HF TRANSCEIVER S-15005XZ-C1 August 2013

Transcript

1 HF RANSCEVER S-XZ-C August

2 NRODUCON CAUON his service manual describes the latest technical information for the C-F/F HF RANSCEVER, at the time of publication. NEVER connect the transceiver to an AC outlet or to a DC power supply that uses more than the specified voltage. his will ruin the transceiver. VERSON NUMER X POWER ACCESSORE MODEL VERSON EXP- # W C-F AUS- # W USA- # W UN- # W EXP- # W RMK- C-F C-F DO NO reverse the polarities of the power supply when connecting the transceiver. AUS- # W RMK- USA- # W RMK- C-F UN- # W RMK- EXP- # W HM- C-F AUS- # W HM- USA- # W HM- UN- # W HM- C-F DO NO expose the transceiver to rain, snow or liquids. DO NO apply an RF signal of more than dm ( mw) to the antenna connector. his could damage the transceiver s front-end. o upgrade quality, any electrical or mechanical parts and internal circuits are subject to change without notice or obligation. (C-F [EXP-]) ORDERNG PARS REPAR NOES e sure to include the following four points when ordering replacement parts:. Make sure that the problem is internal before dis-assembling the transceiver.. DO NO open the transceiver until the transceiver is disconnected from its power source.. DO NO force any of the variable components. urn them slowly and smoothly.. DO NO short any circuits or electronic parts. An insulated tuning tool MUS be used for all adjustments.. DO NO keep power ON for a long time when the transceiver is defective.. DO NO transmit power into a Standard Signal Generator or a Sweep Generator.. ALWAYS connect a / d attenuator between the transceiver and a Deviation Meter or Spectrum Analyzer, when using such test equipment.. READ the instructions of the test equipment thoroughly before connecting it to the transceiver.. -digit com part number. Component name. Equipment model name and unit name. Quantity required <ORDER EXLE> AFNG C-F MAN UN pieces Screw screw C-F op cover pieces Addresses are provided on the inside back cover for your convenience. com, com nc. and the com logo are registered trademarks of com ncorporated (Japan) in Japan, the United States, the United Kingdom, Germany, France, Spain, Russia and/or other countries.

3 ALE OF CONENS SECON SPECFCAONS SECON NSDE VEWS SECON DSASSEMLY NSRUCON SECON CRCU DESCRPON SECON RECEVER CRCUS... RANSMER CRCUS... FREQUEY SYNHESZER CRCUS... VOLAGE LOCK DAGRAM... POR ALLOCAONS ADJUSMEN PROCEDURES PREPARAON... FREQUEY ADJUSMEN... RANSM ADJUSMEN... RECEVE ADJUSMEN... SECON PARS LS SECON MECHANCAL PARS SECON OARD LAYOUS SECON GENERAL WRNG SECON LOCK DAGRAM SECON VOLAGE DAGRAM

4 SECON. SPECFCAONS M General Frequency coverage: Receive ransmit Mode: AUS versions Other versions M ransmitter Output power (typical): AUS versions JE HGH MD LOW Other versions JE/AA HGH MD LOW.. MHz.. MHz JE (US), AE (AM; RX only) JE (US/LS), AE (AM; RX only) AA (CW), F (FSK), J (D, D, D) No. of memory Ch.: channels (maximum) Usable temp. range: C to + C; F to + F Frequency stability: ±. ppm ( C to + C; F to + F) Antenna impedance: Ω Power supply:. V DC (negative ground) AUS versions.. V DC Other versions.. V DC Current drain: ransmit Less than A (at maximum power) Receive Less than. A (at maximum audio) Dimensions (projections are not included): Main/Front package (H) (W) (D) mm.(h).(w).(d) in Weight (approximately): Main/Front package. kg,. lb W p-p W p-p W p-p W p-p W p-p W p-p AE HGH W Carrier MD. W Carrier LOW W Carrier F/J HGH W p-p MD W p-p LOW W p-p Spurious emission: USA versions d below peak output power Other versions d (typical) below peak output power Carrier suppression: d below peak output power Unwanted sideband suppression: Hz d below peak output power khz d below peak output power Duty cycle: Normal conversation % ( C to + C; F to + F) Continuous Data mode % ( C to + C; F to + F) All mode with Fan (CFU-F) is active % ( C to + C; F to + F) M Receiver Sensitivity: JE (Pre Amp ON) (.. MHz) dµv ( d S/N) (.. MHz) dµv ( d S/N) AE (.. MHz) dµv ( d S/N) (.. MHz) dµv ( d S/N) Spurious response rejection ratio: More than d AF output power (at. V DC): More than. W at % distortion with a Ω load Clarifier range: ± Hz All stated specifications are typical and subject to change without notice or obligation. -

5 SECON. NSDE VEWS DSPLAY UN LCD DMMER CONROLLER (Q) MC ALC (C) LCD DMMER CONROLLER (Q) RESE C (C) FRON CPU CLOCK (X) FRON CPU (C) LEVEL CONVERER (C) LCD DMMER CONROLLER (C) + V REGULAOR (C) + V REGULAOR (C) + V REGULAOR (C) LCD DMMER CONROLLER (Q) + V REGULAOR (C) -

6 MAN UN YGR (C) SRAM (C) DDS (C) RF (Q) MAN CPU (C) RF (Q) / PRESCALER (C) R LNE CONROLLER (C) D/A CONVERER (C) LEVEL CONVERER (C) LEVEL CONVERER (C) SERAL O PARALLEL CONVERER (C) S X F UFFER (Q) S X F MXER (C) S LO (Q) ALC (C) ND RX F (Q) ND RX F (Q) ND X F (Q) ND RX F FLER (F) S X/RX F PF (F) RD X F MXER RSS MEER (C) (C) -

7 PA UN AS CONROLLER (for POWER ) (C) RF (Q) PRE-DRVE (Q) COOLNG FAN DRVER (Q) SERAL O PARALLE CONVERER (C) COOLNG FAN DRVER (Q) POWER DVDER (L) VARSOR- UN VARSOR- UN POWER (Q) POWER (Q) POWER COMNER (L) -

8 DSP- UN CLOCK GENERAOR (C) D/A CONVERER (C) CODEC (C) A/D CONVERER (C) UFFER (C) UFFER (C) UFFER (C) UFFER (C) UFFER (C) UFFER (C) LPF (C) AGC LMER (C) UFFER (C) AF MUE SW (C) AF (C) ELECRONC VOLUME (C) UFFER (C) D/A CONVERER (C) MC (C) UFF (C) AF SW (C) AF SW (C) GPS DRVE (C) S/P CNVERER (C) -

9 DSP- UN +. V REGULAOR (C) DSP (C) RESE C (C) RESE C (C) AF SW (C) AF SW (C) US HU (C) US RDGE (C) US RDGE (C) +. V REGURAOR (C) US CODEC (C) -

10 SECON. DSASSEMLY NSRUCON. Removing the DSPLAY UN ) Remove hex socket screws from the FRON PANEL, and then separate it from the CHASSS. ) Disconnect the inline cable, and then remove the FRON PANEL from the CHASSS in the direction of the arrow.. Removing the MAN UN ) Remove screws from the top cover, and then remove it. Screw nline cable op cover FRON PANEL CHASSS ) Disconnect the inline cable, flat cables and coaxial cables from the MAN UN. Hex socket screw Remove with; / inch Hex Wrench FLA CALE ) Disconnect the flat cable and inline cables from the DSPLAY UN. ) Remove screws from the DSPLAY UN. ) Remove the DSPLAY UN from the FRON PANEL. J J J J COAXAL CALE J J NLNE CALE J J Screw J J J NLNE CALE MAN UN FLA CALE NLNE CALE J FLA CALE J CAUON: E CAUL with the tabs, or they could break. Carefully pull straight out on the side tabs to release the lock. ) Remove screws from the MAN UN. ) Remove the MAN UN from the CHASSS in the direction of the arrow. J Flat cable flat cable Pull straight Flat cable DSPLAY UN Screw CHASSS FRON PANEL MAN UN -

11 . Removing the DSP- and DSP- UNs ) Remove the screws from the bottom cover, and then remove it.. Removing the DRVER UN ) Cut the cable tie and remove it. MP CALE E- Screw Cable tie ottom cover CHASSS ) Remove screws, and then remove the PA case. ) Disconnect the flat cables from the DSP- UN. PA case DSP- UN DSP- UN FLA CALE J PA UN J J J J FLA CALE CHASSS CAUON: E CAUL with the tabs, or they could break. Carefully pull straight out on the side tabs to release the lock. Flat cable flat cable Pull straight ) Unsolder total of points. ) Remove screws from the DRVER UN. ) Remove the DRVER UN from the CHASSS. Flat cable ) Remove the screws from the DSP- UN, and then remove it from the CHASSS. ) Remove the clip and screws from the DSP- UN. ) Disconnect the inline cables, flat cables and speaker cable. ) Remove the DSP- UN from the CHASSS. DRVER UN Screw Screw # DSP- UN UNSOLDER FLA CALE NLNE CALE Screw Clip Solder remover DSP- UN SPEAKER CALE CHASSS - CHASSS

12 . Removing the PA UN ) Remove the screws from the PA UN. ) Disconnect the flat cables and coaxial cables from the PA UN. ) Remove the PA UN from the CHASSS in the direction of the arrow. FLA CALE Screw COAXAL CALE PA UN CHASSS -

13 SECON. CRCU DESCRPON - RECEVER CRCUS S RX F CRCU (MAN UN) RF CRCU (PA AND MAN UNS) he RX signal from the preamplifier circuit is applied to the st RX F mixer (Q Q) to be mixed with the st RX LO signal, resulting in the. MHz st RX F signal. he st RX F signal is amplified by the st RX F (Q) and passed through the st RX F filter (F). he RX signal from the antenna is passed through the SWR detect circuit (PA UN; D, D), X/RX line SW (PA UN; RL) and LPF (PA UN; L, L, C C), and then applied to the MAN UN. he filtered st RX F signal is amplified by another st RX F (Q), and then applied to the nd RX F circuits. he RX signal from the PA UN is passed through or bypassed the attenuator circuit (MAN UN; R, R, R), RX mute SW (MAN UN; Q, D), X/RX line SW (MAN UN; D), and then applied to the filter circuits. S RX F CRCU. MHz st RX F he RX signal is passed through an LPF or one of PFs, depending on the operating frequency, to remove unwanted out-of-band signals. he filtered RX signal is applied to or bypassed the preamplifier circuit. Q o the nd RX F circuits D Q F D F D XAL PF Q-Q From the RF circuits F W= khz D st RX LO signal he RX signal from the filter circuits is applied to or bypassed the preamplifier. ND RX F CRCU (MAN UN) When the Preamplifier function is activated, the RX signal is amplified by the preamplifier (MAN UN; Q, Q). he amplified or bypassed RX signal is applied to the st RX F circuits. he st RX F signal from the st RX F circuits is applied to the nd RX F mixer (D, D) to be mixed with the nd RX LO signal, resulting in the khz nd RX F signal. he nd RX F signal is passed through the transformer-coupled filter (L) and nd RX F filter (F), and amplified by the nd RX F s (Q, Q and Q), and then applied to the rd RX F circuits, through the buffer (Q). RF CRCU D D fc= MHz D LPF Q,Q D o the st RX F circuits D RF ND RX F CRCU.-. MHz D Q D A LPF o the rd RX F circuits UFF Q Q Q F F L Filter F D CERAMC PF D D D D From the st RX F circuits.-. MHz PF nd RX LO signal D D D HPF X.-. MHz RX D D PF D D D Q D.-. MHz PF RD RX F CRCU (MAN UN) he nd RX F signal from the nd RX F circuits is applied to the rd RX F mixer (C) to be mixed with the rd RX LO signal, resulting in the khz rd RX F signal. RX MUE.-. MHz D D d A PF he rd RX F signal is passed through the rd F SW (C) and LPF (L. C, C), and then applied to the demodulator circuits on the DSP- UN..-. MHz D D PF.-. MHz D D PF D,D D,D D,D D,D D D RD F CRCU D D.-. MHz fc= MHz PF o the demodulator circuits SWR DE LPF khz rd F C C LPF D From the nd RX F circuits rd F SW RX RL rd X F MAN UN X circuits X PA UN - rd RX LO signal

14 DEMODULAOR CRCU (DSP- UN) he demodulated signal is applied to the CODEC (C) to be converted into analog AF signal. he AF signal is passed through the buffer (C), LPF (C) and AF mute SW (C), and then applied to the electronic volume (C), which adjusts the AF output signal in level. he rd RX F signal from the rd RX F circuits is passed through the buffer (C, C), and then applied to the A/D converter to be converted into digital audio signal. he converted digital audio signal is applied to the DSP (C) on the DSP- UN, and demodulated and processed. he level-adjusted AF signal is amplified by the AF power (C), and then output from the connected speaker, through the speaker SW (RL) and speaker connector (J). DEMODULAOR AND RX AF CRCU DSP- UN DSP- UN C RL C AF PA Speaker SW o the [SP] jack C Electronic volume AF MUE C LPF C C C C UFF CODEC DSP C,C A/D KHz rd RX F From the rd RX F circuit UFF - RANSMER CRCUS X AF CRCU (DSPLAY and DSP- UNS) RD X F CRCU (MAN UN) he audio signal from the microphone (MC signal) is applied to the DSPLAY UN, through the MCROPHONE CONNECOR (MC UN; J), and then applied to the MC with ALC circuit (C). he amplified MC signal is applied to the DSP- UN. he rd X F signal from the modulation circuits is applied to the rd X F mixer (C), through the rd F SW (C), to be mixed with the rd X LO signal, resulting in the khz nd X F signal. he nd X F signal is amplified by the nd X F (Q), passed through the nd X F filter (F), and then applied to another nd X F (Q). he MC signal from the DSPLAY UN is amplified by the AF (C), and then applied to the electronic volume (C), which adjust the MC signal in level. he amplified nd X F signal is applied to the nd X F circuits. he level-adjusted MC signal is applied to the modulation circuits. RD X F CRCU X AF CRCU khz nd X F RXF DSPLAY UN C MC DSP- UN C MC ALC AF GAN ADJ o the modulation circuits rd X LO signal he MC signal from the X AF circuits is applied to the CODEC (C), through the alance-unbalance converter (C and C), to be converted into digital audio signal. he converted digital audio signal is applied to the DSP (C) on the DSP- UN, and processed and modulated. he processed signal is applied to the DSP- UN again, and converted into analog audio signal by the CODEC (C), and then applied to the rd X F circuits on the MAN UN, through the buffer (C), as the rd X F signal. MODULAON CRCU From the X AF circuits C C C UFF CODEC C DSP D rd F SW MODULAON CRCU (DSP- UN) DSP- UN C From the modulation circuits C Q C DSP- UN C CODEC C UFF o the rd X F circuit - F F D CERAMC D PF Q F D o the nd X F circuits

15 ND X F CRCU (MAN UN) FLER CRCU (MAN UN) he nd X F signal from the rd X F circuits is applied to the nd X F mixer (D, D), to be mixed with the nd X LO signal, resulting in the. MHz st X F signal. he X signal from the st X F circuits is passed through the one of PFs, depending on the operating frequency, to remove unwanted signals contained in the X signal. he filtered X signal is amplified by the YGR (C), and then applied to the PA UN. he st X F signal is passed through the st X F filter (F), amplified by the st X F (Q), and then applied to the st X F circuits. X LFER CRCU (PA UN) he X signal from the MAN UN is applied to the RF (Q), through the LPF (L, C, C). he amplified X signal is sequentially amplified by the predrive (Q), drive (Q), and power (Q, Q). S X F CRCU (MAN UN) he st X F signal from the nd X F circuits is applied to the st X F mixer (C), to be mixed with the st X LO signal, resulting in the X signal (X frequency itself). he amplified X signal is applied to the PA UN. he converted X signal is applied to the filter circuits, through the buffer (Q). LPF CRCU (PA UN) he amplified X signal from the power (Q, Q) is passed through one of LPFs, depending on the transmitting frequency, to remove harmonic components contained in the X signal. ND AND S X F CRCYU X frequency.mhz st X F D D D D From the rd X F circuits Q Q F D XAL PF C F D he filtered X signal is applied to the antenna, through the X/RX line SW (RL) and SWR detect circuit (D, D). o the filter circuits UFF khz D nd X LO signal st X LO signal FLER, X LFER AND LPF CRCUS RL LPF.-. MHz D D C LPF From the nd X F circuits D D D.-. MHz PF RL YGR.-. MHz RL LPF D D D.-. MHz RL HPF MAN UN.-. MHz RL D D.-. MHz RL LPF SWR DE D D PF RL.-. MHz.-. MHz RL LPF D D PF.-. MHz D D PF LPF Q Q Q RF PRE DRVE DRVE Q, Q RL LPF PWR RL.-. MHz.-. MHz RL LPF D D.-. MHz RL PF.-. MHz D D PF PA UN.-. MHz.-. MHz RL LPF RL D D RL.-. MHz RL LPF PF - RL RX X

16 - FREQUEY SYNHESZER CRCUS he rd X/RX LO signal (MAN UN) he st X/RX LO signal he MHz reference frequency signal, which is generated by X, is amplified by the buffer (Q) and two s (C and C), and then applied to the divider (C). he divided reference frequency signal is applied to the DDS C (C). he MHz reference frequency signal, which is generated by X, is amplified by the buffer (Q) and (C), and then applied to the PF (L, L L, L, L, C, C, C, C, C, C, C, C, C, C, C, C, C, C, C, C), resulting in the MHz DDS master clock signal. Using the applied DDS master clock signal as the reference, the DDS C generates the khz rd RX/X LO signal. he generated rd RX/X LO signal is passed through the LPF (L, L, C, C, C, C), and amplified by the (C), and then applied to the st X/RX F mixer (C). he clock signal is amplified by the (C), and then applied to the DDS C, through the HPF (L, L, L, C, C, C, C). Using the applied DDS master clock signal as the reference, the DDS C generates the.. MHz signal. he generated signal is passed through the LPF (L, L, C, C, C, C, C, C), and doubled by the doubler (D, D), resulting in the.-. MHz st X/RX LO signal. he nd X/RX LO signal (MAN UN) he MHz reference frequency signal, which is generated by X, is amplified by the buffer (Q) and (C), and then doubled by the doubler (L, L, L L, C, C, C, C, C, C, C, C, C C), resulting in the MHz nd X/RX LO signal. he st X/RX LO signal is passed through the PF (L L, C. C C, C), amplified by the (C), passed through another PF (See the table below for the detail), and then applied to the LO (Q). he nd X/RX LO signal is amplified by the LO (C), and then applied to the nd X/RX F mixer (D, D), through the LPF (L, L, C, C, C, C, C). he amplified st X/RX LO signal applied to the st X/RX F mixer (C/Q Q), through the LPF (L, L, C, C, C, C). FREQUEY SYNHESZER CRCU X C Q UFF C MHz.MHz OSC HPF MHz D D.. MHz DDS X C rd LO=. khz MHz LO nd LO=. MHz LPF D D PF C PF C LPF C PF.-.MHz (X/RX Freq.=.- MHz) D LPF C / X X C C DDS C D PF Q Operating frequenct. MHz Diode SW to pass D,D Components MHz.-.MHz (X/RX Freq.= - MHz) D L, L, C, C, C, C, C, C L, L, C, C, C, C, C, L, L, C, C, C, C, C, D D,D L, L, L, C, C, C, C, L, L, C, C, C, C, C PF L, L, C, C C, C, C, - LO LPF fc=. MHz Q-Q st LO=.-. MHz

17 - POR ALLOCAONS FRON CPU (DSPLAY UN: C) Pin No. Line Name LEDC RESE XD RXD LRES RXD OK PK PK PK DNK UPK EMGK MENK CALK LCS D D LWR LA LRD FPWRS MGAN K K K K K K K K LK RK CHDK CHUK K K MUK Description /O LCD dimmer control. CPU reset. L=he CPU is reset. L-bus communication line to the MAN CPU. L-bus communication line to the MAN CPU. LCD driver reset. L=he driver is reset. L-bus wakeup line. L=Wakeup. [ ] input. L=Pushed. [ ] input. L=Pushed. [ ] input. L=Pushed. [ ] input. L=Pushed. [ ] input. L=Pushed. [ +] input. L=Pushed. ] input. [ L=Pushed. [ ] input. L=Pushed. ] input. [ L=Pushed. LCD driver control. L=Enabled. LCD driver control. (Parallel data bus) LCD driver control. L=Data write status. LCD driver control. H=n the address select mode. LCD driver control. L=Data read status. V power supply line control. H=While the transceiver's power is ON. MC gain control. H=he gain increases + d. [ JKL] input. L=Pushed. [ MNO] input. L=Pushed. [ PRS/CLAR] input. L=Pushed. [ UV/CALK] input. L=Pushed. [ QZ] input. L=Pushed. [ AC] input. L=Pushed. [ DEF/MODE] input. L=Pushed. [ GH] input. L=Pushed. [ ] input. L=Pushed. [ ] input. L=Pushed. [V] input. L=Pushed. [U] input. L=Pushed. [ WXY/UNER] input. L=Pushed. [ _] input. L=Pushed. input. L=Pushed. O O Pin No. Line Name SCNK EMP MCL Description [# A/a /MNGR] input. L=Pushed. LCD temperature sensing voltage. MC input level sensing voltage. /O MAN CPU (MAN UN: C) Pin No. Line Name EEP COM SAR RESE XD CWK P DRXD DCLK DXD HSK O FULL VSQL O GPRXD EXXD EXRXD O PS O RXD XD CK D RD WR CWS UM CS A A PWS DSKY SEND MDA MCK ECK ESO D D RXS XS DCV EMP KEYS O O O - Description /O eep audio. uner Scan control signal to the automatic antenna tuner. Motor lock contol signal to the automatic antenna tuner. CPU reset signal. L=he CPU is reset. L-bus wakeup signal from the FRON CPU. L=Wakeup. CW/FSK keing input. L=Key down. P input. L=Pushed. RX data from the DSP. Serial clock to the DSP. X serial data to the DSP. Hand shake signal to the DSP. L=When the command is not granted. ALE/SELCALL data full detect. H=Data full. Voice squelch detection. L=Voice detected. (Squelch open) GPS data ( bps). External data output. External data input. eep status detection. H=Detected. Data to the front CPU. Data from the front CPU. Serial clock to the DDS C. Serial data to/from the DDS C. SRAM data read control. SRAM data write control. CW status detection. L=While transmitting in the CW mode. and switching control. H=When the operating frequency is. MHz and higher. SRAM chip select control. L=Enabled. SRAM control parallel bus. Power supply line "V" control. H=During the transceiver's power is ON. Keying output. X mute. H=Mute. Serial data to the D/A converter, shift register and electronic volume. Serial clock to the D/A converter, shift register and electronic volume. EEPROM serial clock. EEPROM serial data. SRAM control parallel bus. RX power supply line control. H=While receiving. X power supply line control. H=While transmitting. External power source detect. X power temperature sensing voltage. External tuner key control. Reflected wave sensing voltage. O O O O O O O O /O O O O O O O O O O O O /O /O O O

18 - POR ALLOCAONS (Continued) MAN CPU (MAN UN: C) Pin No. Line Name SSEL_D Description /O inar y to decimal conver ter control. O H=Enabled. inar y to decimal conver ter control. O SSEL_C H=Enabled. inar y to decimal conver ter control. O SSEL_ H=Enabled. - VOLAGE DAGRAMS Voltage from the power supply is routed throughout the transponder via regulators and switches. PA UN MAN CPU SRAM Q,Q D C HV MAN UN DSPLAY UN C C U CNL RESE C HV + REG HV C Q,Q C D.V COMMON FLER FUSE (A) HV HV V V HV SW + REG +V C Q D RELAY CRL DSP- UN C Q,Q C + REG PAV V MV.V/-V REG MV C + REG C DSP.V +. REG.V +.V REG C C.V +.V +V REG V V XS V CRL (X circuits) Q RXS R CRL - +.V C V Q DSP- UN +V + REG C RV (RX circuits) +V REG HVLED

19 SECON. ADJUSMEN PROCEDURE - PREPARAON M REQURED EQUPMENS EQUPMEN GRADE AND RANGE EQUPMEN GRADE AND RANGE Frequency range Output level :. MHz : dµ to dµ ( to dm) Cloning software CS-F CLONNG SOFWARE (Revision. or later) Standard signal generator (SSG) RF power meter ( Ω terminated) Measuring range Frequency range SWR :. W :. MHz : Less than. : Frequency counter Frequency range :. MHz Frequency accuracy : ± ppm or better nput level : Less than mw AC millivoltmeter Measuring range : mv to V Dummy load nput impedance Capacity Audio generator (AG) Frequency range Output level : Hz : mv External speaker SP- Voltmeter Measuring range :. V DC power supply Voltage Capacity :. V : More than A Ammeter Measuring range :. A : Ω : More than W M GENERAL CONNECON DC AN SP t ACC AC MLLVOL MEER ( mv to V) r ACC RF POWER MEER ( W/ Ω) + EX. SPEAKER ( W/ Ω) FREQUEY COUNER (. MHz) + DUMMY LOAD ( Ω/ W) DC power supply (. V/ A) (Loose Coupling) AMMEER (. A) SANDARD SGNAL GENERAOR (. MHz) Fuses A Red Red lack lack Supplied DC cable NEVER RANSM while an SSG is connected. - o the antenna connector.(d) mm monoral plug

20 M ADJUSMEN CHANNELS efore starting the adjustments, use the cloning software to create the same cloning file as shown below, then upload it into the transceiver. CONVENEN: he cloning data file for the adjustment, as described in this service manual, is attached. Right click the clip icon, and select Save Embeded File to Disk. -

21 M ENERNG ADJUSMEN MODE ) urn OFF the transceiver power, if the transceiver is powered ON. ) While holding down [#], [ ], [ ] and [ ], push [ ] to turn ON the transceiver power. he login screen appears as below. ) Enter SX-, and then push [ ]. Enters to the adjustment mode, if the entered word is correct. Deletes the selected character. Enter SX- as below. ) Push [ PRS](CLAR) times to enter S. ) Push [ WXY] times to enter X. ) Push times to enter. ) Push [ DEF](MODE) times to enter. ) Push [ JKL] times to enter. ) Push [](DSP) times to enter. ) Push [](DSP) times to enter. Selects the previous digit. ) Hold down [ Selects the next digit. ] for second to enter the Main Menu. Select Factory Menu for adjustment. Select User Menu for setting transceiver s condition. (For example; X power, Squelch level, and so on.) Selects the Factory Menu/User Menu. Enters to the selected Menu. Main Menu Returns to the Main Menu. M FACORY MENU DESCRPON Adjustment item. Decreases the adjustment value. Adjustment value. Selects the previous adjustment item. Selects the next adjustment item. Returns to the Main Menu. ncrease the adjustment value. Returns the value to the factory default. (by holding down for sec.) M QUNG ADJUSMEN MODE ) urn OFF the transceiver power, if the transceiver is powered ON. ) While holding down [ ], push [ ] to turn ON the transceiver power. -

22 - RECEVE ADJUSMENS Select the item using [U]/[V], and then set or modify the value as specified, using [ ]/[ ]. ADJUSMEN RX ADJUSMEN PRESE RX S MXER RANSCEVER S CONDON OPERAON Channel: Receiving Set the preset values. Connect an external speaker. Set the values. ADJUSMEN EM S-, S- (Factory Menu) (Rear panel) S-, S- (Factory Menu) Channel: Connect an AC millivoltmeter to Mode: US [SP]. Receiving VALUE "SS SQL" "" "AM SQL" "" External speaker Noise sound is heard. "SS SQL" "" "AM SQL" "" R, R o'clock position. (Preset) R, R (Repeatedly) Minimum AF output level. (MAN UN) RX F Channel: Connect an AC millivoltmeter and US [SP]. Mode: Receiving ) Connect an SSG to the antenna connector, and then set it as; Frequency :. MHz ) Set the SSG's output level so that the khz tone audio is heard. Connect an AC millivoltmeter to [SP]. ADJUSMEN PONS ON HE MAN UN RX F ADJUSMEN PONS RX S MXER ADJUSMEN PONS - khz tone audio is heard. (Connected SSG) SSG's setting (MAN UN) L, L, L, L Maximum AF output level.

23 - RECEVE ADJUSMENS (Continued) Select the item using [U]/[V], and then set or modify the value as specified, using [ ]/[ ]. ADJUSMEN RF GAN RANSCEVER S CONDON Channel: ) Connect an SSG to the antenna Mode: US connector, and then set it as; PRE : OFF Frequency :. MHz Receiving Level : dµ ( dm) ) Connect an AC millivoltmeter to [SP]. S-MEER OPERAON Channel: Mode: Set the SSG as; Level : OFF Connect an SSG to the antenna US connector, and then set it as; Frequency :. MHz Level : dµ ( dm) ; he ADJUSMEN EM he RSS value is displayed here. - Set this AF output level to " d," as the reference. S- (Factory Menu) "RX otal Gain" Set the audio output level to d below the reference. Note the RSS value on the right bottom of the LCD as the reference. S- (Factory Menu) "S-MEER FULL Set" output level of the standard signal generator (SSG) is indicated as the SSG s terminated circuit (emf). RSS VALUE DSPLAY VALUE Noted value.

24 - RANSM ADJUSMENS Select the item using [U]/[V], and then set or modify the value as specified, using [ ]/[ ]. ADJUSMEN RANSCEVER S CONDON ADJUSMEN EM OPERAON EREE NOE: Start this adjustment after the transceiver is cooled. FREQUEY Channel: ) Connect a dummy load to Mode: CW the antenna connector. S- ransmitting ) Loosely couple a frequency (Factory Menu) counter to the dummy load. DLNG Channel: US Mode: Receiving Connect an ammeter to the DC power cable. ransmitting (nput no audio.) ransmitting ransmitting ransmitting ransmitting ransmitting ransmitting ransmitting ransmitting ransmitting ransmitting ransmitting ransmitting Receiving - VALUE " Freq.". MHz (± Hz) "" S- (Factory Menu) "DV " S- to S- (Factory Menu) "DV " to DV S- (Factory Menu) "DV " S-, S- to S- (Factory Menu) "DV " "DV " "DV " he same value as adjustment "DV." S- (Factory Menu) "DV ". A more than the value shown in "Step." S- (Factory Menu) "DV ". A more than the value shown in "Step." S- (Factory Menu) "DV ". A more than the value shown in "Step." S- (Factory Menu) "DV ". A more than the value shown in "Step." S- (Factory Menu) "DV ". A more than the value shown in "Step." S- (Factory Menu) "DV ". A more than the value shown in "Step." S- (Factory Menu) "DV ". A more than the value shown in "Step." S- (Factory Menu) "DV ". A more than the value shown in "Step." S- (Factory Menu) "DV ". A more than the value shown in "Step." S- (Factory Menu) "DV ". A more than the value shown in "Step." S- (Factory Menu) "DV ". A more than the value shown in "Step." S- (Factory Menu) "DV ". A more than the value shown in "Step." S-, S- (Factory Menu) DV DV "" Note the current value as the reference.. A he same value as in "Step."

25 - RANSM ADJUSMENS (Continued) Select the item using [U]/[V], and then set or modify the value as specified, using [ ]/[ ]. ADJUSMEN CM COUPLER RANSCEVER S CONDON Channel: Mode: CW Receiving Connect an RF power meter to the antenna connector. (CONFG Menu)* ransmitting ADJUSMEN EM OPERAON "MD" "RF Power" S- (Factory Menu) "X Middle Power" (PA UN) C Connect a digital voltmeter to "" on the PA UN. *; Enter the CONFG Menu as shown below. ) Push [ ] to return to the Main Menu. ) Select SEMODE and push [ ] to enter, and then select CONFG using [U]/[V]. ) Select RF POWER, and then set the X power. ) Return to the Factory Menu to continue the adjustment. ADJUSMEN PON ON HE PA UN CM COUPLER CHECK PON () CM COUPLER ADJUSMEN PON (C) - VALUE W Minimum voltage

26 - RANSM ADJUSMENS (Continued) Select the item using [U]/[V], and then set or modify the value as specified, using [ ]/[ ]. ADJUSMEN RANSCEVER S CONDON Channel: Mode: US Receiving X F ransmitting X F GAN ADJUSMEN EM OPERAON ) Connect an RF power meter to the antenna connector. (CONFG Menu)* ) Connect an AG and AC millivoltmeter to [MC] (See the illust below.), and then set it (MAN UN) as; Level : mv Channel: Receiving (MAN UN) *; Enter the CONFG Menu as shown below. ) Push [ ] to return to the Main Menu. ) Select SEMODE and push [ ] to enter, and then select CONFG using [U]/[V]. ) Select RF POWER, and then set the X power. ) Return to the Factory Menu to continue the adjustment. ADJUSMEN PON ON HE MAN UN X F ADJUSMEN PON (L) X F GAN ADJUSMEN PON (R) CONNECON FOR HE X F ADJUSMEN AC millvolt meter Audio generator Frequency: khz Level: mvrms P [MC] - VALUE "HGH" "RF Power" L R Maximum X power Center position

27 - RANSM ADJUSMENS (Continued) Select the item using [U]/[V], and then set or modify the value as specified, using [ ]/[ ]. ADJUSMEN ALC CURREN RANSCEVER S CONDON Channel: CW Mode: Receiving ADJUSMEN EM OPERAON ) Connect an RF power meter (CONFG Menu)* to the antenna connector. S- ) Connect check point FOR (Factory Menu) o n t h e PA U N t o t h e S- ground. (Factory Menu) "RF Power" "CCV" "X High Power" ransmitting S- (Factory Menu) "CCV" S- (Factory Menu) X High Power *; Enter the CONFG Menu as shown below. ) Push [ ] to return to the Main Menu. ) Select SEMODE and push [ ] to enter, and then select CONFG using [U]/[V]. ) Select RF POWER, and then set the X power. ) Return to the Factory Menu to continue the adjustment. ADJUSMEN PON ON HE PA UN ALC CURREN CHECK PON (FOR) - VALUE "HGH" "" "". A ""

28 - RANSM ADJUSMENS (Continued) Select the item using [U]/[V], and then set or modify the value as specified, using [ ]/[ ]. ADJUSMEN X POWER (CW mode) RANSCEVER S CONDON Channel: Mode: CW Receiving OPERAON Connect an RF power meter to the antenna connector. (CONFG Menu)* ransmitting Receiving ransmitting Receiving ransmitting X POWER (AM mode) Channel: Mode: AM Receiving Channel: Mode: RY Receiving VALUE "RF Power" "X Low Power" (CONFG Menu)* "RF Power" S- (Factory Menu) "X Middle Power" (CONFG Menu)* "RF Power" "HGH" S- (Factory Menu) "X High Power" W W* "RF Power" "HGH" "AM Power Ratio" W "RF Power" "HGH" (Factory Menu>Detail-) Connect an RF power meter to the antenna connector. (CONFG Menu)* ransmitting (Factory "DAA Power Ratio" Menu>Detail-) PO MEER* (Factory Menu>Design-) X SENSVY Channel: Receiving Mode: US ransmitting ) Connect an RF power meter (CONFG Menu)* to the antenna connector. ) Connect an AG and AC millivoltmeter to [MC], and (MAN UN) then set it as; Level : mv ; Set the transceiver s condition as shown below. "LOW" S- (Factory Menu) Connect an RF power meter to the antenna connector. (CONFG Menu)* ransmitting X POWER (DAA) ADJUSMEN EM W "MD" W W "Power Meter" "RF Power H" "HGH" R W *; For only [AUS]. ) Push [ ] to return to the Main Menu. ) Select the User Menu and push [ ] to enter, and then select the item using [U]/[V], and set the value as specified using [ ]/[ ]. ) Return to the Factory Menu to continue the adjustment. ADJUSMEN PON ON HE MAN UN X F SENSVY ADJUSMEN PON (R) -

29 SECON. PARS LS [MAN UN] [MAN UN] PARS C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C S.REG NJMAV-E-#FMZ NJMAV-E-#FMZ CDPWR CDPWR AF(ELF) SADCR CWFU(ELF) SNLVCGUDCKR ADCPZ-RL <FE> UPC-E SNLVCGDCR UPC-E SNAHCGUDCKR UPC-E CWHFU(ELF) SNLVCGDCUR ADYSVZ <FE> UPDNA-E-A UPC-E S-CAUA-CE-G CSF(ERF) CWFU(ELF) CDNSR RFCAMDF (SX-A-) CSF(ERF) S-CNMC--G REXASASA RLPESA-S NJMV-E-#FMZ RASA SNAHCPWR CLVXFS(ELF) RX-SA CSF(ERF)./../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../. Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q S.RA S.RA S.RA S.RA S.RA S.RA S.RA S.RA S.RA S.RA S.RA S.RA S.RA S.RA S.RA S.RA S.RA S.RA S.RA S.RA S.FE S.FE S.FE S.FE S.RA S.FE S.RA S.RA S.RA S.FE S.FE S.FE S.FE S.FE S.RA S.RA S.RA S.RA S.RA S.RA S.RA S.RA S.RA S.RA S.RA S.RA S.RA S.RA SC-(ERF) UMDN R MDA MDA MDA MDA MDA MDA MDA MDA UMDN R UMDN R DAEUA DCUA DCEUA SCA-F-D-E SCA-F-D-E SAA R SC-(ERF) SC-O(ERF) SK-/--E SK-/--E SK-/--E SK-/--E UMDN R SK--G-E SC- SC R SC R SK--G-E SK--G-E SK--G-E SK--G-E SK--G-E SC-O(ERF) UMDN R UMDN R SC-GR(ERF) DMGR DMGR SC-GR(ERF) DCEUA SC-O(ERF) UMDN R SC- RF SA-GR(ELF) MDA MDA./../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../. D D D D D D D D D D D D SV(PLF) SV(PLF) SV(PLF) LSSG <SLVJ> LSSG <SLVJ> SV(PLF) SV(PLF) SV(PLF) SV(PLF) SV(PLF) SV(PLF) SV(PLF)./../../../../../../../../../../../. DESCRPON H/V M. LOCAON Eqv.= his component is equivalent to the No. component listed above, and may be substituted on parts orders and repairs. - PARS DESCRPON S.ZEN S.VAR S.VAR H/V LOCAON./../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../. D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D D F F S.MON MF.R. MHz (FL-) CER CFWLAKHFA- (CFWSH)./. X X S.XA S.XA CR- SVSH MHz CR- AS-J. MHz./../. L L L L L L L L L L L L L L L L L L L L L L L L L L NLV-J NLV-J NLV-J NLV-J NLV-J NLV-J NLV-RJ NLV-J CC-RG-A NLV-J NLV-J NLV-RJ CC-RG-A CC-RG-A CC-RG-A (.U) CC-RG-A CC-RG-A CC-RG-A (.U) LQHCNKL NLV-RJ CC-RG-A CC-RG-A CC-RG-A (.U) CC-RG-A CC-RG-A (.U) CC-RG-A./../../../../../../../../../../../../../../../../../../../../../../../../../. SV(PLF) SV(PLF) SV(PLF) SV(PLF) SV(PLF) SV(PLF) SV(PLF) SV(PLF) SV(PLF) SV(PLF) HSMASR-E SV(PLF) HSMASR-E SV(PLF) HSMASR-E SV(PLF) LSSG <SLVJ> LSSG <SLVJ> HZU.RF-E LSSG <SLVJ> LSSG <SLVJ> LSSG <SLVJ> LSSG <SLVJ> SV(PLF) LSSG <SLVJ> SS E SS E SS E SS E SS E SS E SS E SS E HVCRF-E SS E SS E SS E HVCRF-E SS E SS E SS E SS E SS E SS E SS E SV(PLF) RG R RG R SV(PLF) SV(PLF) SV(PLF) SV(PLF) KDS RK/P KDS RK/P KDS RK/P KDS RK/P LSSG <SLVJ> LSSG <SLVJ> HSASR-E HSASR-E LSSG <SLVJ> M. M.=Mounted side (: Mounted on the op side, : Mounted on the ottom side) S.=Surface mount

30 [MAN UN] L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L [MAN UN] PARS DESCRPON CO CO CO CO CO CO CO CO CO NLV-RJ CC-RG-A CC-RG-A CC-RG-A (.U) CC-RG-A CC-RG-A (.U) NLV-RJ NLV-RJ CC-RG-A CC-RG-A CC-RG-A (.U) CC-RG-A CC-RG-A (.U) CC-RG-A NLV-RJ CC-RG-A CC-RG-A CC-RG-A (.U) CC-RG-A CC-RG-A CC-RG-A (.U) NLV-J NLV-J NLV-J LR- NLV-J NLV-J NLV-J LR- LR- LR- LQHCNKL NLV-J NLV-J LQWHNRJL NLV-J CC-RG-A NLV-J NLV-J NLV-J NLV-J LQWHNRJL.-.-L N <COMO> #D-=P LQWHNRJL NLV-J.-.-L.N <COMO> NLV-J NLV-RJ LS- K.-.-L.N <COMO> NLV-J NLV-J NLV-RJ NLV-RJ NLV-J CC-NG-A CC-RG-A CC-RG-A NLV-J NLV-RJ NLV-RJ NLV-J NLV-J CC-RG-A CC-RG-A LS- (C-) ELJF K-F LR- KL NLV-RJ NLV-RJ LS- (C-) ELJF K-F LS- QM LR- LS- QM ELJF K-F ELJF K-F NLV-J LR- KL ELJF K-F NLV-J NLV-J ELJF K-F NLV-J MLFD RK- NLV-J NLV-RJ NLV-J NLV-RJ NLV-J NLV-RJ NLV-J NLV-J NLV-J NLV-J NLV-J NLV-J NLV-J NLV-J NLV-J NLV-RJ NLV-J NLV-J NLV-RJ H/V M. LOCAON./../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../. Eqv.= his component is equivalent to the No. component listed above, and may be substituted on parts orders and repairs. - PARS DESCRPON M. H/V LOCAON L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L NLV-J NLV-J NLV-J NLV-RJ NLV-RJ NLV-J NLV-J NLV-J NLV-J LR- NLV-J ELJRE RGFA LQWHNRJL ELJRE RGFA LR- NLV-RJ LQWHNRJL NLV-J NLV-J NLV-RJ NLV-J NLV-J NLV-RJ NLV-RJ NLV-RJ NLV-RJ NLV-RJ NLV-J NLV-J NLV-J NLV-RJ NLV-RJ NLV-J NLV-J NLV-RJ NLV-J NLV-RJ NLV-J LQWHNRJL NLV-RJ NLV-RJ NLV-RJ NLV-RJ NLV-J HFACC - NLV-J LR- KL NLV-RJ NLV-RJ NLV-J CC-RG-A NLV-J NLV-J CC-RG-A NLV-RJ NLV-RJ NLV-RJ NLV-RJ NLV-J CC-RG-A CC-NG-A CC-NG-A CC-NG-A CC-NG-A./../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../. R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R ERJGEYJ V () ERJGEJ X () ERJGEJ X () ERJGEJ X () ERJGEJ X () ERJGEJ X () ERJGEYJ V () ERJGEYJ V () ERJGEJ X () ERJGEJ X (K) ERJYJU () ERJGEYJ V (K) ERJGEYJ V (K) ERJGEYJ V (K) ERJGEYJ V () ERJGEYJ V () ERJGEYJ V () ERJGEJ X () ERJGEYJ V () ERJGEYJ V (K) ERJGEYJ V (K) ERJGEYJ V (K) ERJGEYJ V (K) ERJGEYJ V (K) ERJGEYJ V (K) ERJGEYJ V (K) ERJGEYJ V (K) ERJGEYJ V () ERJGEYJ V () ERJGEYJ V () ERJGEYJ V () ERJGEYJ V () ERJGEYJ V () ERJGEYJ V () ERJGEYJ V () ERJGEYJ V () ERJGEYJ V () ERJGEYJ V () ERJGEYJ V ()./../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../. M.=Mounted side (: Mounted on the op side, : Mounted on the ottom side) S.=Surface mount

31 [MAN UN] R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R [MAN UN] PARS DESCRPON S.R S.R S.HE ERJGEYJ V () ERJGEYJ V () ERJGEYJ V () ERJGEYJ V () ERJGEYJ V () ERJGEYJ V () ERJGEJ X (K) ERJGEYJ V () ERJGEYJ V () ERJGEYJ V (K) ERJGEYJ V (K) ERJGEYJ V (K) ERJGEYJ V (K) ERJGEYJ V () ERJGEJ X (K) ERJGEYJ V (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEYJ V (K) ERJGEJ X (K) ERJGEYJ V () ERJGEYJ V () ERJGEYJ V () ERJGEYJ V () ERJGEYJ V () ERJGEYJ V (K) ERJGEYJ V () ERJGEJ X (K) ERJGEYJ V (.M) ERJGEYJ V (.M) ERJGEYJ V (K) ERJGEYJ V (K) ERJGEYJ V () ERJGEYJ V (.K) ERJGEYJ V () ERJGEYJ V (.K) ERJGE JPW V ERJGEYJ V () ERJGEYJ V () ERJGEYJ V (K) ERJGEYJ V (K) ERJGEJ X (K) ERJGEYJ V (K) ERJGEYJ V () ERJGEYJ V (K) ERJGEYJ V () ERJGEJ X (K) ERJGEJ X (K) ERJGEYJ V (.M) ERJGEYJ V (.K) ERJGEYJ V (.K) ERJGEYJ V (K) ERJGEYJ V (K) ERJGEJ X () ERJGEJ X () ERJGEJ X () ERJGEJ X () ERJGE JPW V ERJGEJ X (K) ERJGEJ X () ERJGEJ X (.K) ERJGEJ X (.K) ERJGEYJ V () ERJGEYJ V () ERJGEYJ V () ERJGEYJ V () ERJGEJ X (K) ERJGEJ X () EVM-WSX () EVM-WSX () ERJGEYJ V () ERJGEYJ V () ERJGEYJ V () ERJGEJ-JPW ERJGEJ-JPW ERJGEYJ V (K) ERJGEJ X (K) ERJGEJ X () ERJGEJ X () ERJGEJ X (K) ERJGEYJ V (K) ERJGEYJ V () ERJGEJ X () ERJGEJ X (.K) ERJGEYJ V () ERJGEYJ V () ERJGEYJ R V (.) ERJGEJ X () ERJGEJ-JPW ERJGEJ X () ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X () G H J ERJGEJ X (K) ERJGEJ X () ERJGEJ X (.K) ERJGEJ X () ERJGEJ X (.K) ERJGEJ X () ERJGE JPW V ERJGEYJ V (K) ERJGEYJ V () ERJGEYJ V () ERJGEYJ V (K) H/V M. LOCAON./../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../. R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R Eqv.= his component is equivalent to the No. component listed above, and may be substituted on parts orders and repairs. - PARS S.HE S.HE S.HE S.HR S.HE S.R DESCRPON M. H/V LOCAON ERJGEYJ V (K) ERJGEYJ V (K) ERJGEYJ V (.K) ERJGEYJ V () ERJGEYJ V () ERJGEJ X (K) ERJGE JPW V ERJGEYJ V (K) ERJGEYJ V (K) ERJGEJ X () ERJGEYJ V (K) ERJGEJ X (.K) ERJGEJ X (.K) ERJGEJ X (K) ERJGEYJ V (K) ERJGEJ X () ERJGEYJ V () ERJGEJ X (K) ERJGEYJ V (.K) G H J G H J ERJGEJ X (.K) ERJGEYJ V () ERJGEYJ V (K) ERJGEYJ V () ERJGEJ X (.K) ERJGEYJ V (K) ERJGEYJ V () ERJGEYJ V () G H J ERJGEYJ V (.K) ERJGEYJ V () ERJGEYJ V (K) ERJGEYJ V () ERJGEYJ V (.K) ERJGEYJ V (K) ERJGEYJ V (K) ERJGEYJ V (K) ERJGEYJ V (K) ERJGEJ X () ERJGEYJ V (.K) ERJGEYJ V (.K) ERJGEJ X (K) ERJGEYJ V (.K) ERJGEYJ V (K) ERJGEYJ V (.K) ERJGEJ X (.K) ERJGEYJ V (K) ERJGEYJ V (.K) G H J ERJGEJ X (.K) ERJGEJ X (.K) ERJGEYJ V (.K) ERJGEYJ V (.K) ERJGEYJ V (.K) ERJGEYJ V (.K) ERJGEJ X (.K) ERJGEYJ V () ERJGEYJ V (K) ERJGEYJ V () ERJGEYJ V () ERJGEYJ V (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEYJ V (K) ERJGE JPW V ERJGEYJ V (K) ERJGEJ X (K) ERJGEYJ V () ERJGEYJ V (K) ERJGEYJ V () ERJGEYJ V (K) ERJGEYJ V (K) G H J ERJGEYJ V () ERJGEYJ R V (.) ERJGEYJ V (K) ERJGE JPW V ERJGEYJ V () ERJGE JPW V ERJGEYJ V () ERJGEYJ V () EVM-VSX E () ERJGEYJ V (K) ERJGE JPW V ERJGE JPW V ERJGEJ X () ERJGEYJ V () ERJGEJ X (K) ERJGEJ X () ERJGEJ X () ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X () ERJGEJ X () ERJGEJ X (.K) ERJGEJ X (.K) ERJGEJ X () ERJGEJ X () ERJGEJ X (M) ERJGEJ X () ERJGE JPW V ERJGEJ X (K)./../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../. M.=Mounted side (: Mounted on the op side, : Mounted on the ottom side) S.=Surface mount

32 [MAN UN] R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R [MAN UN] PARS DESCRPON ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X () ERJGEJ X () ERJGEJ X () ERJGEJ X () ERJGEYJ V () ERJGEYJ V () ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (.K) ERJGEJ X (.K) ERJGEJ X (K) ERJGEJ X (K) ERJGEYJ V () ERJGEYJ V () ERJGEYJ V () ERJGEYJ V () ERJGEYJ V () ERJGEYJ V () ERJGE JPW V ERJGE JPW V ERJGEYJ V () ERJGEYJ V () ERJGEYJ V () ERJGEJ X (K) ERJGEJ X (K) RRP--D (K) RRP--D (.K) ERJGEJ X (.K) ERJGEJ X (.K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJYJU () ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (.K) ERJGEJ X (K) ERJGEJ X () ERJGEJ-JPW ERJGEJ-JPW ERJGEJ-JPW ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (M) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (.K) ERJGEYJ V (K) ERJGEYJ V (K) ERJGEYJ V (K) ERJGEYJ V (K) ERJGEYJ V (K) ERJGEYJ V (K) ERJGEYJ V (K) ERJGEYJ V (K) ERJGEYJ V (K) ERJGEYJ V (K) ERJGEYJ V (K) ERJGEYJ V (K) ERJGEYJ V (K) ERJGEYJ V (K) ERJGEYJ V (K) ERJGEYJ V (K) ERJGEYJ V (K) ERJGEYJ V (K) ERJGEYJ V (K) ERJGEYJ V (K) ERJGEYJ V (K) ERJGEYJ V (K) ERJGEYJ V (K) H/V M. LOCAON./../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../. Eqv.= his component is equivalent to the No. component listed above, and may be substituted on parts orders and repairs. - PARS DESCRPON M. H/V LOCAON R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R S.HE ERJGEYJ V (K) ERJGEYJ V (K) ERJGEYJ V (K) ERJGEYJ V (K) ERJGEYJ V (K) ERJGEYJ V (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X () ERJGEJ X () ERJGEJ X () ERJGEJ X () ERJGEJ X () ERJGEJ X () ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X () ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (.K) ERJGE JPW V ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X () ERJGEJ X (K) ERJGEJ X (K) ERJGE JPW V ERJGEJ X (K) ERJGEJ X () ERJGEJ X (.K) ERJGEJ X (.K) ERJGEYJ V () ERJGEYJ V () ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ X () ERJGEJ X (K) ERJGEYJ V () ERJGEYJ V () ERJGEYJ V () ERJGEYJ V () ERJGEYJ V (.K) ERJGEYJ V () ERJGE JPW V ERJGEJ X (K) ERJGEJ X (K) ERJGEYJ V () ERJGEYJ V () ERJGEJ X (K) ERJGEJ X (K) ERJGE JPW V ERJGEJ-JPW ERJGEJ X () ERJGEYJ V (K) ERJGEYJ V (K) ERJGE JPW V ERJGEYJ V (K) ERJGEJ X (K) ERJGEJ X (K) G LH J ERJGEJ X (K) ERJGEJ X (K) ERJGEYJ V (K) ERJGEYJ V (K) ERJGEYJ V (K) ERJGEJ X (K) ERJGEYJ V (K) ERJGEYJ V (K) ERJGEJ X (K) ERJGEJ X (K) ERJGEJ-JPW ERJYJ RU ERJYJ RU./../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../. C C C C C C C C C C C C C C C S.ELE S.ELE S.ELE C J H K- C J H K- C J H K- C J H K- C J H K- C J H K- C J H K- C J H K- EEEFKEP C J C K- C J H K- C J C K- EEEFKEGP SVPM C J H K-./../../../../../../../../../../../../../../. M.=Mounted side (: Mounted on the op side, : Mounted on the ottom side) S.=Surface mount

33 [MAN UN] C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C [MAN UN] PARS DESCRPON S.ELE C J H K- C J H K- C J H K- C J H K- C CH H J- C CH H J- C J H K- C J H K- C J H K- C CH H J- C J C K- C J H K- C J H K- C J H K- C J H K- C J H K- C CH H J- C CH H J- C J H K- C J H K- C J H K- EEEFKCP C J H K- C J H K- C J H K- C J H K- C J H K- C J H K- C J H K- C J H K- C CH H J- C CH H J- C CH H J- C CH H J- C CH H J- C CH H J- C CH H J- C CH H J- C CH H J- C CH H J- C CH H J- C CH H J- C CH H J- C J H K- C CH H J- C CH H J- C CH H J- C CH H J- C CH H J- C CH H J- C CH H J- C CH H J- C CH H D- C CH H J- C CH H J- C CH H J- C CH H J- C CH H J- C CH H J- C CH H J- C CH H J- C CH H J- C CH H J- C CH H D- C CH H J- C CH H C- C CH H J- C CH H J- C CH H J- C CH H J- C CH H J- C CH H J- C CH H J- C CH H J- C CH H J- C CH H J- C CH H D- C CH H D- C CH H D- C CH H J- C CH H J- C CH H J- C CH H J- C CH H J- C CH H J- C CH H J- C CH H J- C CH H J- C CH H D- C CH H J- C CH H C- C CH H J- C CH H J- C CH H J- C CH H J- C CH H J- C CH H J- C CH H J- C CH H J- C CH H J- C CH H J- C CH H J- C CH H D- C CH H J- C CH H J- H/V M. LOCAON./../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../. C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C Eqv.= his component is equivalent to the No. component listed above, and may be substituted on parts orders and repairs. - PARS DESCRPON C CH H J- C CH H J- C CH H J- C CH H J- C CH H J- C CH H J- C CH H J- C CH H J- C J H K- C CH H J- C CH H J- C CH H J- C CH H J- C CH H J- C CH H J- C CH H J- C CH H J- C J H K- C J H K- C J H K- C J H K- C J H K- C J H K- C J H K- C J H K- C J H K- C J H K- C XR C K- C J H K- C XR C K- C XR C K- C J E K- C J H K- C J C M-N C J C M-N C J H K- C XR C K- C XR C K- C J A K- C CH H J- C CH H J- C XR C K- C CH H - C CH H - C XR C K- C J J M- C CH H J- C CH H J- C XR C K- C XR C K- C J J M- C J J M- C CH H D- C XR C K- C J H K- C CH H J- C J H K- C CH H J- C J E K- C J C K- C J H K- C J H K- C J H K- C J H K- C J H K- C J H K- C CH H J- C J H K- C CH H J- C J H K- C CH H J- C J H K- C J H K- C J H K- C CH H J- C CH H C- C J H K- C J C K- C J C K- C J H K- C J E K- C J C K- C CH H C- C J C K- C J H K- C J H K- C J H K- C J H K- C CH H J- C J C K- C J H K- C CH H J- C J H K- C J C K- C CH H J- C J C K- C J C K- C CH H J- C CH H J- C CH H J- C J H K- C J H K- C CH H J- C CH H J- C J H K- M. H/V LOCAON./../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../. M.=Mounted side (: Mounted on the op side, : Mounted on the ottom side) S.=Surface mount

34 [MAN UN] C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C [MAN UN] PARS DESCRPON S.ELE C CH H J- C CH H J- C CH H J- C CH H J- C CH H J- C CH H J- C CH H J- C J H K- C CH H J- C J H K- C CH H J- C CH H J- C J H K- C J H K- C CH H J- C J H K- C CH H J- C J C K- C J H K- C J H K- C CH H J- C J H K- C CH H J- C J H K- C J C K- C CH H J- C J H K- C J H K- C J H K- C J H K- C CH H D- C CH H C- C J E K- C J H K- C J H K- C J E K- C J H K- C J H K- C CH H J- C J H K- C J H K- C J A K- C J H K- C J H K- C CH H J- C J H K- C J H K- C J H K- C CH H J- C CH H J- C CH H J- C J C M- C J H K- C J H K- C J H K- C J A K- C J H K- C J C K- C CH H J- C CH H J- C CH H J- C J H K- C CH H J- C J H K- C J H K- C CH H J- C J H K- C CH H J- C CH H J- C J H K- C J H K- C J H K- C J H K- EEEFKCP C J C K- C J H K- C J H K- C J H K- C J J M- C J H K- C J A K- C J H K- C CH H J- C J H K- C J H K- C J H K- C J J M- C J H K- C J A K- C J H K- C J J M- C J A K- C J H K- C J H K- C J H K- C J E K- C J H K- C J H K- C J A K- C J H K- C J H K- C J H K- C J E K- C J H K- C J A K- H/V M. LOCAON./../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../. C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C Eqv.= his component is equivalent to the No. component listed above, and may be substituted on parts orders and repairs. - PARS DESCRPON C J J M- C J H K- C J H K- C J A K- C J H K- C J H K- C J H K- C J E K- C J H K- C J H K- C J H K- C J H K- C J H K- C J H K- C CH H J- C CH H C- C J H K- C CH H - C CH H J- C CH H - C J H K- C CH H J- C J H K- C J C K- C CH H J- C J H K- C J H K- C J H K- C J H K- C J H K- C J C K- C J H K- C CH H C- C J A K- C J H K- C CH H J- C J C K- C CH H - C J H K- C J A K- C CH H J- C CH H - C J H K- C J H K- C CH H J- C CH H C- C CH H J- C CH H J- C J H K- C CH H - C CH H J- C CH H J- C CH H - C CH H C- C CH H J- C CH H J- C CH H J- C J C K- C CH H R- C CH H J- C J H K- C CH H J- C CH H J- C CH H C- C CH H J- C J H K- C J H K- C CH H J- C CH H J- C J H K- C J H K- C CH H J- C J H K- C CH H J- C J H K- C CH H J- C CH H C- C CH H C- C J H K- C CH H J- C CH H J- C CH H J- C CH H J- C J C K- C J C K- C J C K- C J C K- C J C K- C J C K- C J J M- C CH H J- C J C K- C CH H J- C CH H J- C J J M- C J C K- C J J M- C CH H J- C J H K- C CH H J- C J C K- C CH H J- C CH H J- C J H K- C J H K- M. H/V LOCAON./../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../../. M.=Mounted side (: Mounted on the op side, : Mounted on the ottom side) S.=Surface mount