HF/50 MHz ALL BAND LINEAR AMPLIFIER

Transcript

1 HF/0 MHz ALL BAND LINEAR AMPLIFIER ic-pw

2 INTRODUCTION This service manual describes the latest service information for the IC-PW HF/0 MHz ALL BAND LINEAR AMPLIFIER at the time of publication. MODEL VERSION SYMBOL IC-PW U.S.A. Europe Europe- USA EUR EUR- To upgrade quality, all electrical or mechanical parts and internal circuits are subject to change without notice or obligation. DANGER HIGH VOLTAGE! NEVER touch the antenna connector or the power supply section in the linear amplifier while connecting the IC-PW to an AC outlet. NEVER carry the linear amplifier by yourself. At least two persons must carry the linear amplifier since it weights approx. kg (. lb). NEVER expose the IC-PW to rain or moisture since fire or shock hazard could occur. NEVER touch the IC-PW with metal strips, wire, etc. These materials may cause fires and electric shocks. ING PARTS Be sure to include the following four points when ordering replacement parts:. 0-digit order numbers. Component part number and name. Equipment model name and unit name. Quantity required <SAMPLE > 0000 S.IC TCWF IC-PW MAIN UNIT piece 0000 SET Screw ZK IC-PW CHASSIS pieces Addresses are provided on the inside back cover for your convenience. REPAIR NOTES. Make sure a problem is internal before disassembling the linear amplifier or the remote controller.. DO NOT open the linear amplifier or the remote controller until the linear amplifier is disconnected from its power source.. DO NOT force any of the variable components. Turn them slowly and smoothly.. 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 linear amplifier is defective.. READ the instructions of test equipment thoroughly before connecting equipment to the linear amplifier.

3 TABLE OF CONTENTS SECTION SECTION SPECIFICATIONS INSIDE VIEWS SECTION CIRCUIT - LINEAR AMPLIFIER CIRCUITS ANTENNA TUNER CIRCUITS PROTECTION CIRCUITS POWER SUPPLY CIRCUITS PORT ALLOCATIONS... - SECTION ADJUSTMENT PROCEDURES - PREPARATION PA AND FRONT UNITS ADJSTMENT MAIN UNIT ADJUSTMENT... - SECTION SECTION SECTION PARTS LIST MECHANICAL PARTS AND DISASSEMBLY SEMI-CONDUCR INFORMATION SECTION BOARD LAYOUTS - ANT-SW UNIT C-NET BOARD L-NET BOARD H-NET BOARD CONNECT BOARD COMBINR UNIT SPLITR UNIT PA UNIT DET BOARD JACK- UNIT SW BOARD FILTER UNIT MAIN UNIT... - SECTION BLOCK DIAGRAM SECTION 0 VOLTAGE DIAGRAM 0- WIRING DIAGRAM SPLITR, PA, AND COMBINR UNITS FILTER UNIT PA UNIT FRONT UNIT MAIN UNIT TUNER UNIT

4 SECTION SPECIFICATIONS M GENERAL Frequency range :.00. MHz.00. MHz.0 MHz MHz MHz MHz.0. MHz MHz.0.0 MHz* MHz* MHz * The USA version can only be used the antenna tuner on the MHz bands. Duty cycle : Full duty Input connector : SO- (0 Ω) Output connector : SO- (0 Ω) Power supply voltage : 0 V V AC or 0 V V AC (single-phase; 0/0 Hz) Usable temperature range : 0 C to +0 C; + F to +0 F Dimensions : Linear amplifier 0(W) (H) (D) mm; (Projections not included).(w) 0.(H).(D) in Remote controller 0(W) (H).(D) mm;.0(w).0(h).(d) in Weight : kg;. lb (Included in the remote controller) (Included in the remote controller) M LINEAR AMPLIFIER Output power : MODE CW, RTTY SSB INPUT AC VOLTAGE 0 V AC 0 V AC 0 00 W* 0 0 W 0 00 W PEP* 0 0 W PEP * EUR- version is 0 0 W; * EUR- version is 0 0 W PEP Driving power : Max. 00 W Sprious emissions : Less than 0 db (for HF bands) Less than 0 db (for 0 MHz band) M ANTENNA TUNER Output matching range :. 0.0 Ω* (for HF bands) Ω (for 0 MHz band) * Specifications of. MHz band guaranteed.. MHz Auto tuning accuracy : VSWR.: or less Min. required input power : 0 W Insertion loss : Less than db (after tuning) All stated specifications are subject to change without notice or obligation. -

5 SECTION INSIDE VIEWS FRONT UNIT SW BOARD ANT-SW UNIT JACK UNIT FRONT SIDE POWER UNIT PA- BOARD LOWPASS FILTER FILTER UNIT COMBINR UNIT PA- BOARD PA- BOARD SPLITR UNIT PA- UNIT -

6 TUNER UNIT C-NET BOARD DET BOARD H-NET BOARD CONNECT BOARD FRONT SIDE MAIN UNIT L-NET BOARD -

7 SECTION CIRCUIT - LINEAR AMPLIFIER CIRCUITS -- EXCITER INPUT SWITCHING CIRCUIT (SPLITR UNIT) The applied signal from the exciter (transceiver) is passed through the exciter select circuit (RL) then applied to the THROUGH/AMP switching relay (RL). The switched signal is passed through the attenuator circuit (R R) when the amplifier is activated. The attenuated signal is applied to the power split circuit (L L, L, R R). When THROUGH is selected, the signal from the exciter select circuit is applied to the FILTER unit via J. The attenuator circuit attenuates the switched signal approx. db to protect the amplifier circuits from excessive input power and stabilizes the amplifying operation. -- POWER SPLITTER CIRCUIT (SPLITR UNIT) The power splitter circuit converts the antenna impedance to (. Ω) at L, then the applied RF power level is divided at the hybrid circuit (L, R, R0). The divided RF signals are separately passed through another hybrid circuit (L, R and L, R) to convert the impedance to 0 Ω and divide the power level. The power level divided signal is applied to the one of four PA units (PA PA) via J to J. The RF power level at J, J, J and J is approx. of applied power (from the exciter). -- POWER AMPLIFIER CIRCUITS (PA BOARDS) The power level divided signal from the SPLITR unit is amplified at the power amplifier circuit (Qa/b). The amplified signal is applied to the COMBINR unit. Two power MOS-FETs (MRF0) and a negative feedback circuit are employed for each PA unit to obtain a stable 00 W or higher of RF power and to maintain response gain for all bands within db. -- POWER COMBINER CIRCUIT (CONBINR UNIT) The amplified signals from the PA and PA boards are combined at the hybrid circuit (L, R) to obtain a 00 W RF level and the impedance is converted to Ω. The amplified signals from the PA and PA boards are combined at another hybrid circuit (L, R). Both signals are again combined at another hybrid circuit (L, R) to obtain a kw RF level and the impedance is converted to. Ω. The combined signal is applied to the FILTER unit via the impedance convertor (L) for conversion to 0 Ω impedance. -- FILTER CIRCUIT (FILTER UNIT) The signal from the CONBINR unit is passed through one of low-pass filters. The filtered signal is applied to the matching circuit. SPLITTER CIRCUIT TRU IN IN J F V TEMP IN DRIV J J D RL L C L R C C R C L C L J RL D D C C R R R R R C R L C D C C R L R D L C0 C R0 L L R J J J PA PA PA R C R R "HV" to PA board via the J, pin C IC L R R C R J PA "TV" to PA board via the J, pin and -

8 -step (-step for the 0 MHz band) Chebyschev low-pass filters are adopted, to obtain 0 db or less higher harmonic emissions for all HF bands or 0 db or less for the 0 MHz band. The filtered signal is passed through or bypasses the antenna tuner and is then applied to one of four antenna connectors via the antenna select relay (RL RL) on the ANT-SW unit. - ANTENNA TUNER CIRCUITS -- MATCHING CIRCUIT (TUNER UNIT) The matching circuit is a T-network. Using tuning motors, the matching circuit obtains rapid overall tuning speed. Using relays (TUNER unit; RL RL0, L-NET board; RL, RL, H-NET board; RL RL0), the relay control signals from the antenna tuner CPU (MAIN unit; IC) via the relay driver (MAIN unit; IC) ground one of the taps of L L (L- NET board) or L L (H-NET board) and add network capacitors (C-NET board). After selecting the coils and capacitors, motors (TUNER unit; MF, MF) adjust C and C using the antenna tuner CPU and the motor driver (MAIN unit; IC) to obtain a low SWR (Standing Wave Ratio). -- DETECR CIRCUIT (MAIN AND FILTER UNITS) () SWR detector Forward and reflected power are picked up by a current transformer (FILTER unit; L), detected by D and D, and then applied to the MAIN unit. The applied signals are amplified at the SWR amplifier (MAIN unit; ICa/b). The amplified voltages are applied to the antenna tuner CPU (MAIN unit; IC, pins, ). The CPU detects the SWR. () Reactance components detector Reactance components are picked up by comparing the phase of the RF current and RF voltage. The RF current is detected by L and R (DET board), and then amplified at ICa and ICd. The amplified RF current is applied to the phase comparator (DET board; IC, pin ). The RF voltages are detected at C C on the DET board, and amplified at ICc and ICa, then applied to the phase comparator (IC, pin ). The output signal from the phase comparator (IC, pin for RF voltage, pin for RF current) is rectified at D and D for conversion into DC voltage. The rectified voltage signals are combined, then applied to the antenna CPU (MAIN unit; IC, pin ) after being amplified at ICa on the MAIN unit. ECL-IC is used for IC and IC on the DET board to ensure quick and stable signal detection even at low RF signal level input. () Resistance components detector Resistance components are picked up by L, R and R, and detected by Q, D and D on the DET board. The detected resistance components are amplified at ICa on the MAIN unit, and then applied to the antenna CPU (IC, pin ). -- MOR CONTROL CIRCUIT (MAIN UNIT AND C-NET, L-NET, H-NET BOARDS) The control circuit of the internal antenna tuner consists of the CPU, EEPROM, tuning motors and tuning relays. () CPU and EEPROM (MAIN unit) The antenna tuner CPU (IC) controls the tuning motors via the motor driver (IC) and tuning relays via the relay driver (IC, Q Q). The CPU memorizes the best preset position and the contents are stored in the EEPROM (IC) without the need for a backup battery. DETECR CIRCUIT From FILTER unit To C-NET board COUPLER COUPLER L, R L, R, R Q, D, D Impedance detector Phase detector D, D, D, D, D, D, IC, IC Amplifier IC DET board MAIN unit Tuner CPU IC -

9 () Tuning controls (MAIN unit) A motor driver (IC) rotates the tuning motors (MF, MF) to obtain a low SWR. () Tuning relays (C-NET, L-NET and H-NET boards) According to the operating frequency band and antenna condition, tuning relays select the capacitors and coils. - PROTECTION CIRCUITS -- GENERAL The IC-PW has two protection systems. One system bypasses the power amplifier, and the other system shuts down the internal power supply activation. Protection activates when: a mismatched frequency band signal is transmitted. the ALC control level exceeds the control range. the power level balance between the PA units becomes unbalanced. the output voltage of the internal power supply (VD) exceeds V DC. the current of the power amplifiers (ID) exceeds 0 A. the heatsink temperature of the power amplifier exceeds +00 C ( F). the applied AC voltage exceeds the specified value. The main CPU controls the THROUGH/AMP switch and internal power supply operation. -- ALC CIRCUIT (MAIN UNIT) The ALC (Automatic Level Control) circuit automatically limits RF output power by controlling the input level of the exciter. () FOR-ALC The detected FOR voltage signal from the SWR detector circuit (FILTER unit; D, D, L) is op-amplified at ICa then applied to the ACC socket (JACK unit; J, pin ) via the ALC adjustment pot (JACK unit; R) and ALC jack (JACK unit; J). () ID-ALC In the IC-PW, internal power supply voltage (ID) is used for ID-ALC. The power supply voltage (ID) is amplified at the opamplifier (ICc), then applied to the ACC socket. () SWR-ALC SWR-ALC protects the power amplifiers (PA PA boards; Qa/b) when SWR worsens and when dielectric breakdown/discharge from excessive voltage rises. The detected voltage signal from the SWR detector circuit (FILTER unit; D, D, L) is op-amplified at the SWR/DRIVE amplifier (ICb) then applied to the ACC socket (JACK unit; J, pin ). () DRV-ALC DRV-ALC activates when the exciter input exceeds 0 W to protect the power amplifiers. The op-amplified signal at the SWR/DRIVE amplifier (ICb) is used for operation. However, the limiter circuit on the SPRITR unit (D, D) is activated for momentary excessive input such as leading edge power, etc. -- DRIVING POWER DETECR CIRCUIT (SPLITR AND MAIN UNITS) A portion of the attenuated input power from the exciter input switching circuit (SPLITR unit; RL) is divided by R and R, and then rectified at D, R and C for conversion to DC voltages. The rectified DC voltages are applied to the drive amplifier (MAIN unit; ICa/b). The amplified DC voltages are applied to the main CPU (MAIN unit; IC) ALC CIRCUITS Regurator Id control IC From SPLITR unit From TUNER unit "T" from MAIN unit RL FILTER UNIT D, D, L VSWR detector SWR/DRIVE control FOR IC RF power control IC To DET board RL ALC selector ALC ALC ALC amp. ACC socket, pin ACC socket, pin Main CPU IC Relay driver IC -

10 -- TEMPERATURE DETECR CIRCUIT (SPLITR AND MAIN UNITS) The temperature detector circuit detects the temperature of the heatsink for final FETs and controls amplifying operation. A thermistor (SPLITR unit; R) detects temperature of the heatsink for final FETs, and the detected temperature signal (DC voltage) is applied to the main CPU (MAIN unit; IC, pin ), to control the cooling fans and amplifying operation. Common V is applied to the thermistor for reference. -- DRIVING FREQUEY DETECR CIRCUIT (SPLITR AND MAIN UNITS) A portion of the RF signal from RL (SPLITR unit) is divided at C and C, then applied to the driving frequency detector circuit in the MAIN unit as the F signal. The F signal from the SPLITR unit is amplified at the limiter amplifier (MAIN unit; IC0) after being amplified at Q and Q. The amplified signal is divided at the divider (MAIN unit; IC0) for conversion to pulse-type signals. The signals are applied to the main CPU (MAIN unit; IC, pin ). The CPU counts the number of pulses as the driving frequency, then controls the protector for frequency band selection. The driving frequency detector circuit detects the input power level at the same time to prevent malfunction at low power level inputs. - POWER SUPPLY CIRCUITS VOLTAGE LINE LINE + V line from the regulator circuit. The output H voltage is applied to the meter lamp (FRONT unit; DS, DS). V controlled from a H line by the relay control circuit (IC, IC). V V DC converted from a V line at IC on the V MAIN unit. The voltage is used for the phase detector on the DET unit. V DC converted from a S line (+ V) at IC + V on the FRONT unit. The voltage is used for the output expander IC on the FRONT unit. V DC converted from a V line at IC on V the DET board. V DC converted from a H (+ V) line at V IC on the MAIN unit. Transmit V DC converted from a H (+ V) T line at Q on the MAIN unit. Transmit V DC converted from a T line at TV IC on the SPLITR unit. The output voltage is used for PA, PA, PA and PA on the PA unit. V line from the regulator circuit. The voltage is HV used for PA, PA, PA and PA on the PA unit. - PORT ALLOCATIONS -- EXPANDER IC (SWITCH BOARD; IC) Pin number Pin number Port name IL IL AL AL AL AL Port name Description Outputs INPUT LED control signal. High: While INPUT LED is ON. Outputs INPUT LED control signal. High: While INPUT LED is ON. Outputs ANT LED control signal. High: While ANT LED is ON. Outputs ANT LED control signal. High: While ANT LED is ON. Outputs ANT LED control signal. High: While ANT LED is ON. Outputs ANT LED control signal High: While ANT LED is ON. -- EXPANDER IC (SWITCH BOARD; IC) VML SML AML TML IML PML Description Outputs VD LED control signal. High: While VD LED is ON. Outputs SWR LED control signal. High: While SWR LED is ON. Outputs ALC LED control signal. High: While ALC LED is ON. Outputs TEMP LED control signal. High: While TEMP LED is ON. Outputs ID LED control signal. High: While ID LED is ON. Outputs PO LED control signal. High: While PO LED is ON. -

11 -- EXPANDER IC (SWITCH BOARD; IC) Pin number -- EXPANDER IC (SWITCH BOARD; IC) Pin number Port name 0ML ML ML 0ML ML ML Port name _M _M PROL PAL TUNL TRANS AUL Description Outputs 0 LED control signal. High: While 0 LED is ON. Outputs LED control signal. High: While LED is ON. Outputs LED control signal. High: While LED is ON. Outputs 0 LED control signal. High: While 0 LED is ON. Outputs LED control signal. High: While LED is ON. Outputs LED control signal. Description Outputs. LED control signal. High: While. LED is ON. Outputs. LED control signal. High: While. LED is ON. Outputs AMP/PROTECT LED control signal. High: While AMP/PROTECT LED is ON. Outputs AMP/PROTECT LED control signal. High: While AMP/PROTECT LED is ON. Outputs TUNER LED control signal. High: While TUNER LED is ON. Outputs TRANSMIT LED control signal. High: While TRANSMIT LED is ON. Outputs AU LED control signal. High: While AU LED is ON. -- SHIFT REGISTER IC (SWITCH BOARD; IC) Pin number Port name ANT TUNER PA MET MET BUP BDN I/ Description Input port for the antenna switching signal. Low: When ANT switch is pushed. Input port for the tuner power ON/OFF switching signal. Low: When TUNER switch is pushed. Input port for the PA power ON/OFF switching signal. Low: When AMP/PROTECT switch is pushed. Input port for the meter mode select signal for meter-. Low: When METER- switch is pushed. Input port for the meter mode select signal for meter-. Low: When METER- switch is pushed. Input port for the band up signal. Low: When UP switch is pushed. Input port for the band down signal. Low: When DOWN switch is pushed. Input port for the port select signal. Low: When INPUT switch is selected. -

12 -- CPU (MAIN UNIT; IC) Pin number 0 Port name FOR Vc Ic ALCM TEMP USA JPN SEND I/.MF Description Input port for the forward power voltage from IC (pin ). Input port for the reflected voltage from IC (pin ). Input port for the voltage from power supply VO signal. The voltage is controlled by R. Input port for the current from power supply IO signal. The current is controlled by R. Input port for the ALC signal which is used for the METER-. Input port for the signal about temperature of the heatsink. Input port for the version set signal. Low: USA version is set. Input port for the version set signal. Low: JPN version is set. Input port for the transmit switching signal. Low: While transmitting Outputs a input port select signal. Low: When INPUT is selected. High: When INPUT is selected. Outputs a bandpass filter select signal. High: When.. MHz band is selected. Pin number Port name ANT ANT ANT ANT TUF REGF STA ACC Description Outputs ANT select signal to RL on the ANT-SW unit. Low : When ANT is selected. Outputs ANT select signal to RL on the ANT-SW unit. Low : When ANT is selected. Outputs ANT select signal to RL on the ANT-SW unit. Low : When ANT is selected. Outputs ANT select signal to RL on the ANT-SW unit. Low : When ANT is selected. Outputs cooling fan control signal for the PA unit. High: The PA fan is working. Outputs cooling fan control signal for the CHASSIS unit. High: The tuner fan is working. Outputs cooling fan control signal for the power supply unit. High: The power supply fan is working. Data output port to the tuner CPU in the MAIN unit. Input port for the informed signal about the power switch of the exciter on JACK unit. High: When power of the exciter is ON..MF Outputs a bandpass filter select signal. High: When.. MHz band is selected. REGT Input port for the protect signal about tempareture of the power supply. High: While protecting. MF 0MF MF Outputs a bandpass filter select signal. High: When.0.00 MHz band is selected. Outputs a bandpass filter select signal. High: When MHz band is selected. Outputs a bandpass filter select signal. High: When.0.0 MHz band is selected. 0 BALA KEY MAXI Input port for the signal to obtain stable power from the PA unit. Data input port from the tuner CPU in the MAIN unit. Input port for the protect signal about the the power supply current. High: While protecting. 0 MF Outputs a bandpass filter select signal. High: When.0. MHz band is selected. MF Outputs a bandpass filter select signal. High: When.0.0 MHz band is selected. 0MF Outputs a bandpass filter select signal. High: When MHz band is selected. -

13 SECTION ADJUSTMENT PROCEDURES - PREPARATION REQUIRED TEST EQUIPMENT EQUIPMENT GRADE AND RANGE EQUIPMENT GRADE AND RANGE Exciter (Transceiver) RF power meter (terminated type) Frequency range :. 0 MHz Output power : 0 00 W Mode : RTTY or FM IC- (for tuner basis voltage adjustment) Measuring range : 0 00 W Frequency range :. 0 MHz Impedance : 0 Ω SWR : Less than. : Ammeter RF dummy load Digital DC voltmeter DC voltmeter Load-resistor Capability Impedance Capability Input impedance Input impedance Capability : A : 0, 00 and 0 Ω : 00 W or more : 0 MΩ/V DC or better : 0 kω/v DC or better :. 0. A CONNECTION Connect -conductor plug to REMOTE connector when adjusting meter maximum point. /" (. mm) -conductor plug Shorten inner and outer plugs RF dummy load RF power meter 00 W/0 Ω Coaxial cable to the ANT connector INPUT Coaxial cable EXCITER RF OUT IC-PW AC outlet Ground [USA] : 00 0/0 0 V [EUR] and [EUR-] : 0 V -

14 - PA AND FRONT UNIT ADJUSTMENT Idling current must be taken out the PA unit from the main body. ADJUSTMENT IDLING CURRENT ADJUSTMENT CONDITION [POWER] switch : OFF Pre-set R and R0 on the PA board to maximum counterclockwise position. [POWER] switch : ON [AMP] switch : ON Exciter frequency :. MHz Mode : USB Apply no audio signal to the [MICROPHONE] connector. Connect the lead of L to ground. Transmitting. Disconnect the lead of L from ground. Connect the lead of L to ground. Transmitting. Disconnect the lead of L from ground. Connect the lead of L to ground. ADJUSTMENT MEASUREMENT VALUE POINT UNIT LOCATION UNIT ADJUST Front panel Front panel Connect the DC ammeter to the HV line between PA board and the power supply unit. Connect the DC ammeter to the HV line between PA board and the power supply unit. 00 ma 00 ma 00 ma PA PA R R0 R Same adjustments as steps for PA PA boards. METER MAXIMUM POINT [POWER] switch : OFF Connect the terminator to [REMOTE] jack, then while pushing the [ANT] switch, turn power ON. METER- : [PO] scale METER- : [VD] scale Controller [METER-] [METER-] Set as below :. k K 0.K 0 PO W ID HOT A TEMP METER- Set as below : SW R R VD. SWR ALC adj 0 0 V ALC METER- -

15 Idling current adjustment Front side (after removed front panel) WS ID ALC and ID meter check point Ammeter L Connect the lead of L to ground PA PA boards FRONT SIDE R0 R Idling current pre-setting Idling current adjustment PA- BOARD PA- BOARD PA- BOARD PA- BOARD L Connect the lead of L to ground Meter maximum point adjustment Switch board SW BOARD FRONT SIDE R R Meter maximum point adjustment -

16 - MAIN UNIT ADJUSTMENT The TUNER BASIS VOLTAGE ADJUSTMENT needs the IC- as an exciter. ADJUSTMENT SWR DETECR CIRCUIT TUNER BASIS VOLT- AGE ADJUSTMENT CONDITION Input AC voltage : 00 V Pre-set R, R, R to 0 counterclockwise Pre-set R, R to center. Pre-set S to, and S to. [METER-] : [PO] scale Pre-set ALC adj to max. counterclockwise, and then turn slowly ALC adj to max. clockwise. Exciter frequency :.0 MHz Mode : RTTY RF power : minimum Transmitting [METER-] : [SWR] scale [METER-] Transmitting After adjustment, reset ALC adj to max. conterclockwise. Disconnect J on the tuner unit of IC-, and then connect to J on the MAIN unit of IC-PW. Connect [ANT] connector of IC- to [INPUT] connector of IC- PW. Connect a 0 Ω dummy load to [ANT] connector of IC-PW. Turn S to SET. Connect CP to ground. Push and hold [ANT], [ENT] and [TUNER] switches of IC-, then turn IC- ON. Push [TUNER] key of IC-. IC- DISPLAY MEASUREMENT ADJUSTMENT VALUE POINT UNIT LOCATION UNIT ADJUST Controller [METER-] 00 W Exciter RF power volume Minimum value Display of IC- shows SET. Display of IC- shows END. FILTER C Verify After adjustment, remove the jumper wire from CP and reset S to counter side. SWR detector circuit adjustment Rear panel ANT ANT ANT ANT INPUT ACC- ALC SEND ACC- ALC SEND INPUT EXCITER & CONTROLLER REMOTE ALC adj REMOTE ALC adj ALC adj SWR detector circuit pre-setting L N -

17 SWR detector circuit adjustment MAIN unit FRONT SIDE SWR detector pre-setting R R R R R S S MAIN UNIT Filter unit FRONT SIDE C SWR detector circuit adjustment FILTER UNIT Tuner basis voltage adjustment FRONT SIDE MAIN UNIT J Connect J on the tuner unit of IC- to here MAIN unit of IC-PW J Disconnect J from here Bottom view of IC- S CP Tuner basis voltage pre-setting -

18 MAIN UNIT ADJUSTMENT (Continued) ADJUSTMENT POWER SET (HF BAND, AC 00 V,) ADJUSTMENT CONDITION Input AC voltage : 00 V METER- : [PO] scale METER- : [ALC] scale Exciter frequency :. MHz Mode : RTTY Transmitting MEASUREMENT ADJUSTMENT VALUE POINT UNIT LOCATION UNIT ADJUST Controller [METER-] Set [ALC] meter to REAR ALC adj center as below: panel VD. SWR ALC ALC adj METER- 0 0 V (AC 00 V) [USA], [EUR] only REAR panel Connect the RF power meter to the [ANT] connector. Repeat steps, several times for precision. Input AC voltage : 00 V Set ALC adj to max. counterclockwise. Exciter frequency :. MHz Mode : RTTY Transmitting Controller [METER-] 00 W Set [ALC] meter to center as below: VD. SWR ALC ALC adj 0 0 V MAIN REAR panel R ALC adj METER- REAR panel Connect the RF power meter to the [ANT] connector. 0 W MAIN R (0 MHz, AC 00 V) Repeat steps, several times for precision. Input AC voltage : 00 V REAR Connect the RF Exciter frequency : 0. MHz Mode : RTTY Transmitting panel power meter to the [ANT] connector. 00 W MAIN R PO METER SET (HF bands) Turn ALC adj to max. counterclockwise. METER- : [PO] scale Exciter frequency :. MHz Mode : RTTY Transmitting REAR panel Connect the RF power meter to the [ANT] connector. 00 W REAR panel ALC adj (0 MHz band) Connect the RF power meter to the [ANT] connector. Exciter frequency : 0. MHz Transmitting Controller Controller [METER-] [METER-] 00 W Same power as the RF power meter. MAIN MAIN R R0 SWR METER SET Connect a 00 Ω dummy load to [ANT] connector. METER- : [SWR] scale Exciter frequency :. MHz Mode : RTTY Power : kw Transmitting Controller [METER-] SWR MAIN R VD METER SET METER- : [VD] scale Connect the DC voltmeter between the HV line and the line of the power supply unit. Controller [METER-] Same voltage as the DC voltmeter. MAIN R -

19 Rear panel ANT ANT ANT ANT INPUT ACC- ALC SEND ACC- ALC SEND INPUT EXCITER & CONTROLLER REMOTE ALC adj REMOTE ALC adj ALC adj Power set adjustment for HF band PO meter set adjustment L N FRONT SIDE MAIN UNIT MAIN unit R Power set adjustment for 0 MHz band R Power set adjustment for HF band (AC 00 V) R Power set adjustment for HF band (AC 00 V) R R0 PO meter set adjustment R SWR meter set adjustment R VD meter set adjustment VD meter set adjustment Front side (after removed front panel) WS VD meter set check point DC voltmeter -

20 MAIN UNIT ADJUSTMENT (Continued) ADJUSTMENT ID ALC ID METER ADJUSTMENT CONDITION Connect a DC ammeter to the HV line between power supply unit and PA unit. METER- Exciter frequency Mode Transmitting : [ID] scale. :. MHz : RTTY Connect a load-resistor between HV line and line on power supply unit. Transmitting Disconnect a DC ammeter, and then connect a DC ammeter to the HV line between power supply unit and a load-resistor. Disconnect a DC ammeter, and then connect a DC ammeter to the HV line between power supply unit and PA unit. Connect a DC ammeter to the HV line between power supply unit and PA unit. METER- : [ID] scale. Exciter frequency :. MHz Mode : RTTY Transmitting MEASUREMENT ADJUSTMENT VALUE POINT UNIT LOCATION UNIT ADJUST Controller [METER-] Set [ID] meter to a half MAIN R value of connecting ammeter. Front Ammeter A Exciter RF panel power Controller [METER-]. 0. A.. A The same value of the ammeter. MAIN MAIN The loadresistor R R ID ALC and ID meter adjustment MAIN unit FRONT SIDE MAIN UNIT R R ID ALC adjustment R ID meter adjustment -

21 ID ALC and ID meter adjustment Front side (after removed front panel) WS ID ALC and ID meter check point Ammeter ID ALC adjustment Front side (after removed front panel) load-resistor WS ID ALC check point Ammeter Front side (after removed front panel) WS ID ALC check point Ammeter -

22 SECTION PARTS LIST [MAIN UNIT] IC 0000 S.IC NJM0AM-T IC S.IC NJMM-T IC S.IC NJMM-T IC S.IC NJMM-T IC S.IC TA0F (TEL) IC 0000 S.IC XC0S-.T IC 0000 S.IC BA00AF-T IC S.IC NJMM-T IC S.IC TCSF (TER) IC 0000 S.IC TCSF (TER) IC 0000 S.IC M0M-FP IC 0000 S.IC S-0ALB-LM-T IC S.IC TDAF (TP) IC 0000 S.IC TDAFN (EL) IC 0000 S.IC µpd0ubg-t IC 0000 S.IC XC0AS-.0T IC S.IC TDAF (TP) IC S.IC TDAF (TP) IC S.IC TCACF (EL) IC S.IC NJMM-T IC 0000 S.IC S-0ALB-LM-T IC 0000 S.IC TMP0PMF IC 0000 S.IC TCSF (TER) IC 0000 S.IC TCWF (TEL) IC S.IC TCSFU (TER) IC S.IC NJMM-T IC 0000 S.IC TCSF (TER) Q S.TRANSISR SA-Y (TER) Q 0000 S.TRANSISR SC-GR (TER) Q S.TRANSISR SBS-TD Q 0000 S.TRANSISR DTCEE TL Q S.TRANSISR SBS-TD Q 0000 S.TRANSISR DTCEE TL Q S.TRANSISR SBS-TD Q 0000 S.TRANSISR DTCEE TL Q S.TRANSISR SBS-TD Q S.TRANSISR SBS-TD Q S.TRANSISR SBS-TD Q S.TRANSISR SBS-TD Q S.TRANSISR SBS-TD Q S.TRANSISR SBS-TD Q S.TRANSISR SBS-TD Q 0000 S.TRANSISR DTCEE TL Q 0000 S.TRANSISR DTCEE TL Q 0000 S.TRANSISR DTCEE TL Q 0000 S.TRANSISR DTCEE TL Q S.TRANSISR DTCEE TL Q 0000 S.TRANSISR DTCEE TL Q 0000 S.TRANSISR DTCEE TL Q S.TRANSISR SA-Y (TER) Q 0000 S.TRANSISR SC-GR (TER) Q 0000 S.TRANSISR SC-GR (TER) Q S.TRANSISR SA-GR (TER) Q S.TRANSISR SBS-TD Q 0000 S.TRANSISR DTCEE TL Q 0000 S.TRANSISR SC-GR (TER) Q S.TRANSISR SC-GR (TER) Q 0000 S.TRANSISR DTCEE TL Q 0000 S.TRANSISR SC-GR (TER) Q 0000 S.TRANSISR SC-O (TER) Q S.FET SK0-Y (TER) Q 0000 S.TRANSISR DTCEE TL Q S.TRANSISR DTCEE TL Q S.TRANSISR SBS-TD Q S.TRANSISR DTCEE TL Q S.TRANSISR SC-GR (TER) Q S.TRANSISR DTCEE TL Q S.TRANSISR DTCEE TL Q S.TRANSISR SC-GR (TER) Q S.TRANSISR DTCEE TL Q S.TRANSISR DTCEE TL Q S.TRANSISR DTCEE TL Q 0000 S.TRANSISR DTCEE TL D 0000 S.DIODE SS (TPH) [MAIN UNIT] D S.DIODE MA (TX) D S.DIODE MA (TX) D S.ZENER RD.M-TB D S.ZENER RD.M-TB D 0000 S.DIODE SS (TPH) D 0000 S.DIODE SS (TPH) D S.DIODE SS0 (TER) D S.DIODE SS0 (TER) D S.DIODE SS00 (TER) D S.DIODE SS00 (TER) D 0000 S.DIODE DFS-0 D S.DIODE MA (TX) D S.DIODE MA (TX) D S.DIODE MA (TX) [USA] only D S.DIODE MA (TX) D S.DIODE MA (TX) D S.ZENER RD.M-TB D S.ZENER RD.M-TB D S.DIODE SS0 (TER) D S.DIODE MA (TX) D S.DIODE MA (TX) D S.DIODE MA (TX) D S.DIODE SS0 (TER) D S.DIODE MA (TX) D S.DIODE MA (TX) D 0000 S.DIODE SS (TPH) D 0000 S.DIODE SS (TPH) D S.DIODE SS (TPH) D S.DIODE SS0 (TER) D S.DIODE SS00 (TER) D S.DIODE SS0 (TER) D 0000 S.DIODE DFS-0 D 0000 S.DIODE SS (TPH) D 0000 S.DIODE SS (TPH) D S.DIODE MA (TX) D S.DIODE SS (TPH) D S.DIODE MA (TX) D S.DIODE SS0 (TER) D S.DIODE SS0 (TER) D S.DIODE SS0 (TER) D 0000 S.DIODE SS (TPH) X S.XTAL CR- (. MHz) X S.XTAL CR- (.0 MHz) L S.COIL NL T-0J L S.COIL NL T-0J L S.COIL NL T-0J L S.COIL NL T-0J L S.COIL NL T-0J L S.COIL NL T-0J L S.COIL NL T-0J L S.COIL NL T-0J L S.COIL NL T-00J L S.COIL NL T-00J L S.COIL NL T-0J L S.COIL NL T-0J L S.COIL NL T-0J L S.COIL NL T-0J L S.COIL NL T-0J L S.COIL NL T-0J L S.COIL NL T-00J L S.COIL NL T-0J L S.COIL NL T-0J L S.COIL NL T-0J L S.COIL NL T-0J L S.COIL NL T-0J L S.COIL NL T-00J L 0000 COIL LR-0 L COIL S0-0K L S.COIL NL T-0J L S.COIL NL T-0J L S.COIL NL T-0J L 0000 COIL LR-0 S.=Surface mount -

23 [MAIN UNIT] L S.COIL NL T-0J L COIL LAL 0NA 0K L S.COIL HF0ACC -T L S.COIL HF0ACC -T L S.COIL HF0ACC -T L S.COIL HF0ACC -T L S.COIL HF0ACC -T L S.COIL HF0ACC -T L S.COIL HF0ACC -T L S.COIL HF0ACC -T L S.COIL HF0ACC -T L S.COIL HF0ACC -T L S.COIL HF0ACC -T L S.COIL NL T-0J L S.COIL HF0ACC -T L S.COIL NL T-0J L S.COIL NL T-0J L S.COIL HF0ACC -T L S.COIL HF0ACC -T L S.COIL HF0ACC -T L S.COIL HF0ACC -T L S.COIL HF0ACC -T L S.COIL HF0ACC -T L S.COIL HF0ACC -T L S.COIL HF0ACC -T L S.COIL HF0ACC -T L S.COIL HF0ACC -T L S.COIL HF0ACC -T L S.COIL HF0ACC -T L S.COIL HF0ACC -T L S.COIL HF0ACC -T L S.COIL HF0ACC -T L S.COIL HF0ACC -T L S.COIL HF0ACC -T L S.COIL HF0ACC -T L S.COIL HF0ACC -T L S.COIL HF0ACC -T L S.COIL HF0ACC -T L S.COIL NL T-0J L S.COIL NL T-0J L S.COIL NL T-00J L S.COIL NL T-00J L S.COIL NL T-00J L COIL - L S.COIL NL T-0J L S.COIL NL T-0J L S.COIL NL T-0J L S.COIL NL T-0J L S.COIL HF0ACC -T L S.COIL HF0ACC -T L S.COIL HF0ACC -T L COIL - L COIL - L S.COIL NL T-0J L S.COIL NL T-0J L S.COIL HF0ACC -T L S.COIL NL T-0J L COIL LAL 0NA 0K L COIL LAL 0NA 00K L COIL LAL 0NA 00K L S.COIL NL T-0J L S.COIL NL T-0J L S.COIL NL T-0J L S.COIL NL T-0J L S.COIL HF0ACC -T L S.COIL HF0ACC -T L S.COIL NL T-0J L S.COIL NL T-0J R S.RESISR ERJGEYJ V (. MΩ) R S.RESISR ERJGEYJ V (0 kω) R S.RESISR ERJGEYJ 0 V (00 kω) R 0000 S.TRIMMER RV-0 (RH0AAX0A) 0 R 0000 S.TRIMMER RV-0 (RH0AA) 0 R 0000 S.TRIMMER RV-0 (RH0AAX0A) 0 R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ V (. MΩ) R S.RESISR ERJGEYJ V (0 kω) R S.RESISR ERJGEYJ V (. MΩ) R S.RESISR ERJGEYJ 0 V (00 kω) R S.RESISR ERJGEYJ V (. MΩ) [MAIN UNIT] R S.RESISR ERJGEYJ V (0 kω) R 0000 S.TRIMMER RV-0 (RH0AAX0FC) 0 R 0000 S.TRIMMER RV-0 (RH0AAX0A) 0 R S.RESISR ERJGEYJ 0 V (0 kω) R S.RESISR ERJGEYJ V (0 kω) R S.RESISR ERJGEYJ V (0 kω) R 0000 S.TRIMMER RV- (RH0AAS) R S.RESISR ERJGEYJ V (0 kω) R S.RESISR ERJGEYJ 0 V ( kω) R S.RESISR ERJGEYJ V (0 kω) R S.RESISR ERJGEYJ V (0 kω) R 0000 S.TRIMMER RV- (RH0AAS) R S.RESISR ERJGEYJ V (0 kω) R S.RESISR ERJGEYJ 0 V ( kω) R S.RESISR ERJGEYJ V (0 kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ V (. kω) R S.RESISR ERJGEYJ V (. kω) R S.RESISR ERJGEYJ V (0 kω) R S.RESISR ERJGEYJ V (0 kω) R S.RESISR ERJGEYJ V (0 kω) R S.RESISR ERJGEYJ V (0 kω) R S.RESISR ERJGEYJ 0 V ( kω) R S.RESISR ERJGEYJ 0 V ( kω) R S.RESISR ERJGEYJ 0 V ( kω) R S.RESISR ERJGEYJ 0 V ( kω) R S.RESISR ERJYJ00H (0 Ω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ V (. kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ V (. kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ 0 V (0 kω) R S.RESISR ERJGEYJ V (0 Ω) R S.RESISR ERJYJ0H ( Ω) R S.RESISR ERJYJR0H ( Ω) R S.RESISR ERJGEYJ 0 V (00 kω) R S.RESISR ERJGEYJ V (. kω) R S.RESISR ERJGEYJ 0 V (00 kω) R S.RESISR ERJGEYJ V (. kω) R S.RESISR ERJGEYJ V (. MΩ) R S.RESISR ERJGEYJ 0 V (0 kω) R S.RESISR ERJGEYJ V (. kω) R S.RESISR ERJGEYJ 0 V (00 kω) R S.RESISR ERJGEYJ V (. kω) R S.RESISR ERJGEYJ 0 V (00 kω) R S.RESISR ERJGEYJ 0 V ( MΩ) R S.RESISR ERJGEYJ 0 V (0 kω) R S.RESISR ERJGEYJ 0 V ( kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ V (0 Ω) R S.RESISR ERJGEYJ 0 V ( kω) R S.RESISR ERJGEYJ 0 V (00 kω) R S.RESISR ERJGEYJ V (0 kω) R S.RESISR ERJGEYJ V (0 kω) R S.RESISR ERJGEYJ V (0 kω) R S.RESISR ERJGEYJ 0 V ( kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ V (0 Ω) R S.RESISR ERJGEYJ 0 V ( kω) R S.RESISR ERJGEYJ 0 V (0 kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ 0 V ( kω) R S.RESISR ERJGEYJ 0 V (0 kω) R S.RESISR ERJGEYJ 0 V (0 kω) R S.RESISR ERJGEYJ V ( kω) S.=Surface mount -

24 [MAIN UNIT] R S.RESISR ERJGEYJ 0 V (0 kω) R S.RESISR ERJGEYJ 0 V (0 kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ 0 V (00 kω) R S.RESISR ERJGEYJ 0 V ( kω) R S.RESISR ERJGEYJ V (0 kω) R S.RESISR ERJGEYJ 0 V (00 kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ V (. kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ 0 V ( kω) R S.RESISR ERJGEYJ 0 V ( kω) R S.RESISR ERJGEYJ 0 V ( kω) R S.RESISR ERJGEYJ 0 V ( kω) R S.RESISR ERJGEYJ V (. MΩ) R S.RESISR ERJGEYJ 0 V (00 kω) R S.RESISR ERJGEYJ V (0 kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ V (. kω) R S.RESISR ERJGEYJ 0 V (0 kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR MCR0EZHJ. kω R S.RESISR MCR0EZHJ. kω R S.RESISR MCR0EZHJ. kω R S.RESISR MCR0EZHJ. kω R S.RESISR MCR0EZHJ. kω R S.RESISR MCR0EZHJ. kω R S.RESISR MCR0EZHJ. kω R S.RESISR MCR0EZHJ. kω R S.RESISR MCR0EZHJ. kω R S.RESISR MCR0EZHJ. kω R S.RESISR MCR0EZHJ. kω R S.RESISR ERJGEYJ 0 V (00 kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ 0 V (0 kω) R S.RESISR ERJGEYJ 0 V (00 kω) R S.RESISR ERJGEYJ 0 V (00 kω) R S.RESISR ERJGEYJ V (0 kω) R S.RESISR ERJGEYJ V (0 Ω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ V (0 Ω) R S.RESISR ERJGEYJ 0 V ( Ω) R S.RESISR ERJGEYJ 0 V (00 kω) R S.RESISR ERJGEYJ 0 V (00 kω) R S.RESISR ERJGEYJ V (0 Ω) R S.RESISR ERJGEYJ 0 V (00 kω) R S.RESISR ERJGEYJ 0 V (00 kω) R S.RESISR ERJGEYJ V (. kω) R S.RESISR MCR0EZHJ. kω R S.RESISR ERJGEYJ V (. kω) R S.RESISR MCR0EZHJ. kω R S.RESISR ERJGEYJ V (. kω) R S.RESISR MCR0EZHJ. kω R S.RESISR ERJGEYJ V (. kω) R S.RESISR MCR0EZHJ. kω R S.RESISR ERJGEYJ V (. kω) R S.RESISR MCR0EZHJ. kω R S.RESISR ERJGEYJ V (. kω) R S.RESISR MCR0EZHJ. kω R S.RESISR ERJGEYJ V (. kω) R S.RESISR MCR0EZHJ. kω R S.RESISR ERJGEYJ V (. kω) R S.RESISR MCR0EZHJ. kω R S.RESISR ERJGEYJ V (. kω) R S.RESISR MCR0EZHJ. kω R S.RESISR ERJGEYJ V (. kω) R S.RESISR MCR0EZHJ. kω R S.RESISR ERJGEYJ V (. kω) R S.RESISR MCR0EZHJ. kω R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ 0 V (0 kω) R 0000 S.TRIMMER RV- (RH0AAJX0HA) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ 0 V ( kω) R S.RESISR ERJGEYJ 0 V ( kω) [MAIN UNIT] R S.RESISR ERJGEYJ V (0 kω) R S.RESISR ERJGEYJ V (0 kω) R S.RESISR ERJGEYJ V (0 kω) R S.RESISR ERJGEYJ 0 V (00 kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ 0 V ( kω) R S.RESISR ERJGEYJ V (0 kω) R S.RESISR ERJGEYJ V (0 kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ V (0 kω) R S.RESISR ERJGEYJ 0 V (00 kω) R S.RESISR ERJGEYJ 0 V ( kω) R S.RESISR ERJGEYJ V (. kω) R RESISR PSD/ 0 Ω R RESISR PSD/ 0 Ω R S.RESISR ERJGEYJ V (0 kω) R S.RESISR ERJGEYJ 0 V (0 kω) R 0000 S.RESISR ERJGEYJ V (0 kω) R S.RESISR ERJGEYJ 0 V (00 kω) R S.RESISR ERJGEYJ 0 V (0 kω) R S.RESISR ERJGEYJ V (. MΩ) R S.RESISR ERJGEYJ 0 V ( kω) R S.RESISR ERJGEYJ V (0 kω) R RESISR RXJ Ω R S.RESISR ERJGEYJ 0 V (00 kω) R S.RESISR ERJGEYJ 0 V (00 kω) R S.RESISR ERJGEYJ V (0 Ω) R S.RESISR ERJGEYJ V (0 Ω) R S.RESISR ERJGEYJ V (0 kω) R S.RESISR ERJGEYJ V (0 kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ 0 V ( MΩ) R S.TRIMMER RV-0 (RH0AA) 0 R S.RESISR ERJGEYJ V ( kω) C S.CERAMIC C0 JB H K-T-A C S.CERAMIC C0 JB H K-T-A C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB H K-T-A C S.CERAMIC C0 JB H K-T-A C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB H K-T-A C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C 0000 S.ELECTROLYTIC ECEVCA0SP C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.ELECTROLYTIC ECEVCA0SP C S.CERAMIC C0 JB H K-T-A C S.CERAMIC C0 JB H K-T-A C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB H 0K-T-A C 0000 S.ELECTROLYTIC ECEVCAP C S.CERAMIC C JB C 0M-T-A C 0000 S.ELECTROLYTIC ECEV CA P C 0000 S.ELECTROLYTIC ECEV CA P C S.CERAMIC C JB C 0M-T-A C S.CERAMIC C JB C 0M-T-A C 0000 S.ELECTROLYTIC ECEVCA0SP C 0000 S.ELECTROLYTIC ECEVCA0SP C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.ELECTROLYTIC ECEVCS00SR C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N S.=Surface mount -

25 [MAIN UNIT] C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.ELECTROLYTIC ECEVCS00SR C S.CERAMIC C0 JB H K-T-A C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 CH H 0J-T-A C S.CERAMIC C0 CH H 0J-T-A C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JF C Z-T-A C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB H K-T-A C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C 0000 S.CERAMIC C0 CH H J-T-A C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C K-T-A C S.CERAMIC C0 SL H J-T-A C S.CERAMIC C0 JB C K-T-A C S.CERAMIC C0 JB H K-T-A C S.CERAMIC C0 JB H 0K-T-A C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 CH H 0J-T-A C S.CERAMIC C0 CH H 0J-T-A C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB H K-T-A C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.ELECTROLYTIC ECEVCS00SR C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB H 0K-T-A C S.CERAMIC C0 JB H 0K-T-A C S.CERAMIC C0 JB H 0K-T-A C S.CERAMIC C0 JB H 0K-T-A C S.CERAMIC C0 JB C K-T-A [MAIN UNIT] C S.CERAMIC C0 JB C K-T-A C S.CERAMIC C0 JB H 0K-T-A C S.CERAMIC C0 JB H 0K-T-A C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB H 0K-T-A C S.ELECTROLYTIC ECEVCS00SR C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB H 0K-T-A C 0000 ELECTROLYTIC 0 MV SWB C S.CERAMIC C0 JB H 0K-T-A RL 0000 RELAY AHY0 RL 0000 RELAY AHY0 J 000 S.CONNECR 0-00 J 0000 CONNECR B0B-EH-S J 0000 CONNECR BB-EH-S J 0000 CONNECR B0B-EH-S J 0000 CONNECR BB-EH-S J 0000 CONNECR B0B-EH-S J CONNECR B0B-EH-S J 000 CONNECR 0-0 J 0000 CONNECR B0B-EH-S J 0000 CONNECR B0B-EH-S J 0000 CONNECR B0B-EH-S J CONNECR B0B-EH-S J 0000 CONNECR B0B-EH-S J 0000 CONNECR B0B-EH-S S 0000 SWITCH S-00A S 0000 SWITCH S-00A S S.SWITCH SW- EP PCB B J [FILTER UNIT] D DIODE S D DIODE S D DIODE S D DIODE S D DIODE S D DIODE S D DIODE S D DIODE MBD0 D DIODE MBD0 D DIODE S D DIODE S L 0000 COIL LA- L 0000 COIL LA-0 L 0000 COIL LA-0 L 0000 COIL LA-0 L 0000 COIL LA- L COIL LR-00 L 0000 COIL LR-0 L 0000 COIL LR- L COIL LR- L 0000 COIL LR- L 0000 COIL LR-0 L 0000 COIL LR- L 0000 COIL LR- L 0000 COIL LAL 0NA 00K L 0000 COIL LAL 0NA 00K L 0000 COIL LAL 0NA 00K L COIL LAL 0NA 0K L COIL LAL 0NA 0K L COIL LAL 0NA 0K S.=Surface mount -

26 [FILTER UNIT] L COIL LAL 0NA 0K L COIL LR- L COIL LAL 0NA 0K L 0000 COIL LA- L 0000 COIL LA- L 0000 COIL LA- L COIL LAL 0NA 00K L 0000 COIL LA-0 L COIL LAL 0NA 0K L COIL BL0RN-A-00 R RESISR R0J 0 kω R RESISR R0J 0 kω R RESISR R0J 0 kω R RESISR R0J 0 kω R S.RESISR ERJWYJ0H ( Ω) R S.RESISR ERJWYJ0H ( Ω) R S.RESISR ERJWYJ0H ( Ω) R S.RESISR ERJWYJ0H ( Ω) R RESISR R0J 0 kω R RESISR R0J 0 kω R S.RESISR ERJWYJ0H ( Ω) R S.RESISR ERJWYJ0H ( Ω) R ABSORBER DSA-0MA C CERAMIC DE00 SL 0J KV C CERAMIC DE00 SL 0J KV C CERAMIC DE00 SL 0J KV C CERAMIC DE00 SL 0J KV C CERAMIC DE00 SL 0J KV C CERAMIC DE00 SL 0J KV C CERAMIC DE0 SL 0J KV C CERAMIC DE0 SL 0J KV C CERAMIC DE00 SL 0J KV C CERAMIC DE0 SL 0J KV C CERAMIC DE00 SL 0J KV C CERAMIC DE00 SL 0J KV C CERAMIC DE00 SL 0J KV C CERAMIC DE00 SL 0J KV C CERAMIC DE0 SL 0J KV C CERAMIC DE00 SL 0J KV C CERAMIC DE0 SL 0J KV C CERAMIC DE0 SL 0J KV C CERAMIC DE0 SL 0J KV C CERAMIC DE0 SL J KV C CERAMIC DE0 SL J KV C CERAMIC DE0 SL J KV C CERAMIC DE0 SL J KV C CERAMIC DE0 SL J KV C CERAMIC DE0 SL J KV C CERAMIC DE0 SL 0J KV C CERAMIC DE0 SL 0J KV C CERAMIC DE00 SL 0J KV C CERAMIC DE0 SL J KV C CERAMIC DE0 SL J KV C CERAMIC DE0 SL J KV C CERAMIC DE0 SL J KV C CERAMIC DE0 SL J KV C CERAMIC DE0 SL J KV C CERAMIC DE0 SL J KV C CERAMIC DE0 SL J KV C CERAMIC DE0 SL 0J KV C CERAMIC DE0 SL J KV C CERAMIC DE0 SL J KV C CERAMIC DE0 SL J KV C CERAMIC DE0 SL J KV C CERAMIC DE0 SL J KV C CERAMIC DE0 SL J KV C DIP MICA DM0CJ-N C DIP MICA DM0CJ-N C CERAMIC DE0 SL J KV C CERAMIC DE0 SL J KV C CERAMIC DE0 SL J KV C CERAMIC DE0 SL J KV C DIP MICA DM0CJ-N C DIP MICA DM0CJ-N C BARRIER UAT 0X K C BARRIER UAT 0X K C BARRIER UAT 0X K C BARRIER UAT 0X K [FILTER UNIT] C BARRIER UAT 0X K C BARRIER UAT 0X K C BARRIER UAT 0X K C S.CERAMIC C0 JB H K-T-A C S.CERAMIC C0 JB H K-T-A C 0000 TRIMMER CVE0- (00P) C S.CERAMIC C0 CH H J-T-A C BARRIER UAT 0X K C CERAMIC DE00 SL 0J KV C CERAMIC DE00 SL 0J KV C CERAMIC DE00 SL 0J KV C CERAMIC DE00 SL 0J KV C CERAMIC DE00 SL 00D KV C CERAMIC DE00 SL 00D KV C CERAMIC DE00 SL 0J KV C CERAMIC DE00 SL 0J KV C CERAMIC DE00 SL 0J KV C CERAMIC DE00 SL 0J KV C CERAMIC DE00 SL 0J KV C CERAMIC DE00 SL 0J KV C CERAMIC DE00 SL 0J KV C CERAMIC DE00 SL 0J KV C CERAMIC DE00 SL 0J KV C CERAMIC DE00 SL 0J KV C CERAMIC DD0 B 0K 0V C BARRIER UAT 0X K C BARRIER UAT 0X K C BARRIER UAT 0X K C BARRIER UAT 0X K C S.CERAMIC C0 JB H K-T-A C S.CERAMIC C0 JB H K-T-A C CERAMIC DE0 SL J KV C CERAMIC DE0 SL 0J KV C CERAMIC HE0SJ YB K 0V C CERAMIC DE00 SL 0J KV C CERAMIC DE0 SL J KV C CERAMIC DE00 SL 0J KV C CERAMIC DE00 SL 0J KV C CERAMIC DE00 SL 0J KV C CERAMIC DE00 SL 0J KV C CERAMIC DE0 SL 0J KV C CERAMIC DE0 SL 0J KV C CERAMIC DE0 SL 0J KV C CERAMIC DE00 SL 0J KV C CERAMIC DE00 SL 0J KV C CERAMIC DE00 SL 0J KV C CERAMIC DE0 SL J KV C S.CERAMIC C0 JB C 0K-T-A C S.CERAMIC C0 JB C 0K-T-A C S.CERAMIC C0 JB H K-T-A C S.CERAMIC C0 JB H K-T-A C CERAMIC DE00 SL 0J KV C CERAMIC DE0 SL J KV C CERAMIC DE0 SL J KV C CERAMIC DE0 SL J KV C CERAMIC DE0 SL J KV C CERAMIC DE0 SL J KV C CERAMIC DE0 SL J KV RL RELAY VS-TBU-E-UC RL RELAY VS-TBU-E-UC RL RELAY VS-TBU-E-UC RL RELAY VS-TBU-E-UC RL RELAY VS-TBU-E-UC RL RELAY VS-TBU-E-UC RL RELAY VS-TBU-E-UC RL RELAY VS-TBU-E-UC RL RELAY VS-TBU-E-UC RL RELAY VS-TBU-E-UC RL RELAY VS-TBU-E-UC RL RELAY VS-TBU-E-UC RL RELAY VS-TBU-E-UC RL RELAY VS-TBU-E-UC RL RELAY AW0 RL 0000 RELAY VB-TBU-UC (UL) RL 0000 RELAY VB-TBU-UC (UL) S.=Surface mount -

27 [FILTER UNIT] WS 000 M.OTHER EX00 P0*J0FI- WS 000 M.OTHER EX00.D COAXIAL ()/FI WS 000 M.OTHER EX00 TEFLON COAXIAL ()/FI WS 000 M.OTHER EX00 J LEAD SET ()/FI EP 000 TERMINAL OT-00 M EP 000 TERMINAL OT-00 M EP 000 TERMINAL OT-00 M EP 000 TERMINAL OT-00 M EP 000 PCB B I [COMBINR UNIT] D DIODE S D DIODE S D DIODE S L COIL LR- L COIL LR- L 0000 COIL LR- L 0000 COIL LR- R RESISR ERGSJ 0 (00 Ω) R RESISR ERGSJ 0 (00 Ω) R RESISR R0J 00 Ω R RESISR R0J 0 Ω R RESISR R0J 0 Ω R RESISR SRWP-M 0 Ω (00) R RESISR R0J. Ω R RESISR R0J Ω R RESISR R0J 0 Ω R RESISR R0J 0 Ω R RESISR R0J 00 Ω C BARRIER UAT 0X K C BARRIER UAT 0X K C CERAMIC DE0 SL 0J KV C CERAMIC DE0 SL 0J KV C CERAMIC DE00 SL 0J KV C CERAMIC DE00 SL 0J KV C S.CERAMIC C0 CH H J-T-A C S.CERAMIC C0 CH H J-T-A J 000 CONNECR P J 000 CONNECR P J 000 CONNECR P J 000 CONNECR P J CONNECR RT0T-.0B J CONNECR RT0T-.0B J CONNECR RT0T-.0B WS 000 M.OTHER EX00 0.D COAXIAL ()/CO WS 0000 M.OTHER EX00 P0*J0CO EP 000 TERMINAL OT-00 M EP 000 TERMINAL OT-00 M EP 000 PCB B F EP 0000 PCB B 0 [SPLITR UNIT] IC 0000 S.IC TA0F (TEL) D S.DIODE SS0 (TER) D S.DIODE SS0 (TER) D S.DIODE HSMAS-TR D DIODE RGD D DIODE RGD L S.COIL NL T-0J L COIL LR- L COIL LR- L COIL LR- L COIL LAL 0NA 0K L COIL LR- L S.COIL NL T-0J L S.COIL NL T-0J L S.COIL NL T-0J L S.COIL NL T-0J L S.COIL NL T-0J R RESISR ERGSJ ( kω) R S.RESISR ERJGEYJ V (. kω) R RESISR SRWP-M 0 Ω (00) R RESISR SRWP-M 0 Ω (00) R RESISR SRWP-M 0 Ω (00) R RESISR SRWP-M 0 Ω (00) R S.RESISR ERJYJH (. kω) R S.RESISR ERJGEYJ V (0 Ω) R S.RESISR ERJWYJ0H (00 Ω) R S.RESISR ERJWYJ0H (00 Ω) R S.RESISR ERJYJ0H (00 Ω) R S.RESISR ERJYJ0H (00 Ω) R S.RESISR ERJGEYJ 0 V ( kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ V (0 kω) R THERMISR ERT-DFHL 0S R S.RESISR ERJGEYJ V (. kω) R S.RESISR ERJYJRH (. Ω) C S.CERAMIC C0 JB H K-T-A C 0000 S.CERAMIC GRM- YV Z 00PT C S.CERAMIC C0 JB H K-T-A C 0000 S.ELECTROLYTIC ECEVHANRR C S.CERAMIC C0 JB H K-T-A C S.CERAMIC C0 CH H 00C-T-A C CERAMIC HE0SJ YB K 0V C 0000 ELECTROLYTIC 00 MV CZ C CERAMIC HE0SJ YB K 0V C CERAMIC HM0SJ SL 0J 00V C CERAMIC HM0SJ SL 0J 00V C CERAMIC HM0SJ SL 0J 00V C CERAMIC HM0SJ SL 00D 00V C CERAMIC HM0SJ SL 00J 00V C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.ELECTROLYTIC ECEVCS00SR C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.ELECTROLYTIC ECEVCS00SR C CERAMIC HMSJ SL J 00V RL 0000 RELAY AG 0 RL RELAY NR-HD (V) AE J CONNECR TMP-J0X-V J CONNECR TMP-J0X-V J CONNECR TMP-J0X-V J CONNECR TMP-J0X-V J CONNECR TMP-J0X-V J CONNECR TMP-J0X-V J CONNECR TMP-J0X-V J 000 S.CONNECR 0-00 WS 000 M.OTHER EX00 P0*J0*0SP- S.=Surface mount -

28 [SPLITR UNIT] EP 000 PCB B 0D EP 0000 TUBE D=.0, L=0 mm EP 0000 TUBE D=.0, L= mm EP TUBE PLASTIC TUBE D=.0, L=0 mm EP TUBE IRRAX 0. (d) L=0 mm [PA UNIT] Q FET MRF0MP (SRFJ0MP) PAIR Q FET MRF0MP (SRFJ0MP) PAIR Q FET MRF0MP (SRFJ0MP) PAIR Q FET MRF0MP (SRFJ0MP) PAIR MF FAN PUDCZ- MF FAN PUDCZ- MF FAN PUDCZ- W CABLE OPC- W CABLE OPC- W CABLE OPC- W CABLE OPC- WS 000 M.OTHER EX00 J BOARD SET ()/PA [PA- BOARD] C CERAMIC HM0SJ SL 0J 00V C 0000 S.CERAMIC GRM- YV Z 00PT C 0000 S.CERAMIC GRM- YV Z 00PT C S.CERAMIC GRM- B 0K 0PT C S.CERAMIC GRM- B 0K 0PT C 0000 S.CERAMIC GRM- YV Z 00PT C 0000 S.CERAMIC GRM- YV Z 00PT C 0000 S.CERAMIC GRM- YV Z 00PT C 0000 S.CERAMIC GRM- YV Z 00PT C 0000 ELECTROLYTIC MV 0CZ C 0000 ELECTROLYTIC MV 0CZ C S.CERAMIC GRM- B 0K 0PT C S.CERAMIC GRM- B K 0PT C S.CERAMIC GRM- B 0K 0PT C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB E 0K-T-A C S.CERAMIC C0 JB H 0K-T-A C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB E 0K-T-A C S.CERAMIC C0 JB H 0K-T-A C 0000 S.CERAMIC GRM- YV Z 00PT C 0000 S.CERAMIC GRM- YV Z 00PT C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB H K-T-A C S.CERAMIC C0 JB H K-T-A J 000 CONNECR P J 000 S.CONNECR 0-00 J 000 S.CONNECR 0-00 J 0000 CONNECR B0B-EH-S [PA- BOARD] W S.JUMPER ERJGE JPW V WS 00 M.OTHER EX00 J BOARD SET- ()/PA- WS 000 M.OTHER EX00.D COAXIAL ()/PA- D S.DIODE SS0 (TER) D S.DIODE SS0 (TER) D S.DIODE SS0 (TER) D S.DIODE SS0 (TER) L 0000 COIL LA- L COIL LR-B L 0000 COIL LR- L COIL LR- L COIL LAL 0NA 0K L COIL LAL 0NA 0K L COIL LR-0 L S.COIL NL T-0J L S.COIL HF0ACC -T R S.RESISR ERJGEYJ V (. kω) R S.RESISR ERJGEYJ V (. kω) R RESISR ERGSJ 0 ( Ω) R RESISR ERGSJ 0 ( Ω) R S.RESISR ERJWYJ0H ( Ω) R S.RESISR ERJWYJ0H ( Ω) R 0000 TRIMMER EVN-ACA00 B (0) R TRIMMER EVN-ACA00 B (0) R RESISR ERXSJ R (. Ω) R RESISR ERXSJ R (. Ω) R RESISR ERGSJ (0 Ω) R RESISR ERGSJ 0 ( Ω) R RESISR ERGSJ (0 Ω) R RESISR ERGSJ 0 ( Ω) R RESISR ERGSJ 0 ( Ω) R RESISR ERGSJ 0 ( Ω) R RESISR ERGSJ (0 Ω) R S.RESISR ERJGEYJ 0 V (0 kω) R S.RESISR ERJGEYJ 0 V (0 kω) EP 000 TERMINAL OT-00 M EP 000 TERMINAL OT-00 M EP BEAD FSOH00RN EP 0000 PCB B F [PA- BOARD] D S.DIODE SS0 (TER) D S.DIODE SS0 (TER) D S.DIODE SS0 (TER) D S.DIODE SS0 (TER) L 0000 COIL LA- L COIL LR-B L 0000 COIL LR- L COIL LR- L COIL LAL 0NA 0K L COIL LAL 0NA 0K L COIL LR-0 L S.COIL NL T-0J L S.COIL HF0ACC -T R S.RESISR ERJGEYJ V (. kω) R S.RESISR ERJGEYJ V (. kω) R RESISR ERGSJ 0 ( Ω) R RESISR ERGSJ 0 ( Ω) R S.RESISR ERJWYJ0H ( Ω) R S.RESISR ERJWYJ0H ( Ω) R 0000 TRIMMER EVN-ACA00 B (0) S.=Surface mount -

29 [PA- BOARD] R TRIMMER EVN-ACA00 B (0) R RESISR ERXSJ R (. Ω) R RESISR ERXSJ R (. Ω) R RESISR ERGSJ (0 Ω) R RESISR ERGSJ 0 ( Ω) R RESISR ERGSJ (0 Ω) R RESISR ERGSJ 0 ( Ω) R RESISR ERGSJ 0 ( Ω) R RESISR ERGSJ 0 ( Ω) R RESISR ERGSJ (0 Ω) R S.RESISR ERJGEYJ 0 V (0 kω) R S.RESISR ERJGEYJ 0 V (0 kω) C CERAMIC HM0SJ SL 0J 00V C 0000 S.CERAMIC GRM- YV Z 00PT C 0000 S.CERAMIC GRM- YV Z 00PT C S.CERAMIC GRM- B 0K 0PT C S.CERAMIC GRM- B 0K 0PT C 0000 S.CERAMIC GRM- YV Z 00PT C 0000 S.CERAMIC GRM- YV Z 00PT C 0000 S.CERAMIC GRM- YV Z 00PT C 0000 S.CERAMIC GRM- YV Z 00PT C 0000 ELECTROLYTIC MV 0CZ C 0000 ELECTROLYTIC MV 0CZ C S.CERAMIC GRM- B 0K 0PT C S.CERAMIC GRM- B K 0PT C S.CERAMIC GRM- B 0K 0PT C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB E 0K-T-A C S.CERAMIC C0 JB H 0K-T-A C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB E 0K-T-A C S.CERAMIC C0 JB H 0K-T-A C 0000 S.CERAMIC GRM- YV Z 00PT C 0000 S.CERAMIC GRM- YV Z 00PT C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB H K-T-A C S.CERAMIC C0 JB H K-T-A J 000 CONNECR P J 000 S.CONNECR 0-00 J 000 S.CONNECR 0-00 J 0000 CONNECR B0B-EH-S W S.JUMPER ERJGE JPW V WS 00 M.OTHER EX00 J BOARD SET- ()/PA- WS 000 M.OTHER EX00.D COAXIAL ()/PA- EP 000 TERMINAL OT-00 M EP 000 TERMINAL OT-00 M EP BEAD FSOH00RN EP 0000 PCB B F [PA- BOARD] D S.DIODE SS0 (TER) D S.DIODE SS0 (TER) D S.DIODE SS0 (TER) D S.DIODE SS0 (TER) [PA- BOARD] L 0000 COIL LA- L COIL LR-B L 0000 COIL LR- L COIL LR- L COIL LAL 0NA 0K L COIL LAL 0NA 0K L COIL LR-0 L S.COIL NL T-0J L S.COIL HF0ACC -T R S.RESISR ERJGEYJ V (. kω) R S.RESISR ERJGEYJ V (. kω) R RESISR ERGSJ 0 ( Ω) R RESISR ERGSJ 0 ( Ω) R S.RESISR ERJWYJ0H ( Ω) R S.RESISR ERJWYJ0H ( Ω) R 0000 TRIMMER EVN-ACA00 B (0) R TRIMMER EVN-ACA00 B (0) R RESISR ERXSJ R (. Ω) R RESISR ERXSJ R (. Ω) R RESISR ERGSJ (0 Ω) R RESISR ERGSJ 0 ( Ω) R RESISR ERGSJ (0 Ω) R RESISR ERGSJ 0 ( Ω) R RESISR ERGSJ 0 ( Ω) R RESISR ERGSJ 0 ( Ω) R RESISR ERGSJ (0 Ω) R S.RESISR ERJGEYJ 0 V (0 kω) R S.RESISR ERJGEYJ 0 V (0 kω) C CERAMIC HM0SJ SL 0J 00V C 0000 S.CERAMIC GRM- YV Z 00PT C 0000 S.CERAMIC GRM- YV Z 00PT C S.CERAMIC GRM- B 0K 0PT C S.CERAMIC GRM- B 0K 0PT C 0000 S.CERAMIC GRM- YV Z 00PT C 0000 S.CERAMIC GRM- YV Z 00PT C 0000 S.CERAMIC GRM- YV Z 00PT C 0000 S.CERAMIC GRM- YV Z 00PT C 0000 ELECTROLYTIC MV 0CZ C 0000 ELECTROLYTIC MV 0CZ C S.CERAMIC GRM- B 0K 0PT C S.CERAMIC GRM- B K 0PT C S.CERAMIC GRM- B 0K 0PT C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB E 0K-T-A C S.CERAMIC C0 JB H 0K-T-A C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB E 0K-T-A C S.CERAMIC C0 JB H 0K-T-A C 0000 S.CERAMIC GRM- YV Z 00PT C 0000 S.CERAMIC GRM- YV Z 00PT C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB H K-T-A C S.CERAMIC C0 JB H K-T-A J 000 CONNECR P J 000 S.CONNECR 0-00 J 000 S.CONNECR 0-00 J 0000 CONNECR B0B-EH-S W S.JUMPER ERJGE JPW V WS 00 M.OTHER EX00 J BOARD SET- ()/PA- WS 000 M.OTHER EX00.D COAXIAL ()/PA- EP 000 TERMINAL OT-00 M EP 000 TERMINAL OT-00 M EP BEAD FSOH00RN EP 0000 PCB B F S.=Surface mount -

30 [PA- BOARD] D S.DIODE SS0 (TER) D S.DIODE SS0 (TER) D S.DIODE SS0 (TER) D S.DIODE SS0 (TER) [PA- BOARD] EP 000 TERMINAL OT-00 M EP 000 TERMINAL OT-00 M EP BEAD FSOH00RN EP 0000 PCB B F L 0000 COIL LA- L COIL LR-B L 0000 COIL LR- L COIL LR- L COIL LAL 0NA 0K L COIL LAL 0NA 0K L COIL LR-0 L S.COIL NL T-0J L S.COIL HF0ACC -T R S.RESISR ERJGEYJ V (. kω) R S.RESISR ERJGEYJ V (. kω) R RESISR ERGSJ 0 ( Ω) R RESISR ERGSJ 0 ( Ω) R S.RESISR ERJWYJ0H ( Ω) R S.RESISR ERJWYJ0H ( Ω) R 0000 TRIMMER EVN-ACA00 B (0) R TRIMMER EVN-ACA00 B (0) R RESISR ERXSJ R (. Ω) R RESISR ERXSJ R (. Ω) R RESISR ERGSJ (0 Ω) R RESISR ERGSJ 0 ( Ω) R RESISR ERGSJ (0 Ω) R RESISR ERGSJ 0 ( Ω) R RESISR ERGSJ 0 ( Ω) R RESISR ERGSJ 0 ( Ω) R RESISR ERGSJ (0 Ω) R S.RESISR ERJGEYJ 0 V (0 kω) R S.RESISR ERJGEYJ 0 V (0 kω) C CERAMIC HM0SJ SL 0J 00V C 0000 S.CERAMIC GRM- YV Z 00PT C 0000 S.CERAMIC GRM- YV Z 00PT C S.CERAMIC GRM- B 0K 0PT C S.CERAMIC GRM- B 0K 0PT C 0000 S.CERAMIC GRM- YV Z 00PT C 0000 S.CERAMIC GRM- YV Z 00PT C 0000 S.CERAMIC GRM- YV Z 00PT C 0000 S.CERAMIC GRM- YV Z 00PT C 0000 ELECTROLYTIC MV 0CZ C 0000 ELECTROLYTIC MV 0CZ C S.CERAMIC GRM- B 0K 0PT C S.CERAMIC GRM- B K 0PT C S.CERAMIC GRM- B 0K 0PT C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB E 0K-T-A C S.CERAMIC C0 JB H 0K-T-A C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB E 0K-T-A C S.CERAMIC C0 JB H 0K-T-A C 0000 S.CERAMIC GRM- YV Z 00PT C 0000 S.CERAMIC GRM- YV Z 00PT C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB H K-T-A C S.CERAMIC C0 JB H K-T-A J 000 CONNECR P J 000 S.CONNECR 0-00 J 000 S.CONNECR 0-00 J 0000 CONNECR B0B-EH-S W S.JUMPER ERJGE JPW V WS 00 M.OTHER EX00 J BOARD SET- ()/PA- WS 0000 M.OTHER EX00.D COAXIAL ()/PA- [TUNER UNIT] C VARIABLE UV 0PF C VARIABLE UV 0PF MF MOR MPGA STEPING MOR MF MOR MPGA STEPING MOR MF FAN FBA0THC (with bead core) WS 000 M.OTHER EX00 COAXIAL ()/TU EP TUBE D=0, L= mm [DET BOARD] IC 0000 IC MC0 L IC 0000 IC MC0 L IC 0000 S.IC TCACTF IC 0000 S.IC TCACF IC IC NJML0A Q S.FET SK-TB (X) D S.DIODE MA (TX) D S.DIODE MA (TX) D S.DIODE MA (TX) D S.DIODE MA (TX) D S.DIODE SS0 (TER) D S.DIODE SS0 (TER) D DIODE MBD0 D DIODE MBD0 D 0000 DIODE SS D 0000 DIODE SS L COIL LAL 0NA 0K L 0000 COIL LR- L COIL LAL 0NA 0K L 0000 COIL LR- L COIL LAL 0NA 0K L S.COIL NL T-0J L S.COIL NL T-0J L 0000 COIL LR-0 L COIL LAL 0NA 0K R S.RESISR ERJGEYJ V (0 Ω) R S.RESISR MCR0EZHJ. Ω (R) R S.RESISR ERJGEYJ V (0 Ω) R S.RESISR ERJWYJRH (. Ω) R S.RESISR ERJGEYJ V (0 Ω) R S.RESISR MCR0EZHJ. Ω (R) R S.RESISR ERJGEYJ V (0 Ω) R S.RESISR ERJGEYJ 0 V ( Ω) R S.RESISR ERJGEYJ V (. kω) R S.RESISR ERJGEYJ 0 V ( Ω) R S.RESISR ERJGEYJ V (. kω) R S.RESISR ERJGEYJ 0 V (0 kω) S.=Surface mount -

31 [DET BOARD] R RESISR ERJWYJ00H R S.RESISR ERJGEYJ 0 V (0 kω) R S.RESISR ERJGEYJ 0 V ( MΩ) R S.RESISR ERJGEYJ 0 V (0 kω) R S.RESISR ERJGEYJ 0 V (0 kω) R S.RESISR ERJGEYJ 0 V ( kω) R S.RESISR ERJGEYJ V (. kω) R RESISR ERJWYJ00H [CONNECT BOARD] C S.CERAMIC C JB C 0M-T-A C S.CERAMIC C JB C 0M-T-A C S.CERAMIC C JB C 0M-T-A C S.CERAMIC C JB C 0M-T-A C S.CERAMIC C JB C 0M-T-A C S.CERAMIC C JB C 0M-T-A C S.CERAMIC C JB C 0M-T-A C S.CERAMIC C JB C 0M-T-A C CERAMIC HM0SJ SL 00D 00V C CERAMIC HMSJ SL J 00V C CERAMIC HMSJ SL J 00V C S.CERAMIC C0 JB H K-T-A C S.CERAMIC C0 JB H K-T-A C S.ELECTROLYTIC ECEVCS00SR C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB H K-T-A C CERAMIC HM0SJ SL 0J 00V C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB H K-T-A C S.CERAMIC C0 JB H K-T-A C S.CERAMIC C0 JB H K-T-A C CERAMIC HM0SJ SL 00C 00V C CERAMIC HMSJ SL J 00V C CERAMIC HMSJ SL J 00V C S.CERAMIC C0 JB H 0K-T-A C CERAMIC HM0SJ SL 0J 00V C S.CERAMIC C0 JB H K-T-A C S.CERAMIC C0 JB H 0K-T-A C S.CERAMIC C0 JB H K-T-A C S.CERAMIC C0 JB H 0K-T-A C S.CERAMIC C0 JB H K-T-A C S.CERAMIC C0 JB H K-T-A C S.CERAMIC C0 JB H K-T-A C S.CERAMIC C0 JB H K-T-A C S.ELECTROLYTIC ECEVCS00SR C S.CERAMIC C0 JB C 0KT-N C CERAMIC DE00 SL 0J KV C S.CERAMIC C0 JB H K-T-A C CERAMIC HMSJ SL J 00V C S.CERAMIC C0 JB E 0K-T-A C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB E 0K-T-A C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C CERAMIC DE00 SL 0J KV C CERAMIC DE00 SL 0J KV C S.ELECTROLYTIC ECEVCS00SR C S.CERAMIC C0 JB H K-T-A J 000 CONNECR 0-0 J 0000 CONNECR B0B-EH-S J 0000 CONNECR B0B-EH-S EP 000 PCB B D [L-NET BOARD] D DIODE SS D DIODE SS L COIL LAL 0NA 0K L COIL LAL 0NA 0K L 0000 COIL LA-0 L COIL LA- L 0000 COIL LA- C BARRIER UAT 0X K C BARRIER UAT 0X K C BARRIER UZE 0X 0M C BARRIER UZE 0X 0M RL RELAY AR- RL RELAY AR- WS 0000 M.OTHER EX00 P0*J0L EP 000 TERMINAL OT-00 M EP 000 PCB B G WS 000 M.OTHER EX00 TEFLON COAXIAL ()/DE WS 000 M.OTHER EX00 P0*J0DE- EP 000 TERMINAL OT-00 M EP 000 TERMINAL OT-00 M EP 000 TERMINAL OT-00 M EP 000 TERMINAL OT-00 M EP 000 PCB B H EP0 000 TUBE IRRAX 0. (d) L= mm [H-NET BOARD] D DIODE SS D DIODE SS D DIODE SS D DIODE SS D DIODE SS D DIODE SS D DIODE SS D DIODE SS D DIODE SS D DIODE SS L COIL LAL 0NA 0K L COIL LAL 0NA 0K L COIL LAL 0NA 0K L COIL LAL 0NA 0K L COIL LAL 0NA 0K L COIL LAL 0NA 0K L COIL LAL 0NA 0K L COIL LAL 0NA 0K S.=Surface mount - 0

32 [H-NET BOARD] L COIL LAL 0NA 0K L COIL LAL 0NA 0K L 0000 COIL LA- L COIL LA- L 0000 COIL LA- L 0000 COIL LA- L 0000 COIL LA- C BARRIER UZE 0X 0M C BARRIER UZE 0X 0M C BARRIER UZE 0X 0M C BARRIER UZE 0X 0M C BARRIER UZE 0X 0M C BARRIER UZE 0X 0M C BARRIER UZE 0X 0M C BARRIER UZE 0X 0M C BARRIER UZE 0X 0M C BARRIER UZE 0X 0M C BARRIER UAT 0X K C BARRIER UAT 0X K C BARRIER UAT 0X K C BARRIER UAT 0X K C BARRIER UAT 0X K C BARRIER UAT 0X K C BARRIER UAT 0X K C BARRIER UAT 0X K C BARRIER UAT 0X K C BARRIER UAT 0X K RL RELAY AR- RL RELAY AR- RL RELAY AR- RL RELAY AR- RL RELAY AR- RL RELAY AR- RL RELAY AR- RL RELAY AR- RL RELAY AR- RL RELAY AR- WS 000 M.OTHER EX00 P0*J0H- EP 000 TERMINAL OT-00 M EP 0000 PCB B 0D [C-NET BOARD] D DIODE SS D DIODE SS D DIODE SS D DIODE SS D DIODE SS D DIODE SS D DIODE SS D DIODE SS D DIODE SS D DIODE SS [C-NET BOARD] C BARRIER UAT 0X K C BARRIER UAT 0X K C BARRIER UAT 0X K C BARRIER UAT 0X K C CERAMIC DE0 SL 0J KV C CERAMIC DE0 SL 0J KV C CERAMIC DE0 SL 0J KV C CERAMIC DE0 SL 0J KV C BARRIER UAT 0X K C CERAMIC DE0 SL J KV C CERAMIC DE0 SL J KV C CERAMIC DE0 SL J KV C CERAMIC DE0 SL J KV C BARRIER UAT 0X K C CERAMIC DE0 SL 0J KV C CERAMIC DE0 SL 0J KV C CERAMIC DE0 SL 0J KV C CERAMIC DE0 SL 0J KV C BARRIER UAT 0X K C CERAMIC DE00 SL 0J KV C CERAMIC DE00 SL 0J KV C CERAMIC DE00 SL 0J KV C CERAMIC DE00 SL 0J KV C BARRIER UAT 0X K C CERAMIC DE0 SL 0J KV C CERAMIC DE0 SL 0J KV C CERAMIC DE0 SL 0J KV C CERAMIC DE0 SL 0J KV C BARRIER UAT 0X K C CERAMIC DE0 SL 0J KV C CERAMIC DE0 SL 0J KV C CERAMIC DE0 SL 0J KV C CERAMIC DE0 SL 0J KV C BARRIER UAT 0X K C CERAMIC DE0 SL J KV C CERAMIC DE0 SL J KV C CERAMIC DE0 SL J KV C CERAMIC DE0 SL J KV C CERAMIC DE00 SL 0J KV C CERAMIC DE00 SL 0J KV C CERAMIC DE00 SL 0J KV C CERAMIC DE00 SL 0J KV C CERAMIC DE0 SL 0J KV C CERAMIC DE0 SL 0J KV C CERAMIC DE0 SL 0J KV C CERAMIC DE0 SL 0J KV C CERAMIC DE0 SL 0J KV C CERAMIC DE0 SL 0J KV C CERAMIC DE00 SL 0J KV C CERAMIC DE00 SL 0J KV C CERAMIC DE00 SL 0J KV C CERAMIC DE00 SL 0J KV C CERAMIC DE00 SL 0J KV C CERAMIC DE00 SL 0J KV C CERAMIC DE00 SL 0J KV C CERAMIC DE00 SL 0J KV RL 0000 RELAY VS-TBU-VD RL 0000 RELAY VS-TBU-VD RL RELAY AR- RL 0000 RELAY VB-MBU-UC (UL) RL 0000 RELAY VB-MBU-UC (UL) RL 0000 RELAY VB-MBU-UC (UL) RL RELAY AR- RL 0000 RELAY VB-MBU-UC (UL) RL 0000 RELAY VB-MBU-UC (UL) RL RELAY VB-MBU-UC (UL) L COIL LAL 0NA 0K L COIL LAL 0NA 0K L COIL LAL 0NA 0K L COIL LAL 0NA 0K L COIL LAL 0NA 0K L COIL LAL 0NA 0K L COIL LAL 0NA 0K L COIL LAL 0NA 0K L COIL LAL 0NA 0K L COIL LAL 0NA 0K WS 000 M.OTHER EX00 P0*J0C- WS 000 M.OTHER EX00 P0*J0C- EP 000 PCB B 0E S.=Surface mount -

33 [JACK UNIT] L S.COIL NL T-0J L S.COIL NL T-0J L S.COIL NL T-0J L S.COIL NL T-0J L S.COIL NL T-0J L S.COIL NL T-0J [ANT-SW UNIT] WS 000 M.OTHER EX00 P0*J0AN-SW- EP 000 TERMINAL OT-00 M EP 000 TERMINAL OT-00 M EP 000 PCB B F R 0000 TRIMMER EVN-DAA0 B R 0000 TRIMMER EVN-DAA0 B C S.CERAMIC C0 JB H K-T-A C S.CERAMIC C0 JB H K-T-A C S.CERAMIC C0 JB H K-T-A C S.CERAMIC C0 JB H K-T-A C S.CERAMIC C0 JB H K-T-A C S.CERAMIC C0 JB H K-T-A [FRONT UNIT] DS LAMP HRS-0A-H L0 DS LAMP HRS-0A-H L0 J 0000 CONNECR TCS0-- J 0000 CONNECR JPJ0-0-0 J CONNECR HSJ J 0000 CONNECR TCS0-- J 0000 CONNECR JPJ0-0-0 J CONNECR HSJ J 000 S.CONNECR 0-00 J CONNECR B0B-EH-S J 0000 CONNECR B0B-EH-S J 000 S.CONNECR BB-PH-SM-TB ME METER ME- ME METER ME- WS 000 M.OTHER EX00 J LEAD SET ()/FR WS 000 M.OTHER EX00 P0*0FR- EP 0000 TUBE A-0-G0 EP 0000 TUBE A-0-G0 S SWITCH HSW-0-00 EP 000 PCB B F [ANT-SW UNIT] D DIODE SS D DIODE SS D DIODE SS D DIODE SS L COIL LAL 0NA 0K L COIL LAL 0NA 0K L COIL LAL 0NA 0K L COIL LAL 0NA 0K R ABSOBER SRYG-000L C CERAMIC HE0SJ YB K 0V C CERAMIC HE0SJ YB K 0V C CERAMIC HE0SJ YB K 0V C CERAMIC HE0SJ YB K 0V C CERAMIC HE0SJ YB K 0V C CERAMIC HE0SJ YB K 0V C CERAMIC HE0SJ YB K 0V C CERAMIC HE0SJ YB K 0V C CERAMIC DE00 SL 00D KV C CERAMIC DE00 SL 00D KV C CERAMIC DE00 SL 00D KV C CERAMIC DE00 SL 00D KV C CERAMIC DE00 SL 00D KV C CERAMIC DE00 SL 00D KV RL 0000 RELAY FTR-FCA0V RL 0000 RELAY FTR-FCA0V RL 0000 RELAY FTR-FCA0V RL 0000 RELAY FTR-FCA0V [SW BOARD] IC S.IC µpd0bg-t IC S.IC µpd0bg-t IC S.IC µpd0bg-t IC S.IC µpd0bg-t IC 0000 S.IC MGP EC IC S.IC TA0F (TEL) IC 0000 S.IC BU0BF-T IC 0000 S.IC TCWFU (TEL) IC 0000 S.IC TCSF (TER) Q 0000 S.TRANSISR DTCEE TL Q 0000 S.TRANSISR DTCEE TL Q 0000 S.TRANSISR DTCEE TL Q 0000 S.TRANSISR DTCEE TL Q 0000 S.TRANSISR DTCEE TL Q 0000 S.TRANSISR DTCEE TL Q 0000 S.TRANSISR DTCEE TL Q 0000 S.TRANSISR DTCEE TL Q 0000 S.TRANSISR DTCEE TL Q S.TRANSISR DTCEE TL Q 0000 S.TRANSISR DTCEE TL Q 0000 S.TRANSISR DTCEE TL Q 0000 S.TRANSISR DTCEE TL Q 0000 S.TRANSISR DTCEE TL Q 0000 S.TRANSISR DTCEE TL Q 0000 S.TRANSISR DTCEE TL Q 0000 S.TRANSISR DTCEE TL Q 0000 S.TRANSISR DTCEE TL Q 0000 S.TRANSISR DTCEE TL Q S.TRANSISR DTCEE TL Q 0000 S.TRANSISR DTCEE TL Q 0000 S.TRANSISR DTCEE TL Q 0000 S.TRANSISR DTCEE TL Q 0000 S.TRANSISR DTCEE TL Q 0000 S.TRANSISR DTCEE TL Q 0000 S.TRANSISR DTCEE TL Q 0000 S.TRANSISR DTCEE TL Q 0000 S.TRANSISR DTCEE TL Q S.TRANSISR SB T00 R S.=Surface mount -

34 [SW BOARD] D S.DIODE SS0 (TER) D S.DIODE SS0 (TER) D S.DIODE SS00 (TER) D S.DIODE SS00 (TER) D 0000 S.ZENER MA0-M (TX) D S.DIODE SS0 (TER) D S.DIODE SS00 (TER) D S.DIODE SS0 (TER) D S.DIODE SS TPH- D S.DIODE SS TPH- L S.COIL NL T-0J L S.COIL NL T-0J L S.COIL NL T-0J L S.COIL NL T-0J L S.COIL HF0ACC -T L S.COIL HF0ACC -T L S.COIL NL T-0J L S.COIL NL T-0J R S.RESISR ERJGEYJ V (0 Ω) R S.RESISR ERJGEYJ V (0 Ω) R S.RESISR ERJGEYJ V (0 Ω) R S.RESISR ERJGEYJ V (0 Ω) R S.RESISR ERJGEYJ V (0 Ω) R S.RESISR ERJGEYJ V (0 Ω) R S.RESISR ERJGEYJ V (0 Ω) R S.RESISR ERJGEYJ V (0 Ω) R S.RESISR ERJGEYJ V (0 Ω) R S.RESISR ERJGEYJ V (0 Ω) R S.RESISR ERJGEYJ V (0 Ω) R S.RESISR ERJGEYJ V (0 Ω) R S.RESISR ERJGEYJ V (0 Ω) R S.RESISR ERJGEYJ V (0 Ω) R S.RESISR ERJGEYJ V (0 Ω) R S.RESISR ERJGEYJ V (0 Ω) R S.RESISR ERJGEYJ V (0 Ω) R S.RESISR ERJGEYJ V (0 Ω) R S.RESISR ERJGEYJ V (0 Ω) R S.RESISR ERJGEYJ V (0 Ω) R S.RESISR ERJGEYJ V (0 Ω) R S.RESISR ERJGEYJ V (0 Ω) R S.RESISR ERJGEYJ V (0 Ω) R S.RESISR ERJGEYJ V (0 Ω) R S.RESISR ERJGEYJ V (0 Ω) R S.RESISR ERJGEYJ V (0 Ω) R S.RESISR ERJGEYJ V (0 Ω) R S.RESISR ERJGEYJ V (0 kω) R S.RESISR ERJYJ0H ( Ω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJYJ00H (0 Ω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ 0 V ( kω) R S.RESISR ERJGEYJ 0 V ( kω) R S.RESISR ERJGEYJ 0 V ( kω) R S.RESISR ERJGEYJ 0 V ( kω) R S.RESISR ERJGEYJ 0 V ( kω) R S.RESISR ERJGEYJ 0 V ( kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ V ( kω) R 0000 S.TRIMMER RV-0 (RH0AAX0FC) 0 R 0000 S.TRIMMER RV-0 (RH0AAX0FC) 0 R S.RESISR ERJGEYJ 0 V ( kω) R S.RESISR ERJGEYJ 0 V ( kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJGEYJ V ( kω) R S.RESISR ERJWYJRH (. Ω) R S.RESISR ERJGEYJ V (. kω) [SW BOARD] C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C 0000 S.ELECTROLYTIC ECEVHARSR C S.CERAMIC C0 JB C 0KT-N C 0000 S.ELECTROLYTIC ECEVCA0P C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C 0000 S.ELECTROLYTIC ECEVCA00SR C S.CERAMIC C0 JB H K-T-A C S.CERAMIC C0 JB H K-T-A C S.CERAMIC C0 JB C 0KT-N C S.ELECTROLYTIC ECEVCS00SR C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB C 0KT-N C S.CERAMIC C0 JB H 0K-T-A C S.CERAMIC C0 JB H 0K-T-A C S.CERAMIC C0 JB H 0K-T-A C S.CERAMIC C0 JB H 0K-T-A C S.CERAMIC C0 JB C K-T-A C S.CERAMIC C0 JB C K-T-A C S.CERAMIC C0 JB H 0K-T-A C S.CERAMIC C0 JB H 0K-T-A C 0000 S.ELECTROLYTIC ECEVCA00SR C S.CERAMIC C0 JB H 0K-T-A J 0000 CONNECR B0B-EH-S DS S.LED CL-00YG-C-TU DS S.LED CL-00YG-C-TU DS S.LED CL-00YG-C-TU DS S.LED CL-00YG-C-TU DS S.LED CL-00YG-C-TU DS S.LED CL-00YG-C-TU DS S.LED CL-00YG-C-TU DS S.LED SEC C DS S.LED CL-0PG-CD-T DS S.LED CL-0PG-CD-T DS S.LED CL-0PG-CD-T DS S.LED CL-0PG-CD-T DS S.LED CL-0PG-CD-T DS S.LED CL-0PG-CD-T DS S.LED CL-0PG-CD-T DS S.LED CL-0PG-CD-T DS S.LED CL-0PG-CD-T DS S.LED CL-00YG-C-TU DS S.LED CL-00YG-C-TU DS S.LED CL-0PG-CD-T DS S.LED CL-0PG-CD-T DS S.LED CL-00YG-C-TU DS S.LED CL-00YG-C-TU DS S.LED CL-00YG-C-TU DS S.LED CL-00YG-C-TU DS S.LED CL-00YG-C-TU S 0000 S.SWITCH SKQDPA S 0000 S.SWITCH SKQDPA S 0000 S.SWITCH SKQDPA S 0000 S.SWITCH SKQDPA S 0000 S.SWITCH SKQDPA S 0000 S.SWITCH SKQDPA S 0000 S.SWITCH SKQDPA S 0000 S.SWITCH SKQDPA S 0000 S.SWITCH SKQDPA W S.JUMPER ERJGE JPW V W S.JUMPER ERJGE JPW V W S.JUMPER ERJGE JPW V W S.JUMPER ERJGE JPW V W S.JUMPER ERJGE JPW V W JUMPER JPW 0 R-0 EP 000 PCB B F S.=Surface mount -

35 SECTION MECHANICAL PARTS AND DISASSEMBLY - FRAME DISASSEMBLY [CHASSIS PARTS] QTY. J Connector MR-DS-E 0 J Connector MR-DS-E 0 J 0000 Connector MR-DSE-0(AG) J 0000 Connector MR-DSE-0(AG) J 0000 Connector MR-DSE-0(AG) J 0000 Connector MR-DSE-0(AG) W Cable OPC- W Cable OPC- W Cable OPC- W Cable OPC- W Cable OPC- (N:0 L:00) W Cable OPC- (N:0 L:00) W Cable OPC- [USA], [EUR] W Cable OPC-0 EP PX- USA Attachment unit [USA] PX- EUR Attachment unit [EUR] PX- EUR- Attachment unit[eur-] EP BD Isolating bush [USA], [EUR] EP BD Isolating bush EP 0000 DL-C OR---H MP Front panel MP A-cover- MP A-sub chassis- MP A-rear panel- MP A-cent chassis MP A-bottom cover- MP A-side chassis- MP Jack plate MP A-filter case- MP A-filter cover MP hole plate MP 0000 Bind screw BT M ZK MP 0000 Bind screw BT M ZK MP 0000 Set screw A M MP 0000 Set screw A M MP 0000 Set screw A M MP Screw PH M ZK MP 0000 Screw PH M ZK MP 0000 Bind screw BT M ZK MP 0000 Bind screw BT M ZK MP 0000 Bind screw BT M ZK MP 0000 Bind screw BT M ZK MP 0000 Bind screw BT M ZK MP 0000 Bind screw BT M ZK MP 0000 Bind screw BT M ZK MP 0000 Bind screw BT M ZK MP Bind screw BT M ZK MP 0000 Bind screw BT M ZK MP 0000 Bind screw BT M ZK MP 0000 Bind screw BT M ZK MP 0000 Bind screw BT M ZK MP 0000 Screw PH M ZK MP 0000 Screw PH BT M NI-ZU MP 0000 Bind screw BT M ZK MP 0000 Bind screw BT M ZK MP 0000 Bind screw BT M ZK - [CHASSIS PARTS] QTY. MP 0000 Bind screw BT M ZK MP 0000 Screw PH B0 M SUS ZK MP 0000 Bind screw BT M ZK MP 0000 Bind screw BT M ZK MP Screw PH M 0 ZK MP 0000 Bind screw BT M ZK MP 0000 Screw PH M ZK MP 0000 Bind screw M ZK MP 0000 Bind screw M ZK MP 0000 Bind screw M ZK MP Wing nut M NI MP Flat washer M NI BS MP Nut M NI BS MP Spring washer M NI MP 000 Rubber standoff (G) MP 000 Rubber sheet (P) MP 0000 Bind screw BT M ZK MP 0000 Bind screw BT M ZK MP 0000 Set screw C M MP 0000 Set screw C M MP 0000 Set screw C M MP 0000 Set screw C M MP Set screw C M MP 0000 Set screw C M MP 0000 Set screw C M MP 0000 Set screw C M MP 0000 Set screw C M MP 0000 Set screw C M MP 000 IC-PW FCC sirial number seal [USA] 0000 IC-PW FCC sirial number seal EUR] 000 IC-PW FCC sirial number seal [EUR-] MP 0000 Bind screw BT M ZK MP 0000 Bind screw BT M ZK MP A-sheet MP 000 Poli-cap type M MP 000 Alumi-sheet V MP A-side sheet MP B-side sheet MP 000 Isolating plate FH MP Isplating plate FI MP Screw PH BT M NI-ZU MP Screw PH BT M NI-ZU MP TN MP Grounding spring (A) MP A-shield plate MP 000 Sponge (FH) MP 000 Sponge MP 000 Himeron sheet (BV) MP 000 Isolating plate MP 0000 TN MP B-Sheet MP 0000 Screw FH BT M NI-ZU MP Bind screw BT M ZK MP 0000 Bind screw BT M ZK WS 000 EX00 Special coaxial cable- ()/CH WS 000 EX00.D coaxial cable ()/CH Screw abbreviations: PH: Pan head BT: Self-tapping ZK: Black

36 MP MP MP MP ANT-SW UNIT [JACK- UNIT] J 0000 Connector TCS0-- J 0000 Connector JPJ0-0-0 J Connector HSJ J 0000 Connector TCS0-- J 0000 Connector JPJ0-0-0 J Connector HSJ J Connector B0B-EH-S J 0000 Connector B0B-EH-S S Switch HSW-0-00 [ANT-SW UNIT] EP 000 Terminal OT-00 M EP 000 Terminal OT-00 M RL 0000 Relay FTR-FCA0V RL 0000 Relay FTR-FCA0V RL 0000 Relay FTR-FCA0V RL 0000 Relay FTR-FCA0V QTY. QTY. MP MP0 MP CHASSIS PARTS MP MP MP MP K E D A MP MP C B MP EP MP MP MP MP MP FILTER UNIT COMBINR UNIT MP0 MP MP MP D MP MP MP MP MP MP MP MP0 MP MP I PA UNIT MP J I J MP B F E G JACK- UNIT C MP S MP P Q R MP K W N M WS (AN) MP F L H MP W MP MP G L N M MP H MP MP MP MP MP MP MP0 TUNER UNIT MP MP0 MP MP MP MP MP MP MP MP MP MP MP MP MP MP MP MP MP EP MP MP T W O MP MP MP0 MP MP A O MP MP0 MP MP00 FRONT UNIT MP MP MP MP MP MP MP MP MP0 MP MP MP MP MP MP Q PX- T EP S R P MP0 MP MP Note (AN) : ANT-SW UNIT -

37 MP MP MP MP SW BOARD MP MP MP MP MP MP FRONT UNIT MP ME EP DS MP MP MP MP MP (CH) MP MP MP MP MP MP MP MP0 WS DS MP MP WS (CH) MP0 (CH) MP (CH) MP (CH) WS WS MP EP MP (CH) MP MP EP EP MP MP MP ME MP0 MP MP (CH) FILTER UNIT MP (CH) MP (CH) EP MP (CH) EP MP (CH) MP MP MP MP (CH) MP (CH) MP0 (CH) COMBINR UNIT FILTER UNIT MP (CH) MP (CO) WS (CH) MP MP (CH) MP (CH) L (CO) MP (CO) EP (CO) EP (CO) P (CO) EP (CO) MP (CH) WS (CO) MP (CH) MP (CH) MP (CH) Note (CH) : CHASSIS PARTS (See page - ) (CO) : COMBINER UNIT -

38 - FRONT UNIT DISASSEMBLY [FRONT UNIT] DS Lamp HRS-0A-H L0 DS Lamp HRS-0A-H L0 EP 0000 Tube A-0-G0 EP 0000 Tube A-0-G0 ME Meter ME- EX00 ME Meter ME- MP Control panel MP Control cover- MP 000 Knob K0- MP 000 Knob K(A)- EX00 MP 000 Knob K(B)- EX00 MP 000 Knob K(C)- EX00 MP 000 Knob K00(B)- EX00 MP Meter angle MP 000 Push spring MP 000 Standoff cushion (B) MP Meter holder MP 0000 Screw PH M ZK MP 0000 SCREW PH BT M NI-ZU MP 0000 SCREW PH BT M NI-ZU MP 0000 SCREW FH B0 M. MP 0000 Himeron sheet G MP0 000 Rubber sheet (AF) WS 000 EX00 J lead set ()/FR WS 000 EX00 P0*0FR- QTY. - FILTER UNIT DISASSEMBLY [FILTER UNIT] EP 000 Terminal OT-00 M EP 000 Terminal OT-00 M EP 000 Terminal OT-00 M EP 000 Terminal OT-00 M MP 000 Grounding spring(d) MP 000 Grounding spring(d) MP AL cover RL Relay VS-TBU-E-UC RL Relay VS-TBU-E-UC RL Relay VS-TBU-E-UC RL Relay VS-TBU-E-UC RL Relay VS-TBU-E-UC RL Relay VS-TBU-E-UC RL Relay VS-TBU-E-UC RL Relay VS-TBU-E-UC RL Relay VS-TBU-E-UC RL Relay VS-TBU-E-UC RL Relay VS-TBU-E-UC RL Relay VS-TBU-E-UC RL Relay VS-TBU-E-UC RL Relay VS-TBU-E-UC RL Relay AW0 RL 0000 Relay VB-TBU-UC (UL) RL 0000 Relay VB-TBU-UC (UL) WS 000 EX00 P0*J0FI- WS 000 EX00.D coaxial cable ()/FI WS 000 EX00 Tefron coaxial cable ()/FI QTY. Screw abbreviations: PH: Pan head BT, B0: Self-tapping ZK: Black NI-ZU: Nickel-Zinc [COMBINR UNIT] J 000 Connector P J 000 Connector P J 000 Connector P J 000 Connector P J Connector RT0T-.0B J Connector RT0T-.0B J Connector RT0T-.0B J Connector RT0T-.0B L 0000 LR- EP 000 Terminal OT-00 M EP 000 Terminal OT-00 M EP 0000 B0 (#00-D) MP Tread spacer (T) MP 0000 Set screw C M 0 WS 000 EX00 0.D coaxial cable ()/CO WS 0000 EX00 P0*J0CO QTY. -

39 - POWER UNIT DISASSEMBLY [PA UNIT] QTY. W Cable OPC- (N:0 L:0) W Cable OPC- (N:0 L:0) W Cable OPC- (N:0 L:0) W Cable OPC- (N:0 L:0) MF Fan PUDCZ- MF Fan PUDCZ- MF Fan PUDCZ- MP FHS angle MP RHS angle MP PA heat sink- MP 0000 Set screw A M MP 0000 Set screw H M. NI MP 0000 Bind screw BT M ZK MP 0000 Bind screw BT M ZK MP 0000 Bind screw BT M ZK MP Spacer angle MP Set screw A M MP Cap-bolt M ZK MP 0000 Set screw C M MP 0000 Set screw C M MP 0000 Set screw C M MP 0000 Set screw C M MP 0000 Set screw C M MP 0000 Set screw C M MP 0000 Set screw C M MP 0000 Set screw C M MP C-sheeet MP D-sheet WS 000 EX00 J boad (special) ()/PA Screw abbreviations: PH: Pan head BT: Self-tapping ZK: Black NI: Nickel [PA- BOARD] J 000 Connector P J 0000 Connector B0B-EH-S J Connector RT0T-.0B EP 000 Terminal OT-00 M EP 000 Terminal OT-00 M EP Bead FSOH00RN WS 00 EX00 J boad set- ()/PA- WS 000 EX00.D coaxial cable ()/PA- [PA- BOARD] J 000 Connector P J 0000 Connector B0B-EH-S J Connector RT0T-.0B EP 000 Terminal OT-00 M EP 000 Terminal OT-00 M EP Bead FSOH00RN WS 00 EX00 J boad set- ()/PA- WS 000 EX00.D coaxial cable ()/PA- [PA- BOARD] J 000 Connector P J 0000 Connector B0B-EH-S J Connector RT0T-.0B EP 000 Terminal OT-00 M EP 000 Terminal OT-00 M EP Bead FSOH00RN WS 00 EX00 J boad set- ()/PA- WS 000 EX00.D coaxial cable ()/PA- QTY. QTY. QTY. [SPLITR UNIT] J Connector TMP-J0X-V J TMP-J0X-V J TMP-J0X-V J TMP-J0X-V J TMP-J0X-V J TMP-J0X-V J TMP-J0X-V RL 0000 AG 0 RL NR-HD (V) AE WS 000 EX00 P0*J0*0SP- QTY. [PA- BOARD] J 000 Connector P J 0000 Connector B0B-EH-S J Connector RT0T-.0B EP 000 Terminal OT-00 M EP 000 Terminal OT-00 M EP Bead FSOH00RN WS 00 EX00 Jboad set-()/pa- WS 0000 EX00.D coaxial cable ()/PA- QTY. -

40 PA UNIT WS (CH) J (CH) J (CH) MP MP f e MP MP MP MP c MP MP MF MP PA- BOARD MP W (CH) MP0 W c d a b f MP MP MP MP WS MP SPLITR UNIT g W MP MP MP MP MF MP MP0 MP MP0 (CH) MP MP d MP g MP MP MP MP MF MP MP MP W (CH) MP PA- BOARD W MP W (CH) MP PA- BOARD a MP MP e MP MP EP (CH) I h PA- BOARD W b MP h I MP MP MP MP MP MP MP (CH) WS MP MP Note (CH) : CHASSIS PARTS (See page - ) W (CH) MP MP MP -

41 TUNER UNIT MP MP (CH) MP (CH) MP MP EP (DE) MP (DE) WS (DE) MP MP MP0 MP MF EP (DE) MP MP (CH) MP MP MP (CH) W0 (CH) Note (CH) : CHASSIS PARTS (See page - ) (MA) : MAIN UNIT (DE) : DET BOARD (H-N) : H-NET BOARD MP DET BOARD CONNECT BOARD MP MP(DE) MP (DE) MP EP (DE) MP0 WS (DE) EP (DE) MP MP MP MP MP MP MF MP MP MP0 W (CH) MP MP MF WS MP MP MP MP MP MP C-NET BOARD WS MP0 MP MP MP H-NET BOARD EP C C MP0 MP (MA) MP MP EP (H-N) MP MP L-NET BOARD MP MP MP (CH) MP (MA) MP MP MP MP (MA) MP MP MAIN UNIT MP MF MP MP MP MP MP - TUNER UNIT DISASSEMBLY [TUNER UNIT] C UV 0pF C UV 0pF EP Enpire tube MF Stepping motor MPGA MF Stepping motor MPGA MF Fan FBA0THC (w/beadscore) MP A-TUN case- MP A-TUN cover- MP A-motor angle- MP Bind screw M 0 ZK MP 0000 Screw FH M MP 000 Plate- MP Screw MP TUN angle MP UJ- (univ. cuppling) MP CU plate MP 0000 Screw FH M MP 0000 Bind screw BT M ZK MP B-TUN case- MP 0000 Tapping screw bind B0 M ZK(BT) MP 0000 Tapping screw bind B0 M ZK(BT) MP 0000 Tapping screw bind B0 M ZK(BT) MP 0000 Tapping screw bind PH B0 M NI-ZU (BT) MP 0000 Tapping screw bind B0 M ZK(BT) MP 0000 Set screw A M MP Tapping screw bind PH B0 M NI-ZU (BT) MP 0000 Tapping screw bind PH B0 M NI-ZU (BT) MP 0000 Set screw C M 0 MP 0000 Set screw A M MP 0000 Set screw C M MP Cable tie-0 MP 0000 Clip TN MP 0000 Set screw A M MP Alumi-sheet C MP A-grounding plate MP 0000 Tapping screw bind PH B0 M NI-ZU (BT) MP 0000 Filamen tape 0 0 MP 0000 Filamen tape 0 MP Tun spring MP B-grounding plate MP 0000 Tapping screw bind PH B0 M NI-ZU (BT) MP Grounding spring (C) MP Tapping screw bind PH B0 M NI-ZU (BT) WS 000 EX00 Special coxial cable ()/TU [DET BOARD] EP 000 Terminal OT-00 M EP 000 Terminal OT-00 M EP 000 Terminal OT-00 M EP 000 Terminal OT-00 M MP Shild case (A) SX MP 0000 Shild case (A) cover (A)- MP Shild plate WS 000 EX00 Tefron coaxial cable ()/DE WS 000 EX00 P0*J0DE- QTY. Screw abbreviations: PH: Pan head FH: Flat head BT: Self-tapping ZK: Black NI:Nickel QTY. -

42 [MAIN UNIT] J Connector RT0T-.0B J 0000 Connector B0B-EH-S J 0000 Connector BB-EH-S J 0000 Connector B0B-EH-S J 0000 Connector BB-EH-S J 0000 Connector B0B-EH-S J Connector B0B-EH-S J 000 Connector 0-0 J 0000 Connector B0B-EH-S J 0000 Connector B0B-EH-S J 0000 Connector B0B-EH-S J Connector B0B-EH-S J 0000 Connector B0B-EH-S J 0000 Connector B0B-EH-S S 0000 Switch S-00A S 0000 Switch S-00A MP Shield case MP Shield case cover- MP 000 Shield plate- MP shield plate RL 0000 Relay AHY0 RL 0000 Relay AHY0 QTY. [ACCESSORIES] W Cable OPC-0 W Cable OPC-0 B W Cable OPC- B W Cable OPC- EP 0000 Terminal.- pin EP 0000 DL-C OR---H [USA], [EUR] 0 MP front plate MP 0000 Rubber (hole bush) MP 0000 Screw PH M ZK [EUR-] only MP 0000 JIG cable tie-0 [EUR-] only MP Cable caution rabel(bj) [EUR-] only W W W W MP EP MP MP QTY. [L-NET BOARD] EP 000 Terminal OT-00 M RL Relay AR- RL Relay AR- QTY. EP MP [H-NET BOARD] EP 000 Terminal OT-00 M RL Relay AR- RL Relay AR- RL Relay AR- RL Relay AR- RL Relay AR- RL Relay AR- RL Relay AR- RL Relay AR- RL Relay AR- RL Relay AR- QTY. [C-NET BOARD] RL 0000 Relay VS-TBU-VD RL 0000 Relay VS-TBU-VD RL Relay AR- RL 0000 Relay VB-MBU-UC (UL) RL 0000 Relay VB-MBU-UC (UL) RL 0000 Relay VB-MBU-UC (UL) RL Relay AR- RL 0000 Relay VB-MBU-UC (UL) RL 0000 Relay VB-MBU-UC (UL) RL Relay VB-MBU-UC (UL) QTY. -

43 SECTION SEMI-CONDUCR PARTS LIST INFORMATION - TRANSISR AND FET s NAME SYMBOL INSIDE VIEW - DIODES NAME SYMBOL INSIDE VIEW C A SA-GR SA-Y SG SY B E SS00 A K K K C SS0 B SBS SBS SBR BB BF BAR A A B C E C SS SS DFS-0 S S FS A K SC-O SC-GR QO GR B E HSMAS-TR C S A K SK0-Y TY D G MA B A K G SK-TB X MA0-M _ A K S D DTCEE DTCEE C RD.M-TB RD.M-TB K B E A -

44 SECTION BOARD LAYOUTS - ANT- SW UNIT P MAIN UNIT J S S S S EP S S S S J DET BOARD EP J C J C J J C UT EP CHASSIS UNIT ANT ANT ANT ANT - C-NET BOARD DET BOARD DET BOARD DET BOARD CP0 CP CP CIN COUT MAIN UNIT J0 P EP TU VHCI CIB CIB CIB J J EP MAIN UNIT J P TU VHCO COB COB COB CHW FROM H-NET BOARD L -

45 - L-NET BOARD EP LHW H-NET BOARD EP M M EP P M M MAIN UNIT J - H-NET BOARD EP P 0M M M M 0M MAIN UNIT J J L-NET BOARD EP EP 0mm C-NET BOARD LHW -

46 - CONNECT BOARD M MF MOR STEPPER J V PX PZ PY PX PW V PZ PW V RW RX RY RZ V PY RW RX RY PW RZ PY V PX PZ J V PW PX PY PZ RW V RX RZ RY 0 MAIN UNIT J PZ PY M PX MF MOR STEPPER PW V J -

47 - COMBINR UNIT MAIN UNIT J P BAL W, W J MP J MP MP W, W W, W FIN EP EP J J J J PAO PAO PAO PAO PA BOARD J PA BOARD J EP EP FILTER UNIT PA BOARD J PA BOARD J -

48 - SPLITR UNIT MAIN UNIT J0 P F V TEMP IN DRIV T J PA BOARD J 0 TV EP HV TV F V TEMP IN DRIV J J J J J PA BOARD PA-J PA-J J J PA-J J PA-J J J T CHASSIS IN FILTER UNIT J CHASSIS IN -

49 - PA UNIT MF M J PA BOARD J TV TV 0 PA BOARD J J J J J 0 PA BOARD J TV TV PA BOARD J TV TV PA BOARD J (each PA bords) PA BOARD J (each PA bords) PA BOARD J (each PA bords) 0 NONE TV TV 0 PX- (OPTION) J J EP EP EP PA- BOARD HV PX- (OPTION) J PA- BOARD PX- (OPTION) EP EP PA- BOARD EP J EP EP HV PX- (OPTION) J J TV TV HV 0 PA BOARD J (each PA bords) PA BOARD J PA BOARD J PA BOARD J SPLITR UNIT J J J J J COMBINR UNIT -

50 - DET BOARD C-NET BOARD COUT CP CP CP CP CP CP CP CP CP CP CP CP0 TIN EP EP CP CP FILTER UNIT C-NET BOARD CIN J P R V PV RV MAIN UNIT J UT EP EP ANT-SW UNIT -

51 -0 JACK- UNIT EXCITER REMOTE SEND ALC ACC REMOTE SEND ALC ACC & ALC ADJ. ALC adj. 0 0 FANV J J 0 FANV CI ALC ALC SEND SEND MAIN UNIT J MF TUNER UNIT -

52 - SW BOARD P VIEW The combination of this page and the next page shows the unit layout in the same configuration as the actual P.C. Board. POWER S PO VD TRANSMIT ID SWR INPUT S TEMP ALC METER- S S METER- TUNER S S S S S AMP/PROTECT DOWN AU UP ANT -

53 BOTM VIEW The combination of this page and the previous page shows the unit layout in the same configuration as the actual P.C. Board. CLK CLK DATA DATA DATK DATK J J STR H S DATA STR STR H S DATA STR MAIN UNIT J P P CP CP CP CP CP CP DS- DS- ME ME FRONT UNIT DS LAMP DS LAMP - 0

54 - FILTER UNIT P VIEW COMBINR UNIT EP The combination of this page and the next page shows the unit layout in the same configuration as the actual P.C. Board. FIN EP W 0M MP M M 0M EP M M EP M M T FOR J EP J TRU SPLITER UNIT J EP MAIN UNIT J P T FOR M M M 0M M M M 0M -

55 BOTM VIEW The combination of this page and the previous page shows the unit layout in the same configuration as the actual P.C. Board. TIN EP EP TUNER UNIT (DET BOARD) -

56 - MAIN UNIT P VIEW SPLITR UNIT J EP T DRIV J0 SPLITR UNIT J IN TEMP V F T DRIV IN TEMP V F P TUNER UNIT (DET BOARD) RV RV J PV PV V V R R J P TUNER UNIT (C-NET BOARD) TU TU VHCO VHCO J COB COB COB COB COB COB J P TUNER UNIT (L-NET BOARD) J M M M M J P TUNER UNIT (H-NET BOARD) 0M 0M J M M M M M M 0M 0M J P JACK UNIT J 0 J BAL COMBINR UNIT J FILTER UNIT J FANV CI ALC ALC SEND SEND J T FOR M FANV CI ALC ALC SEND SEND P T FOR M 0 J P BAL J CP CP CP CP CP CP CP 0 0 J0 CIB CIB CIB VHCI TU J TTRC ISTA IKEY. TUNER UNIT (C-NET BOARD J) TUNER UNIT CPU WRITE FILTER UNIT M M 0M M M M 0M EP EP S P S M M 0M M S M M 0M S J J P J STR DATA CLK S S S S S H STR DATK DATA P STR DATA S H STR DATK DATA CLK SW BOARD J ANT-SW UNIT J J PW PY V RX RZ 0 V PW PX PY PZ V RW RX V PX PZ RW RY RY RZ 0 TUNER UNIT (CONNECT BOARD J) - J ID VD REGF REGHC MAXI REGT V H H SEL PX (OPTIONAL UNIT) P The combination of this page and the next page shows the unit layout in the same configuration as the actual P.C. Board.

57 BOTM VIEW The combination of this page and the previous page shows the unit layout in the same configuration as the actual P.C. Board. -

58 SECTION BLOCK DIAGRAM INPUT INPUT T IC: NJM THERMO DET IC: TA0 BIAS FOR/DRIVE PROTECT IC: NJM0 IC: TCSF SPLITR UNIT D, D: RGD D: HSM IC: NJM CPU DRIVE DET FREQ DET SPLITTER LIMITER ATT DRIVE DET DRIVE AMP RF AMP LIMIT AMP DEVIDER PA UNIT Q: MRF0 PA HV Q: MRF0 PA HV Q: MRF0 PA HV Q: MRF0 PA Q: SB Q: SC Q: SK0 IC0: TCS IC0: TCAC HV PA FAN FAN DRIVER MAIN UNIT FILTER UNIT LPF D D: SX COMBINER UNBALAE DET COMBINR UNIT COMPARAR IC: NJM IC: TD D, D: MBD0 VSWR DET RELAY DRIVER FOR IC: TAL0 V V REG V IC: XC0S EE-PROM IC: S-0 RESET CTRL IC: NJMM T SWR AMP FORT IC: NJM AMP IC: NJM0 SWR/DRIVE CTRL IC: NJM0 RF POWER CTRL DET BOARD D, D: MD0 COUPLER IMPEDAE DET IC: NJM AMP COUPLER D,D, D,D: MA IC: MC0L IC: TAAC D, D: SS IC: NJM IC: M0M-FP TUNER CPU IC: NJM FOR AMP IC: NJM ALC METER PHASE DET AMP MAIN CPU IC: TMP0PMF TRC IC: TD0 TUNER FAN MOR DRIVER IC: TD RELAY DRIVER Q: SB IC: µpd0 IC: NJM CAP SW RELAY FAN DRIVER BUFF IC: TCWF SEND SELECT RL: AHY0 ALC AMP ALC SELECT Id CTRL CHASSIS UNIT MOR L-NET BOARD SEND SEND SEND ALC ALC IC: NJM0 IC: XC0AS EE-PROM CI-V COIL SW RELAY RELAY DRIVER MOR Q, Q: SB Q: SB TV REG T CAP SW RELAY C-NET BOARD H-NET BOARD COIL SW RELAY Q, Q0, Q Q, Q: SB RELAY DRIVER S RELAY CTRL IC: TCW IC: TCS POWER V REG IC: BU0 IC: BA00 +V REG REGURAR H (+V) +V REG IC: TA0 V (+V) IC: TD RELAY DRIVER IC: TA0 HV (PX-) ANT UP ANT-SW UNIT V V V 00/00 V ANT ANT ANT ANT V SHIFT REGISTER DOWN TRANSMIT AU ALC TUNER Id OUTPUT DATA EXPANDER TUNER AMP/ PROTECT Po Vd SWR AMP/PROTECT. 0 BAND ANT- TEMP INPUT- LED METER LAMP - H (+V) METER METER IC, IC IC, IC: µpd0 IC: M D/A INPUT / METER METER LED FRONT UNIT SW BOARD -

59 SECTION 0 VOLTAGE DIAGRAM ANT J ANT ANT J ANT UT EP EP W,W0 MF EP EP UT DET BOARD R V PV RV TIN J J ANT COUT CIN CP0 CP CP ANT J ANT TUNER UNIT W W W CP CP CP EP EP J W, W EP TIN TRU FIN EP FILTER UNIT EP EP W,W J EP W J FIN PAO PAO EP P J TRU 0 J PAI J P J PAI PA BOARD EP 0 J 0 - HV TV TV J ANT-SW UNIT C-NET BOARD J FANV J J C C L MF MF JACK UNIT J 0M M M M 0M H-NET BOARD EP MP0 J J 0M M M M 0M M M M J EP W W0 J W J PAO PAO EP W W J W J PAO PAO EP W W J BAL J W J PAO PAO PX- HV EP HV W W J MF W 0 J PA BOARD PAI J J P J PAI EP 0 J W 0 J PAI J P PAI J PA BOARD J MF EP 0 J W 0 J PAI J P PAI J PA BOARD J MF EP 0 J W PA UNIT IN IN J J P P J J IN IN ACS H H V REGT MAXT REGHC REGF VC IC F V TEMP IN DRIV T METER J EP L-NET BOARD CONNECT BOARD J 0 J 0 W0 W EP 0 0 J SPLITR UNIT J J DS ME ME CP CP CP SW BOARD DS CP DS- P J0 FRONT UNIT J CLK DATA DATK STR H S DATA STR P P J CP CP CLK DATA DATK STR H S DATA STR SEL H H V REGT MAXI REGHC REGF VD ID F V TEMP IN DRIV T 0 P P J J 0 0 P J 0 0M M M M 0M M M M FOR T BAL P P P P P J J J J J0 J 0 J 0 P J MAIN UNIT S S S S SEND SEND ALC ALC CI FANV 0M M M M 0M M M COB COB COB VHCO TU TU VHCI CIB CIB CIB RZ RY RX RW V PZ PY PX PW V SEND SEND ALC ALC CI FANV RZ RY RX RW V PZ PY PX PW V PZ PY PX PW V RZ RY RX RW V S S S S RV PV V R HV HV HV TV TV HV TV TV HV TV TV TV TV HV TV TV TV TV HV TV TV TV TV HV DS- METER COUT CIN COMBINR UNIT M M COB COB COB VHCO TU TU VHCI CIB CIB CIB FOR T 0- WIRING DIAGRAM ANT EP

60 0- SPLITER, PA AND COMBINR UNITS PA BOARD FILTER UNIT J J TRU PAI J P J PAI J PAO W L LR- EP EP FIN W, W EP EP FILTER UNIT R 0 J P J IN C 0. R 0 R 0 R 0 L LR- L LR- L LR- CHASSIS J P J IN C 0 p IN : 0 V IN :. V RL AG0 R k RL AE TX:.0 V RX: 0 V D SS0 R. k C p R 00 R0 00 C p R 00 PAI J P J PAI PA BOARD HV TV TV J J PAO W J J PAO PAO R 00 L LR- R 0 W W W R 0 C p C p R 0 L LR- W R R. W W MAIN UNIT J0 P F V TEMP IN DRIV T. V J F V TEMP IN DRIV J C 0 p C 0. L0 00 mh R. k TX:.0 V RX: 0 V L 00 mh C L 00 mh C0 0. D SS0 R ERT-DFHL0S C 0. L 00 mh C L 00 mh R. k R 0 D HSMAS R k C C p L LR- R 0 k D RGD C R k C L 00 mh C0 C p D RGD R 00 0 SPLTIR UNIT J PA UNIT PA BOARD J J PAO PAO R 00 L LR- R 0 W W W R0 0 C p D S D S C 0.0 C p R 00 R 00 D S C 0.0 PAO PAO balanced: 0 V HV PA UNIT TV (PA BOARD) TV J W 0 J T J HV TV TV 0 R. C 0 C 0. IC TA0F I G O.0 V C 0. C 0 L 00 mh PAI J P J PAI J PAO W COMBINR UNIT W BAL BAL W J P MAIN UNIT J PA BOARD PAI J P J PAI J PAO W SPLITR UNIT 0 -

61 0- FILTER UNIT EP COMBINR UNIT EP EP EP FIN 0 MHz 0M L0 0 µh 0 MHz ON :. V 0 MHz OFF: 0 V RL VB-TBU-UL C p C p L LA- C p C p C p C p C p L LA- C p C p C0 p C0 p C p L LA- C p C p C0 p C p C0 RL VB-TBU-UL RL AW0 D SS C L 00 µh J P TRU SPLITR UNIT J C0 C00 D SS L LA- L LA-0 0 MHz ON :. V 0 MHz OFF: 0 V RL VS-TBU- E-UL W MHz RL VS-TBU-E-UL M L 0 µh C0 C D SS MHz RL VS-TBU-E-UL M L 0 µh MHz ON :. V MHz OFF: 0 V MHz ON :. V MHz OFF: 0 V C p C p C p C p C C p p C0 p L LA-0 C p C p C 00 p C p C p C p C p L LA-0 C p C p C p C p C p MHz ON :. V MHz OFF: 0 V C p C C0 RL VS-TBU- E-UL C0 0 p C 0 p C 0 p C 00 p W L LR- R R R R0 R R R DSA-0 MA EP EP TN EP EP TUNER UNIT (DET BOARD) MHz M L 0 µh C0 C D SS RL VS-TBU-E-UL MHz ON :. V MHz OFF: 0 V D SS C0 p C p C p L LA- C p C p C p C p L LA-0 C p MHz ON :. V MHz OFF: 0 V C p C p RL VS-TBU- E-UL D MBD0 C0 R 0 k C 0. C 0 p R 0 k C 0. C 0 p C0 D MBD0 L BL0RN-A-00 L LR-0 L LR-00 MHz ON :. V MHz OFF: 0 V C C 0 MHz 0M L 00 µh RL VS-TBU-E-UL 0 MHz ON :. V 0 MHz OFF: 0 V C 00 p C 00 p C 0 p C 0 p C 0 p C0 0 p C 0 p C 0 p RL VS-TBU- E-UL R 0 k R 0 k R 0 k R 0 k TX:. V RX: 0 V C D SS MHz M L 00 µh C RL VS-TBU-E-UL MHz ON :. V MHz OFF: 0 V D0 SS C p C 0 p L LR- C 0 p C 0 p C 0 p C 0 p L0 LR- C 0 p 0 MHz ON :. V 0 MHz OFF: 0 V C0 C0 0 p 0 p RL0 VS-TBU- E-UL T FOR M M J W W EP EP P 0 T FOR M M M MAIN UNIT 0M M J M M 0M L LR- L LR- MHz ON :. V MHz OFF: 0 V M W. MHz RL VS-TBU-E-UL RL VS-TBU- E-UL 0M M W W M L0 00 µh C. MHz ON :. V. MHz OFF: 0 V D SS L 00 µh C 0 p C 0 p C 00 p L LR- C 0 p C 0 p C 0 p C 0 p L LR- C 0 p C 0 p C 0 p. MHz ON :. V. MHz OFF: 0 V M M 0M W W W W. MHz M L 00 µh RL VS-TBU-E-UL. MHz ON :. V. MHz OFF: 0 V C 0 p C0 0 p C 0 p C 0 p C 0 p C 0 p C 0 p C 0 p C0 0 p C 0 p C 0 p C 0 p C 0 p C 0 p RL VS-TBU- E-UL FILTER UNIT C0 D SS. MHz ON :. V. MHz OFF: 0 V 0 -

62 0- PA UNIT R R SPLITR UNIT J P J PAI R 0 R0 R L LA- R 0 R 0 L LR-B C p C 0. C 0. R C 0. TX:. V RX: 0 V TX:. V RX: 0 V C R R. k R. k C 0. R QA MRF0 MP D SS0 J W QB MRF0 MP C R 0. OUT IN. V L LR-. V L LR- C 0. C 0. C 0. PAO C 0. J COMBINR UNIT J SPLITR UNIT J P J PAI R 0 R0 R L LA- R 0 R 0 L LR-B C p C 0. C 0. R C 0. C TX:. V RX: 0 V TX:. V RX: 0 V R R. k R. k C 0. R QA MRF0 MP D SS0 J W QB MRF0 MP R OUT L LR- IN. V. V L LR- C 0. C 0. C 0. PAO C 0. J COMBINR UNIT J D SS0 L 00 µh L 00 µh D SS0 C 0. C D SS0 R D SS0 L 00 µh L 00 µh D SS0 C 0. C C 0. D SS0 R W TV TV HV J 0 R 0 k C 0. C 0.0 C 0. C 0.00 R 0 k C 0. R0 0 k C 0. C0 0. C 0.0 R 0 k C 0.00 L 00 µh W TX:.0 V RX: 0 V C 0. R. R. C 0. C 0.0 L LR-0 C 0.00 C 0 C 0 EP W EP EP HV SPLITR UNIT J W TV TV HV J 0 C 0. R 0 k C 0.0 C 0. C 0.00 R 0 k C 0. R0 0 k C 0. C0 0. C 0.0 R 0 k C 0.00 L 00 µh TX:.0 V RX: 0 V W C 0. R. R. C 0. C 0.0 L LR-0 C 0.00 C 0 C 0 W EP EP EP HV PX- HV HV TV TV J 0 L HF0ACC C 0. PA BOARD J MF W TV TV J 0 L HF0ACC C 0. PA BOARD J MF R R SPLITR UNIT J P J PAI R 0 R0 R R 0 L LA- R 0 L LR-B C p C 0. C 0. R C 0. C TX:. V RX: 0 V TX:. V RX: 0 V R R. k R. k C 0. R QA MRF0 MP D SS0 J W QB MRF0 MP R OUT IN. V L LR-. V L LR- C 0. C 0. C 0. PAO C 0. J COMBINR UNIT J SPLITR UNIT J P J PAI R 0 R0 R L LA- R 0 R 0 L LR-B C p C 0. C 0. R TX:. V RX: 0 V C 0. C TX:. V RX: 0 V R R. k R. k C 0. R QA MRF0 MP D SS0 J W QB MRF0 MP R OUT IN. V L LR-. V L LR- C 0. C 0. C 0. PAO C 0. J COMBINR UNIT J D SS0 L 00 µh L 00 µh D SS0 C 0. C C 0. D SS0 R D SS0 L 00 µh L 00 µh D SS0 C 0. C C 0. D SS0 R R 0 k C 0. R 0 k R0 0 k C0 0. R 0 k TX:.0 V RX: 0 V R. R. L LR-0 R 0 k C 0. R 0 k R0 0 k C0 0. R 0 k TX:.0 V RX: 0 V R. R. L LR-0 W TV TV HV J 0 C 0. C 0.0 C 0.00 C 0. C 0. C 0.0 L 00 µh C 0.00 W C 0. C 0. C 0.0 C 0.00 C 0 C 0 EP W EP HV EP W TV TV HV J 0 C 0. C 0.0 C 0.00 C 0. C 0. C 0.0 L 00 µh C 0.00 W C 0. C 0. C 0.0 C 0.00 C 0 EP W EP HV C 0 EP W TV TV J 0 L HF0ACC C 0. PA BOARD J W TV TV J 0 L HF0ACC C 0. PA BOARD J MF 0 -

63 0- FRONT UNIT Io SELET: 0 V Io UNSELECT:. V Io SELET:. V Io UNSELECT: 0 V R 0 DS CL-00YG Q DTCEE R 0 DS CL-00YG Q DTCEE R 0 DS CL-00YG Q DTCEE R 0 TUNER ON: 0 V TUNER OFF:. V DS CL-00YG Q DTCEE PROTECT ON. V AMP ON 0 V AMP OFF. V Vo METER ALC METER STR DATK R 0 DS CL-0PG-CD-D R 0 DS CL-00YG Q DTCEE Q DTCEE PML IML R 0 TML VML. MHz SELET: 0 V. MHz UNSELECT:. V 0 MHz MHz MHz DS0 DS DS CL-0PG-CD-D CL-0PG-CD-D CL-0PG-CD-D. MHz 0 MHz MHz MHz R 0 Q DTCEE Po METER. MHz. MHz SELET:. V. MHz UNSELECT: 0 V. MHz DS CL-0PG-CD-D. MHz _ML _ML DS CL-00YG Q DTCEE R0 0 Q0 DTCEE R 0 Q DTCEE TEMP METER DS CL-0PG-CD-D ML 0ML R 0 DS CL-00YG Q DTCEE SWR METER R 0 Q DTCEE R 0 Q DTCEE SML AML DS CL-0PG-CD-D ML ML TUNER ON:. V TUNER OFF: 0 V TUNL R 0 Q DTCEE R 0 MHz MHz MHz PAL DS CL-0PG-CD-D R 0 Q DTCEE MHz MHz MHz Q DTCEE ML PROTECT ON 0 V AMP ON. V AMP OFF 0 V ML R PROTECT ON 0 V 0 AMP ON. V AMP OFF. V DS SECC PROL PROTECT ON. V AMP ON 0 V AMP OFF 0 V Q DTCEE IL IL VML SML AML 0ML ML ML ML STR DATA DATA CLK CLK STR STR CLK CLK STR STR CLK CLK W C 0. IC µpd0bg STR VDD D OE CLK Q Q Q Q Q Q Q Q QS 0 VSS QS C 0. IC µpd0bg STR VDD D OE CLK Q Q Q Q Q Q Q Q QS 0 VSS QS C 0. IC µpd0bg STR VDD D OE CLK Q Q Q Q Q Q Q Q QS 0 VSS QS +V AL AL AL AL +V PML IML TML +V ML ML 0ML ML ANT DATK TUNER PA MET MET IC BU0BF C 0. H VDD QF G QH F D E C QG B SER A CLK 0 VSS P/S CLK STR CLK STR +V I/ BDOWN BUP R k R k CLK DATA DATK STR DATA STR D SS0 D SS0 S MET METER MET PA TUNER R k R k D SS00 S S S D SS00 METER AMP/PROTECT TUNER D SS0 D SS00 R k R0 k R k R k R0 k R k C C R. C0 0.0 C 0.0 R k R k R k R k R k R k C 0.00 C 0.00 C 0.00 C 0.00 C 0.00 C 0.00 L 00 µh L 00 µh L 00 µh L 00 µh L HF0ACC-B L HF0ACC-B L 00 µh L 00 µh H J P CLK DATA DATK STB H S DATA STB P MAIN UNIT J R 0 DS CL-0PG-CD-D Q0 DTCEE ANT SELECT: 0 V ANT UNSELECT:. V TX: 0 V Q RX:. V DTCEE 0 MHz R0 0 MHz DS0 CL-0PG-CD-D MHz ML R 0 DS CL-00YG 0ML R 0 R 0 DS CL-00YG Q DTCEE AU DS CL-0PG-CD-D AU SELECT: 0 V AU UNSELECT:. V Q DTCEE AU SELECT:. V AU UNSELECT: 0 V R 0 ANT SELECT:. V ANT UNSELECT: 0 V AUL DS CL-00YG TX:. V RX: 0 V TRANS R 0 DS CL-00YG INPUT SELECT: 0 V INPUT UNSELECT:. V R 0 DS CL-00YG Q DTCEE ANT Q DTCEE INPUT SELECT:. V INPUT UNSELECT: 0 V IL IL INPUT SELECT: 0 V INPUT UNSELECT:. V INPUT SELECT:. V INPUT UNSELECT: 0 V _ML _ML AUL W D0 SS W STR STR CLK CLK STR CLK DATA W D SS W C 0.00 C 0. IC µpd0bg STR VDD D OE CLK Q Q Q Q Q Q Q Q QS 0 VSS QS C 0. DO VCC LD VDD CLK AO DI AO AO AO AO AO 0 VSS IC MGP +V TRANS TUNL PAL PROL +V +V C O G R 0 k C. IC. V. V TA0F C 0. I C0 0. BUP BDOWN I/ ANT C 0 R0 R k R k R k R k S S S S UP DOWN INPUT ANT S S R k C 0. IC TCSF S R k IC TCWFU R k C 0. CK D V R. k CLR PR R k G R k Q Q D MA0 C 0 Q DTCEE C 0. V. V R k 0. V Q SB R 0 CP CP DS- DS- FRONT UNIT ME DS LAMP DS LAMP Q DTCEE Q DTCEE C0 0. R RV-0 0 k METER CP CP R 0 DS CL-00YG ANT R 0 DS CL-00YG ANT C 0. R RV-0 0 k METER ME Q DTCEE AL AL Q DTCEE AL AL SW BOARD METER CP CP METER 0 -

64 0- MAIN UNIT R k C0 CP CP CP CP SEND SEND JACK ALC ALC UNIT J CI FANV CP CP CP FRONT UNIT (SW BOARD J) REG UNIT (PX-) CLK DATA DATK STR H S DATA STR ID VD REGF REGHC MAXI REGT V H H SEL J 0 J 0 J L L0 L L L, L L: 00 µh L, L0 : 0 µh L L L L L0 L L L L0, L, L: 00 µh L, L: HF0ACC-B C 0.00 L L L L C 0.00 C 0.00 C 0.00 C 0.00 C 0.0 C 0. C 0. IC TCWF C 0.0 C 0.00 C 0.00 L 0 µ H L 00 µh L 00 µh L 00 µh L 00 µh L 00 µh L 0 µh R k R k.0 V R k R00 k R k D MA C D MA C C 0. D SS00 R RV- k C0 0. D SS0 Q DTCEE C 0. C 0. Vc REGF REGHC MAXI REGT Ic R k R0 k R k R k D SS0 D SS00 Q0 SC C0 0. R. k D SS R. k R. k D SS0 C0 0. D. M D SS D SS RL AHY0 D SS0 RL AHY0 R M D. M R M D SS0 CK DATA DATK STR D SS00 STR. V R 0 L 00 µh R 00 k C RX: 0. V TX:.0 V D SS0 ICD PD0UBG C.0 V 0. C 0..0 V C 0. R 0 k ICB NJMM R 0 k REGC Q0 DTC EE G.0 V O R0 00 k R 0 k TRC ACC ACC SEND L 00 µh ALC ICA NJMM 0 V R 00 k R 0 k ALC R 0 k R 0 k R 00 k IC TA0F C 0. C0.0 V RX:. V TX: 0 V. V S S-00A C C D MA D0 MA S S-00A ICD NJM0AM-T. V R k [USA] R k R k R k R k R0 k R k R k L 00 µh L 00 µh R k R 0 k D SS R k C 0. 0 V IC TCSF USA BOUT ADR0 ADR ADR ADR ADR ADR ADR C 0. 0MF ALC ACC ACC ADR0 ADR ADR ADR ADR ADR ADR BOUT REGT BALA KEY MAXI R k R0 k 0 0 L 0 µh DATA 0 P(WR) P P P0 P P P P P P P P0 P() P() VCC P(INT/T) P(INT/T) VSS P(WAIT/T0) P(INT/T) C0 0. P0(RD) ALC STA 0 IC TMP0PMF 00 ASE P() NMI P00 P0 AVCC AVSS P0(AN0) P(AN) P(AN) P(AN) P(AN) P(AN) P(AN) P(AN) VCC P0 P P(RXD) P(SCLK/CTS) P(TXD) CK SDA SCL REGC PATH REGF TUF ANT ANT ANT ANT 0MF MF P(M) P(M) P(M) P0(M0) P(M0) P(M0) P(M0) P0(M00) VSS P(A) P(A) P(A) P(A) P(A) P(A0) P(A) P0(A) P0(AD) P0(AD) FOR Vc Ic ALCM TEMP DPO USA CK P0(AD) 0 P0(AD) P0(AD) P0(AD) P0(AD) P00(AD0) VCC ALE(P) STBY(P) INT0(P) WDUT(P0) 0 P(TXD) P(SCLK) P(RXD) EA X X VSS CLK RESET MF MF 0MF MF M M I/ SEND INT0 STR DATA STR DATK X.0 MHz C0 p L 0 µh C0 p AMP. ON :. V AMP. OFF: 0 V. V 0. V 0. µs SDA SCL ICC PD0UBG SEND AMP. ON and TX:. V OTHER: 0 V R k C ICE PD0UBG IC XC0AS-.0 A0 A A VSS IC TCSF TI R0 k ICA PD0UBG ICB PD0UBG. V 0. V TX ON VCC WC SCL SDA C0 0. R 0 k R k R k R k Q SA R k Q DTCEE 0 µs D MA Q SC C0 0. R 00 k R 00 k TX ON. V 0. V C 0.0 R 0 k TEMP DPO R k L 00 µh C µs IC NJ D SS R 00 IC NJ R C 0 C 0. C 0. C 0. C 0. C 0. C 0. C L0 - L0 -. V C0 IC S-0ALB-LM C 0. G O C 0. D MA D MA R 00 k R 0 k Q0 SC L LR-0 TUNER R V UNIT PV (DET RV BOARD J) J R C0 0. D DFS C Q00 DTCEE 0 V C 0. R k R k C 0. IC BA00AF 0. V Q0 SB C 0. V R0 0 C 0. C L 00 µh L 00 µh C 0..0 V R. k C 0 p D-TIME NON RT /V CT INV F B V OUT SW VCC R 0 k 0. V D DFS C 0. L 00 µh R L0 00 µh 0 V C 0 R. k C 0.00 R. k C 0 R. k R 0 R 00 k R. k R 00 k Q SB C 0 R. k 0 R. k R. k R k.0 V L LR-0 C0 R 00 k C R k C R M C ICA NJMM TX:. V RX:. V R. M R0 0 k ICB NJMM R M R 00 k R 0 k Q DTCEE C 0. C 0.. V C 0. L 00 µh C 0. W TX:. V RX:.V R k D0 SS D MA Q0 DTCE ICA NJM0AM TX:. V RX: 0. V R RV-0 00 k R 0 k R 00 k Q SCGR R 0 k R 0 k ICC NJM0AM R. M R 00 k R 0 k 0 V C 0 R. M C 0. R RV-0 C.P 00 k CP00 R RV-0 M [USA, EUR] Q0 DTCEE R RV-0 0 k R 0 k D MA D MA D SS R 0 k R.M TX:. V RX:.0 V D MA ICB R0 NJM0AM-T 0 k 0 R 0 k C 0.00 TX:. V RX:. V TX: V RX: V TX:. V RX:. V R RV- 00 k L 00 µh L 00 µh D SS0 TX:. V RX: 0. V R 0 k R 0 k R0 0 k C 0. R RV- 0 k C 0. R 0 k D SS L 00 µh R 0 k R RV- 0 k C ICA 0. NJMM R k FOR R 0 k R k ICB NJMM R k TX: 0. V RX: 0 V R k R ICA TX:. V k R RX: 0. V NJMM 0K. V R k R. k C 0. R k R k C0 ICB 0. NJMM R k D0 SS TX:.0 V RX: 0 V D SS 0MF C 0. ALCM C R 0 k BALAE PA PA: 0 V Q DTCEU R0 RV-0 M C 0. BALA L0 00 µh ICA R0 NJMM 0 k R0 0 k R0 k R0 Q0 0 k DTCEE R0 0 k R0 0 k R0 k Q0 DTCEE CNTR0. V R0 k ICF PD0UBG C 0. ICB NJMM R 00 k R0 0 k C 0. R0 k L0 00 µh R k. V TX:. V RX: 0 V FORT TX: 0. V RX: 0 V T C 0 L 00 µh C0 0. Q SA R0 0 R0 0 k 0 0 Q0 DTCEE R0 0 k P/RD P/WR P/SY P P/RESEUT P/ONW P/DA P0/DA VCC V AV P/AN P/AN P/AN P/AN P/AN R0 k R R00: k IC XC0S A0 A A VSS VCC WC SCL SDA PW PX PY PZ RW RX RY RZ CI CI CI IC M0M-FP P/AN P/AN P0/AN0 P/NT P/PWN P/CNTR P/CNTR0 P/SRDY P/SCLK 0 CP IC0 TCSF R0 0 k R0 k P/SOUT P0/SIN P/SRDY P/SCLK P/TXD P/RXD P/INT R R R R00 R0 k CO CO CO 0 P00/AD0 P0/AD P0/AD P0AD P0/AD P0/AD P0/AD P0/AD P0/AD P/AD P/AD0 P/AD P/AD PAD P/AD P/AD C0 0. P0/DB0 P/DB P/DB 0 P/DB P/DB P/DB P/DB P/DB VSS XOUT XIN P0/INT P/INT0 0 RESET CNV P/INT Q SC IC TCSF R0 k C T T 0T T T T 0T R 00 k R 0 k R 0 k D RD. M D RD. M. V 0. V R 0 k µs C p C0 p R k R0 0 R k D MA R0 k Q SC X. MHz C 0. C0 0. R 0 k R k R0 0 k R k IC S-0ALB-LM C0 0. O R k G R k R 00 k Q SA TR D SS R. k TUNER ON :. V TUNER OFF: 0 V TUNER ON :. V TUNER OFF: 0 V TUNER ON :.0 V TUNER OFF:. V TUNER ON : 0 V TUNER OFF:.0 V COMPLETE VIEW 0 -

65 MF MF 0MF MF M M I/ END NT0 TR ATA STR ATK X.0 MHz 0 C0 L p 0 µh AMP. ON :. V AMP. OFF: 0 V. V 0. V 0. µs SDA SCL ICC PD0UBG SEND AMP. ON and TX:. V OTHER: 0 V R k C ICE PD0UBG IC XC0AS-.0 A0 A A VSS IC TCSF TI R0 k ICA PD0UBG ICB PD0UBG. V 0. V TX ON VCC WC SCL SDA C0 0. R 0 k R k R k R k Q SA R k Q DTCEE 0 µs D MA Q SC C0 0. R 00 k R 00 k TX ON. V 0. V C 0.0 R 0 k TEMP DPO R k L 00 µh C C µs ICB NJMM D SS R 00 k C 0. D SS ICA NJMM R k C 0. IC0 TCSFU C C0 0. R 0 k IC0 TCACF R R 0 R k Q SC L 00 µh L 00 µh R0 0 k R 00 k R 00 k L 00 µh TX: 0. V RX: 0 V R 0 k C 0 p R 0 R 0 R 0 k R0 0 k Q SK0 C 0.0 D0 MA. V 0. V D MA R0 0 k Q SB R. k Q DTCEE R k TUF R k R. k Q DTCEE C0 0. PA FAN DRIVE OFF: 0 V PA FAN DRIVE ON:. V R0. k SELECTED:. V UNSELECTED: 0 V R. k R. k C 0. PA FAN OFF: 0 V PA FAN ON:.0 V Q SB R. k M M MF 0MF MF MF MF 0MF ANT ANT ANT ANT I/ ASE C 0. IC TDAF VS IN IN IN IN IN IN IN IN IC TDAF IN O IN O IN O IN O IN O IN O IN O IN O VS 0 C 0. C PA FAN DRIVE OFF:. V PA FAN DRIVE ON:. V W0 L0 00 µh L 00 µh L00 00 µh L 00 µh L 00 µh TX:. V RX: 0 V 0 V 0 O O O O O O O O L0 HF0ACC C C SELECTED:. V UNSELECTED: 0 V C 0. L L L L C C C0 C0 C0 C C C 0. L 00 µh L 00 µh L 00 µh AMP. ON and TX:. V OTHER: 0 V L L HF0ACC-B C0 0. C 0. C 0. C 0. L L L0 L C0 0. L 00 µh L HF0ACC-B L HF0ACC-B L HF0ACC-B L HF0ACC-B C 0. NOTE: MEASURMENT CONDITION Volt meter : 0 kω/v Oscilloscope : 0 MHz, MΩ, pf Amp : ON Tuner : ON Frequency :. MHz Mode : RTTY Output power : kw J J J0 0 T FOR M M M 0M M M M 0M F V TEMP IN DRIV T FILTER UNIT J FILTER UNIT S S S ANT-SW S UNIT J J SPLITR UNIT J Q0 SC Q SB R. k Q R. k DTCEE R. k [TUNER ON] / [AMP. ON] / [TX ON]:. V OTHER : 0 V L HF0ACC CI CI CI CO CO CO C 0 D SS0 IC TDAF IN IN IN IN IN IN IN IN VS PW PX PY PZ RW RX RY RZ IC TDFN I I I I I I I I O O O O O O O O 0 O O O O O O O O COM 0 C 0. L L L L L0 L0 L0 L CP CP CP CP0 CP CP CP CP L0 L HF0ACC L L L L L L L L0 CIB VHCI CIB CIB J 0 J0 V PW PX PY TUNER UNIT PZ (CONNECT V RW BOARD J) RX RY RZ TU VHCI CIB TUNER UNIT CIB (C-NET CIB BOARD J). V 0. V µs 0T T Q DTCEE R. k R. k R. k Q SB Q0 DTCEE R. k R. k Q SB C 0. C 0. C0 0. C 0. C 0. C 0. C 0. C 0. COB COB COB VHCO J COB COB TUNER UNIT COB VHCO (C-NET TU BOARD J) P0/DB0 P/DB P/DB 0 P/DB P/DB P/DB P/DB P/DB VSS XOUT XIN P0/INT P/INT0 0 RESET CNV P/INT SC T T 0T T T T 0T R 00 k R 0 k R 0 k D CSF RD. M C D RD. M R 0 k C p C0 p R k R0 0 R k D MA R0 k Q SC X. MHz C 0. C0 0. R 0 k R k R0 0 k R k IC S-0ALB-LM C0 0. O R k G R k R 00 k Q SA TRC D SS0 R k T T 0T T T KEY Q DTCEE Q DTCEE Q DTCEE Q0 SC STA R0. k R. k R. k R. k R. k R. k Q SC S SW- R. k R. k R. k Q0 SB Q SB Q SB Q DTCEE Q DTCEE R. k R. k R. k R0. k R. k R. k R. k Q SB Q SB MAIN UNIT C 0. C 0. C 0. C 0. C 0. C 0. C 0. C 0. C 0. C 0 p L L HF0ACC L L L L L0 L L C 0. L 0 µh L 0 µh L 0 µh L0 - TUON J J J J 0M M M M TUNER UNIT 0M (H-NET BOARD J) M TUNER UNIT M (L-NET BOARD J) (TTRC) (ISTA) TUNER UNIT (IKEY) CPU (.) () WRITE BAL COMBINR UNIT J COMPLETE VIEW

66 0- MAIN UNIT CP CP CP CP SEND SEND JACK ALC ALC UNIT J CI FANV CP CP CP FRONT UNIT (SW BOARD J) REG UNIT (PX-) CLK DATA DATK STR H S DATA STR ID VD REGF REGHC MAXI REGT V H H SEL J 0 J 0 J L L0 L L L, L L: 00 µh L, L0 : 0 µh L L L L L0 L L L L0, L, L: 00 µh L, L: HF0ACC-B C 0.00 L L L L C 0.00 C 0.00 C 0.00 C 0.00 C 0.0 C 0. C 0. C 0.0 C 0.00 C 0.00 L 0 µ H L 00 µh L 00 µh L 00 µh L 00 µh L 00 µh L 0 µh R k IC TCWF R k R k.0 V R k R00 k R k D MA C D MA C C 0. D SS00 R RV- k C0 0. D SS0 Q DTCEE C 0. C 0. Vc REGF REGHC MAXI REGT Ic R k R0 k R k R k D SS0 D SS00 Q0 SC C0 0. R. k D SS R. k R. k D SS0 C0 0. D. M D SS D SS RL AHY0 D SS0 RL AHY0 R M D. M R M D SS0 CK DATA DATK STR D SS00 STR. V R 0 L 00 µh R 00 k C RX: 0. V TX:.0 V D SS0 ICD µpd0ubg C.0 V 0. C 0..0 V C 0. R 0 k ICB NJMM R 0 k REGC Q0 DTC EE G.0 V O R0 00 k R 0 k TRC ACC ACC SEND L 00 µh ALC ICA NJMM 0 V R 00 k R 0 k ALC R 0 k R 0 k R 00 k IC TA0F C 0. C0.0 V RX:. V TX: 0 V. V S S-00A C C D MA D0 MA S S-00A ICD NJM0AM-T. V R k [USA] R k R k R k R k R0 k R k R k L 00 µh L 00 µh R k R 0 k D SS R k C 0. 0 V IC TCSF USA BOUT ADR0 ADR ADR ADR ADR ADR ADR C 0. 0MF ALC ACC ACC ADR0 ADR ADR ADR ADR ADR ADR BOUT REGT BALA KEY MAXI R k R0 k 0 0 L 0 µh DATA 0 P(WR) P P P0 P P P P P P P P0 P() P() VCC P(INT/T) P(INT/T) VSS P(WAIT/T0) P(INT/T) C0 0. P0(RD) ALC STA 0 IC TMP0PMF 00 ASE P() NMI P00 P0 AVCC AVSS P0(AN0) P(AN) P(AN) P(AN) P(AN) P(AN) P(AN) P(AN) VCC P0 P P(RXD) P(SCLK/CTS) P(TXD) CK SDA SCL REGC PATH REGF TUF ANT ANT ANT ANT 0MF MF P(M) P(M) P(M) P0(M0) P(M0) P(M0) P(M0) P0(M00) VSS P(A) P(A) P(A) P(A) P(A) P(A0) P(A) P0(A) P0(AD) P0(AD) FOR Vc Ic ALCM TEMP DPO USA CK P0(AD) 0 P0(AD) P0(AD) P0(AD) P0(AD) P00(AD0) VCC ALE(P) STBY(P) INT0(P) WDUT(P0) 0 P(TXD) P(SCLK) P(RXD) EA X X VSS CLK RESET MF MF 0MF MF M M I/ SEND INT0 STR DATA STR DATK X.0 MHz C0 p L 0 µh C0 p AMP. ON :. V AMP. OFF: 0 V. V 0. V 0. µs SDA SCL ICC µpd0ubg SEND AMP. ON and TX:. V OTHER: 0 V R k C0 0. IC XC0AS-.0 A0 A A VSS IC TCSF ICA µpd0ubg ICB µpd0ubg 0 ICE µpd0ubg TI R0 k. V 0. V TX ON VCC WC SCL SDA C0 0. R 0 k R k R k R k Q SA R k Q DTCEE 0 µs D MA Q SC C0 0. R 00 k R 00 k TX ON. V 0. V C 0.0 R 0 k TEMP DPO R k L 00 µh C C µs ICB NJMM D SS R 00 k C 0. D SS ICA NJMM R k C 0. IC0 TCSFU C C0 0. R 0 k IC0 TCACF R R 0 R k Q SC L 00 µh L 00 µh R0 0 k R 00 k R 00 k L 00 µh TX: 0. V RX: 0 V R 0 k C 0 p R 0 R 0 R 0 k R0 0 k Q SK0 C 0.0 D0 MA. V 0. V D MA R0 0 k Q SB R. k Q DTCEE R k TUF R k R. k Q DTCEE C0 0. PA FAN DRIVE OFF: 0 V PA FAN DRIVE ON:. V R0. k SELECTED:. V UNSELECTED: 0 V R. k R. k C 0. PA FAN OFF: 0 V PA FAN ON:.0 V Q SB R. k M M MF 0MF MF MF MF 0MF ANT ANT ANT ANT I/ ASE C 0. VS IN IN IN IN IN IN IN IN C 0. C PA FAN DRIVE OFF:. V PA FAN DRIVE ON:. V W0 L0 00 µh L 00 µh L00 00 µh L 00 µh L 00 µh TX:. V RX: 0 V 0 V IC TDAF 0 O O O O O O O O IC TDAF IN O IN O IN O IN O IN O IN O IN O IN O VS 0 L0 HF0ACC C C SELECTED:. V UNSELECTED: 0 V C 0. L L L L C C C0 C0 C0 C C C 0. L 00 µh L 00 µh L 00 µh AMP. ON and TX:. V OTHER: 0 V L L HF0ACC-B C0 0. C 0. C 0. C 0. L L L0 L C0 0. L 00 µh L HF0ACC-B L HF0ACC-B L HF0ACC-B L HF0ACC-B C 0. NOTE: MEASURMENT CONDITION Volt meter : 0 kω/v Oscilloscope : 0 MHz, MΩ, pf Amp : ON Tuner : ON Frequency :. MHz Mode : RTTY Output power : kw J J0 0 J T FOR M M M 0M M M M 0M F V TEMP IN DRIV T FILTER UNIT J FILTER UNIT S S S ANT-SW S UNIT J J SPLITR UNIT J TUNER R V UNIT PV (DET RV BOARD J) J R C0 0. D DFS 0 V L LR-0 Q00 DTCEE C 0. R k R k C 0. IC BA00AF R0 0 C 0. V Q0 SB C 0. V C 0. C L 00 µh L 00 µh C 0..0 V R. k C 0 p D-TIME NON RT /V CT INV F B V OUT SW VCC R 0 k 0. V D DFS C 0. L 00 µh R L0 00 µh 0 V C 0 R. k C 0.00 R. k C 0 R. k R 0 R 00 k R. k R 00 k Q SB C 0 R. k 0 R. k R. k R. k R k.0 V L LR-0 C0 R 00 k L0 - L0 - C R k C C 0. R M C ICA NJMM TX:. V RX:. V R. M R0 0 k ICB NJMM R M R 00 k R 0 k Q DTCEE C 0. C 0. C 0.. V C 0.. V C 0. TUNER ON :. V TUNER OFF: 0 V C 0. C 0. C 0. L 00 µh C C0 C 0. W TX:. V RX:.V R k D0 SS D MA Q0 DTCE ICA NJM0AM TX:. V RX: 0. V R RV-0 00 k R 0 k R 00 k Q SCGR R 0 k R 0 k ICC NJM0AM R. M R 00 k R 0 k 0 V C 0 R. M C 0. R RV-0 C.P 00 k CP00 R RV-0 M [USA, EUR] Q0 DTCEE R RV-0 0 k R 0 k D MA D MA D SS R 0 k R.M TX:. V RX:.0 V D MA ICB R0 NJM0AM-T 0 k 0 R 0 k C 0.00 TX:. V RX:. V TX: V RX: V TX:. V RX:. V R RV- 00 k L 00 µh L 00 µh D SS0 TX:. V RX: 0. V R 0 k R 0 k R0 0 k C 0. R RV- 0 k C 0. R 0 k D SS L 00 µh R 0 k R RV- 0 k C ICA 0. NJMM R k FOR R 0 k R k ICB NJMM R k TX: 0. V RX: 0 V R k R ICA TX:. V k R RX: 0. V NJMM 0K. V R k R. k C 0. R k R k C0 ICB 0. NJMM R k D0 SS TX:.0 V RX: 0 V D SS 0MF C 0. ALCM C R 0 k BALAE PA PA: 0 V Q DTCEU R0 RV-0 M C 0. BALA L0 00 µh ICA R0 NJMM 0 k R0 0 k R0 k R0 Q0 0 k DTCEE R0 0 k R0 0 k R0 k Q0 DTCEE CNTR0. V R0 k ICF µpd0ubg C 0. ICB NJMM R 00 k R0 0 k C 0. R0 k L0 00 µh R k. V TX:. V RX: 0 V FORT TX: 0. V RX: 0 V T C 0 L 00 µh C0 0. Q SA R0 0 IC S-0ALB-LM R0 0 k C Q0 DTCEE G O R0 0 k P/RD P/WR P/SY P P/RESEUT P/ONW P/DA P0/DA VCC V AV P/AN P/AN P/AN P/AN P/AN R0 k C 0. R R00: k A0 A A VSS D MA D MA IC XC0S VCC WC SCL SDA PW PX PY PZ RW RX RY RZ CI CI CI R 00 k R 0 k IC M0M-FP P/AN P/AN P0/AN0 P/NT P/PWN P/CNTR P/CNTR0 P/SRDY P/SCLK 0 CP IC0 TCSF R0 0 k R0 k P/SOUT P0/SIN P/SRDY P/SCLK P/TXD P/RXD P/INT R R R R00 R0 k CO CO CO 0 P00/AD0 P0/AD P0/AD P0AD P0/AD P0/AD P0/AD P0/AD P0/AD P/AD P/AD0 P/AD P/AD PAD P/AD P/AD C0 0. Q0 SC P0/DB0 P/DB P/DB 0 P/DB P/DB P/DB P/DB P/DB VSS XOUT XIN P0/INT P/INT0 0 RESET CNV P/INT Q SC IC TCSF R0 k C T T 0T T T T 0T R 00 k R 0 k R 0 k D RD. M D RD. M. V 0. V R 0 k µs C p C0 p R k R0 0 R k D MA R0 k Q SC X. MHz C 0. C0 0. R 0 k R k R0 0 k R k IC S-0ALB-LM C0 0. O R k G R k R 00 k Q SA TRC D SS0 R k 0T T T T 0T T T KEY Q DTCEE Q DTCEE Q DTCEE Q DTCEE Q0 SC STA Q SB R. k Q R. k DTCEE R. k R. k R0. k R. k R. k R. k R. k R. k R. k Q SC S SW- R. k R. k R. k R. k [TUNER ON] / [AMP. ON] / [TX ON]:. V OTHER : 0 V L HF0ACC Q SB Q0 SB Q SB Q SB CI CI CI CO CO CO C 0 D SS0 Q0 DTCEE Q DTCEE Q DTCEE IC TDAF IN IN IN IN IN IN IN IN VS R. k R. k R. k R. k R. k R0. k R. k R. k R. k PW PX PY PZ RW RX RY RZ IC TDFN I I I I I I I I O O O O O O O O 0 Q SB Q SB Q SB MAIN UNIT O O O O O O O O COM 0 C 0. C 0. C 0. C 0. C 0. C 0. C 0. L L L L L0 L0 L0 L C 0. C 0. C0 0. C 0. C 0. C 0. C 0. C 0. CP CP C 0. C 0. C 0 p CP CP0 CP CP CP CP L0 L HF0ACC L L L L L L L L0 C 0. L L HF0ACC L L L L L0 L L C 0. CIB VHCI CIB CIB COB COB COB VHCO L 0 µh L 0 µh L 0 µh L0 - TUON J 0 J0 J J J J J V PW PX PY TUNER UNIT PZ (CONNECT V RW BOARD J) RX RY RZ TU VHCI CIB TUNER UNIT CIB (C-NET CIB BOARD J) COB COB TUNER UNIT COB VHCO (C-NET TU BOARD J) 0M M M M TUNER UNIT 0M (H-NET BOARD J) M TUNER UNIT M (L-NET BOARD J) (TTRC) (ISTA) TUNER UNIT (IKEY) CPU (.) () WRITE BAL COMBINR UNIT J TUNER ON :. V TUNER OFF: 0 V TUNER ON :.0 V TUNER OFF:. V TUNER ON : 0 V TUNER OFF:.0 V LEFT SIDE 0 - RIGHT SIDE

67 0- TUNER UNIT TUNER UNIT CHW 0 MHz RL AR MORE THAN 0 MHz BAND :.0 V LESS THAN 0 MHz BAND : 0 V L 00 µh H-NET BOARD V L LA- D SS C C 0. FILTER UNIT TIN EP EP EP EP W C 0 p W CP CP CP CP CP CP C p CP CP L C p C 0 p L R 0 R. R 0 C 0 p R 0 C 0 p C 0 p R 0 D MBD0 L LR-0 C C C p D MBD0 C0 0. R 0 k D MA D MA D MA D MA L mh R 0 k R M C 0.00 TX: 0. V ICC MC0L L M C 0.0 C 0. TX: 0. V TX: 0 V C0 0. R 0 k R k R0. k 0 R. R. ICA MC0L ICB MC0L C 0.00 R 0 R 0 0 D SS0 C C 0 C 0. C 0 ICA MC0L ICA TCACTF ICD MC0L ICB MC0L ICC MC0L D SS0 C 0. C0 0. CK K J PR Q Q Q VCC CLR CLR CK K J PR Q 0 ICB TCACTF ICC TCACTF 0 R R IC TCACF C C D SS R. k D SS ICD TCACTF R. k C R 0 k C C L 00 µh C L 00 µh C. V L 00 µh C 0 IC NJML0A V V PV RV L0 00 µh C C.0 V. V 0 V 0 V TX (MATCHING OK) J P R V PV MAIN UNIT RV J / MHz / MHz L LA- L LA- RL AR RL AR RL AR RL AR RL AR SS D SS D SS D SS D SS D SS C C 0. L 00 µh MORE THAN MHz BAND :.0 V LESS THAN MHz BAND : 0 V L 00 µh C C C C C 0. C 0. C 0. C 0. L 00 µh MORE THAN MHz BAND :.0 V LESS THAN MHz BAND : 0 V L 00 µh L 00 µh 0M M M CIN CP CP0 C 00 p C p C 0. C0 C 0. C 0.00 C 0.0 C Q SK X MHz L LA- RL AR D SS MORE THAN MHz BAND :.0 V LESS THAN MHz BAND : 0 V C C 0. L 00 µh 0M M M M 0M J E CP C p C p DET BOARD EP EP UT RL AR D SS C C 0. L 00 µh M CIN CP CP CP COUT RL VSTBU-VD RL VSTBU-VD C C L 00 µh D SS L 00 µh D SS tu tu L 00 µh D SS D SS L 00 µh 0MHz ON: 0 V Other Freq.:. V 0MHz ON: 0 V Other Freq.:. V C VHCI C RL AR RL AR C p C p C p C p C p C p C p C p C0 p L 00 µh D SS C p C p,.mhz ON:. V Other Freq. : 0 V C p D SS C C p C p CIB RL VB-MBU-UC C p C p C C0 p C p C0 p C p RL VB-MBU-UC L 00 µh C p C p C p C p D SS D0 SS RL ON:. V OFF: 0 V C C 00 p C 00 p C CIB *RL VB-MBU-UC C 0 p C 0 p C 00 p C 00 p **RL VB-MBU-UC L 00 µh D SS C 0 p C 0 p C 00 p C 00 p D SS RL ON:. V OFF: 0 V C C0 00 p C 00 p C CIB **RL VB-MBU-UC C 00 p C 00 p C 00 p C 00 p C0 0 p C 0 p *RL0 VB-MBU-UC C 00 p C 00 p C 0 p C 0 p C C tu VHCI CIB CIB CIB tu COB COB COB VHCO J J CHW M EP EP MF MOR STEPPER M P P V PW PX PY PZ V RW RX RY RZ TU VHCI CIB CIB MAIN UNIT CIB J0 COB COB COB VHCO TU MAIN UNIT J V PW PX PY PZ V RW RX RY RZ J J C C C C 0 MHz L LA-. V EP LHW V PW PX PY PZ V RW RX RY RZ RL AR RL0 AR MAIN UNIT J J 0 V PW PX PY PZ V PW PX PY 0 PZ D SS D0 SS MORE THAN 0 MHz BAND :.0 V LESS THAN 0 MHz BAND : 0 V C C0 LHW EP MHz. MHz C 0. C0 0. L LA-0 L LA- L 00 µh L0 00 µh RL AR RL AR D SS D SS 0M MORE THAN MHz BAND:. V LESS THAN MHz BAND : 0 V C 0. C 0. C MORE THAN MHz BAND:. V LESS THAN MHz BAND : 0 V C L 00 µh L 00 µh MF MOR STEPPER C C C C. V. MHz L LA- C-NET BOARD VHCO L 00 µh COB,.MHz ON:. V Other Freq.: 0 V L0 00 µh RL ON:. V OFF: 0 V COB L 00 µh COB RL0 ON:. V OFF: 0 V Note: An. MHz band select the relay by condition either RL and RL0 (*) or RL and RL (**). CONNECT BOARD L-NET BOA COMPLETE VIEW

68 ALC adj MORE THAN 0 MHz BAND :.0 V LESS THAN 0 MHz BAND : 0 V L 00 µh H-NET BOARD REMOTE J R 0 k C C 0. J C C 0. L 00 µh 0M ALC SEND ALCO SENDO 0 & S EXCITER TUNER UNIT MF MORE THAN MHz BAND :.0 V LESS THAN MHz BAND : 0 V L 00 µh J FANV M C C 0. C C 0. L 00 µh M J ACC C L L 00 µh L L L L L L J FANV CI ALC ALC SEND SEND 0 FANV CI ALC ALC SEND SEND MAIN UNIT J MORE THAN MHz BAND :.0 V LESS THAN MHz BAND : 0 V C C 0. L 00 µh REMOTE J ALC adj R 0 k C C C C C EXCITER (POWER ON) WITH ACC:.0 V L 00 µh M J ALC0 C C 0. ALC MORE THAN MHz BAND :.0 V LESS THAN MHz BAND : 0 V C C C 0. C 0. L 00 µh L 00 µh M 0M M M M 0M J MAIN UNIT J EP P 0M M M M 0M SEND SEND0 J ACC MORE THAN 0 MHz BAND :.0 V LESS THAN 0 MHz BAND : 0 V JACK UNIT L 00 µh C C 0. L0 00 µh 0M ANT J C0 C0 0. ANT SELECT:. V ANT UNSELECT: 0 V RL FTR-F CA0V L 00 µh LHW EP MHz L LA-0 RL AR MORE THAN MHz BAND:. V LESS THAN MHz BAND : 0 V L 00 µh M UT EP R SRYH-00L EP RL FTR-F CA0V C C D SS ANT SELECT:. V ANT UNSELECT: 0 V D SS L 00 µh C C C 0 p S S S S J MAIN UNIT J EP P S S S S ANT J ANT J. MHz L LA- RL AR D SS C 0. C MORE THAN MHz BAND:. V LESS THAN MHz BAND : 0 V L 00 µh.m J EP P M MAIN M UNIT J RL FTR-F CA0V C C C D SS ANT SELECT:. V ANT UNSELECT: 0 V L 00 µh C 0 p C ANT J D SS C 0. C C C 0 p. MHz L LA- RL FTR-F CA0V L 00 µh C L-NET BOARD C ANT SELECT:. V ANT UNSELECT: 0 V 0 - D SS ANT-SW UNIT CHASSIS UNIT COMPLETE VIEW

69 0- TUNER UNIT FILTER UNIT TIN EP EP EP EP W C 0 p W CP CP CP CP CP CP C p CP CP L C p C 0 p L R 0 R. R 0 C 0 p R 0 C 0 p C 0 p R 0 D MBD0 L LR-0 C C C p D MBD0 C0 0. R 0 k D MA D MA D MA D MA L mh R 0 k R M C 0.00 TX: 0. V ICC MC0L L M C 0.0 C 0. TX: 0. V TX: 0 V C0 0. R 0 k R k R0. k 0 R. R. ICA MC0L ICB MC0L C 0.00 R 0 R 0 0 D SS0 C C 0 C 0. C 0 ICA MC0L ICA TCACTF ICD MC0L ICB MC0L ICC MC0L D SS0 C 0. C0 0. CK K J PR Q Q Q VCC CLR CLR CK K J PR Q 0 ICB TCACTF ICC TCACTF 0 R R IC TCACF C C D SS R. k D SS ICD TCACTF R. k C R 0 k C C L 00 µh V TUNER UNIT C L 00 µh C. V L 00 µh C 0 IC NJML0A V V PV RV L0 00 µh C C.0 V. V 0 V 0 V TX (MATCHING OK) J P R V PV MAIN UNIT RV J CHW 0 MHz / MHz / MHz L LA- L LA- L LA- RL AR RL AR RL AR RL AR RL AR RL AR SS D SS D SS D SS D SS D SS D SS MORE THAN 0 MHz BAND :.0 V LESS THAN 0 MHz BAND : 0 V C C C 0. C 0. L 00 µh L 00 µh MORE THAN MHz BAND :.0 V LESS THAN MHz BAND : 0 V L 00 µh C C C C C 0. C 0. C 0. C 0. L 00 µh MORE THAN MHz BAND :.0 V LESS THAN MHz BAND : 0 V L 00 µh L 00 µh H-NET BOARD 0M M M REMOTE ALC SEND REMOTE ALC J J J J ALC adj R 0 k ALCO SENDO ALC adj R 0 k ALC0 J ACC C 0 & L L 00 µh L S EXCITER L L L C C C C L L C FANV CI ALC ALC SEND SEND EXCITER (POWER ON) WITH ACC:.0 V J J 0 FANV FANV CI ALC ALC SEND SEND TUNER UNIT MF M MAIN UNIT J CIN CIN CP CP CP COUT CP CP0 CP C p C p C 00 p C p RL VSTBU-VD RL VSTBU-VD C C C 0. L 00 µh D SS L 00 µh D SS C0 C 0. tu tu L 00 µh C 0.00 C 0.0 D SS D SS Q SK X L 00 µh C C 0MHz ON: 0 V Other Freq.:. V 0MHz ON: 0 V Other Freq.:. V VHCI C RL AR RL AR C p C p C p C p C p C p C p C p C0 p L 00 µh D SS C p C p,.mhz ON:. V Other Freq. : 0 V C p D SS C C p C p CIB RL VB-MBU-UC C p C p C C0 p C p C0 p C p RL VB-MBU-UC L 00 µh C p C p C p C p DET BOARD D SS D0 SS RL ON:. V OFF: 0 V C C 00 p C 00 p C CIB *RL VB-MBU-UC C 0 p C 0 p C 00 p C 00 p **RL VB-MBU-UC L 00 µh D SS C 0 p C 0 p C 00 p C 00 p D SS RL ON:. V OFF: 0 V C C0 00 p C 00 p C CIB **RL VB-MBU-UC C 00 p C 00 p C 00 p C 00 p C0 0 p C 0 p *RL0 VB-MBU-UC C 00 p C 00 p C 0 p C 0 p C C tu COB COB COB VHCO tu VHCI CIB CIB CIB J J CHW M EP EP MF MOR STEPPER M P P V PW PX PY PZ V RW RX RY RZ EP EP TU VHCI CIB CIB MAIN UNIT CIB J0 COB COB COB VHCO TU UT MAIN UNIT J V PW PX PY PZ V RW RX RY RZ J J C C C C MHz L LA- 0 MHz L LA-. V EP LHW V PW PX PY PZ V RW RX RY RZ RL AR RL AR RL AR RL0 AR MAIN UNIT J J 0 V PW PX PY PZ V PW PX PY 0 PZ D SS D SS D SS D0 SS MORE THAN MHz BAND :.0 V LESS THAN MHz BAND : 0 V C C C C0 EP MHz. MHz C 0. C 0. C 0. C0 0. L LA-0 L LA- L 00 µh L 00 µh MORE THAN 0 MHz BAND :.0 V LESS THAN 0 MHz BAND : 0 V LHW L 00 µh L0 00 µh RL AR RL AR D SS D SS M 0M C 0. C 0. 0M M M M 0M MORE THAN MHz BAND:. V LESS THAN MHz BAND : 0 V C MORE THAN MHz BAND:. V LESS THAN MHz BAND : 0 V C J L 00 µh L 00 µh MAIN UNIT J EP P 0M M M M 0M M.M SEND J EP P M MAIN M UNIT J SEND0 UT EP R SRYH-00L EP J ACC RL FTR-F CA0V RL FTR-F CA0V RL FTR-F CA0V C C C D SS D SS C C D SS C L 00 µh JACK UNIT ANT SELECT:. V ANT UNSELECT: 0 V L 00 µh ANT SELECT:. V ANT UNSELECT: 0 V ANT SELECT:. V ANT UNSELECT: 0 V L 00 µh C C C 0 p C 0 p C C 0 p S S S S J MAIN UNIT J EP P S S S S ANT J ANT J ANT J ANT J MF MOR STEPPER C C C C. V. MHz L LA- RL FTR-F CA0V L 00 µh C C-NET BOARD VHCO L 00 µh COB,.MHz ON:. V Other Freq.: 0 V L0 00 µh RL ON:. V OFF: 0 V COB L 00 µh COB RL0 ON:. V OFF: 0 V Note: An. MHz band select the relay by condition either RL and RL0 (*) or RL and RL (**). CONNECT BOARD L-NET BOARD C ANT SELECT:. V ANT UNSELECT: 0 V D SS ANT-SW UNIT CHASSIS UNIT LEFT SIDE 0 - RIGHT SIDE

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