S.REG XC622A2MR-G [EUR-] S.REG XC622A2MR-G [EUR-0] S.REG XC622A2MR-G [UK-0] S.REG XC622A2MR-G [FRG-0] S.REG XC622A2MR-G [HOL-0] S.REG XC622A2MR-G [AUS-0] IC S.IC TC7W66FK(TE8LF) [USA-0] B 32.2/ S.IC TC7W66FK(TE8LF) [EXP-0] S.IC TC7W66FK(TE8LF) [EUR-] S.IC TC7W66FK(TE8LF) [EUR-0] S.IC TC7W66FK(TE8LF) [UK-0] S.IC TC7W66FK(TE8LF) [FRG-0] S.IC TC7W66FK(TE8LF) [HOL-0] S.IC TC7W66FK(TE8LF) [AUS-0] Q S.TRA L2SA76ASTG <SLVJ> B.2/7.4 Q S.TRA LDTC44EETG <SLVJ> B.3/.7 Q S.TRA KTC8U-GR-RTK/P B 8.0/4.9 Q S.TRA KTA664Y-RTF/P B 6.4/.9 Q S.FET RSQ03P03TR B 9.4/6.4 Q S.TRA KTC8U-GR-RTK/P B.4/6.4 Q S.TRA LDTC44EETG <SLVJ> B 83.6/32.2 Q S.TRA LDTC44EETG <SLVJ> B 0.7/40.7 Q S.TRA L2SC408RTG <SLVJ> B 82.2/29.6 Q S.TRA L2SA76ASTG <SLVJ> B 78./32.8 Q S.TRA LDTC44EETG <SLVJ> B 2.9/3.9 Q S.TRA LDTA4EETG <SLVJ> B.6/36. Q S.TRA LDTC44EETG <SLVJ> B 8.7/2.7 Q S.TRA LDTC44EETG <SLVJ> B 84.2/7.2 Q S.TRA LDTC44EETG <SLVJ> B 68./23.6 Q S.TRA LDTC44EETG <SLVJ> [USA-0] B 67./ S.TRA LDTC44EETG <SLVJ> [EXP-0] S.TRA LDTC44EETG <SLVJ> [EUR-] S.TRA LDTC44EETG <SLVJ> [EUR-0] S.TRA LDTC44EETG <SLVJ> [UK-0] S.TRA LDTC44EETG <SLVJ> [FRG-0] S.TRA LDTC44EETG <SLVJ> [HOL-0] S.TRA LDTC44EETG <SLVJ> [AUS-0] Q S.TRA LDTC44EETG <SLVJ> B 69.9/36.3 Q S.FET 2SK309 TL [USA-0] B 72./ S.FET 2SK309 TL [EXP-0] S.FET 2SK309 TL [EUR-] S.FET 2SK309 TL [EUR-0] S.FET 2SK309 TL [UK-0] S.FET 2SK309 TL [FRG-0] S.FET 2SK309 TL [HOL-0] S.FET 2SK309 TL [AUS-0] Q S.FET 2SK309 TL [USA-0] B 68.4/ S.FET 2SK309 TL [EXP-0] S.FET 2SK309 TL [EUR-] S.FET 2SK309 TL [EUR-0] S.FET 2SK309 TL [UK-0] S.FET 2SK309 TL [FRG-0] S.FET 2SK309 TL [HOL-0] S.FET 2SK309 TL [AUS-0] [MAIN UNIT] REF PARTS H/V NO. NO. DESCRIPTION M. LOCATION D S.DIO LSS400TG <SLVJ> B 80.3/29.4 D S.DIO DA2S000L B 2.3/30.4 D S.DIO LDAN222TG <SLVJ> B 70.6/34.0 X S.DIS JTBM40CX70 <JJE> B 3.3/23. X S.XTA CR-834(SMD-49/ MHz) <JJE> B 79.2/2.6 X S.CER CSTCE8M9G [USA-0] B 29./ S.CER CSTCE8M9G [EXP-0] S.CER CSTCE8M9G [EUR-] S.CER CSTCE8M9G [EUR-0] S.CER CSTCE8M9G [UK-0] S.CER CSTCE8M9G [FRG-0] S.CER CSTCE8M9G [HOL-0] S.CER CSTCE8M9G [AUS-0] L S.COI NLV2T-4R7J [USA-0] B 3./ S.COI NLV2T-4R7J [EXP-0] S.COI NLV2T-4R7J [EUR-] S.COI NLV2T-4R7J [EUR-0] S.COI NLV2T-4R7J [UK-0] S.COI NLV2T-4R7J [FRG-0] S.COI NLV2T-4R7J [HOL-0] S.COI NLV2T-4R7J [AUS-0] L S.COI NLV2T-4R7J [USA-0] B.0/ S.COI NLV2T-4R7J [EXP-0] S.COI NLV2T-4R7J [EUR-] S.COI NLV2T-4R7J [EUR-0] S.COI NLV2T-4R7J [UK-0] S.COI NLV2T-4R7J [FRG-0] S.COI NLV2T-4R7J [HOL-0] S.COI NLV2T-4R7J [AUS-0] L S.COI NLV2T-4R7J [USA-0] B 6.0/ S.COI NLV2T-4R7J [EXP-0] S.COI NLV2T-4R7J [EUR-] S.COI NLV2T-4R7J [EUR-0] S.COI NLV2T-4R7J [UK-0] S.COI NLV2T-4R7J [FRG-0] S.COI NLV2T-4R7J [HOL-0] S.COI NLV2T-4R7J [AUS-0] R S.RES ERJ2GEJ 03 X (0K) B 49.7/.0 R S.RES ERJ2GEJ 39 X B.3/28.0 R S.RES ERJ2GEJ 332 X (3.3K) B 2.9/28.0 R S.RES ERJ2GEJ 47 X (470) B 4./28. R S.RES ERJ2GEJ 03 X (0K) B 0.4/37.0 R S.RES ERJ2GEJ 334 X (330K) B 3.7/37.0 R S.RES ERJ2GEJ 83 X (8K) B 4./38.8 R S.RES ERJ2GEJ 02 X (K) B.8/38.0 R S.RES ERJ2GEJ 39 X B.2/7.2 R S.RES ERJ2GEJ 47 X (470) B 4.8/2.9 R S.RES ERJ2GEJ 04 X (00K) B 0.3/7.2 R S.RES ERJ2GEJ 222 X (2.2K) B 34.4/3.9 R S.RES ERJ2GEJ 04 X (00K) B 34./33.7 R S.RES ERJ2GEJ 394 X (390K) B 34.4/3.0 R S.RES ERJ2GEJ 472 X (4.7K) B 3.0/30.3 R S.RES ERJ2GEJ 83 X (8K) B 32.6/29.3 R S.RES ERJ2GEJ 273 X (27K) B 32.6/30. R S.RES ERJ2GEJ 2 X (.K) B 2.0/32.6 R S.RES ERJ2GEJ 24 X (20K) B 23.8/3.8 R S.RES ERJ2GEJ 3 X (K) B 22.6/3.3 R S.RES ERJ2GEJ 473 X (47K) B 49.4/7. R S.RES ERJ2GEJ 03 X (0K) B 2.9/6.7 R S.RES ERJ2GEJ 472 X (4.7K) B 6.2/4.4 R S.RES ERJ2GEJ 03 X (0K) B 62./4.9 R S.RES ERJ2GEJ 223 X (22K) B 7.8/6.7 R S.RES ERJ2GEJ 63 X (6K) B 7./4.4 R S.RES ERJ2GEJ 0 X (M) B 6.2/4.4 R S.RES ERJ2GEJ 02 X (K) B 4.4/4.4 R S.RES ERJ2GEJ 223 X (22K) B 6.0/8.2 R S.RES ERJ2GEJ 333 X (33K) B 3.4/.9 R S.RES ERJ2RKF 334 X (330K) B 9.3/9. R S.RES ERJ2RKF 03X (0K) B 8.2/0.4 R S.RES ERJ2GEJ 27 X (270) B 64.8/3.8 R S.RES ERJ2GEJ 68 X (680) B 7.0/38.7 R S.RES ERJ2GEJ 27 X (270) B 64.4/39.2 R S.RES ERJ2GEJ 68 X (680) B 69.8/39. R S.RES ERJ2GEJ 03 X (0K) B 2.7/38.0 R S.RES ERJ2GEJ 47 X (470) B 4./38.7 R S.RES ERJ2GEJ 333 X (33K) B 9.6/38. R S.RES ERJ2GEJ 472 X (4.7K) B 24.2/34.6 R S.RES ERJ2GEJ 474 X (470K) B 2.4/3.3 R S.RES ERJ2GEJ 83 X (8K) B 22.6/33.7 R S.RES ERJ2GEJ 472 X (4.7K) B 24./36.0 R S.RES ERJ2GEJ 472 X (4.7K) B 23.3/3. R S.RES ERJ2GEJ 394 X (390K) B./34.6 R S.RES ERJ2GEJ 473 X (47K) B.7/33.7 R S.RES ERJ2GEJ 273 X (27K) B 9./33.7 R S.RES ERJ2GEJ 04 X (00K) B 3./27.7 R S.RES ERJ2GEJ 04 X (00K) B 2./38.3 R S.RES ERJ2GEJ 04 X (00K) B 4.3/34.6 R S.RES ERJ2GEJ 04 X (00K) B 3.4/4.2 R S.RES ERJ2GEJ 24 X (20K) B 3.7/. R S.RES ERJ2GEJ 473 X (47K) B 34./.4 R S.RES ERJ2GEJ 274 X (270K) B 32./4.2 Eqv.= This component is equivalent to the REF No. component listed above, and M.=Mounted side (T: Mounted on the Top side, B: Mounted on the Bottom side) may be substituted on parts orders and repairs. S.=Surface mount 6-

19 [MAIN UNIT] REF PARTS H/V NO. NO. DESCRIPTION M. LOCATION R S.RES ERJ2GEJ 03 X (0K) B 32.7/.4 R S.RES ERJ2GEJ 394 X (390K) B 3.9/7.6 R S.RES ERJ2GEJ 04 X (00K) B 3.9/9.2 R S.RES ERJ2GEJ 02 X (K) B 36.9/7.8 R S.RES ERJ2GEJ 2 X (.K) B 36.9/6.9 R S.RES ERJ2GEJ 682 X (6.8K) B 4.8/6.0 R S.RES ERJ2GEJ 330 X (33) B 34.7/. R S.RES ERJ2GEJ 00 X (0) B 36.4/.7 R S.RES ERJ2GEJ 03 X (0K) B 8.3/4.6 R S.RES ERJ2GEJ 4 X (0K) B 9.6/6.0 R S.RES ERJ2GEJ 04 X (00K) B 9.6/. R S.RES ERJ2GEJ 03 X (0K) B 9.6/4.2 R S.RES ERJ2GEJ 682 X (6.8K) B 3.4/28.9 R S.RES ERJ2GEJ 03 X (0K) B 64.4/37.6 R S.RES ERJ2GEJ 03 X (0K) B 6.8/33.2 R S.RES ERJ2GEJ 03 X (0K) B 72.0/34.8 R S.RES ERJ2GEJ 04 X (00K) B 79.3/28.9 R S.RES ERJ2GEJ 333 X (33K) B 80.3/3.6 R S.RES ERJ2GEJ 682 X (6.8K) B 79./30.6 R S.RES ERJ2GEJ 473 X (47K) B 76.6/34. R S.RES ERJ2GEJ 04 X (00K) B 34./30. R S.RES ERJ2GEJ 823 X (82K) B 3.0/29.4 R S.RES ERJ2GEJ 823 X (82K) B 28.6/29.4 R S.RES ERJ2GEJ 823 X (82K) B 27.0/30.3 R S.RES ERJ2GEJ 04 X (00K) B 74.4/36.9 R S.RES ERJ2GEJ-JPW B 82./32.8 R S.RES ERJ2GEJ 473 X (47K) B 2.0/3.7 R S.RES ERJ2GEJ 03 X (0K) B 3.9/6.0 R S.RES ERJ2GEJ 00 X (0) B.0/2. R S.RES ERJ2GEJ 04 X (00K) B 9.8/3.9 R S.RES ERJ2GEJ 04 X (00K) B 2.4/37. R S.RES ERJ2GEJ 3 X (K) B.7/28.6 R S.RES ERJ2GEJ 334 X (330K) B 7.4/29.0 R S.RES ERJ2GEJ 82 X (.8K) B 2.2/32. R S.RES ERJ2GEJ 393 X (39K) B 20.2/3.6 R S.RES ERJ2GEJ 223 X (22K) B 20.2/30.0 R S.RES ERJ2GEJ X (.M) B 2.0/27.9 R S.RES ERJ2GEJ 472 X (4.7K) B.3/32.4 R S.RES ERJ2GEJ 393 X (39K) B.6/30.7 R S.RES ERJ2GEJ 04 X (00K) B 0.4/32.4 R S.RES ERJ2GEJ 472 X (4.7K) B.7/29. R S.RES ERJ2GEJ 83 X (8K) B 8.2/3.8 R S.RES ERJ2GEJ 474 X (470K) B 3.6/3.2 R S.RES ERJ2GEJ 472 X (4.7K) B 77.7/39. R S.ARR EXB28V03JX B 7.3/22.7 R S.ARR EXB28V83JX B 70.9/2.6 R S.RES ERJ2GEJ 824 X (820K) B 83.8/2.2 R S.RES ERJ2GEJ X (.M) B 83.8/0.3 R S.RES ERJ2GEJ 684X (680K) B 84.2/9. R S.RES ERJ2GEJ 84 X (80K) B 83.3/9. R S.RES ERJ2GEJ-JPW [USA-0] B 6.9/ S.RES ERJ2GEJ-JPW [EXP-0] S.RES ERJ2GEJ-JPW [EUR-] S.RES ERJ2GEJ-JPW [EUR-0] S.RES ERJ2GEJ-JPW [UK-0] S.RES ERJ2GEJ-JPW [FRG-0] S.RES ERJ2GEJ-JPW [HOL-0] S.RES ERJ2GEJ-JPW [AUS-0] R S.RES ERJ2GEJ 02 X (K) B.4/38. R S.RES ERJ2GEJ 274 X (270K) B 60./8.6 R S.RES ERJ2GEJ 03 X (0K) B 7.2/6.8 R S.RES ERJ2GEJ-JPW B 36.9/20. R S.RES ERJ2GEJ 03 X (0K) B 34.4/34.7 R S.RES ERJ2GEJ 03 X (0K) B 3.7/36.8 R S.RES ERJ2GEJ 472 X (4.7K) B 33.3/36. R S.RES ERJ2GEJ 473 X (47K) B 32.6/38.6 R S.RES ERJ2GEJ-JPW B 33.3/37.4 R S.ARR EXB28V03JX [USA-0] B 29.4/ S.ARR EXB28V03JX [EXP-0] S.ARR EXB28V03JX [EUR-] S.ARR EXB28V03JX [EUR-0] S.ARR EXB28V03JX [UK-0] S.ARR EXB28V03JX [FRG-0] S.ARR EXB28V03JX [HOL-0] S.ARR EXB28V03JX [AUS-0] R S.ARR EXB28V03JX [USA-0] B 29.2/ S.ARR EXB28V03JX [EXP-0] S.ARR EXB28V03JX [EUR-] S.ARR EXB28V03JX [EUR-0] S.ARR EXB28V03JX [UK-0] S.ARR EXB28V03JX [FRG-0] S.ARR EXB28V03JX [HOL-0] S.ARR EXB28V03JX [AUS-0] R S.ARR EXB28V03JX [USA-0] B 2.0/ S.ARR EXB28V03JX [EXP-0] S.ARR EXB28V03JX [EUR-] S.ARR EXB28V03JX [EUR-0] S.ARR EXB28V03JX [UK-0] S.ARR EXB28V03JX [FRG-0] S.ARR EXB28V03JX [HOL-0] S.ARR EXB28V03JX [AUS-0] R S.ARR EXB28V03JX [USA-0] B 22./ S.ARR EXB28V03JX [EXP-0] S.ARR EXB28V03JX [EUR-] S.ARR EXB28V03JX [EUR-0] S.ARR EXB28V03JX [UK-0] S.ARR EXB28V03JX [FRG-0] S.ARR EXB28V03JX [HOL-0] S.ARR EXB28V03JX [AUS-0] [MAIN UNIT] REF PARTS H/V NO. NO. DESCRIPTION M. LOCATION R S.ARR EXB28V03JX [USA-0] B 4.9/ S.ARR EXB28V03JX [EXP-0] S.ARR EXB28V03JX [EUR-] S.ARR EXB28V03JX [EUR-0] S.ARR EXB28V03JX [UK-0] S.ARR EXB28V03JX [FRG-0] S.ARR EXB28V03JX [HOL-0] S.ARR EXB28V03JX [AUS-0] R S.ARR EXB28V03JX [USA-0] B 2.2/ S.ARR EXB28V03JX [EXP-0] S.ARR EXB28V03JX [EUR-] S.ARR EXB28V03JX [EUR-0] S.ARR EXB28V03JX [UK-0] S.ARR EXB28V03JX [FRG-0] S.ARR EXB28V03JX [HOL-0] S.ARR EXB28V03JX [AUS-0] R S.RES ERJ2GEJ 03 X (0K) [USA-0] B 20./ S.RES ERJ2GEJ 03 X (0K) [EXP-0] S.RES ERJ2GEJ 03 X (0K) [EUR-] S.RES ERJ2GEJ 03 X (0K) [EUR-0] S.RES ERJ2GEJ 03 X (0K) [UK-0] S.RES ERJ2GEJ 03 X (0K) [FRG-0] S.RES ERJ2GEJ 03 X (0K) [HOL-0] S.RES ERJ2GEJ 03 X (0K) [AUS-0] R S.RES ERJ2GEJ 02 X (K) [USA-0] B 3.9/ S.RES ERJ2GEJ 02 X (K) [EXP-0] S.RES ERJ2GEJ 02 X (K) [EUR-] S.RES ERJ2GEJ 02 X (K) [EUR-0] S.RES ERJ2GEJ 02 X (K) [UK-0] S.RES ERJ2GEJ 02 X (K) [FRG-0] S.RES ERJ2GEJ 02 X (K) [HOL-0] S.RES ERJ2GEJ 02 X (K) [AUS-0] R S.RES ERJ2GEJ 02 X (K) [USA-0] B 3.9/ S.RES ERJ2GEJ 02 X (K) [EXP-0] S.RES ERJ2GEJ 02 X (K) [EUR-] S.RES ERJ2GEJ 02 X (K) [EUR-0] S.RES ERJ2GEJ 02 X (K) [UK-0] S.RES ERJ2GEJ 02 X (K) [FRG-0] S.RES ERJ2GEJ 02 X (K) [HOL-0] S.RES ERJ2GEJ 02 X (K) [AUS-0] R S.RES ERJ2GEJ 03 X (0K) [USA-0] B 22.9/ S.RES ERJ2GEJ 03 X (0K) [EXP-0] S.RES ERJ2GEJ 03 X (0K) [EUR-] S.RES ERJ2GEJ 03 X (0K) [EUR-0] S.RES ERJ2GEJ 03 X (0K) [UK-0] S.RES ERJ2GEJ 03 X (0K) [FRG-0] S.RES ERJ2GEJ 03 X (0K) [HOL-0] S.RES ERJ2GEJ 03 X (0K) [AUS-0] R S.RES ERJ2GEJ 68 X (680) [USA-0] B 2.9/ S.RES ERJ2GEJ 68 X (680) [EXP-0] S.RES ERJ2GEJ 68 X (680) [EUR-] S.RES ERJ2GEJ 68 X (680) [EUR-0] S.RES ERJ2GEJ 68 X (680) [UK-0] S.RES ERJ2GEJ 68 X (680) [FRG-0] S.RES ERJ2GEJ 68 X (680) [HOL-0] S.RES ERJ2GEJ 68 X (680) [AUS-0] R S.RES ERJ2GEJ-JPW [USA] B 2./ S.RES ERJ2GEJ-JPW [EXP] S.RES ERJ2GEJ-JPW [EUR-0] S.RES ERJ2GEJ-JPW [EUR] S.RES ERJ2GEJ-JPW [UK] S.RES ERJ2GEJ-JPW [FRG] S.RES ERJ2GEJ-JPW [HOL] S.RES ERJ2GEJ-JPW [AUS] R S.RES ERJ2GEJ 03 X (0K) B 34./24.3 R S.RES ERJ2GEJ 472 X (4.7K) B 3.7/24.8 R S.RES ERJ2GEJ 03 X (0K) B 34./2.2 R S.RES ERJ2GEJ 03 X (0K) [USA-0] B 64.8/ S.RES ERJ2GEJ 03 X (0K) [EXP-0] S.RES ERJ2GEJ 03 X (0K) [EUR-] S.RES ERJ2GEJ 03 X (0K) [EUR-0] S.RES ERJ2GEJ 03 X (0K) [UK-0] S.RES ERJ2GEJ 03 X (0K) [FRG-0] S.RES ERJ2GEJ 03 X (0K) [HOL-0] S.RES ERJ2GEJ 03 X (0K) [AUS-0] R S.RES ERJ2GEJ 03 X (0K) [USA-0] B 6.4/ S.RES ERJ2GEJ 03 X (0K) [EXP-0] S.RES ERJ2GEJ 03 X (0K) [EUR-] S.RES ERJ2GEJ 03 X (0K) [EUR-0] S.RES ERJ2GEJ 03 X (0K) [UK-0] S.RES ERJ2GEJ 03 X (0K) [FRG-0] S.RES ERJ2GEJ 03 X (0K) [HOL-0] S.RES ERJ2GEJ 03 X (0K) [AUS-0] R S.RES ERJ2GEJ 83 X (8K) [USA-0] B 66.4/ S.RES ERJ2GEJ 83 X (8K) [EXP-0] S.RES ERJ2GEJ 83 X (8K) [EUR-] S.RES ERJ2GEJ 83 X (8K) [EUR-0] S.RES ERJ2GEJ 83 X (8K) [UK-0] S.RES ERJ2GEJ 83 X (8K) [FRG-0] S.RES ERJ2GEJ 83 X (8K) [HOL-0] S.RES ERJ2GEJ 83 X (8K) [AUS-0] R S.RES ERJ2GEJ 83 X (8K) [USA-0] B 63.6/ S.RES ERJ2GEJ 83 X (8K) [EXP-0] S.RES ERJ2GEJ 83 X (8K) [EUR-] S.RES ERJ2GEJ 83 X (8K) [EUR-0] S.RES ERJ2GEJ 83 X (8K) [UK-0] S.RES ERJ2GEJ 83 X (8K) [FRG-0] S.RES ERJ2GEJ 83 X (8K) [HOL-0] S.RES ERJ2GEJ 83 X (8K) [AUS-0] Eqv.= This component is equivalent to the REF No. component listed above, and M.=Mounted side (T: Mounted on the Top side, B: Mounted on the Bottom side) may be substituted on parts orders and repairs. S.=Surface mount 6-2

20 [MAIN UNIT] REF PARTS H/V NO. NO. DESCRIPTION M. LOCATION R S.RES ERJ2GEJ 02 X (K) [USA-0] B 73.4/ S.RES ERJ2GEJ 02 X (K) [EXP-0] S.RES ERJ2GEJ 02 X (K) [EUR-] S.RES ERJ2GEJ 02 X (K) [EUR-0] S.RES ERJ2GEJ 02 X (K) [UK-0] S.RES ERJ2GEJ 02 X (K) [FRG-0] S.RES ERJ2GEJ 02 X (K) [HOL-0] S.RES ERJ2GEJ 02 X (K) [AUS-0] R S.RES ERJ2GEJ 03 X (0K) [USA-0] B 20.8/ S.RES ERJ2GEJ 03 X (0K) [EXP-0] S.RES ERJ2GEJ 03 X (0K) [EUR-] S.RES ERJ2GEJ 03 X (0K) [EUR-0] S.RES ERJ2GEJ 03 X (0K) [UK-0] S.RES ERJ2GEJ 03 X (0K) [FRG-0] S.RES ERJ2GEJ 03 X (0K) [HOL-0] S.RES ERJ2GEJ 03 X (0K) [AUS-0] R S.RES ERJ2GEJ 03 X (0K) [USA-0] B 20.8/ S.RES ERJ2GEJ 03 X (0K) [EXP-0] S.RES ERJ2GEJ 03 X (0K) [EUR-] S.RES ERJ2GEJ 03 X (0K) [EUR-0] S.RES ERJ2GEJ 03 X (0K) [UK-0] S.RES ERJ2GEJ 03 X (0K) [FRG-0] S.RES ERJ2GEJ 03 X (0K) [HOL-0] S.RES ERJ2GEJ 03 X (0K) [AUS-0] R S.RES ERJ2GEJ 04 X (00K) B 7.6/36.0 R S.RES ERJ2GEJ 04 X (00K) [USA-0] B 3.9/ S.RES ERJ2GEJ 04 X (00K) [EXP-0] S.RES ERJ2GEJ 04 X (00K) [EUR-] S.RES ERJ2GEJ 04 X (00K) [EUR-0] S.RES ERJ2GEJ 04 X (00K) [UK-0] S.RES ERJ2GEJ 04 X (00K) [FRG-0] S.RES ERJ2GEJ 04 X (00K) [HOL-0] S.RES ERJ2GEJ 04 X (00K) [AUS-0] R S.RES ERJ2GEJ 04 X (00K) [USA-0] B 34.3/ S.RES ERJ2GEJ 04 X (00K) [EXP-0] S.RES ERJ2GEJ 04 X (00K) [EUR-] S.RES ERJ2GEJ 04 X (00K) [EUR-0] S.RES ERJ2GEJ 04 X (00K) [UK-0] S.RES ERJ2GEJ 04 X (00K) [FRG-0] S.RES ERJ2GEJ 04 X (00K) [HOL-0] S.RES ERJ2GEJ 04 X (00K) [AUS-0] R S.RES ERJ2GEJ 472 X (4.7K) B 23.3/36.4 R S.RES ERJ2GEJ 270 X (27) [USA-0] B.3/ S.RES ERJ2GEJ 270 X (27) [EXP-0] S.RES ERJ2GEJ 270 X (27) [EUR-] S.RES ERJ2GEJ 270 X (27) [EUR-0] S.RES ERJ2GEJ 270 X (27) [UK-0] S.RES ERJ2GEJ 270 X (27) [FRG-0] S.RES ERJ2GEJ 270 X (27) [HOL-0] S.RES ERJ2GEJ 270 X (27) [AUS-0] R S.RES ERJ2GEJ 02 X (K) [USA-0] B 7.0/ S.RES ERJ2GEJ 02 X (K) [EXP-0] S.RES ERJ2GEJ 02 X (K) [EUR-] S.RES ERJ2GEJ 02 X (K) [EUR-0] S.RES ERJ2GEJ 02 X (K) [UK-0] S.RES ERJ2GEJ 02 X (K) [FRG-0] S.RES ERJ2GEJ 02 X (K) [HOL-0] S.RES ERJ2GEJ 02 X (K) [AUS-0] C S.CER C00 JB H 472K-T B 0./28.4 C S.CER C00 JB H 02K-T B.6/38.3 C S.CER C00 CH H 470J-T B 2.9/28.9 C S.CER C00 JB H 02K-T B./29.2 C S.CER C00 JB H 02K-T B./28.0 C S.CER C00 JB A 04K-T B 0.4/38.8 C S.CER C00 JB 0J 224K-T B 0.4/37.9 C S.CER C00 JB H 27K-T B 3.7/37.9 C S.CER C00 JB H 27K-T B 4.9/37. C S.CER C00 JB A 04K-T B 2./37. C S.CER C00 JB A 04K-T B./3.8 C S.CER C00 JB A 04K-T B.8/33.8 C S.CER GRM2BB3C06KEL B.0/4.6 C S.CER C00 JB E 03K-T B 49.4/7.2 C S.CER C00 JB E 03K-T B 4.8/.3 C S.CER C00 JB E 03K-T B 7.2/.3 C S.CER C00 JB E 03K-T B 2.0/33. C S.CER C00 JB A 04K-T B 34.2/29.2 C S.CER C00 JB E 83K-T B 22.6/32.2 C S.CER C00 JB H 02K-T B 22.6/30.4 C S.CER C00 JB A 04K-T B 23.8/30.2 C S.CER C00 JB E 03K-T B 2.9/8.3 C S.CER GRM2BB3C06KEL B 7.2/2.7 C S.CER C00 JB 0J 0K-T B 7.9/7.6 C S.CER C00 JB H 02K-T B 63.6/4.4 C S.CER C00 JB H 02K-T B 63.3/8.8 C S.CER C00 JB C 04K-T B 6.6/4.4 C S.CER C00 JB 0J 0K-T B.3/4.4 C S.CER C00 JB H 02K-T B 8.3/8.6 C S.CER GRM2BB3C06KEL B 3./40.0 C S.CER C00 JB H 02K-T B 0./38. C S.CER C00 JB 0J 224K-T B 22.6/34.6 C S.CER C00 JB A 04K-T B 23.8/33.4 C S.CER C00 CH H 680J-T B 29.6/36.8 C S.CER C608 JB 0J 47K-T B 9.0/34.8 C S.CER C00 JB 0J 0K-T B 3.9/26.8 C S.CER C00 JB E 03K-T B 3.8/6.0 C S.CER C00 JB H 392K-T B 33.6/.4 C S.CER C00 CH H 820J-T B 36.2/6.0 C S.CER C00 JB A 473K-T B 36.9/8.7 C S.CER C00 JB 0J 224K-T B 36.9/9.6 C S.CER C00 JB 0J 0K-T B 8.3/6.3 C S.CER GRM2BB3C06KEL B 32.6/4. C S.CER C00 JB A 04K-T B 8.2/7.0 C S.CER C00 JB A 04K-T B 7.3/.9 Eqv.= This component is equivalent to the REF No. component listed above, and may be substituted on parts orders and repairs. 6-3 [MAIN UNIT] REF PARTS H/V NO. NO. DESCRIPTION M. LOCATION C S.TAN F93A06MAABMA B 32.9/2.7 C S.CER C00 CH H J-T B 3.9/7.8 C S.CER C00 JB A 473K-T B 36.4/6.6 C S.NIO NOJC227M006RWJV B 74.0/3.0 C S.CER C00 JB E 03K-T B 64.6/33.6 C S.CER C00 JB A 683K-T B 7.8/3.3 C S.CER C00 JB E 03K-T B 76.7/3.3 C S.CER C00 JB H 82K-T B 29.8/29.9 C S.CER C00 JB H 472K-T B 2.8/30. C S.CER C00 CH H 60J-T B 28.6/30.3 C S.CER C00 JB 0J 0K-T B 27.8/9.3 C S.CER GRM2BB3C06KEL B 4.3/3.2 C S.CER C00 JB E 03K-T B 2.7/6.9 C S.CER C00 JB A 04K-T B.0/4. C S.CER C00 JB 0J 0K-T B 3.7/36.8 C S.CER C00 JB 0J 0K-T B 4.8/39.9 C S.CER C00 JB A 04K-T B 9.8/36.8 C S.CER C00 JB H 02K-T B 4.8/33.7 C S.CER C00 JB E 83K-T B 2.9/29. C S.CER C00 JB E 83K-T B 4./29.0 C S.CER C00 JB H 47K-T B.8/29.0 C S.CER C00 JB H 02K-T B 2.0/28.8 C S.CER C00 JB A 04K-T B 4.6/36.8 C S.CER C00 JB A 04K-T B 9.3/29.2 C S.CER C608 JB 0J 47K-T B 34.4/38. C S.CER C00 JB E 03K-T B 34./32.8 C S.CER C00 CH H 300J-T B 76.7/22. C S.CER C00 CH H 220J-T B 80.0/22. C S.TAN F93A06MAABMA B 66.4/3.6 C S.CER C00 JB E 03K-T B 64.2/2.3 C S.CER C00 JB A 473K-T B 84.8/20.9 C S.CER C00 JB H 02K-T B 83.0/20.9 C S.CER C00 JB A 473K-T B 8.7/2.0 C S.CER C00 JB A 473K-T B 83./9.4 C S.CER C00 JB A 473K-T B 84.3/8.6 C S.CER C00 JB A 473K-T B 84.6/7.4 C S.CER C00 JB A 473K-T B 83.8/6. C S.CER C00 JB A 04K-T B 63.3/2.3 C S.CER C00 JB 0J 474K-T B 84./4.0 C S.CER C00 JB 0J 474K-T B 83.9/3. C S.CER C00 JB 0J 474K-T B 83.8/.2 C S.CER C00 JB 0J 474K-T B 84.2/.4 C S.CER C00 JB A 04K-T B 34.4/3.6 C S.CER C00 JB A 04K-T B 3.7/38.0 C S.CER C00 JB A 04K-T [USA-0] B 29./ S.CER C00 JB A 04K-T [EXP-0] S.CER C00 JB A 04K-T [EUR-] S.CER C00 JB A 04K-T [EUR-0] S.CER C00 JB A 04K-T [UK-0] S.CER C00 JB A 04K-T [FRG-0] S.CER C00 JB A 04K-T [HOL-0] S.CER C00 JB A 04K-T [AUS-0] C S.CER C00 JB H 332K-T [USA-0] B 26.9/ S.CER C00 JB H 332K-T [EXP-0] S.CER C00 JB H 332K-T [EUR-] S.CER C00 JB H 332K-T [EUR-0] S.CER C00 JB H 332K-T [UK-0] S.CER C00 JB H 332K-T [FRG-0] S.CER C00 JB H 332K-T [HOL-0] S.CER C00 JB H 332K-T [AUS-0] C S.CER C00 JB A 333K-T [USA-0] B 27./ S.CER C00 JB A 333K-T [EXP-0] S.CER C00 JB A 333K-T [EUR-] S.CER C00 JB A 333K-T [EUR-0] S.CER C00 JB A 333K-T [UK-0] S.CER C00 JB A 333K-T [FRG-0] S.CER C00 JB A 333K-T [HOL-0] S.CER C00 JB A 333K-T [AUS-0] C S.CER C00 JB A 04K-T [USA-0] B 23.8/ S.CER C00 JB A 04K-T [EXP-0] S.CER C00 JB A 04K-T [EUR-] S.CER C00 JB A 04K-T [EUR-0] S.CER C00 JB A 04K-T [UK-0] S.CER C00 JB A 04K-T [FRG-0] S.CER C00 JB A 04K-T [HOL-0] S.CER C00 JB A 04K-T [AUS-0] C S.CER GRM2BB3C06KEL [USA-0] B 30.0/ S.CER GRM2BB3C06KEL [EXP-0] S.CER GRM2BB3C06KEL [EUR-] S.CER GRM2BB3C06KEL [EUR-0] S.CER GRM2BB3C06KEL [UK-0] S.CER GRM2BB3C06KEL [FRG-0] S.CER GRM2BB3C06KEL [HOL-0] S.CER GRM2BB3C06KEL [AUS-0] C S.CER C00 JB A 04K-T [USA-0] B 2.6/ S.CER C00 JB A 04K-T [EXP-0] S.CER C00 JB A 04K-T [EUR-] S.CER C00 JB A 04K-T [EUR-0] S.CER C00 JB A 04K-T [UK-0] S.CER C00 JB A 04K-T [FRG-0] S.CER C00 JB A 04K-T [HOL-0] S.CER C00 JB A 04K-T [AUS-0] M.=Mounted side (T: Mounted on the Top side, B: Mounted on the Bottom side) S.=Surface mount

21 [MAIN UNIT] REF PARTS H/V DESCRIPTION M. NO. NO. LOCATION C S.CER C00 JB A 04K-T [USA-0] B 24.7/ S.CER C00 JB A 04K-T [EXP-0] S.CER C00 JB A 04K-T [EUR-] S.CER C00 JB A 04K-T [EUR-0] S.CER C00 JB A 04K-T [UK-0] S.CER C00 JB A 04K-T [FRG-0] S.CER C00 JB A 04K-T [HOL-0] S.CER C00 JB A 04K-T [AUS-0] C S.CER C00 JB A 04K-T [USA-0] B 3.9/ S.CER C00 JB A 04K-T [EXP-0] S.CER C00 JB A 04K-T [EUR-] S.CER C00 JB A 04K-T [EUR-0] S.CER C00 JB A 04K-T [UK-0] S.CER C00 JB A 04K-T [FRG-0] S.CER C00 JB A 04K-T [HOL-0] S.CER C00 JB A 04K-T [AUS-0] C S.CER C00 JB A 04K-T [USA-0] B 3.9/ S.CER C00 JB A 04K-T [EXP-0] S.CER C00 JB A 04K-T [EUR-] S.CER C00 JB A 04K-T [EUR-0] S.CER C00 JB A 04K-T [UK-0] S.CER C00 JB A 04K-T [FRG-0] S.CER C00 JB A 04K-T [HOL-0] S.CER C00 JB A 04K-T [AUS-0] C S.CER C00 JB A 04K-T [USA-0] B 29.3/ S.CER C00 JB A 04K-T [EXP-0] S.CER C00 JB A 04K-T [EUR-] S.CER C00 JB A 04K-T [EUR-0] S.CER C00 JB A 04K-T [UK-0] S.CER C00 JB A 04K-T [FRG-0] S.CER C00 JB A 04K-T [HOL-0] S.CER C00 JB A 04K-T [AUS-0] C S.CER C00 JB A 04K-T [USA-0] B 27.4/ S.CER C00 JB A 04K-T [EXP-0] S.CER C00 JB A 04K-T [EUR-] S.CER C00 JB A 04K-T [EUR-0] S.CER C00 JB A 04K-T [UK-0] S.CER C00 JB A 04K-T [FRG-0] S.CER C00 JB A 04K-T [HOL-0] S.CER C00 JB A 04K-T [AUS-0] C S.CER GRM2BB3C06KEL [USA-0] B 2.8/ S.CER GRM2BB3C06KEL [EXP-0] S.CER GRM2BB3C06KEL [EUR-] S.CER GRM2BB3C06KEL [EUR-0] S.CER GRM2BB3C06KEL [UK-0] S.CER GRM2BB3C06KEL [FRG-0] S.CER GRM2BB3C06KEL [HOL-0] S.CER GRM2BB3C06KEL [AUS-0] C S.CER C00 JB 0J 474K-T [USA-0] B 9./ S.CER C00 JB 0J 474K-T [EXP-0] S.CER C00 JB 0J 474K-T [EUR-] S.CER C00 JB 0J 474K-T [EUR-0] S.CER C00 JB 0J 474K-T [UK-0] S.CER C00 JB 0J 474K-T [FRG-0] S.CER C00 JB 0J 474K-T [HOL-0] S.CER C00 JB 0J 474K-T [AUS-0] C S.CER C00 JB 0J 474K-T [USA-0] B 8.2/ S.CER C00 JB 0J 474K-T [EXP-0] S.CER C00 JB 0J 474K-T [EUR-] S.CER C00 JB 0J 474K-T [EUR-0] S.CER C00 JB 0J 474K-T [UK-0] S.CER C00 JB 0J 474K-T [FRG-0] S.CER C00 JB 0J 474K-T [HOL-0] S.CER C00 JB 0J 474K-T [AUS-0] C S.CER C00 JB 0J 0K-T [USA-0] B 3.9/ S.CER C00 JB 0J 0K-T [EXP-0] S.CER C00 JB 0J 0K-T [EUR-] S.CER C00 JB 0J 0K-T [EUR-0] S.CER C00 JB 0J 0K-T [UK-0] S.CER C00 JB 0J 0K-T [FRG-0] S.CER C00 JB 0J 0K-T [HOL-0] S.CER C00 JB 0J 0K-T [AUS-0] C S.CER C00 JB A 04K-T [USA-0] B 20.0/ S.CER C00 JB A 04K-T [EXP-0] S.CER C00 JB A 04K-T [EUR-] S.CER C00 JB A 04K-T [EUR-0] S.CER C00 JB A 04K-T [UK-0] S.CER C00 JB A 04K-T [FRG-0] S.CER C00 JB A 04K-T [HOL-0] S.CER C00 JB A 04K-T [AUS-0] C S.CER C00 JB A 04K-T [USA-0] B 3.7/ S.CER C00 JB A 04K-T [EXP-0] S.CER C00 JB A 04K-T [EUR-] S.CER C00 JB A 04K-T [EUR-0] S.CER C00 JB A 04K-T [UK-0] S.CER C00 JB A 04K-T [FRG-0] S.CER C00 JB A 04K-T [HOL-0] S.CER C00 JB A 04K-T [AUS-0] C S.CER C00 JB A 04K-T [USA-0] B 3.6/ S.CER C00 JB A 04K-T [EXP-0] S.CER C00 JB A 04K-T [EUR-] S.CER C00 JB A 04K-T [EUR-0] S.CER C00 JB A 04K-T [UK-0] S.CER C00 JB A 04K-T [FRG-0] S.CER C00 JB A 04K-T [HOL-0] S.CER C00 JB A 04K-T [AUS-0] C S.CER C00 JB 0J 0K-T [USA-0] B 2.7/ S.CER C00 JB 0J 0K-T [EXP-0] S.CER C00 JB 0J 0K-T [EUR-] S.CER C00 JB 0J 0K-T [EUR-0] S.CER C00 JB 0J 0K-T [UK-0] S.CER C00 JB 0J 0K-T [FRG-0] S.CER C00 JB 0J 0K-T [HOL-0] S.CER C00 JB 0J 0K-T [AUS-0] [MAIN UNIT] REF PARTS H/V DESCRIPTION M. NO. NO. LOCATION C S.CER C00 JB 0J 0K-T [USA-0] B 2.7/ S.CER C00 JB 0J 0K-T [EXP-0] S.CER C00 JB 0J 0K-T [EUR-] S.CER C00 JB 0J 0K-T [EUR-0] S.CER C00 JB 0J 0K-T [UK-0] S.CER C00 JB 0J 0K-T [FRG-0] S.CER C00 JB 0J 0K-T [HOL-0] S.CER C00 JB 0J 0K-T [AUS-0] C S.CER C00 JB 0J 0K-T [USA-0] B 30./ S.CER C00 JB 0J 0K-T [EXP-0] S.CER C00 JB 0J 0K-T [EUR-] S.CER C00 JB 0J 0K-T [EUR-0] S.CER C00 JB 0J 0K-T [UK-0] S.CER C00 JB 0J 0K-T [FRG-0] S.CER C00 JB 0J 0K-T [HOL-0] S.CER C00 JB 0J 0K-T [AUS-0] C S.CER C00 JB 0J 0K-T [USA-0] B 30./ S.CER C00 JB 0J 0K-T [EXP-0] S.CER C00 JB 0J 0K-T [EUR-] S.CER C00 JB 0J 0K-T [EUR-0] S.CER C00 JB 0J 0K-T [UK-0] S.CER C00 JB 0J 0K-T [FRG-0] S.CER C00 JB 0J 0K-T [HOL-0] S.CER C00 JB 0J 0K-T [AUS-0] C S.CER C00 JB A 04K-T B 3.9/2.3 C S.CER C00 JB A 04K-T [USA-0] B 3.0/ S.CER C00 JB A 04K-T [EXP-0] S.CER C00 JB A 04K-T [EUR-] S.CER C00 JB A 04K-T [EUR-0] S.CER C00 JB A 04K-T [UK-0] S.CER C00 JB A 04K-T [FRG-0] S.CER C00 JB A 04K-T [HOL-0] S.CER C00 JB A 04K-T [AUS-0] C S.CER C00 CH H 470J-T B 7./2.0 C S.CER GRM2BB3C06KEL [USA-0] B 6.6/ S.CER GRM2BB3C06KEL [EXP-0] S.CER GRM2BB3C06KEL [EUR-] S.CER GRM2BB3C06KEL [EUR-0] S.CER GRM2BB3C06KEL [UK-0] S.CER GRM2BB3C06KEL [FRG-0] S.CER GRM2BB3C06KEL [HOL-0] S.CER GRM2BB3C06KEL [AUS-0] C S.CER C00 JB 0J 0K-T [USA-0] B 34.3/ S.CER C00 JB 0J 0K-T [EXP-0] S.CER C00 JB 0J 0K-T [EUR-] S.CER C00 JB 0J 0K-T [EUR-0] S.CER C00 JB 0J 0K-T [UK-0] S.CER C00 JB 0J 0K-T [FRG-0] S.CER C00 JB 0J 0K-T [HOL-0] S.CER C00 JB 0J 0K-T [AUS-0] C S.CER C00 JB A 04K-T [USA-0] B 64./ S.CER C00 JB A 04K-T [EXP-0] S.CER C00 JB A 04K-T [EUR-] S.CER C00 JB A 04K-T [EUR-0] S.CER C00 JB A 04K-T [UK-0] S.CER C00 JB A 04K-T [FRG-0] S.CER C00 JB A 04K-T [HOL-0] S.CER C00 JB A 04K-T [AUS-0] J S.CON 30P9.0-JMCS-G-B-TF(N) B 6.3/20.4 J S.CON BM02B-ASRS-TF(LF)(SN) T 6.6/3.0 J S.CON 06FLT-SM2-TB(LF)(SN)(M) B 67.3/29.9 J S.CON 06FLT-SM2-TB(LF)(SN)(M) B 74.2/39. DS S.LED SML-A2WT T86J T 63.4/. DS S.LED SML-A2WT T86J T 73.6/. DS S.LED LNJ426W83RA T 38.6/0.4 DS S.LED LNJ426W83RA T 38.6/32.3 DS S.LED SML-A2WT T86J T 63.4/4. DS S.LED SML-A2WT T86J T 73.6/4. DS S.LED LNJ426W83RA T 2.2/0. DS S.LED LNJ426W83RA T 2.2/32.2 DS LCD L2-36TVF <TES> MC MIC EM6027P-46C0&33-G <HOR> S S.SWI EVQPQHB T 4./3.8 S S.SWI EVQPQHB T 32.4/33.0 S S.SWI EVQPQHB T 7.7/3.6 S S.SWI EVQPQHB T 36./2.3 S S.SWI EVQPQHB T 26.2/2.3 S S.SWI EVQPQHB T 4./0.8 S S.SWI EVQPQHB T 32.4/9.6 S S.SWI EVQPQHB T 7.7/.0 EP LCD SRCN-349-SP-N-W (SHJ) Eqv.= This component is equivalent to the REF No. component listed above, and may be substituted on parts orders and repairs. 6-4 M.=Mounted side (T: Mounted on the Top side, B: Mounted on the Bottom side) S.=Surface mount

22 [RF UNIT] REF PARTS H/V DESCRIPTION M. NO. NO. LOCATION IC S.IC GP24D <SEI> T 7.3/3.3 IC S.REG XC622A332MR-G T 2.3/29.4 IC S.IC NJM22F-TE-#FZZB T 22.4/22.3 Q S.FET 2SK880-Y(TRICOMF) T 7.8/30.4 Q S.TRA LDTC44EETG <SLVJ> B 7.4/3.4 Q S.TRA 2SC4226-T Y2 (R2) B 6.9/27.3 Q S.TRA 2SC4226-T Y2 (R2) B 20./2.2 Q S.TRA 2SC42-Y(TE8LF) B 2.8/30.0 Q S.TRA 2SC42-Y(TE8LF) B.0/2.3 Q S.TRA 2SC42-Y(TE8LF) B.2/33.9 Q S.TRA KTC3770U-C-RTK/P T 3.9/2.8 Q S.FET RD0MUS2-T3 T 8.2/8.3 Q S.FET RD07MUS2B-T2 T 8.0/7.8 Q S.FET 3SK294(TE8LF) B 9.2/.7 Q S.TRA LDTC44EETG <SLVJ> T 9.6/23.3 Q S.FET 3SK293(TE8LF) B 9.9/7.4 Q S.TRA 2SC42-O(TE8RF) B 7.3/28. Q S.TRA L2SA76ASTG <SLVJ> T 28.8/6.8 Q S.TRA LDTA44EETG <SLVJ> T 27.3/9.4 Q S.FET RSQ03P03TR B 3.6/3.4 D S.VAR HVC376BTRF-E B 2.2/39.8 D S.DIO LSS400TG <SLVJ> T 6.8/3.3 D S.DIO HSC277TRF-E B 8./3.0 D S.DIO HSC277TRF-E B 6.6/34. D S.VAR HVB30BYPTL-E B 2.4/28.7 D S.DIO RN42GT2R T 6.9/7.2 D S.DIO RN42GT2R T 7.4/9. D S.DIO SV307(TPH3F) T 27./6. D S.DIO RN42GT2R B 26.9/7.3 D S.DIO RB706F-40T06 T 24.6/0. D S.VAR KDV24EA-RTK/P B 26.0/20. D S.VAR KDV24EA-RTK/P B 23.0/20.0 D S.VAR KDV24EA-RTK/P B.8/7. D S.VAR KDV24EA-RTK/P B 4.3/8.9 D S.DIO DB2S3400L B 27.0/8.4 D S.VAR EZJZ0V8000 T 8.0/4.6 FI MON 2RAB (FL-368) FI MON MCF2RAB 2.7 MHz (FL-363) X S.XTA CR-766 TSS-603B 2.20 MHz B 6.2/36.9 L S.COI MLF608E 6R8K 6.8U T 7./29.0 L S.COI ELJRF 82NJFB B.4/36. L S.COI NLV2T-2R7J B 2.9/3.8 L S.COI C220C-82NG-A B 20.7/3.6 L S.COI ELJRF R0JFB B 2.8/3.7 L S.COI ELJRF R0JFB B.9/27.8 L S.COI ELJRF R0JFB B 3./33.8 L S.COI ELJRE 82NJFA T 7.7/4.8 L S.COI ELJRF R0JFB T.6/3.6 L S.COI ELJRF 82NJFB T 7.0/4.6 L S.COI LQW2BHN8NJ03L T.2/2. L S.COI TL 2N <COMO> T 20.6/2.6 L S.COI TL 6.8N <COMO> T 9.9/2.6 L S.COI TL 20N <COMO> T 23.4/2.4 L S.COI NLV2T-2R7J T 28.0/0.6 L S.COI TL 4.3N <COMO> T 23.8/7.9 L S.COI TR 24N <COMO> B 29.4/.4 L S.COI TL 27.2N <COMO> B 32.6/.3 L S.COI TL 4.3N <COMO> B 24.2/6.8 L S.COI LQW2BHN6NJ03L B 28.6/.8 L S.COI LQW2BHN6NJ03L B 2./7.3 L S.COI LQW2BHN6NJ03L B 7./8. L S.COI LQW2BHN6NJ03L B 3.7/4. L S.COI LQH3MNR82M03L B 8.6/9.9 R S.THR NTCG6 4LH 473JT B 6./32.0 R S.RES ERJ2RKF 003X (00K) B 6.4/30.9 R S.RES ERJ2GEJ 473 X (47K) B 3.7/36.7 R S.RES ERJ2GEJ 03 X (0K) B 8.8/40. R S.RES ERJ2GEJ 02 X (K) B 7.2/36.7 R S.RES ERJ2GEJ 473 X (47K) B 8.9/33.9 R S.RES ERJ2GEJ 0 X (00) T 9.7/29.2 R S.RES ERJ2GEJ 6 X (60) T 3.7/3.7 R S.RES ERJ2GEJ 02 X (K) T.2/30.9 R S.RES ERJ2GEJ 03 X (0K) T 6.7/32.7 R S.RES ERJ2GEJ 822 X (8.2K) T 7.6/28.2 R S.RES ERJ2GEJ 0 X (00) B 2.7/3.4 R S.RES ERJ2GEJ 472 X (4.7K) T.8/36.2 R S.RES ERJ2GEJ 02 X (K) B 20.2/34. R S.RES ERJ2GEJ 04 X (00K) B.3/33.9 R S.RES ERJ2GEJ 04 X (00K) B.2/34.8 R S.RES ERJ2GEJ 03 X (0K) B 7.7/29.0 R S.RES ERJ2GEJ 23 X (2K) B 9.3/27.0 R S.RES ERJ2GEJ 22 X (220) B 7.7/2. R S.RES ERJ2GEJ 47 X (470) B 4.6/27.4 R S.RES ERJ2GEJ 683 X (68K) B.6/30.4 R S.RES ERJ2GEJ 68 X (680) B 4.0/3.9 R S.RES ERJ2GEJ 27 X (270) B 3./28.2 R S.RES ERJ2GEJ 393 X (39K) B 0.7/27.9 R S.RES ERJ2GEJ 33 X (330) B 2.8/32.6 R S.RES ERJ2GEJ 683 X (68K) B 0.9/32. R S.RES ERJ2GEJ 02 X (K) T 7./26.0 R S.RES ERJ2GEJ-JPW B 22./26.3 R S.RES ERJ2GEJ 02 X (K) T 8.0/2.7 R S.RES ERJ2GEJ 472 X (4.7K) T 4.6/.0 Eqv.= This component is equivalent to the REF No. component listed above, and may be substituted on parts orders and repairs. 6- [RF UNIT] REF PARTS H/V DESCRIPTION M. NO. NO. LOCATION R S.RES ERJ2GEJ 0 X (00) T.8/0.6 R S.RES ERJ2GEJ 00 X (0) T./6.0 R S.RES ERJ2GEJ 332 X (3.3K) T.2/4.8 R S.RES ERJ2GEJ 22 X (.2K) T 4.2/7.2 R S.RES ERJ2GEJ 820 X (82) T 2./.8 R S.RES ERJ2GEJ 4 X (0K) T 9.3/8.7 R S.RES ERJ2GEJ 473 X (47K) T 20.7/9.2 R S.RES ERJ2GEJ 04 X (00K) T 2./22. R S.RES ERJ2GEJ 0 X (00) T 2./23.7 R S.RES ERJ2GEJ 3 X (K) T 9.6/3. R S.RES ERJ2GEJ 03 X (0K) T 9.6/4.7 R S.RES ERJ2GEJ 0 X (00) T 8.4/4.4 R S.RES ERJ2GEJ 470 X (47) T.9/4.0 R S.RES ERJ2GEJ 02 X (K) T 2.2/2. R S.RES ERJ2GEJ 03 X (0K) T 3.4/2.6 R S.RES ERJ2GEJ 0 X (00) T 4./4.4 R S.RES MCR0EZHJ 0 () T 28.9/4.0 R S.RES ERJ2GEJ 823 X (82K) T 29.6/7.9 R S.RES ERJ2GEJ 04 X (00K) T 20.7/8.3 R S.RES ERJ2GEJ 224 X (220K) B 27.4/20. R S.RES ERJ2GEJ 03 X (0K) B 28.3/9.2 R S.RES ERJ2GEJ 224 X (220K) B 2.9/2. R S.RES ERJ2GEJ 04 X (00K) B 2./7.4 R S.RES ERJ2GEJ 274 X (270K) B 2.9/6.2 R S.RES ERJ2GEJ 22 X (220) B 9.3/9.3 R S.RES ERJ2GEJ 03 X (0K) B 2.0/6.2 R S.RES ERJ2GEJ 2 X (.K) B 6.2/.0 R S.RES ERJ2GEJ 224 X (220K) B 6./20.3 R S.RES ERJ2GEJ 224 X (220K) B.2/20.3 R S.RES ERJ2GEJ 00 X (0) B 9./2.7 R S.RES ERJ2GEJ 82 X (.8K) B 7.2/. R S.RES ERJ2GEJ 04 X (00K) B.7/.6 R S.RES ERJ2GEJ 0 X (00) B 7.6/2.0 R S.RES ERJ2GEJ 473 X (47K) B 8.8/.4 R S.RES ERJ2GEJ 222 X (2.2K) T 7.7/20.4 R S.RES ERJ2GEJ 393 X (39K) B 9.2/4.2 R S.RES ERJ2GEJ 334 X (330K) B 0./4.2 R S.RES ERJ2GEJ 82 X (820) B 2.7/2.2 R S.RES ERJ2GEJ 02 X (K) B 2.3/28. R S.RES ERJ2GEJ 04 X (00K) B./29. R S.RES ERJ2GEJ 2 X (.K) B 6.9/2.3 R S.RES ERJ2GEJ 47 X (470) B 7.4/26. R S.RES ERJ2GEJ 473 X (47K) T 26.9/7. R S.RES ERJ2GEJ 03 X (0K) T 2.2/6.8 R S.RES ERJ2GEJ 333 X (33K) T 20.2/2.3 R S.RES ERJ2GEJ 23 X (2K) T 22.6/0.3 R S.RES ERJ2GEJ 03 X (0K) T 24.4/20. R S.RES ERJ2GEJ 272 X (2.7K) T 22.8/8.7 R S.RES ERJ2GEJ 23 X (2K) T 23.2/20. R S.RES ERJ2GEJ 222 X (2.2K) T 2.6/20.9 R S.RES ERJ2GEJ 03 X (0K) T 24./8.7 R S.RES ERJ2GEJ 274 X (270K) B 3.8/6. R S.RES ERJ2GEJ 03 X (0K) B 3.4/7.8 C S.CER C00 JB H 02K-T B 3.8/3.4 C S.CER C00 CH H 2J-T B 3.2/38.2 C S.CER C00 CH H 80J-T B 3.2/39.4 C S.CER C00 CH H 390J-T B 9.7/40. C S.CER C00 JB H 02K-T B 8.4/36.4 C S.CER C00 JB E 03K-T T 3.3/3.6 C S.CER C00 CH H 20J-T T 8.8/28.3 C S.TAN F930J06MAABMA T 7.7/34. C S.CER C00 JB 0J 0K-T T 4.2/29. C S.CER C00 JB A 04K-T T 4.6/3.7 C S.CER C00 JB H 02K-T T 4.8/30.0 C S.CER C00 JB A 04K-T T 2.8/3.7 C S.CER C00 CH H 270J-T B 9.2/39.3 C S.CER C00 JB H 02K-T B 3./36.6 C S.CER C00 CH H 090C-T B 2.6/36.6 C S.CER C00 CH H 090C-T B 0.2/36.8 C S.TAN F92V224MAA T 20.3/36.8 C S.CER C00 JB H 02K-T B 20.2/36.7 C S.CER C00 CH H 360J-T B 2.6/33.7 C S.CER C00 CH H 390J-T B 9.3/36.4 C S.CER C00 JB H 02K-T B.3/36.6 C S.CER C00 JB H 02K-T B 7./32.8 C S.CER C00 JB H 02K-T B.3/3.7 C S.CER C00 JB H 02K-T B 4.6/26. C S.CER C00 CH H 020B-T B 8./29.9 C S.CER C00 CH H 22J-T B 8.9/28.3 C S.CER C00 CH H RB-T B 2.2/27.0 C S.CER C00 JB H 02K-T B 7.7/24.6 C S.CER C00 JB H 02K-T B 4.7/30.4 C S.CER C00 CH H 00B-T B 6.0/29.0 C S.CER C00 JB H 02K-T B 0.7/27.0 C S.CER C00 CH H 060C-T B 0.7/28.8 C S.CER C00 CH H 0J-T B 2.7/26.6 C S.CER C00 JB H 02K-T B 0.7/3.2 C S.CER C00 CH H 030B-T B 0.8/30.0 C S.CER C00 CH H 220J-T B 0.7/3.6 C S.CER C00 JB H 02K-T T.9/29. C S.CER C00 JB 0J 224K-T T 6.0/27.3 C S.CER C00 JB H 02K-T T 6.2/.8 C S.CER C00 CH H 220J-T T./8.4 C S.CER C00 JB H 02K-T T 4.3/6.3 C S.CER C00 JB H 02K-T T 2./3. C S.CER C00 CH H 0J-T T 6.8/3.3 C S.CER C00 CH H 240J-T T 8.4/3.3 C S.CER C00 JB E 03K-T T 20.7/20. C S.CER C00 JB A 04K-T T 2.0/24.9 C S.CER C00 JB A 04K-T T 24.6/22. C S.CER C00 JB H 47K-T T 24.6/23.7 C S.CER C00 JB H 02K-T T 24.6/2.3 C S.CER GRM2BB3C06KEL T 8./6. M.=Mounted side (T: Mounted on the Top side, B: Mounted on the Bottom side) S.=Surface mount

23 [RF UNIT] REF PARTS H/V DESCRIPTION M. NO. NO. LOCATION C S.CER C00 JB H 02K-T T 6.6/3.8 C S.CER C00 JB E 03K-T T 4./3.7 C S.CER C00 JB H 02K-T T.4/3.8 C S.CER C00 CH H 0J-T T 2.3/. C S.CER C00 JB H 02K-T T 4.3/2.6 C S.CER C00 JB H 47K-T T 8.7/2.2 C S.CER C00 CH H 470J-T T 22./3. C S.CER C00 JB H 02K-T T 3.2/3.7 C S.CER C608 CH H 60J-T T 2./.7 C S.CER C608 CH H 270J-T T 2.9/3.8 C S.CER C608 JB H 02K-T T 23.2/.2 C S.CER C00 JB H 02K-T T 29.8/.6 C S.CER C00 JB H 02K-T T 26.6/8.6 C S.CER C00 JB A 04K-T T 0./3.8 C S.CER C00 JB A 04K-T T 2.9/3.8 C S.CER C00 JB H 02K-T T 28./4.8 C S.CER C00 CH H 80J-T T 24.8/. C S.CER C00 CH H 80J-T T 2.0/6.0 C S.CER C00 CH H 220J-T T 28.8/6. C S.CER C00 CH H 0J-T T 30./4.3 C S.CER C00 CH H 240J-T T 29.7/.6 C S.CER C00 CH H 090C-T T 30.4/9.4 C S.CER C00 CH H 070C-T T 32.2/4.3 C S.CER C00 CH H 090C-T B 23.4/4.0 C S.CER C00 CH H 00C-T B 26.6/6.2 C S.CER C00 CH H 00B-T B 26.7/0.4 C S.CER C00 CH H 0J-T B 24.9/20. C S.CER C00 JB H 02K-T B 2.0/2. C S.CER C00 CH H RB-T B 29.3/4.2 C S.CER C00 CH H RB-T [USA] B 24.4/ S.CER C00 CH H RB-T [EXP] S.CER C00 CH H 00B-T [EUR-0] S.CER C00 CH H 00B-T [EUR] S.CER C00 CH H 00B-T [UK] S.CER C00 CH H 00B-T [FRG] S.CER C00 CH H 00B-T [HOL] S.CER C00 CH H RB-T [AUS] S.CER C00 CH H RB-T [USA-0] S.CER C00 CH H RB-T [EXP-0] S.CER C00 CH H 00B-T [EUR-] S.CER C00 CH H 00B-T [EUR-0] S.CER C00 CH H 00B-T [UK-0] S.CER C00 CH H 00B-T [FRG-0] S.CER C00 CH H 00B-T [HOL-0] S.CER C00 CH H RB-T [AUS-0] C S.CER C00 CH H 330J-T B 24.0/20. C S.CER C00 CH H 2RB-T B 23.0/7. C S.CER C00 CH H 0J-T [USA] B 22.4/ S.CER C00 CH H 0J-T [EXP] S.CER C00 CH H 00C-T [EUR-0] S.CER C00 CH H 00C-T [EUR] S.CER C00 CH H 00C-T [UK] S.CER C00 CH H 00C-T [FRG] S.CER C00 CH H 00C-T [HOL] S.CER C00 CH H 0J-T [AUS] S.CER C00 CH H 0J-T [USA-0] S.CER C00 CH H 0J-T [EXP-0] S.CER C00 CH H 00C-T [EUR-] S.CER C00 CH H 00C-T [EUR-0] S.CER C00 CH H 00C-T [UK-0] S.CER C00 CH H 00C-T [FRG-0] S.CER C00 CH H 00C-T [HOL-0] S.CER C00 CH H 0J-T [AUS-0] C S.CER C00 JB E 03K-T B 9.3/7. C S.CER C00 CH H 470J-T B 9.3/8.4 C S.CER C00 JB E 03K-T B 20./8.6 C S.CER C00 JB H 02K-T B 7.0/.9 C S.CER C00 CH H 390J-T B.7/9. C S.CER C00 JB H 02K-T B.7/2. C S.CER C00 CH H 2RB-T B 6.2/4. C S.CER C00 CH H R7B-T B 4./6.0 C S.CER C00 CH H 270J-T B 4.0/20.6 C S.CER C00 CH H 00B-T B 4.0/7.2 C S.CER C00 CH H 020B-T B 2.9/6.0 C S.CER C00 CH H 60J-T B 7.3/7.6 C S.CER C00 JB E 223K-T B 8.2/7. C S.CER C00 JB H 02K-T B 7.2/6.4 C S.CER C00 JB E 03K-T T 8.0/7. C S.CER C00 JB A 04K-T T 4.4/27.3 C S.CER C00 JB 0J 0K-T T 4.7/26.4 C S.CER C00 CH H 20J-T T 8.0/3. C S.CER C00 JB H 02K-T B 4.6/.7 C S.CER C00 CH H 030B-T T 3.7/20.8 C S.CER C00 JB H 02K-T B 2./29.7 C S.CER C00 JB E 223K-T B 4.6/29.3 C S.CER C00 JB H 02K-T B 3.7/29.3 C S.CER C00 JB E 03K-T B 7.9/2.3 C S.CER C00 JB E 3K-T B 0.0/2.7 C S.CER GRM2BB3C06KEL T 2.8/33.0 C S.CER C00 JB E 03K-T T 22.4/6.4 C S.CER C608 CH H 060B-T T 2./4.3 C S.CER C00 JB H 02K-T T 2.9/8.7 C S.CER C00 JB H 02K-T T 2.4/8.7 C S.CER C00 CH H 470J-T T 8.0/27. C S.CER C00 CH H 470J-T T 8.6/2.4 C S.CER C00 CH H 470J-T T 8.7/32.0 C S.CER C00 JB H 02K-T B./3.7 C S.CER C00 JB H 02K-T B.8/.8 [RF UNIT] REF PARTS H/V DESCRIPTION M. NO. NO. LOCATION EP S.BEA MPZ608S22A-T T.4/.0 EP S.BEA MPZ608S22A-T T 8.3/3.4 J S.CON 30RF-JMCS-G-B-TF(N)(LF)(SN) T.8/20. S S.SWI SW-67 (SKQTLAE00) T 20.0/39.9 S S.SWI SW-67 (SKQTLAE00) T.0/39.9 Eqv.= This component is equivalent to the REF No. component listed above, and may be substituted on parts orders and repairs. 6-6 M.=Mounted side (T: Mounted on the Top side, B: Mounted on the Bottom side) S.=Surface mount

24 [MIC UNIT] REF PARTS H/V DESCRIPTION M. NO. NO. LOCATION C S.CER C00 CH H 470J-T B 9.3/. C S.CER C00 CH H 00C-T B 8.0/6.6 J S.CON 06FLT-SM2-TB(LF)(SN)(M) B 8.2/2. J CON 246S-0-4P-68(JIS8) [VR UNIT] REF PARTS H/V DESCRIPTION M. NO. NO. LOCATION R VAR F A <SLVJ> J S.CON 06FH-SM-TB(LF)(SN) B 4./2.0 W FFC FFC-008 (P0.N6L0) <TJM> W FFC FFC-008 (P0.N6L0) <TJM> EP S.BEA MMZ00Y02C-T B 2.6/2.6 EP S.BEA MMZ00Y02C-T B 4./.4 EP S.BEA MMZ00Y02C-T B 4.9/2.7 EP S.BEA MMZ00Y02C-T B 8.4/7.8 Eqv.= This component is equivalent to the REF No. component listed above, and may be substituted on parts orders and repairs. 6-7 M.=Mounted side (T: Mounted on the Top side, B: Mounted on the Bottom side) S.=Surface mount

25 SECTION 7. MECHANICAL PARTS [CHASSIS PARTS] REF NO. ORDER NO. DESCRIPTION J ANT CONNECTOR <EIK> J CONTACT SPRING <CCP> MP FRONT PANEL ASS.Y<ITM> [USA] FRONT PANEL ASS.Y<ITM> [EXP] FRONT PANEL (A) ASS.Y<ITM> [EUR-0] FRONT PANEL (A) ASS.Y<ITM> [EUR] FRONT PANEL (A) ASS.Y<ITM> [UK] FRONT PANEL (A) ASS.Y<ITM> [FRG] FRONT PANEL (A) ASS.Y<ITM> [HOL] FRONT PANEL (A) ASS.Y<ITM> [AUS] FRONT PANEL ASS.Y<ITM> [USA-0] FRONT PANEL ASS.Y<ITM> [EXP-0] FRONT PANEL (A) ASS.Y<ITM> [EUR-] FRONT PANEL (A) ASS.Y<ITM> [EUR-0] FRONT PANEL (A) ASS.Y<ITM> [UK-0] FRONT PANEL (A) ASS.Y<ITM> [FRG-0] FRONT PANEL (A) ASS.Y<ITM> [HOL-0] FRONT PANEL (A) ASS.Y<ITM> [AUS-0] MP VENT SHEET MP A-MAIN SEAL (TOP) MP A-REAR PANEL MP T-PLATE MP T-RUBBER- (TOP) MP T-SHEET MP PH M2X3 SUS SSBC 2 MP PTT BUTTON (TOP) MP PTT PANEL MP PH3 M2X3 SUS SSBC MP LOCK PLATE MP MIC SEAL (TOP) MP SHAFT MP KNOB N344 MP O-RING (AQ) (TOP) MP VR NUT (W) MP O-RING (AG) (TOT) MP VR NUT (K) MP PLAIN WASHER (AM) MP VR NUT (X) MP CONNECTOR CAP MP BT M2X NI-ZC3 2 MP PHB0 M2X6 SUS SSBC 4 MP BT M2X3. NI-ZC3 6 MP PHBT M2X4 NI-ZC3 ( ) 3 MP PHB0 M2X20 SUS SSBC 2 MP REAR SHEET MP ANT PLATE Y846 MP PH M2X2 ZC3 MP SPONGE (MJ) MP O-RING (BK) (TOP) MP WHITE SHEET MP SPONGE (MK) 2 MP SHIELD SPONGE (DC) QTY. [RF UNIT] REF NO. ORDER NO. DESCRIPTION J0* RF-JMCS-G-B-TF (N) (LF) (SN) S20* SW-67 (SKQTLAE00) S328* SW-67 (SKQTLAE00) MP20* VCO CASE- MP VCO COVER- Y834A MP0* PA HEATSINK Y832 MP SHIELD PLATE MP EARTH PLATE Y844 [MIC UNIT] REF NO. ORDER NO. DESCRIPTION J4* FLT-SM2-TB (LF) (SN) (M) J S-0-4P-68 (JIS8) W FFC-008 (P0.N6L0) MP SHIELD SPONGE (DB) [VR UNIT] REF NO. ORDER NO. DESCRIPTION J46* FH-SM-TB (LF) (SN) W FFC-008 (P0.N6L0) QTY. QTY. QTY. [MAIN UNIT] REF NO. ORDER NO. DESCRIPTION J00* P9.0-JMCS-G-B-TF (N) J2* BM02B-ASRS-TF (LF) (SN) J300* FLT-SM2-TB (LF) (SN) (M) J30* FLT-SM2-TB (LF) (SN) (M) DS L2-36TVF <TES> MC20* EM6027P-46C0&33-G <HOR> S* EVQPQHB S2* EVQPQHB S3* EVQPQHB S4* EVQPQHB S* EVQPQHB S6* EVQPQHB S7* EVQPQHB S8* EVQPQHB EP SRCN-349-SP-N-W (SHJ) 2 MP REFLECTOR MP LCD HOLDER Y288 MP DOUBLE SIDE TAPE (O) 2 QTY. *: Refer to BOARD LAYOUTS for the location. Screw abbreviations A, B0, BT: Self-tapping PH: Pan head ZK: Black NI-ZU: Nickel-Zinc SUS: Stainless 7 -

26 [ACCESSORIES] REF NO. ORDER NO. DESCRIPTION EP (Optional) FA-S64V [USA] (Optional) FA-S64V [EXP] (Optional) FA-S9V [EUR-0] (Optional) FA-S64V [EUR] (Optional) FA-S64V [UK] (Optional) FA-S64V [FRG] (Optional) FA-S64V [HOL] (Optional) FA-S64V [AUS] (Optional) FA-S64V [USA-0] (Optional) FA-S64V [EXP-0] (Optional) FA-S9V [EUR-] (Optional) FA-S64V [EUR-0] (Optional) FA-S64V [UK-0] (Optional) FA-S64V [FRG-0] (Optional) FA-S64V [HOL-0] (Optional) FA-S64V [AUS-0] EP2 (Optional) BC-23SA [USA] (Optional) BC-23SE [EXP] (Optional) BC-23SE [EUR-0] (Optional) BC-23SE [EUR] (Optional) BC-23SE [FRG] (Optional) BC-23SE [HOL] (Optional) BC-23SV [AUS] (Optional) BC-23SA [USA-0] (Optional) BC-23SE [EXP-0] (Optional) BC-23SE [EUR-] (Optional) BC-23SE [EUR-0] (Optional) BC-23SE [FRG-0] (Optional) BC-23SE [HOL-0] (Optional) BC-23SV [AUS-0] EP3 (Optional) BP-24H EP4 (Optional) BC-20 EP BLACK HANDY STRAP EP6 (Optional) CP-2H [USA] (Optional) CP-2H [EXP] (Optional) CP-2H [HOL] (Optional) CP-2H [USA-0] (Optional) CP-2H [EXP-0] (Optional) CP-2H [HOL-0] MP2 (Optional) MB-03 MP PHA M3.X30 SUS 2 QTY. EP EP EP4 (with two screws) MP2 MP3 EP3 EP2 EP6 (Not supplied or different type may be supplied depending on the version) (May not be supplied, depending on the version) *: Refer to BOARD LAYOUTS for the location. Screw abbreviations A, B0, BT: Self-tapping PH: Pan head ZK: Black NI-ZU: Nickel-Zinc SUS: Stainless 7-2

27 MP27(C) *; Location MP20(C) R80(V) MP(C) 2 MP26(C) MP2(C) MP9(C) MP3(C) MP2(C) MP23(C) MP24(C) MP32(C) MP4(C) VR UNIT MP43(C) MP(MI)* MP37(C) MP(MI) W80(V) To J30 (MAIN UNIT) J46(MI) MIC UNIT To J300 W470(MI) (MAIN UNIT) MP28(C) 2 MP2(R) MP(C) MP29(C) 4 MP6(C) RF UNIT J3(C) MP9(C) J(C) MP22(C) MP46(C) MP7(C) MP2(R) MP30(C) MAIN UNIT MP3(C) 3 MP(R) MP0(C) MP8(C) MP39(C) MP40(C) MP(C) MP30(C) MP8(C) MP44(C) MP360(C) EP360(C) 2 DS480(C) MP362(C) 2 MP36(C) MP7(C) MP4(C) 2 MP(C) MP42(C) MP(C) Abbreviations; (C): Chassis parts (M): MAIN UNIT (R): RF UNIT (MI): MIC UNIT (V): VR UNIT 7-2