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8. READ the instructions of test equipment throughly before connecting a test equipment to the repeater. Icom, Icom Inc. and logo are registered trademarks of Icom Incorporated (Japan) in the United States, the United Kingdom, Germany, France, Spain, Russia and/or other countries.
SECTION 3 DISASSEMBLY INSTRUCTION 1. Removing the front panel q Unscrew 11 screws from the top cover. w Unscrew 7 screws from the front panel. e Disconnect the cable from the MAIN UNIT assembly, and remove the front panel. 2. Removing the MAIN UNIT assembly q Uscrew 5 screws which settles the MAIN UNIT assembly.
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w Unsolder 2 points at the ANT cases. e Unscrew 4 screws from the ANT cases, Unsolder and remove them. ANT case r Disconnect the flat cabe from J4 and the speaker cable from J9. Unscrew ANT case Flat cable Disconnect t Unsolder 2 points at the bottom of ANT connectors.
SECTION 4 OPTIONAL UNIT INSTALLATION Install UT-109R or UT-110R as follows. q Disassembly the repeater until the MAIN UNIT is exposed. (See the page 3-1) w Modify the patterns on the MAIN UNIT as below. <MAIN UNIT (bottom side)> A and F; Cut the pattern B;...
SECTION 5 CIRCUIT DESCRIPTION 5-1 RECEIVER CIRCUITS 5-2 TRANSMITTER CIRCUITS RF BPF CIRCUITS MODULATION CIRCUITS RX signals from the RX antenna connector (J11) are passed The demodulated signals are applied to the MIC AMP (IC25). through the 1st stage of BPF (D28, 29, 31, 32, L44, 47) then The amplified Demodulated signals are passed through the amplified by the RF AMP (Q36).
5-3 FREQUENCY SYNTHESIZER CIRCUITS 5-4 OTHER CIRCUITS RX PLL CIRCUIT POWER SUPPLY The RX PLL IC (IC4) outputs resulting signal; phase-comparison The power supply is switched by Q57 (ON/OFF). 5V (REF5) of reference signal (15.3 MHz) from the TCXO (X2) and fedback from the regulator (IC30) is passed through L58 to supply to OSC signal from the RX VCO.
5-5 CPU (M: IC20) PORT ALLOCATION LINE NAME DESCRIPTION CONDITION 1–11 D5–D15 DSP data bus line. – 15–28 A1–A14 DSP data bus line. – DSP data line. – FANS Cooling fan (CH: MF1) rotation detect. "H"=While the cooling fan is rotating. TLED TX indicator LED control signal.
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5-5 CPU (M: IC20) PORT ALLOCATION (continued) LINE NAME DESCRIPTION CONDITION DAST Strobe to the DAC (M: IC2). – FMDA Data from the FRONT CPU (F: IC502). – MFDA Data to the FRONT CPU (F: IC502). – OPT2 Port for optional unit. –...
SECTION 6 ADJUSTMENT PROCEDURE 6-1 PREPARATION ¤ REQUIRED EQUIPMENTS EQUIPMENT SPECIFICATION EQUIPMENT SPECIFICATION Adjustment Modifi ed OPC-1122U (USB type) "CS-FR5000" (Revision 1.0 or later) JIG cable Software (see the illust below) Output voltage : 13.6 V DC [FR5000] Power attenuation : 40 dB 13.2 V DC [FR5100] Capacity : More than 60 W...
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¤ CONNECTION <Rear view> OSCILLOSCOPE MODULATION ANALYZER (DC to 10 kHz) (0.1–300 MHz) ATTENUATOR STANDARD SIGNAL GENERATOR (30 dB/60 W) 20 A (0.1–300 MHz) fuses (Detect output) FREQUENCY COUNTER (0.1–300 MHz) RF POWER METER (Loose Coupling) DC power supply Black DC power cable 6 - 2...
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¤ ADJUSTMENT CHANNEL LISTS Clone the adjust channels into the repeater before starting adjustment. Each channel must be assigned [Frequency], [RF PWR], [CH Type], [TX C. Tone] and [W/N] as below. • Channel list 6 - 3...
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¤ WHOLE PROCEDURE OF THE ADJUSTMENT q Connect the repeater and PC with the JIG cable (see the page 6-2). w Turn the repeater power ON. e Boot up 'CS-FR5000.' r Set the [Digital Function] to "Enable." t Click or [Read <– TR] in the [Adjust] menu, then the "Adjust Utility" window (see the page 6-5) appears. y Set or modify adjustment values as specifi...
6-2 FREQUENCY ADJUSTMENT 1) Select an adjustment item using cursor or [↑] / [↓] keys of the PC’s keyboard. 2) Set or modify the adjustment value as specifi ed using [←] / [→] keys of the PC’s keyboard, then push the [ENTER] key. ADJUSTMENT ADJUSTMENT ADJUSTMENT CONDITION...
6-3 TRANSMIT ADJUSTMENT 1) Select an adjustment item using cursor or [↑] / [↓] keys of the PC’s keyboard. 2) Set or modify the adjustment value as specifi ed using [←] / [→] keys of the PC’s keyboard, then push the [ENTER] key. ADJUSTMENT ADJUSTMENT ADJUSTMENT CONDITION...
6-3 TRANSMIT ADJUSTMENT (continued) 1) Select an adjustment item using cursor or [↑] / [↓] keys of the PC’s keyboard. 2) Set or modify the adjustment value as specifi ed using [←] / [→] keys of the PC’s keyboard, then push the [ENTER] key. ADJUSTMENT ADJUSTMENT ADJUSTMENT CONDITION...
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6-4 RECEIVE ADJUSTMENT (continued) 1) Select an adjustment item using cursor or [↑] / [↓] keys of the PC’s keyboard. 2) Set or modify the adjustment value as specifi ed using [←] / [→] keys of the PC’s keyboard, then push the [ENTER] key. ADJUSTMENT ADJUSTMENT ADJUSTMENT CONDITION...
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SECTION 11 VOLTAGE DIAGRAM FRONT UNIT B 2 B - Z R - S M 4 - T F EMPG3338S 2SB1132 J 5 0 4 Q508 R506 DS501 2 . 2 K Q513 Q511 D TA114TU DTC114TU EMVR3338S R507 R558 DS502 POSW 3 .
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MAIN UNIT (1/3) POWER SUPPLY +10V +10V 3 . 3 V A 3 . 3 V A 1SV252 ANT SW L P F R328 C364 C296 HC407 DSP5V DSP5V C578 0 . 0 0 1 1. 5 P L 57 R E F 5 0 .
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MAIN UNIT (2/3) +10V POWER SUPPLY +10V RXLV +10V 2SC4116 RVCO8V R105 3.3VA 3.3VA 2SK880 2.2K RLVI N R154 3.3VA 1.8K 1.8U PLL IC 2SC4226 RPLST RX PLL RPLST C113 R121 HVC321B C169 C184 R160 PLSSO PLSSO C103 0.75P PLSCK PLSCK OUT1 CUTO...
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POWER SUPPLY R342 R353 NJM12902V NJM12902V DATAIN MAIN UNIT (3/3) I C 3 4 R474 C513 100K DATAIN C454 R547 T o D - S U B 2 5 C586 3 . 3 V A I C 3 4 C452 3 .
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