PHASE CONTROL DVD/LD TV/SAT DVR/VCR VIDEO/FRONT AUDIO CD CD-R/TAPE/MD USB FM VSB MODE TONE STANDBY/ON PHONES SIGNAL SELECT QUICK SETUP MULTI JOG

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1 PHS ILOGU UTO SURR/ ONTROL NHNMNT IRT STNY/ON PHONS SOUN ON RTRIVR MO SIGNL SLT PHS ONTROL V/L TV/ST VR/VR VIO/RONT UIO -R/TP/M US M VS MO PTY TUNR SRH IT TON QUIK STUP MULTI JOG STUP RTURN M UX NTR OWN STRO/ VN.S.SURR STNR SURROUN LISTNING MO VSX- MULTI JOG UP MSTR VOLUM VSX--K UIO/VIO MULTI-HNNL RIVR VSX--K VSX--S ORR NO. RRV60 THIS MNUL IS PPLIL TO TH OLLOWING MOL(S) N TYP(S). Model Type Power Requirement Remarks VSX--K MYXJ 0 V to 0 V VSX--S MYXJ 0 V to 0 V or details, refer to "Important heck Points for Good Servicing". PIONR ORPORTION -, Meguro -chome, Meguro-ku, Tokyo -6, Japan PIONR LTRONIS (US) IN. P.O. ox 60, Long each, , U.S.. PIONR UROP NV Haven 0, Keetberglaan, 90 Melsele, elgium PIONR LTRONIS SINTR PT. LT. lexandra Road, #0-0, Singapore 996 PIONR ORPORTION 00 T-ZZK MR. 00 printed in Japan

2 STY INORMTION This service manual is intended for qualified service technicians; it is not meant for the casual do-it-yourselfer. Qualified technicians have the necessary test equipment and tools, and have been trained to properly and safely repair complex products such as those covered by this manual. Improperly performed repairs can adversely affect the safety and reliability of the product and may void the warranty. If you are not qualified to perform the repair of this product properly and safely, you should not risk trying to do so and refer the repair to a qualified service technician. WRNING This product contains lead in solder and certain electrical parts contain chemicals which are known to the state of alifornia to cause cancer, birth defects or other reproductive harm. Health & Safety ode Section 9.6 Proposition 6 NOTI (OR NIN MOL ONLY) use symbols (fast operating fuse) and/or (slow operating fuse) on P indicate that replacement parts must be of identical designation. RMRQU (POUR MOÈL NIN SULMNT) Les symboles de fusible (fusible de type rapide) et/ou (fusible de type lent) sur I indiquent que les pièces de remplacement doivent avoir la même désignation. (OR US MOL ONLY). STY PRUTIONS The following check should be performed for the continued protection of the customer and service technician. LKG URRNT HK Measure leakage current to a known earth ground (water pipe, conduit, etc.) by connecting a leakage current tester such as Simpson Model 9- or equivalent between the earth ground and all exposed metal parts of the appliance (input/output terminals, screwheads, metal overlays, control shaft, etc.). Plug the line cord of the appliance directly into a 0V 60 Hz outlet and turn the power switch on. ny current measured must not exceed 0. m. evice under test lso test with plug reversed (Using adapter plug as required) Test all exposed metal surfaces Leakage Test Leakage current tester Reading should not be above 0. m arth ground NY MSURMNTS NOT WITHIN TH LIMITS OUTLIN OV R INITIV O POTNTIL SHOK HZR N MUST ORRT OR RTURN- ING TH PPLIN TO TH USTOMR.. PROUT STY NOTI Many electrical and mechanical parts in the appliance have special safety related characteristics. These are often not evident from visual inspection nor the protection afforded by them necessarily can be obtained by using replacement components rated for voltage, wattage, etc. Replacement parts which have these special safety characteristics are identified in this Service Manual. lectrical components having such features are identified by marking with a on the schematics and on the parts list in this Service Manual. The use of a substitute replacement component which does not have the same safety characteristics as the PIONR recommended replacement one, shown in the parts list in this Service Manual, may create shock, fire, or other hazards. Product Safety is continuously under review and new instructions are issued from time to time. or the latest information, always consult the current PIONR Service Manual. subscription to, or additional copies of, PIONR Service Manual may be obtained at a nominal charge from PIONR. VSX--K

3 6 [Important heck Points for Good Servicing] In this manual, procedures that must be performed during repairs are marked with the below symbol. Please be sure to confirm and follow these procedures.. Product safety Please conform to product regulations (such as safety and radiation regulations), and maintain a safe servicing environment by following the safety instructions described in this manual. Use specified parts for repair. Use genuine parts. e sure to use important parts for safety. o not perform modifications without proper instructions. Please follow the specified safety methods when modification(addition/change of parts) is required due to interferences such as radio/tv interference and foreign noise. Make sure the soldering of repaired locations is properly performed. When you solder while repairing, please be sure that there are no cold solder and other debris. Soldering should be finished with the proper quantity. (Refer to the example) Make sure the screws are tightly fastened. Please be sure that all screws are fastened, and that there are no loose screws. Make sure each connectors are correctly inserted. Please be sure that all connectors are inserted, and that there are no imperfect insertion. 6 Make sure the wiring cables are set to their original state. Please replace the wiring and cables to the original state after repairs. In addition, be sure that there are no pinched wires, etc. Make sure screws and soldering scraps do not remain inside the product. Please check that neither solder debris nor screws remain inside the product. There should be no semi-broken wires, scratches, melting, etc. on the coating of the power cord. amaged power cords may lead to fire accidents, so please be sure that there are no damages. If you find a damaged power cord, please exchange it with a suitable one. 9 There should be no spark traces or similar marks on the power plug. When spark traces or similar marks are found on the power supply plug, please check the connection and advise on secure connections and suitable usage. Please exchange the power cord if necessary. 0 Safe environment should be secured during servicing. When you perform repairs, please pay attention to static electricity, furniture, household articles, etc. in order to prevent injuries. Please pay attention to your surroundings and repair safely.. djustments To keep the original performance of the products, optimum adjustments and confirmation of characteristics within specification. djustments should be performed in accordance with the procedures/instructions described in this manual.. Lubricants, Glues, and Replacement parts Use grease and adhesives that are equal to the specified substance. Make sure the proper amount is applied.. leaning or parts that require cleaning, such as optical pickups, tape deck heads, lenses and mirrors used in projection monitors, proper cleaning should be performed to restore their performances.. Shipping mode and Shipping screws To protect products from damages or failures during transit, the shipping mode should be set or the shipping screws should be installed before shipment. Please be sure to follow this method especially if it is specified in this manual. VSX--K 6

4 ONTNTS STY INORMTION.... SPIITIONS.... XPLO VIWS N PRTS LIST PKING STION XTRIOR STION.... RONT PNL STION LOK IGRM N SHMTI IGRM.... LOK IGRM.... OVRLL WIRING ONNTION IGRM.... MIN SSY (/) MIN SSY (/).... MIN SSY (/) SP SSY (/).... SP SSY (/).... POWR PK SSY (/), TRNS and TRNS SSYS POWR PK SSY (/)....0 H PHON and.h INPUT SSYS RONT ISPLY, ROTRY NOR and POWR KY SSYS.... TRNS, RGULTOR, VIO, IGITL INPUT and PRIMRY SSY.... P ONNTION IGRM IGITL INPUT SSY HPHON and.h INPUT SSYS.... MIN SSY.... SP SSY.... TRNS and TRNS SSYS....6 POWR PK SSY.... RONT ISPLY SSY.... ROTRY NOR and POWR KY SSYS....9 TRNS and RGULTOR SSYS....0 VIO SSY.... PRIMRY SSY P PRTS LIST JUSTMNT GNRL INORMTION IGNOSIS SP TROULSHOOTING ISSSMLY.... PRTS..... I.... XPLNTION..... TTION IRUIT..... MPLIIR SYSTM PROTTION OPRTION SPIITION..... MPLIIR ILUR IGNOSIS LOW HRT.... PNL ILITIS... 6 VSX--K

5 6. SPIITIONS mplifier section ontinuous power output (stereo) ront W + 00 W (IN khz, TH.0 %, Ω ) Rated power output (surround / 0 Hz to 0 khz, TH 0.0 %, Ω ) ront W per channel enter W Surround W per channel Rated power output (surround / khz, TH %, Ω ) ront W per channel enter W Surround W per channel udio section Input (Sensitivity/Impedance), VR/VR, -R/TP/M, V/L, TV/ST mv/ kω requency response, VR/VR, -R/TP/M, V/L, TV/ST Hz to Hz d Output (Level/Impedance) VR/VR R, -R/TP/ M R mv/. kω Tone control ass ± 6 d (00 Hz) Treble ± 6 d (0 khz) Loudness d/+ d (00 Hz/0 khz) (at volume level -0 d) Signal-to-ise Ratio IN (ontinuous rated power output/ 0 mw), VR/VR, -R/TP/M, V/L, TV/ST d/6 d Video Section Input (Sensitivity/Impedance) VR/VR, V/L, TV/ST Vp-p/ Ω Output (Level/Impedance) VR/VR, MONITOR OUT Vp-p/ Ω requency response VR/VR, V/L, TV/ST MONITOR..... Hz to MHz d Signal-to-ise Ratio d rosstalk d ccessories M Tuner Section requency Range MHz to 0 MHz Usable Sensitivity Mono:. df, IH (. µv/ Ω) 0 d Quieting Sensitivity Mono: 0. d Stereo:.6 df Signal-to-ise Ratio.... Mono: d (at df) Stereo: 0 d (at df) istortion Stereo: 0. % ( khz) lternate hannel Selectivity d (00 khz) Stereo Separation d ( khz) requency Response Hz to khz (± d) ntenna Input (IN) Ω unbalanced M Tuner Section requency Range khz to 60 khz Sensitivity (IH, Loop antenna) µv/m Signal-to-ise Ratio d ntenna Loop antenna Miscellaneous Power requirements V to 0 V, 0 Hz/60 Hz Power consumption VSX W In standby W imensions (W) mm x (H) mm x. () mm Weight (without package) VSX kg urnished Parts M loop antenna M wire antenna ry cell batteries ( size I R6) Remote control Warranty card Operating instructions te Specifications and the design are subject to possible modifications without notice, due to improvements. Manufactured under license from olby Laboratories. "olby", "Pro Logic" and the double- symbol are trademarks of olby Laboratories. "TS" is a registered trademark of TS, Inc. and "TS 96/" is a trademark of TS, Inc. M loop antenna (T0) M wire antenna (H00) Remote control (XX) size I R6 ry cell batteries (x) VSX--K 6

6 . XPLO VIWS N PRTS LIST NOTS: Parts marked by "NSP" are generally unavailable because they are not in our Master Spare Parts List. The mark found on some component parts indicates the importance of the safety factor of the part. Therefore, when replacing, be sure to use parts of identical designation. Screws adjacent to mark on product are used for disassembly. or the applying amount of lubricants or glue, follow the instructions in this manual. (In the case of no amount instructions, apply as you think it appropriate.). PKING STION VSX--K

7 6 () PKING STION PRTS LIST Mark. escription Part. M Wire ntenna H00 M Loop ntenna T0 Remote ontrol XX attery over XZN9 NSP 6 ry ell attery (, R6) XX00 Operating Instructions XR (nglish/italian) NSP Polyethylene ag Z-0 (0.06*0*0) 9 Packing Sheet HG069 0 Left Pad V XH Right Pad V XH9 Packing ase See ontrast table () Operating Instructions XR6 (utch/spanish) Operating Instructions XR6 (rench/german) NSP Warranty ard RY06 6 Label (W) RW () ONTRST TL VSX--K/MYXJ and VSX--S/MYXJ are constructed the same except for the following: Mark. Symbol and escription VSX--K /MYXJ VSX--S /MYXJ Packing ase XH6 XH6 VSX--K 6

8 . XTRIOR STION 9 0 W 9 K R 9 M S T H S X U V X U 6 9 O V 6 W N N S R T 6 O N G L H I H J Q O J 9 K L 0 Refer to ". RONT PNL STION". G 0 leaning paper G-00 I 0 NON-ONTT SI ONTT SI VSX--K

9 6 () XTRIOR STION PRTS LIST Mark. escription Part. SP ssy WX IGITL INPUT ssy XWZ PRIMRY ssy XWZ6 RGULTOR ssy XWZ 6 TRNS ssy XWZ TRNS ssy XWZ6 9 TRNS ssy XWZ 0 VIO ssy XWZ0 POWR PK ssy XWZ.H INPUT ssy XWZ9 6 IN ssy XWZ MIN ssy XWK0 9 M/M TUNR Unit XX0 > 0 an Motor XXM0 > Power ord VG00 > Power Transformer (T0) XTS090 > use (U : T. ) RK0 P lexible able/0v X9 Mark. escription Part. 6 P lexible able/0v X NSP Spacer 09 Push Rivet 0 9 ord Stopper M- 0 Insulator MR9 NSP hassis 6 XN06 Rear Panel See ontrast table () Heatsink ngle V XNG NSP 6 Heatsink XNH0 onnet See ontrast table () NSP inder (K-) Z-K 9 IP Label XX 0 use ard X9 Screw Z0P060 Screw Z0P00NI Screw See ontrast table () Screw Z0P0T Screw Z0P00NI 6 0P lexible able/0v X96 9 P lexible able/0v X0 0 P lexible able/0v X0 () ONTRST TL VSX--K/MYXJ and VSX--S/MYXJ are constructed the same except for the following: Mark. Symbol and escription VSX--K /MYXJ VSX--S /MYXJ Rear Panel XN6 XN onnet XZN XZN Screw Z0P00T Z0P00NI VSX--K 6 9

10 . RONT PNL STION 9 9 (/) G POWR PK N0 K I MIN N0 6 9 (/) J 9 (/) 0 6 NON-ONTT SI ONTT SI 0 VSX--K

11 6 () RONT PNL STION PRTS LIST Mark. escription Part. Mark. escription Part. RONT ISPLY ssy XWZ0 6 JOG utton See ontrast table () ROTRY NOR ssy XWZ0 POWR KY ssy XWZ06 Pioneer Name Plate See ontrast table () HPHON ssy XWZ6 9 ront Panel See ontrast table () 0 JOG Knob See ontrast table () 6 P lexible able/0v X NSP ront Panel ssy See ontrast table () TUNR utton See ontrast table () SU utton See ontrast table () UNTION utton See ontrast table () LISTN utton See ontrast table () VOL Knob See ontrast table () STNY utton See ontrast table () Panel P XK69 arth Plate HP V (M) XNG 6 Rubber Sheet Screw PZ0P00T 9 Screw Z0P00NI () ONTRST TL VSX--K/MYXJ and VSX--S/MYXJ are constructed the same except for the following: Mark. Symbol and escription VSX--K /MYXJ VSX--S /MYXJ NSP ront Panel ssy XXG9 XXG9 TUNR utton X0 X SU utton X X9 UNTION utton X X0 LISTN utton X X 6 JOG utton X0 X Pioneer Name Plate XM006 VM9 9 ront Panel XM6 XM6 0 JOG Knob X0 X0 VOL Knob X0 X0 STNY utton X0 X0 VSX--K 6

12 . LOK IGRM N SHMTI IGRM. LOK IGRM TUNR MOUL L/R MIN SSY VR/VR TV/ST V/L L/R L/R L/R L/R -R/TP L/R -R OUT VR/VR OUT () I0 I60 K (IR) K6V0 (IR+O) () L MIX (L/R) I0 I0 (SL/SR) I0 () OX OX OPT N90 N60 I0 SP I SP60 (for O) N0 POWR PK SSY N09 I0 (SW) I0 Q IGITL INPUT SSY SP SSY LP SL/SR H.H INPUT SSY MULTI H IN SW N0 N0 VSX--K

13 6 : VIO SIGNL LOW : UIO SIGNL LOW G HPHON SSY VOL/SLTOR I0 RS0P PR-MP NJM6 (L/R) I0 N POWR PK SSY N0 N0 I60,60. MUT Q GN RY HPHON Tone Q60 0d L/R imp (ch VOL I / UNTION SLTOR) (SL/SR) I. MUT Q6 GN I60,60 0d RY SL/SR. MUT () I GN Q6 I60 0d RY. MUT GN I (SW) N POWR PK SSY N0. MUT Q0 GN O VIO SSY SW PROUT VR I0 NJM9M (OMPOSIT SL) TV/ST V/L VR R MONITOR VSX--K 6

14 . OVRLL WIRING ONNTION IGRM NOR (XWZ0) 0--6 J / J 0 N0 I RONT ISPLY SSY (XWZ0) 0PYY00 J /00 /00 N XXM0 /0 J X00 N N N0 N N00 RGULTOR SSY (XWZ) N0 N N 0 0PYY0 /00 J / - / POWR PK SSY (XWZ) N0 N06 N0 Q 9 N9 / - / SP SSY N0 N90 J N90 N60 0/0 X96 IGITL INPUT SSY (XWZ) N N N6 N09 N SP SSY (WX) J / - / MIN SSY (XWK0) N0 N0 N9 N0 X /90 J X0/ J /90 /90 X9 J /0 O TUNR MOUL M/M TUNR UNIT (XX0) (te : schematic diagram) VIO SSY (XWZ0) N N0 N0 6 N0 N0 N0 N0 H.H INPUT SSY (XWZ9) VSX--K

15 J /00 0 K POWR KY SSY (XWZ06) G H PHON SSY (XWZ6) M TRNS SSY (XWZ) 0PYY060 J 6/00 9 J J J J J6 TRNS SSY (XWZ6) *-PH-K-S PH ONNTOR *-H H ONNTOR.0mm.mm.mm RVRS.0mm LT L.mm LT L MIN TRNS OR IN.0mm ONNTOR TRNS SSY (XWZ) 0PYY0 /00 J N0 /00 J 0PYY00 Y6 (L) Y (L) Y (N) LU ZWNH6G-6-J MIN TRNS ROWN 0V YLLOW 0V 0V Y6 Y Y Y Y Y Y YLLOW 6 Y9 YLLOW ZWNH6G --J ROWN ZWNH6G--J LU 0V 0V,0Hz.mm ONNTOR(L).mm ONNTOR.0mm L HOLR.mm L HOLR.0mm L ONNTOR.0mm OR to OR SOKT.0mm OR to OR PLUG.mm OR to OR SOKT.mm OR to OR PLUG O SOKT O ONNTOR U S N PRIMRY SSY (XWZ6) WIR INITION.g. /0 : Number of contacts (pin) 0: Insulation length (mm) OR When ordering service parts, be sure to refer to "XPLO VIWS and PRTS LIST" or "P PRTS LIST". The > mark found on some component parts indicates the importance of the safety factor of the part. Therefore, when replacing, be sure to use parts of identical designation. : The power supply is shown with the marked box. VSX--K 6

16 . MIN SSY (/) / XK0 N N XK06 TV GN (HSSIS) V/L MIN SSY (XWK0) L (HSSIS) GN R R PLY R L R VR/VR GN L (HSSIS) PLY R L R L R L R -R/TP M L GN (HSSIS) R H * H * H * H * L0 R R L0 99 R L R6 L R L 0 SR SL 06 SW 09 0 SR H * SL H * H * H * 0 0 R RIN LIN SRIN SLIN SWIN IN SRIN SLIN /0 6 R R R R 9 R9 R0 R6 9 R 9 H R6 * 0 * 0 * * R0 R06 R09 R0 0 R0 R0 H R H R6 H R H R R 0 R R9 R Y 0.0 Y 0.0 Y * H * * * H H 0/0 GN (L) 9 90 R0.K GN 0/0 R0.K 0/0 * * H 0 R (R) GN 0/0 R R R 0/ /0 H * H * H * H * H 0/0 0 0/0.K 0/0 R R H R p p GN 6 (R) R R R GN (L) GN 6.K (R) 0/0 H * H * H TL p H p H GN (R) GN (L) 0/0 0 0/0 R GN (R) R R6 R R6 R 0 R 0 R0 0 R R R R 0 UZS6R() VLK R H H 0.0 SS UZS6R() K R6 K 00p R 00/W 6 00p Y Y R 00/W SS 00/0 00/0 I0 9 0 R.K 00/0 R9 6 9 R.K 60 00/0 6 00/0 R6 6 00/0 R6 GN GN GN0 R9 R R6 R6 /0 GN 0/0 0/0 GN (R) GN (L) / TR / (L) GN GN (L) (R) (L) (L) (R) GN / SIRIUS_R SIRIUS_L / GN / VLT / (L) Y V+ (L) V- RR(R) RR(L) V+ V- LOK GN V USR USL (R) (L) (L) RONT(R) RONT(L) R(R) (L) R(L) V/L(R) (L) V/L(L) TV(R) (L) TV(L) VR(R) (L) VR(L) VIO R VIO L VRR(R) VRR(L) UX(R) UX(L) (L) (L) MIOUT GN T (L) (L) LIN RIN LIN SIRIUS R SIRIUS L TR -VOL RS0P TL (L) (SW) (SL) (L) RIN (SL) SRIN SLIN SWIN () (SW) () IN SRIN SLIN () SW (SW) SL (SL) Y 0.0 SR Y 0.0 LIN LIN Y Y V 00k Y Y Y 0. 00/0 00/0 00/0 00/0 GN (L) (SL) () SPOL / (L) (SL) (SW) () () (L) (SW) (SL) 6 / N0 K- G SW G VSX--K SL 6 G SR H N0 TO. INPUT SSY J GN RIN GN(G) LIN GN(G) RO VOMG LO RMUT/OV SRO GN(G) / N SLO GN(G) SWO GN(G) O GN(G) SRO GN(G) SLO N09 XKP0 TO POWR PK SSY

17 6 (ROUT) (LOUT) (SROUT) (SLOUT) (SWOUT) (OUT) (SR) (SL) / (SL) MP Low Pass ilter SR TS./0 ()./0 TS 6 (L) 0 TS./0 R 0 R TS./0 LSSN / R R6 K R0 K./0 TS R0 H 0p I0 (/) NJM6M R R R R.K.K TS R 0/0 R K H G I0 (/) 0p NJM6M R R R6 R + 0.K.K TS - 0/0 R R K K G 6 0p H I0 (/) R6 NJM6M R6 R6 R6 +.K.K 69 TS 6-0/0 R R.K 6 G I0 (/) NJM6M R0 R0 R0.9K.9K G 0 06 R9 R0 R69.K R09 R0 6 - I0 (/) NJM6M R0 R06 R0.9K.9K + G H H H H H 0p 0p 0p 0p 0p.K.9K.9K.K.K.K - R R R.K R.K 0 H 0p R p H V+ R0 0 R R6 R R R6 R (SL) SLIN R R V- (L) 0.0 Y Y 0.0 V+ V- 0.0 Y V+ V- Q RTNM (R) Y 0.0 (SR) 0.0 Y Y 0.0 R SRIN 0.0 IN V+ Q RTPM GNU () V- G 00K V- R 6 R I0 (/) NJM6M R9 R R Y G R Y.K R R G.K NOTS: NO INIT PRTS IS... RSISTOR: RS/6S***J-T, RS/0S***J-T HMIL PITOR: T***M**-T,-TS RMI PITOR: SRH****0-T KSRY****0-T ( ) (SQ):KSQ.SQ : UIO SIGNL LOW or Wire Styling 0 V00-.K 0 NU G 0 NU GN 0 NU G V+ 0. V- 0 9 R.9K 9 0. Y 6 - TS R + 0/0 0 V+ Y 0.0 I0 T066N R6.9K R GN 0K L MIX R 0K 6 GNU GNU LIN.K.K I0 (/) R0 R NJM6M TS - R RIN.K + 0/0 (R) Y (L) * 00p MIN SSY(/) G (SW) 6 R6 R66 TS./0.9K.K R6 K 6 Y 0p 66 Y I0 (/) 00p NJM6M R6 + K 0 TS - 0/0 R R 0P R0.K 6 Y.K 0 R6 R (SW) SWIN (L) (L) (SL) () : udio Signal Route (L ch) : udio Signal Route (ront L ch) : udio Signal Route (Surround L ch) : udio Signal Route (enter ch) G (SW) : udio Signal Route (SubWoofer ch) / VSX--K 6

18 . MIN SSY (/) / MIN SSY (XWK0) / / (LOUT) (ROUT) * * (SLOUT) (SROUT) (OUT) (SWOUT) SWPR k SW R0 00 R0 00 R0 00 R06 00 R0 00 (SW) R0 00. k. (SW) RONT,RR, NTR R R R R GIN(d) R9 (Ohm) R9 (Ohm) GIN(d) (L) (R) (SL) (SR) () R 00k 6 0/0 TS GN Q6 S9() R.K R R6 R6 R R R 6 R R (L) (R) (SL) (SR) () - R + I0 NJM6M R (/) 0 (SW)./0 PR-MP R R R R6.6K R R.6K R R6 R9 R9.6K R96 R9.6K.6K R I NJM6M + (/) SL - R * 00p H 00p R H * - SR + I NJM6M (/).6K - SW + I NJM6M (/) R0 00k R6 I0 NJM6M + (/) L - R* 00p H 00p H R * 6 I NJM6M (/) + - R9 6 R9 R * 00p H 00p Y * Y TS /0 Y /0 6 /0 6 Y TS./0 TS /0 Y 0.0 TS /0 0.0 Y R60 R9 R9 R0 R99 R00 0k 0k 0k 0k 0k 0k (SW) 0.0 Y 6 V+ (L) (SL) () R0 V+U MIN SSY(/) R00 00 V- / VSX--K

19 6 () (SL) (L) (SR) (R) / ONTROL MUT -RIV T XPROTT OLT NK NOT.RSISTORS Unit: k-kω, M-MΩ or Ω unless otherwise noted. Rated power: /6W unless otherwise noted. Tolerance: (J) + - % unless otherwise noted..pitors Unit: p-p or µ unless otherwise noted. Ratings: apacity(µ)/voltage(v) unless otherwise noted. Rated Voltage: 0V expect for electrolytic capacitors. J:J : UIO SIGNL LOW R R6 NP k Y 9 000p Q RTNM / 6_OHM Q S6 (QR) R 00K () (SL) (L) GN GNU 0 R.K R9.k UZSR() GNH 9 9 (L) (SL) () N SL GN L GN SR GN R MUT -RIV T XPROTT OLT 6 OHM NK GNU N +V -00 R R9 R0 -H N+ XKP09- GN SL GN SR/SW GN N- N J 0K 0K R Q S0 Q9 RTNM Q0 S0 Q SX (QR) * * * R 0 Q * R6 * R6 R0 Q RTPM R Q6 * 0K N STOP GNU GNU : udio Signal Route (ront L ch) : udio Signal Route (Surround L ch) : udio Signal Route (enter ch) (SL) : udio Signal Route (Surround ack L ch) (SW) : udio Signal Route (SubWoofer ch) / N0 TO POWR PK SSY TO N MOTOR N M 9 TO TRNS SSY 0K GNU N ONTROL * R0 Q R6 R6 UZS() - 0 RTNM - 0 VSX--K 6 / 9

20 . MIN SSY (/) / MIN SSY (XWK0) O N TO M/M TUNR UNIT OS RT OS S OS LK OS T V TO omposite Video ssy HSSIS J N0 (R Jack) 0- TUNR TUNR I TUNR LK TUNR O V V MUT GNT TL +9V TR 6 SWT 9 V 0 INH SW SW N0 KS 6 VSM 9 RS 0 GNT J R00 T_ R00 T_I R00 T_LK R00 T_O TL (L) TR / OS_RST OS_S OS_LK OS_T XPLK/V XPT/V XP/V MUT SWT V ST HPIN/SW SW / GNT 00 p 000p Y p 0.0 Y p u 00 Y 000p R00 R009 R06 R006 R00 VT+9 Q009 GNT 00 RS 00 0 R0 RS_T K R0 H 0 p RS_LK R0 K SS00-.MHz 6 RL RS-I/RY K X00 RST R H 0 0 XOUT 0 GN I900 RL6V-W ONTROL Vcc WP SL 6 S V- V+ Y Y 6 0 SP_RY R/_RY SP_RY HPT L00 QTL0 L900 _RY _WP L0 L I00 LKM * R90 R906 R90 VSX K GNU +V VT+9 +V TL00 QTL0 QTL0 VR R00 00 XIN MPXIN L 0/0 p V V 00p 0 /6 VSS VSS MO LOUT 0 L TST IN Y p +V RS_ON_/_O R00 K GNU ROM PR-MP (MIN SSY /) PROM / MIN SSY(/) L900 TL00 GV 0 / NOT.RSISTORS Unit: k-kω, M-MΩ or Ω unless otherwise noted. Rated power: /6W unless otherwise noted. Tolerance: (J) - + % unless otherwise noted..pitors Unit: p-p or µ unless otherwise noted. Ratings: apacity(µ)/voltage(v) unless otherwise noted. Rated Voltage: 0V expect for electrolytic capacitors. : UIO SIGNL LOW VSX--K GNT N XKP09- SP- RY R/ RY SP- RY HP. SW T+9V GNT ST+V GNU +V RY WP -V L L -V / N6 (SW) GV GV +V SWOUT GN GN TO POWR PK SSY / SWPR GN

21 * 6 I N0 (L) (SW) (V) : udio Signal Route (L ch) : udio Signal Route (SubWoofer ch) : Video Signal Route L L -V ISP RST ISP LK ISP I ISP O ISP RY ISP N SRIN SROUT RM W WP +V MI T GNU TO RONT ISPLY SSY N0 J MISW +V / SMIK or µ-p * R90 R90 R906 R90 VSX-/MYXJ - 0K 0K 0K 900 NU +V 9006 NU SRIN SROUT OS_LK OS_T RM W_WP 00 R9060 K HPT 90 R90 * R90 * R90 * * R906 9 ST/INH 9 X_ST XPROTT 0 R90 0K R90 OS_S OS_RST T_ T_I T_LK T_O R909 R900 R90 R90 R Y R900 0K 90 Y 0.0 R9006 GNU 0K / 6_OHM R90 R90 * R906 * * L900 LRJ Y JQ 900./0 R90 0k 906 R /6. _LK _LK Y _T _T R MHZXSS00-0 X SS _WP 9 R90 W_WP 00K R906 URT 0 Q900 RTNM R900 K R909 R90 00K 00K R Y u/ R90 R90 R906 R90 R R900 R Y 000p R90 R90 00K R900.k USI USLK ISP N ISP O GN NVSS T PROM/V XRST XOUT GN XIN +V NMI USO ISP RY V VR ISP I/OS T ISP LK/OS LK IN(WKUP) US TRQ W WUP URT SW US HRQ US TL XLG SIRIUS RST USXRST USS ISP RST XM/SIRIUS TX XM/SIRIUS RX HPT LK PROM/V LK TS VSS SP I SIMUK SIMUK SP O SP LK T MO.TX(SR+/IPO).RX(SR+/IPO) I900 SP RST OMP VIO INH/SY T SP SS XM POW USY XPNR ST XPROTT MIN µ-om PG SP HRQ SP MO O MUT SP MUT OS S MO OS RST IR O 6 OHM.XM_RST.NK SLT IR S T_ T_I T_LK T_O RS T/XM LINK TIV OMP VIO /HPIN LOW_ONSUMPTION LSSN IR RST XMS RT XMSGNL SW XMNT_RV RS M+/XM RST RS LK/XMLSP SP OVRLO OL T PROT VIO/XP LK VIO/XP T VIO/XP IR RR SW T OMP VIO VIO GN VR T +V VR LK M/RONT IN RY- XM RR RY_ RY_/R RY_ MUT XTLO V R90 00K R906 0 R M 0 9 RS_T RS_LK OLT T XPLK/V XPT/V XP/V SWT HPIN/SW / / V VLT VLK / _RY XM_RR SP_RY R/_RY SP_RY 0K 0K R90 SW R90 SPOL Q900 TTK NK Q900 RTPM 0K R90 / Q9006 R900 R906 +V 90 R90 00K R90 00K N0U 90 V+ Q900 RTPM R9009 K GNU TX TX RX RX MUT 6 LSSN / 9 0 MUT R90 K R V GNU VSS SR_TX T_USY N 6 T_V T_SLK SR_RX T_PGM/O/M 9 0 T_RST VSS N P0U R906 0K R906 0K OR LSH U-OM Q906 RTPM 906 P0U +V 906 SS R906 0K R9066 0K Q906 UMN MUT_OUT Q906 UMN GNU VSX--K 6 US XRST IR S IR O SP MO SP HRQ USY SP SS SP RST SP LK SP O SP I / N MUT IR RST IR RR XTLO GN GN TO POWR PK SSY J KS- KS- N /

22 .6 SP SSY (/) / SP SSY (WX) GH Q N90 RX0 OX RX OX VKN RX V+ GN RX GN GN RX6 GN GN TX J0 K N60 V K GN R606 K 0 0 K 00k K9 K0 R60 R L0 L0 R K 00k R60 R0 R0 00k Y Y K M RX RX V VSS INT0 SN RX() LK VSS TI RX6() I60 TO 6 VSS KVQ PN RX(to) XTI 0 II IR&IT XTO 9 9 P/SN UX 0 (/0=00) XTL0 MKO XTL IK 6 VIN STO R6 R RX VSS RX VSS RX(OX) RX() TV VSS TX0 TX OUT 00 K0 0 R6 V V V K9 0 Y 6 0. VSS RX0(OX) VSS VOM OUT UOUT VOUT V R VSS % R6 k V MKO INT LRK 00 R66 R6 0k 60 0p 6 Y 000p 00 R6 H K R6 69 V R6 R60 R6 R Y R6 00 R6 0 L Y 0. K V /6. GN R6 NOTS: NO INIT PRTS IS... (00 or 60) SRH****0 KSRY***K0 SSH****0 KSSY***K0 KSSY0K6 KSSY0K0 K RR RO HRQ US MISO MUT XMMUT XMLNK XMS XMLS XMO XMNT XMRST XMI XMSW XMM K0 K0 K0 K0 K06 K0 K0 K09 K0 K K K K K6 K K6 K MLK LSLK 0 R R 0 L60 QTL K 0. Y L60 QTL0 60 /6. 60 H K 0p Y K K K K6 R R 0 0 (60) SRHJ0 KSRY0K6 KSRYK0 KSRY0K6 VW***M** (00 RS/6S***J or 60) RS/6SS***J RS/6S***J (60) R***J or RQ***J UNLSS OTHRWIS NOT M MLK KO LKO TO STO TO TO OS XMMK XMK XM XMLK LSLK LSK LS LKI KI TI M K K K K K K6 K K K9 K0 K K K K K K6 K K LSLK LSK LS M GN R66 R666 R R6 0 / VSX--K

23 6 M RR RS SK MOSI RO RRT RS SK MOSI RRT OS M (L) (L) (SL) () MLK KO LKO TO STO TO TO R 00 GN : udio Signal Route (L ch) : udio Signal Route (ront L ch) : udio Signal Route (Surround L ch) : udio Signal Route (enter ch) (SL) : udio Signal Route (Surround ack L ch) (SW) : udio Signal Route (SubWoofer ch) 0 L0 K V Y G QTL0 0.0 R0 0 V R STI V /6 0 TM LRK STI STI STI STO UX S TI SOS I SMUT IK LK Y 0 R0 SN I0 K6VQ 06 H R P/S 00p Y 0. MLK Z ch O (/0=) VSS V 0 0. Y 0p 9 6 V K Y VRH Z/OV VOM Z TV V VSS PN TST 0 LOUT ROUT RIN LIN N N(TST) ROUT LOUT ROUT LOUT ROUT R0. K K6 LOUT 0. Y /6. V L0 (L) QTL0 00/6 (SL) (SW) () (L) (SL) R R R0 R09 R0 R0 R06 R0 0 K 0p K 0p K 0p K 0p 00 K p K 0p 0 K 0p 0 K9 0p Y Y Y (SW) Y () Y (L) R9 0 MWK MW K0 K0 K G GVM K Y Y K (L) (SL) Y R9 (SL) N0 XKP00 RIN GN(G) LIN GN(G) RO VOMG LO RMUT/OV SRO GN(G) SLO GN(G) SWO GN(G) O GN(G) SRO GN(G) SLO N06 / K LSK LS XMSW LKI KI TI RX RX V R90 90 V UZSR6() G L90 TL00 L90 TL00 V V R96 K K K6 K K R90 00k GVM GN K R906 00k R R R90 R9 90 GH VR K Y K R9 K R9 I90 PQLX9MSPQ % 00 k % 909 Y 90 K V Y K6 R90 R99 I90 PQLX9MSPQ % 0k k % GN K 90 Y 90 UZSR6() V M M K9 0 N V+ (G) (G) GN GN 9 V+ V+ 6 GRTN GRTN GRTN GN RX RX ugrtn / N0 N90 XKP0 VSX--K 6 GN (XM) Y 0. Y 0p Y Y 0p Y 0.0 Y 0p G GN G G GN () (SP) (O) (O) (IR) /

24 . SP SSY (/) / SP SSY (WX) V R0 0 GN XMNT XMS RR SRQ M R US SO V L9 QTL0 V6 K6 R9 00 R / VSX--K GN R96 00k MOSI M SK SO SS SRT 9 SRQ US Y 0. GN R SM 9 RR RRT RS K6 K K K9 K0 K K K K K K6 K K K9 9 0 MUT SP I SP O SP K SP RST SP SS USY SP HRQ SP MO 6 IR O IR S IR RST IR RR / N0 V G Y Y Y Y I9 TVHTTS V -> V Level shifter for SP,IR,XM N G GN MISO US RO MUT 6 HRQ 6 RR XMS 9 XMNT 0 GN R9 R90 00k GN K0 XKP0 GN N9 Y Y6 Y Y R9 R9 0 0 GN

25 VSX--K 6 6 MOSI SK SS MISO HRQ OS STO TO TO TO TI KO LKI M KI LKO MLK US SRT MUT VKN k 0k H GN H 0k TWU0U Y 0. H 0p p p XSS00.6MHz 0 M Y Y Y.k QTL0 0. Y 0p 0p Y 0. Y 0. 0p Y 00 Y Y 0. 0k 0k 0k 0k k SP SP60 Y 0p GN Y Y Y 0. Y 0. V QTL0 V TWU0U 00 TWU0U 0p Y Y 0. 0p Y Y Y Y 0p 0. Y 0k k V.k TWHU TL00 k V VR V9 QTL0 V V TL00 GN 00/6 00/ V6 V N0 R9 R9 R R9 R0 R0 R09 6 R R I0 R 0 9 K9 R6 X0 K R L K R0 0 R06 R0 R0 R0 R0 I0 0 R0 R R 0 9 R R R L0 K K R I0 R I0 K0 R R9 R0 6 R K0 R6 R R K K R I R R6 R R R K6 L0 K R K6 L K69 L UNLSS OTHRWIS NOT R***J or RQ***J (60) (00 or 60) RS/6S***J RS/6SS***J VW***M** RS/6S***J (60) or 60) KSRY0K6 KSSY***K0 KSRYK0 KSRY0K6 SRHJ0 KSSY0K0 KSSY0K6 G V TMS TO P.U TK TI JTG (/) (00 NOTS: NO INIT SSH****0 KSRY***K0 SRH****0 IS... PRTS SN P9 P0 GNIO VIO P0 P GNO VO TO TI MOSI TK TMS MISO SS SK HRQ VP GNP GNSP P0 P VIO P P P UOM OR 0 VP 0 XTL PINIT RST GNPP GNP P P6 GNO VO P P OOT MO MO MO MO MO GNO VO SO SO0 SO SO GNIO VIO VIO GNIO VO SI0_ SI_ P MUT GNO GNIO VIO SKT_ ST_ 96TS P0 P9 SI SI0 ST SKT SR SKR HKT P USY P P P0 P (/) (/) VPP GN Y G ON L H HI-Z G Y G Y Vcc / Proto only

26 . POWR PK SSY (/), TRNS and TRNS SSYS / POWR PK SSY (XWZ) / N N0 XKM0- GN SL GN SR/SW GN SL GN L GN SR GN R MUT _ONTROL T XPROTT OLT 6OHM NK GNU TO MIN SSY V 0k 0k 0k R R R6 () SL/S (SL) (L) W L W SR R MUT -RIV T XPROTT R0 OLT 0 6OHM NK R POWR PK SSY(/) MUT SR/SW R60(R) 606 K./0 S9() R60 Q60 0K R Y 0p 0p MUT 0k Q6 S9() SR R6 66 K (SR)./0 R60 R660 6k 6k 60 R / /6 R66 6 I60: POWR MP (ch POWR PK) I60(/) STK-0 R 6 R6 6 6k H MTZJ p H R6 R60 0 R606 p H.k p.k H R k R60 k 66 0P0-6 H p H R66 6k 6 R66.6k I60(/) STK-0 SR 0 R N09 0P MTZJ R66 R6.6k 66 R60 0 R66 0. N09 R666 0 R6.k R66 SS 6 R SS.k 666 R0 R69 R69 S0 (GRL) 60 Q606 SS 0./0 +V R6 0 0k 0 k NP./0 R6 k Q69 RTNM R6 k Q66 NP S0 (GRL) 6 SS GNU MUT R60() K S9()./0 R60 Q60 0K 60 Y 60 0p R609 6k 60 R6 609 R6 () 0 I60(/) R6 * N09 0P0-6 R6 H 6k 6 6 MTZJ 6 6 MTZJ R6 p H R6 R6 p H.k 00/6 R 0 k 0P0-6 R69 k 6 R6.6k R69.6k 6 R69 60.k SS R696 6 R6 S0 (QR) Q696 0k SS Q60 S0 (GRL) NP R6 k 0./0 Y 000p 69 Q69 S0 (QR) 0/6.0 () T. 6 NOT.RSISTORS Unit:k-kΩ,M-MΩ or unless otherwise noted. Rated power:/w unless otherwise noted. Tolerance:(J) + - % unless otherwise noted..pitors Unit: p-p or µ unless otherwise noted. Ratings:apacity(µ)/Voltage(V) unless otherwise noted. Rated Voltage:0V except for electrolytic capacitors. :QM(ilm ap) M:QM(ilm ap).ios Indicated in SS-T / * I60 I60 I60 VSX- STK-0 STK-0 GN SR MUT MUT SL (L) R K 9 S9()./0 Q0 R 0k VN0 HSSIS R6 0k Q6 R6 S9() 6 Y KN60 0p Y 0p 6 k./0 (SL) I60(/) SR/S * R 6k H p I60 R6 0 H K009 () R69 0 VSX--K R R6 6k 6k 0 R 6 R66 6 p H.k 00/6 00/6.k p H (L) 66 6 p H H R6 6k 9 (SL) 0 I60(/) SL * 0 R 0 R 0. N09 SS R69 0. N09 R R69 R6.k R./0 0 NP SS.k 6 R69 Q0 S0 (GRL) 0./0 NP SS R k R69 k Q6 6 S0 (GRL) SS (L) (SL)

27 6 P OL RO P6 60_ XPROTT P P XPROTT R SS k I0 60_ P IP-N0 Q0(/) RN90 I0 IP-N0 R0 0 R0 * 06 SRO I60 60_ I60 60_ OL I60 600/_ I606 P 600/_ P P6 XPROTT * R09 R Q0 S00() * R0 +V Q0(/) RN90 S() Q0 0/00 R0 0/00 R0 R 09 R K0- (0) K0- (0) K0- (0) K0- (0) k /0 * R0 * R * Q0 * * S (GRL) R0 * 0 R R6 0k SS S0 Q0 R06 k 0k R 0 0 Q S (GRL) * R0 k GNU XH0-- 00u/ XH0-- 00u/ +V Q0(/) RN90 R0 0 (L) 6ohm R k (GRL) Q S0 R k 0 0 NK XH0 600/ XH0 600/ Q0(/) RN90 J0 N0 J0 N0 J6 0 * MYXJ 0N0 S0() ~ + - ~ J 0 H0 H0 ~ + - ~ N0 0 S0() W0 R UTION : OR ONTINU PROTTION GINST RISK O IR. RPL ONLY WITH SM TYP NO. IP-N0, M Y ROHM O., LT. OR I0 and I0. J 0 R0 R0 R0 R0 R0 R0 R09 R R0 R 6.k 00k 0k.k 00N0 J 9N0 R *.k J 00/0 00/ 9N0 MTZJ MTZJ /00 M 0.0/00 M V -9.V R R. 0.0 /W To PRIMRY SSY J N0 GNU RY WUP ST+V S -00 J 0PYY0 ST+V ST+V. /W GNU WUP RY L R L 0 R0 I I GNU WUP RY L L RG W R R6 STNY. /W I NP UTION : OR ONTINU PROTTION GINST RISK O IR. RPL ONLY WITH SM TYP NO. K0 M, Y LITTLUS INK. OR I. TRNS SSY (XWZ6) RG RG G STNY RG RG RG G RG RG RG RG N0-0 -V GNU HP.SW.MUT HP.SW.MUT J N NP TRNS SSY (XWZ) I K0 () HP R HP G G (L) HP L () P OL O P6 _T RO SRO J60 WHIT 90NO O J606 LU 6N0 J60 ROWN N0 90NO 9NO WHIT WHIT J60 J60 NO J60 R () (L) SRO/SO/SWO J60 YLLOW 0NO L TH00 R (R) PU 00 /w L TH00 (L) R PU 00 /W L6 TH00 (SR) R6 PU 00 /W L6 TH00 R6 PU 00 /W (SL) L TH00 R () PU 00 /W R6 * 6 * * 6 6 R6 *. W * 6 W * 6 W0 W. R6. W R * W *. W W R * *. W W RY(/) SR00- RY(/) SR00- RY(/) SR00- RY(/) SR00- RY(/) SR00- (L) (L) (SL) () * * * * HSSIS * R L SR SL N (6P) N (P) XK09 XK00 / * /MYXJ,,,, 0. 6,6,,,,6, 0. 6,6,,, SS R0,R0,R0 * QM J0 - POINT VOLTG(V) SITUTION MYXJ NO SIGNL /_ SLO 600/_ (SL) R K R K R K R K R K OL WHIT (L) P P (SL) SLO OL SRO/SO/SWO XPROTT -RIV XPROTT / GNU * SS R0 +V SP-_RY R/_RY * RY(/) SR00 * SS R0 SR00 * Q60,606,6,6,66,6, Q0: OVRLO TTOR Q696,69: ( ) OUTPUT TTOR : UIO SIGNL ROUT * RY(/) SR00 RY(/) R0 6K 0 00/ SS SS SS SS SS (L) : udio Signal Route (ront L ch) (SL) : udio Signal Route (Surround L ch) () : udio Signal Route (enter ch) (SL) : udio Signal Route (Surround ack L ch) UTION : OR ONTINU PROTTION GINST RISK O IR. RPL ONLY WITH SM TYP NO. K009 OR I60 M, Y LITTLUS IN. UTION : OR ONTINU PROTTION GINST RISK O IR. RPL ONLY WITH SM TYP NO. K0 OR I60, I60, I606, N I60 M, Y LITTLUS IN. / VSX--K 6

28 .9 POWR PK SSY (/) / POWR PK SSY (XWZ) J N KS GN GN XTLO IR RR IR RST MUT SP I SP O SP LK SP RST SP SS USY SP HRQ SP MO IR O IR S TO MIN SSY / N / N9 / N90 / N0 TO SP MOUL TO SP MOUL TO SP MOUL O N0 / N0 XKP06 MUT SP I SP O SP K SP RST SP SS USY SP HRQ SP MO IR O IR S IR RST IR RR XTLO GN SWO GN(G) SLO GN(G) SRO RMUT/OV XKP066 GN V+ GN(G) GN(G) 0 V+ 9 V+ GRTN GRTN 6 N GN N UGRTN N TO VIO SSY LO GN(G) RO GN(G) LIN GN(G) RIN GNU SWOUT 6 N06 N0 -V GV +V GN 6 N0 KM00T6 GNU R 0 R6 0 R 0 R 0 XKP069 (SL) SLO GN(G) SRO GN(G) () O GN(G) (SW) (SL) (L) +V GRTN (L) GN G (SW) R9 V+ -V GN GV +V POWR PK SSY(/) (L) (L) (SL) () : udio Signal Route (L ch) N XKM00 VSX--K (SL) : udio Signal Route (ront L ch) : udio Signal Route (Surround L ch) : udio Signal Route (enter ch) () (SW) (SL) (L) (SL) : udio Signal Route (Surround ack L ch) (SW) : udio Signal Route (SubWoofer ch) (L) SLO GN(G) SRO GN(G) O GN(G) SWO GN(G) SLO GN(G) SRO RMUT/OV LO GN(G) RO GN(G) LIN GN(G) RIN / N09 TO MIN SSY (SW)

29 6 N N00 TO RGULTOR SSY J +V GV -V RG - RG G RG + GN RG RG V+ V PYY0 +V T+9V +V ST+V Q0(/) RTNM(/) V+ V+ -V GN GV Q0(/) RTPM(/) 06 MTZJ / 0 SS R0 R / Q0(/) RTPM(/) 0K 0K T+9V 00/6 R0 06 K /0 R09 0 I0 T09S OUT IN T.+9V RG.I ~ + - ~ Q0(/) RTNM(/) Y 0 SW()60S MTZJ6. W0 * Q0 RTPM +V.0V 0 00/0 +V.0V MTZJ6. G 09 * Q0 RTNM I0 NJM0 9 ~ S0() ~ 00/6 GRTN 00/0 R K 0.0 Y * I0 VSX- +V RG I *.V I0 OUT IN 0 +.0V RG.I NJMM0L 0.0 Y RG -6 RG -6 RG_ -6 RG_ -6 RG_G SP-_RY / XPROTT N / TO MIN SSY -V L L -V GV GV SWOUT +V GN N N6 XKM0- SP- RY R/ RY SP- RY HP.SW T+9V GNT ST+V GNU +V RY WP (SW) GNV GNT GNU -V SP Relay rive Q0 RTNM Q0 RTPM Q0 RTPM Q06 RTNM R R ST+V R/_RY SP-_RY ST+V HP_SW -V L_ L_ +V _WUP _RY GNU / NOT * Q0 Q0 VSX- X.RSISTORS Unit:k-kΩ,M-MΩ or unless otherwise noted. Rated power:/w unless otherwise noted. Tolerance:(J) + - % unless otherwise noted..pitors Umit: p-p or µ unless otherwise noted. Ratings:apacity(µ)/Voltage(V) unless otherwise noted. Rated Voltage:0V except for electrolytic capacitors. (SW) GN VSX--K 6 / 9

30 .0 H PHON and.h INPUT SSYS / N0 TO POWR PK SSY (L) HP L HP G 6 6 HP R /0 MUT HP SW GNU J 0PYY G VSX--K

31 6 H.H INPUT SSY (XWZ9) 6 /0 NP NP R 0 W R 0 W R6 Q S9() H PHON SSY G (XWZ6) (L) R.k.k Q S9() HSSIS Y 0.0 R KN VN0 0 W R 0 W 0.0 Y R Y 0.0 0p k H 0. Y J XK066- Y H 0p Y 0. XK0(Others) N09 K0(/J) 0 HSSIS SW SL SR 0.0 Y H 00p H R009 R00 0K 0K 00p H R00 0K 00 00p H 00p R00 0K R0 0 R0 0 R00 0 R p Y 0p Y Y 0p Y 0p 0./0 0./0 009./0 00./0 () (SW) (SL) (SR) TO MIN SSY G SW G SL G SR N0 J N0 / (L) : udio Signal Route (ront L ch) (SL) : udio Signal Route (Surround L ch) () : udio Signal Route (enter ch) (SW) : udio Signal Route (SubWoofer ch) VSX--K 6 G H

32 . RONT ISPLY, ROTRY NOR and POWR KY SSYS J ROTRY NOR SSY (XWZ0) S 0--6 J 6 GNU KY KY- GNU I RONT ISPLY SSY (XWZ0) XSX00- N N GNU N V0 XV0 NTR S VSG0 STRO/.S.SURR S.6k R N US G G G G G G6 G G G9 G0 G G G S S S S STNR VSG0 S6 VN SURROUN VSG0 S.k.k R R V R R R R R R6 R R R9 R90 R R R9 R9 R9 R9 R9 VSG0 S XSX00-0p 0p 0p 6 TO MIN SSY / N0 ROM P J N0 L L -V ISPRST ISPK ISPI ISPO ISPRY ISPN SRIN SROUT RM WUP GNU Stby+V MIT GNU VSS0 SI SO SK N RST V VPP(I) N N (only for prototype & TP) 9 R R R R R6 R9 R0 R K I O RY N WUP MIT O I K RST RST 0 0 RTNM R0 0 Q 0 SS R k R0 /0 R0 GN Vcc Vout 00 R Q S6(QR) R0 RST K I O RY WUP N KY KY G G G V VSS X X I(VPP) ISPRST ISPK ISPTI ISPTO ISPRY TST W_WUP N N ISPN N SRIN VSS KY KY KY KY KY KY G G G6 G G G9 G0 G G G G G G6 G G G9 G0 VSS0 V V0 N N N 6 N N p 000p 9 000p 90 L-TS 00k V R06 I0 GPUMXKOV R0 M X0 R R R 6 000p 00k k k k k Y k 0k k VSS MHz 00k 00k 00k Y 0. Y 0. V L0 LRJ.u Y Y -TS R R0 R0 R09 R0 I J /6. VSX--K

33 6 NOT.RSISTORS Unit: k-kω, M-MΩ or Ω unless otherwise noted. Rated power: /6W unless otherwise noted. Tolerance: (J) + - % unless otherwise noted..pitors Unit: p-p or µ unless otherwise noted. (0 L HOLR VN096) Ratings: apacity(µ)/voltage(v) unless otherwise noted Rated Voltage: 0V expect for electrolytic capacitors..tt SWITHS Indicated in VSG0 S S6 S S S9 S0 S S S S S S6 S S S9 S0 S S S S V K POWR KY SSY (XWZ06) R96 R9 R9 R99 R00 R0 R R R R R R6 R R R9 R0 R R R R G G G N MIT S S G G G S S M_L MIT NTR_L N N N S S S S6 S S S S ISPLY UOM I0 P0 0 S6 00/ S S S PWRL N N N V V S S9 S0 S S S S S S6 S S S9 S0 S S Y S S9 US S0 S S S S S S6 S S S9 S0 S S S S PWRL KY_ PWRL KY KY KY KY KY_ KY_ R R 60 R 0 R.k.k 000p S STTION VSG0 S TUNING VSG0 S XM VSG0 R9 R60 R6 0 R6.k R6.6k R6.k.k Y 000p Y S9 60VSG0 S60 VR/VR VSG0 S6 TON VSG0 S6 VS/MO VSG0 S6 MINIGHT/ LOULSS VSG0 S SOUN RTRIVR VSG0 R6 R66 R6 R6.k R69.6k R0.k R R k.k V.k 60 S6 M/M VSG0 S6 R/TP VSG0 V. VSG0 S66 S6 0 RTURN VSG0 S6 STUP VSG0 S6 QUIK STUP VSG0 S69 TUNR IT VSG0 S0 IMMR VSG0 S SIGNL SLT VSG0 R.k R R6 R Y 000p Y 000p 0 S TV/ST 60VSG0 S V/L VSG0.k KY IN VOLTG [V] KY PWRON L GNU J R0 R0 R0 S0 VSG0 STNY/ON 0 R0 0.0 * * S0 VSG0 0.6 PHS ONTROL S0. ILOGU NHNMNT VSG0 S0. UTO SURR/ IRT VSG0.K.6K.k * VSX- 0 R0. use use KY IN VOLTG [V] 0 Y 0.0 Y 0.0 -TS /0 GNU VSX--K 6 I K

34 . TRNS, RGULTOR, VIO, IGITL INPUT and PRIMRY SSY J0 XK09- O VR VR 0 HSSIS TV/ST L/V VIO SSY (XWZ0) PLY 60 R9 R MONI Y R9 06 (V) 0 R0 (V) (V) 0 0p Y (V) (V) R0 R0 0p Y 0 / R0 R06 09 / 0 / 9 Y 0 0. Y 0. 0p Y /6 UNTION SLTOR R99 0 -TS 00/6 -TS R0 V Vout Vout SW SW Vin R0 k R0 (V) I0 NJM9M Vin SW GN Vin Vout k R0 SW SW Vin k Vin 0 V SS 0 Y 0.0 Y 0.0 SS Q0, Q0 RIPPL ILTR OR VIO UN. SW -.6V R R SX (QR) +.6V Q0 R k k.k 0 UZS6. 0 UZS6. R Q0 9/W SX (QR) 0 9/W R.k R6 N0U-TL V+_6VS +V KP00T6L (SW) N0 6 GN SWOUT GNU +V GV -V N0 / TO POWR PK SSY SW OUT R k Y 0p (SW) R Q0 R9 S9 ().k.k (SW) GVS 9 OS RT OS S 0 6 OS LK OS T VIO VIO VIO.MUT / V SW T N0 TO MIN SSY INH SW SW N0 KS J J900 GPVRK R UTION : OR ONTINU PROTTION GINST RISK O IR. RPL ONLY WITH SM TYP NO. K00 M, Y LITTLUS INK. OR I. 0PYY00 J TRNS SSY M (XWZ) / N GNU GNU +V TO MIN SSY Y 06 0/ 6 S6G Y Y 90 H 00p 90 H 000p 90 L-TS 00/0 I K00 (0.) IGITL IN SSY KN90 KN90 VN9- M O Q (V) (L) (SW) : Video Signal Route : udio Signal Route (L ch) : udio Signal Route (SubWoofer ch) HSSIS.RSISTORS Unit: k-kω, M-MΩ or Ω unless otherwise noted. Rated power: /6W unless otherwise noted. Tolerance: (J) + - % unless otherwise noted..pitors Unit: p-p or µ unless otherwise noted. Ratings: apacity(µ)/voltage(v) unless otherwise noted. Rated Voltage: 0V expect for electrolytic capacitors. VSX--K NOT

35 6 S PRIMRY SSY (XWZ6) R NOT OR US RPLMNT UTION -OR ONTINU PROTTION GINST RISK O IR. RPL WITH SM TYP N RTINGS O US. 0 K-0 N0 TO TRNS SSY GNU RY WUP +V R /W 6 SS SS RY (/) Q RTNM.V SR0 POWR RLY 0.0/0V XG00- (/) RY SR0 W90 W9 Power Transformer J 0PYY00 R.0V.k SR9-00-T NJML0U I.V OUT IN ~ + - ~ 06S GNU U+V RG.I 0k MTZJ. / /6 W6 I T TT00 W6 W 0.0/0V 0 N L XT00 RKP US L H H KR00- N RK0 (T. ) LIV IN NUTRL 6 Y 0.0 Y 0.0 KN00 VN9- PRIMRY SSY HSSIS 0.0 Y KN VN0 90 T Y J VKN6 N TX GN GN RX6 GN GN RX GN V+ RX TO SP MOUL (IGITL IN LOK) N60 / TO POWR PK SSY / 0 J N00-0 V+ V+ RG INPUT RG INPUT GN +V INPUT RG G -V INPUT -V GV +V W6 0.0 I0: +V RG.I I0: -V RG.I I0 IN OUT 0/W I0.V TS.V IN OUT V 9 R0 00/ MTZJ6. 00/6 00/6 JQ GN IGITL INPUT SSY Q (XWZ) RGULTOR SSY N (XWZ) OUT IN I0 I0 -.V T90S -.9V VSX--K 6 N Q S

36 . P ONNTION IGRM NOT OR P IGRMS :. Part numbers in P diagrams match those in the schematic diagrams.. comparison between the main parts of P and schematic diagrams is shown below. Symbol In P iagrams Symbol In Schematic iagrams Part Name Transistor Transistor with resistor. The parts mounted on this P include all necessary parts for several destinations. or further information for respective destinations, be sure to check with the schematic diagram.. View point of P diagrams. onnector apacitor SI G S G S G S ield effect transistor P..oard hip Part SI Resistor array -terminal regulator. IGITL INPUT SSY SI SI Q IGITL INPUT SSY Q IGITL INPUT SSY N60 0 N90 N90 N90 N J0 ONTT SI N90 90 IGITL IN SSY XWZ XWZ XWZ J900 W9 W W90 W9 XWZ J90 J N90 0 KN90 0 J90 OPTOUT GN GN OPT GN 6 GN RONT OPT GN 9 +V 0 OPT RONT OPT SHIL GN +V SHIL [[ G ]] PN- R KN90 00 OPTOUT GN GN OPT GN 6 GN RONT OPT GN 9 +V 0 OPT XWZ XWZ XWZ XWZ**** PN- IGITL IN SSY N90 90 R90 0 RONT OPT SHIL GN +V SHIL 90 R R90 90 R900 R N90 R T R R (XNP-) (XNP-) 00 6 Y 90 Q X VSX--K 90 X 90 Y Q

37 6. HPHON and.h INPUT SSYS SI SI 0 G HPHON SSY Y N0 H.P. XWZ6 6 6 J.GNU.HP SW.MUT.HP R.HP GN 6.HP L 6 6 NP KN NP R R R HPL HPR W99 [[ G ]] J PN- 9V-0 R R (XNP-) Y H.H INPUT SSY ONTT SI.H IN XWZ9 XWZ0 R PN- 9V-0 N0 N0 N0 [[ G ]] SL SR SW N09 (XNP-) X X SI SI X X Y 90 Y 00 N0 (XNP-) 00 0 PN- 9V R0 R GNU.HP SW.MUT.HP R.HP GN 6.HP L Q R6 L PN- 9V-0 R (XNP-) R Q HIN XWZ9 XWZ0 R L 0 00 R009 R R00 R00 00 R00 R SW SR SL 0 H.P. XWZ6 R 6 0 H.H INPUT SSY 0 G HPHON SSY G H VSX--K 6

38 . MIN SSY SI Y 0 M 9 an Motor N0 I N0 N N N N0 MIN SSY N0 ONTT SI N OR N N N N ONTT SI 0 0 ONTT SI R906 R R90.SROUT.SRIN 9.ISP N 0.ISP RY.ISP 0.ISP I.ISP LK.ISP RST.-V 6.L.L N V GNU GNU.N+.N-.N STOP.V+.MIOUT.MISW 6.V-.GN.N 9.RONTL 0.GN.GNU.MI T.+V.N.W WP 6.RM (XNP6-).M SW.V+.RONTR R906 NP 906 Q Q9006 R Q9 Q Q R6 R906 Q Q900 R900 R0 R90 R R0 Q I R906 Q60 R9009 Q900 R90 X R66 Q900 R6 R6 Q6 R6 R 0 R Q Q R R9 R R00 0 R00 R R R0 R90 R 90 N N R9 Q9 R0 R90 R909 R909 R R90 R0 Q0 R906 R900 I900 Q R R900 R XLG.US TL.US TRQ.US HRQ.US0 0.US 9.USS.USLK.US XRT 6.IR S.IR 0.SP MO.SP HR.USY.SP SS 0.SP RST 9.SP LK.SP 0.SP I 6. MUT.IR RST.IR RR.XTL0.GN.GN 9069 R909 I600 R90 NP R R90 R600 R906 R00 R90 R90 90 R90 90 I900 ONTT SI 900 R90 R900 L X R90 N06 XWK9 XWK9 R R900 0 ONTT SI 900 R906 R90 R90 R900 R909 R90 0 ONTT SI.XMOL 900 N0.XMLNK.N.XML ST XWK99 XWK00 L R R90 L900 Q R90 VSS SR TX T USY N T V T SLK SR RX T PGM T RST GNU.XMTX 6.XMRQ.XMRST.N 9.XMI 900 R900 R6009 R600 0.XM_SW.XM_RST.XMPOW 66 6 XWK0 XWK0 XWK0 XWK0 6 NP R9 6 6 I600.S RT.T MO N N06 N0 N 6 R9 for LSH XWK0 R600 R6 600 R9 R R9 R XWK0 XWK06 XWK0 XWK0 XWK09 I 6 6 R0 R96 R R R6 R I0 R R600 R9 R R 600 R R R R R 9 R00 R00 N R I R R R R I 0 R6 R R00 R00 R09 GN SL/S GN SR GN SL 90 R0 R R X VSX--K

39 6 SI N0 N N N09 N6 N WK0 WK06 WK0 WK0 WK09 R96 R9 R6 R 600 R R R R R 9 R00 R00 N R I R R R I R00 R00 GN SL/S GN SR R 0 R6 R R09 90 GN SL R0 R R 6 0 GN L GN SR GN R MUT Q6 06 R 6 R 0 -RIV T XPROT OLT 6 OHM NK GNU IT R0 0 R0 R R R6 0 R R J 6 66 R6 6 R9 6 6 I0 N09 US L VOMG US R GN SL0 GN SR0 GN O GN SWO GN SLO GN SRO RMUT LO VOMG RO GN LIN GN RIN XNP6- MIN SSY I0 I0 I06 ONTT SI V+.V- 0.SIRIUS RX.SIRIUS TX.SIRIUS L 9 9 N I GN.SIRIUS R.N 9.SIRIUS RST [[ G ]] 0/ 9 Q Q R 6 R.SP- RY 0.R/ RY R 60 N0 0 R R R I0 ONTT SI.HP SW 9.SP- RY.TUNR.TUNR I.TUNR LK.TUNR O.GNT 6.TL.+9V.TR 9.VSM.T+9 6.GNT RS.GNT.ST+V.GNU 9.+V. RY R 6 66 ONTT SI.OS RST.OS S. WP 0.-V N 09 L00 0 R R9 N0 9.L.L.-V 0 PROUTION O 6.GV.GV R.OS LK.OS T.XPLK/V 6.XPT/V.XP/V.MUT 9.SW T 0.V.ST/INH.SW.SW.SR OUT.SR IN 6.RM.SRRX.SRTX 9.PR LK N0 ONTT N9 SI SR G SL G SW G.SWOUT.+V N6 R R 0.PR.X_ST J.GN.GN N6 0 N R N R6 R9 R R R R0 R R6 99 R N R R N R N N0 N0 N0 M/M TUNR Unit O N0 H N VSX--K 6 9

40 SI MIN SSY N N09 N R L0 R0 09 R0 R L0 R 0 L R6 R L R R R09 R R0 R R R 9 R R0 R R R R R6 R0 9 R R0 R0 6.GV.GV R.SWOUT R6 R.+V.GN.GN 6.L.-V 0.-V 9.L L0 6 I0 6 0 R R9.ST+V.GNU.+V. RY. WP L0 R6 R6 0 6.T+9 6.GNT 9.SP- RY.HP SW R6.SP- RY 0.R/ RY 6 R R R 0 R 9 SL0 GN SR0 GN O GN SWO GN SLO GN SRO RMUT LO VOMG RO GN LIN GN RIN R6 R R R0 R R R9 R R R R R 9 R9 R6 R R6 R R6 R R9 XM/US R GN N09 XM/US L VOMG R0 R06 R0 0 R0 R0 R R R0 R0 R0 0 R9 R09 R R 6 OHM NK GNU -RIV T XPROT OLT R0 R R SR GN SL GN L GN SR GN R MUT R0 R R0 R R6 R R0 R0 R R R9 R R R R69 R R R6 R R R 6 R66 R6 R6 R6 6 R6 R6 R0 R0 R06 R06 N SL/S GN R0 GN R M R6 R R R R R R0 R 6 0 R R6 R 9 0 R9 R R R0 R R R R0 R0 0 R 0.PR.X_ST N0.SRTX 9.PR LK G N9 SR G SL G SW N0 R6.OS RST.OS S.OS LK.OS T.XPLK/V 6.XPT/V.XP/V.MUT 9.SW T 0.V.ST/INH.SW.SW.SR OUT.SR IN 6.RM.SRRX.GNT N0 9.VSM 0.RS.TUNR.TUNR I.TUNR LK.TUNR O.GNT 6.TL.+9V.TR V+ R96.V-.SIRIUS RX.SIRIUS TX.SIRIUS L R9 6.GN.SIRIUS R 9.N 9.SIRIUS RST N XWK9 XWK9 R R R R6 R R R60 R9 R9 R90 R9 R9 R9 R9 XWK99 XWK00 XWK0 0 XWK0 XWK0 XWK0 XWK0 XWK R0 XWK0 XWK0 R XWK XWK XWK N0 N0 N0 N VSX--K

41 6 SI 0 0 GN SL N SL/S GN SR GN R L MIN SSY N.RNT L.GN.RNT R N0 0 R0 R06 0 R06 R0 R0 R0 R0 R R R XWK0 XWK0 R R R6 R XWK**** XWK**** XWK**** R0 R R0 R9 R6 R6 R00 XWK09 XWK0 R99 R60 R9 R90 R900 R90 R90 R600 VSS SR TX T USY N T V T SLK SR RX T PGM T RST GNU N0 0 S RT T MO R90 R90 R90 N0 R909 R900 R90 R90 R906 XMRQ XMRST N XM_I XM_SW XM_RST XMPOW R9006 R90 R90 R90 R90 R906 R90 R90 N XML ST XMTX N XMOL XMLNK R R900 R900 N R00 9 R IR RR.XTL0.GN.GN 90 N(P) N (P).SP I 6. MUT.IR RST Q009 R006 0 R00 R009 0 R906 R90.USY.SP SS 0.SP RST 9.SP LK.SP 0 R N R90 R90 R90 90 I900 R90 0.US HRQ.US0 0.US 9.USS.USLK.US XRT 6.IR S.IR 0.SP MO.SP HR.XLG.US TL.US TRQ R9 R0.M SW.V+.V+.MIOUT.MISW 6.V-.GN.N 9.RONTL 0.GN.RONTR.GNU.MI T.+V.N.W WP 6.RM.SROUT.SRIN 9.ISP N 0.ISP RY.ISP 0.ISP I.ISP LK.ISP RST.-V 6.L.L N.+V.GNU.GNU N.N+.N-.N STOP N0 N0 N N 0 (XNP6-) N0 N N N Y X VSX--K 6

42 . SP SSY SI SP SSY SI 0 N9 Q N90 N Y 0 [[ G ]] 0/ 6 R6 R R96 R9 R9 0 I9 R9 R9 R9 0 L 0 09 L9 N N9 R96 ONTT SI I0 R0 R R R0 X0 N9 R R0 0 R L0 R 9 0 I0 R96 N9 N0 0 L0 R90 R9 R IGITL OR NGIN R9 R966 R L R99 R I9 R 9 R9 I L0 R 9 9 I R6 L9 R6 R66 N0 R6 I9 66 N L R0 R0 R06 L6 R R6 R66 R6 R6 R66 R66 R66 R R R0 R09 R0 R R 6 R6 R6 R6 R0 R I I6 6 R6 I 0 R IT L R6 R6 R9 R R66 R L0 N60 60 L R I90 R9 R9 N R R R9 6 I60 N90 R0 R Q9 X0 R6 6 R N9 N0 9 6 N0 N06 R R90 R66 R666 R66 0 R6 R66 R6 R6 R96 R6 R6 9 R ONTT SI R6 N I0 90 R99 R90 N0 R R R6 R 6 R6 L R6 L I0 R0 R0 R R96 R9 90 R R L0 J0 R R R R R9 0 N0 R0 R R0 R R R6 J0 (NP9-) X SI SI X Y 0 N9 N0 N90 0 L R R L R9 SP SSY R9 R9 WX 9 R R9 L0 R0 R R R R Q0 R R0 R06 R R R R R R R0 R09 R9 R0 R R0 R6 R R0 R R6 6 R9 R6 R R9 60 R6 R R6 R R R90 NP R6 9 Q R0 0 0 L R R R R6 R R R0 L0 I 0 96 L R0 9 R0 R0 R69 PROUTION O R6 99 R69 R660 R66 9 R9 R6 R9 90 R9 90 L L R6 R6 L90 90 R6 R606 R60 I90 R60 R6 6 R6 6 R0 R0 R06 R0 R60 R R90 0 R R0 0 R L0 0 R09 R0 0 0 R R90 R R 0 R9 R0 R0 0 N9 N60 (NP9-) SP SSY VSX--K

43 6. TRNS and TRNS SSYS SI SI TRNS SSY TRNS SSY J6 J J J J J J J J J Y 60 POWR TRNSORMR (T0) XWZ XWZ XWZ XWZ TTNTION R PN- 9V-0 RMPLR L I OMM INIQU. HZ [[ G ]] I LITTLUS IN. I R TRNS R W R R6 W 0 NP R0 I.GNU. RY. WUP. V NP X NP N0 (XNP-) RG RG RG RG Q RG L L RY WUP GNU V 0 J N0 N0 S Y 0 XWZ6 [[ G ]] R (XNP-) PN- 9V-0 J6 R J LK J TRNS J R WHIT J POWR TRNSORMR (T0) X R SI SI Y 60 X X XWZ XWZ XWZ TRNS PN- 9V-0 XWZ M. Y LITTLUS IN. L R RPL I LINKS S UTION N0 GNU RY WUP V S MRK. I GNU V WUP RY L L RG RG Q RG RG RG (XNP-) 0 Y TRNS XWZ6 L J6 J R J (XNP-) J PN- 9V-0 J TRNS SSY TRNS SSY VSX--K 6

44 .6 POWR PK SSY SI POWR PK SSY SL SR SL SR L R J J J J J J J6 J6 J J W W R J WHIT J W W W9 W9 R J6 J WHIT W W ON ON ON ON ON R J60 J 0 R69 W6 LK H0 W0 W9 6 R Q6 R69 6 W R690 I RY0 R W9 W R69 W9 W0 W06 W66 L R69 I60 R6 W W6 ON SL RISK O IR RPL US S MRK. W J0 J0 J60 WHIT ON UTION RPL I LINKS S MRK. M. S LITTL US IN. W0 GRY W0 NP GN W W H0 R 9 R IP-N0 I0 W R R9 R90 R0 L W9 R60 R6 R69 9 R6 UTION RPL I LINKS S MRK. M. S ROHM.O.LT GN W0 GN W6 J60 YLLOW W 6 W0 W VH+ W W W SLOUT W6 W6 W0 W6 W9 Q0 N N SR/ SWOUT PRINT SI SROUT /SWOUT W R W 0 W R IP-N0 W9 R W0 R W R R W SROUT /SWOUT W6 R09 NP R0 R W9 Q0 Q0 N R6 R L R6 R6 W OUT W9 PRINT SI OUT W HSSIS 6 NP W0 word surface W 6 W09 R 60 R6 c RY R0 R69 R6 6 R 60 R6 Q60 W R W0 HSSIS J0 W W W R6 R6 W GRY SL W W RY W I606 W9 900 R R6 L6 SL J60 R J0 SLOUT NK- VL- R0 6 WHIT J60 W W99 W VH+ W W9 I60 R6 6 I600 W69 06 W9 W0 6 Q W 6 R6 W6 J60 ROWN SR VL+ 900 WHIT J60 R W SR W 6 R0 R6 R66 W W S.GN 6 R6 R0 W R0 W96 R6 R6 N 6/ R R 6 Q0 W W6 0 R6 R66 W RY L6 J60 L YLLOW IT N GN L Q N 6 R699 W W00 Q0 W9 R6 R69 69 W9 60 R69 W0 W R6 W W 6 Q6 R6 W9 L L R J606 LU NK+ VH- VH- VL- NK- W NK+ NK- I0 NP R LOUT W0 R6 R W word surfac 0 KN60 R6 W W0 S.GN W00 GN Y X VSX--K

45 6 R Q0 6 O N0 SI N0 N0 L R G N N00 N N90 N0 N0 0 N6 N0 W L W6 0 R6 R66 W RY L OW Q N 6 R699 W W00 Q0 W9 R6 R69 69 W9 60 R69 W0 W R6 W W 6 Q6 R6 6/6 W9 W0 R R W R6 R66 6 R60 R66 96 L L R J606 LU NK+ NP R LOUT LOUT W0 word surface W NP R R W0 POWRPK SSY 6 PN- 9V-0 W0 +V W SL/SR/SP- W L/R W R/ SP -V W L W9 W6 R6 W.MUT R6 66 W HP L W0 HP G W6 HP R 6 Q6 R6 R669 9 W 66 HSSIS W R66 N0 W W 6 W9 9.V+.V+.V+ 6.GN.GN.GN.GN.GN.GN I60 W R W 6 R66 W W9 L W L 6 WHIT W 6.HP L.HP G.HP R..MUT.HP.SW.GNU 9 9 N0 VL+ W 0 Q0 VH+ W I609 W9 0 R6 6 R6 6 I60 W N0 W W6 V+ 900 J60 WHIT J60 W69 W0 GNU 0 W0 0 W W60 66 R660 R66 S.GN 900 R6 W6 W9 GN W W9 W. V 0.GNU 9. WUP. RY.L 6.L.RG.RG G.RG.RG.RG GN W 660 +V W W GV W W +V W R60 R6 W6 N0 GV 09 UTION RPL I LINKS S MRK. M. S LITTL US IN. R60 W 606 W W -V 60 6 W R6 R60 W06 W0 -V GNU W W6 W6 J60 ROWN 666 R66 W XWZ XWZ.GN.SWOUT.GNU.+V.GV 6.-V NK+ [[ G ]] W Production ode R6 0 VL+ NP R R60 R666 R6 R6 W6 Q66 word surface W60 9 W J606 NP W W6 W 60 W W GN 09 R6 LU R6 66 Q606 GN GV W6 0.+V 0.GV 606 R60 W6 W HSSIS W 0 9.-V.RG.RG G 6 R66 I60 W9 XWZ0 XWZ -V W9 W0 VL- HSSIS VH- VH- VL- NK- SLOUT NK- VH- R6 66 R W W0 W9 +V.N 0.GN 9.+V.SWOUT.GV 6.GV.-V.L.L.-V W6 W R66 W6 W6 RG W W90 6.RG.GN.RG.RG.V+.V+US J60 WHIT W VL+ W R W9 VH+ W66 R6 60 I60 XWZ6 XWZ XWZ XWZ9 XWZ0 XWZ9 R R I60 W9 +.6V W0 W V+ W6 W0 W6 OUT IN GN W09 GN W0 +V RG RG Q0. WP 0. RY V.GNU.ST+.6V 6.GNT.T+9V.HP. SW.SP- RY.R/ RY.SP- RY R0 R06 W 0 J GNU 0 W W9 T+9V I0 PRINT SI T09S Q0 +V W69 06 GNU W0 W0 06 W0 W6 69.GN.GN.XTLO.IR RR.IR RST GN N6 N N0 Only W W 6. MUT.SP I.SP O 9.SP LK 0.SP RST.SP SS.USY GNU GNU W W GNT W9 W90.US TL.XLG W9 W6 W.RIN.GN(G).LIN 0.GN(G) 9.RO.GN(G).LO 6.RMUT/OV.SRO.GN(G).SLO.GN(G).SWO 0.GN(G) 9.O.GN(G).SRO 6.GN(G).SLO.GN(G).USRO.GN().USLO.GNU 0.NK 9.6OHM.OLT.XPROTT 6._T._ONTROL.MUT.R.GN.SR 0.GN 9.L.GN.SL 6.GN.SR(SW).GN.SL.GN..SP HRQ.SP MO W6.IR O 6.IR S.US_XRST.USLK 9.USS 0.USI.USO.US HRQ.US TRQ V+ GN W6 W ONTT SI GN N06 N GNU W99 GN N0 W9 W N N N0.RIN.GN(G).LIN.GN(G).RO 6.VOMG N W.N.UGRTN.N.GN.N 6.GRTN.GRTN.V+ 9.V+ 0.GN(G).GN(G).V+.GN.LO.RMUT/OV 9.SRO 0.GN.SLO GN.GN.SWO.GN.O 6.GN.SRO.GN 9.SLO N W.GN.XTLO.IR RR.IR RST.IR S 6.IR O.SP MO.SP HRQ 9.USY 0.SP SS.SP RST.SP K.SP O.SP I. MUT GN GN.ROUT.USO.GN.US HRQ.LOUT.US TRQ.US TL.V+US.XLG.US_XRST 6.GN.USLK.GN 9.USS 0.USI N06 N N0 N0 N (XNP-) N N9 N09 N0 N VSX--K 6

46 GN GN +.6V 6 SI POWR PK SSY N0 N0 N0 N0 N6 0 N0 N N0 N0 N N06 GN GN 9 GNU 0 R R R9 R6 R.N.UGRTN.N.GN.N 6.GRTN.GRTN.V+ 9.V+ 0.GN (G).GN (G).V+.GN GN V+ GN.RIN.GN (G).LIN.GN(G).RO 6.VOMG.LO.RMUT/OV 9.SRO 0.GN(G).SLO.GN(G).SWO.GN(G).O 6.GN(G).SRO.GN(G) 9.SLO.GN.XTLO.IR RR.IR RST.IR S 6.IR O.SP MO.SP HRQ 9.USY 0.SP SS.SP RST.SP K.SP O.SP I. MUT.GNU._ONTROl.MUT 0.NK 9.6OHM.R.OLT.GN.XPROTT.SR 6._T 0.GN 9.L.GN.GN.GN.SL.XTLO 6.GN.IR RR.IR RST.SR(SW) 6. MUT.GN.SP I.SL.SP O.GN 9.SP LK. 0.SP RST.SP SS.USY.SP HRQ.SP MO.IR O 6.IR S.US_XRST.USLK 9.USS 0.USI.USO.US HRQ.US TRQ.US TL.XLG GNT GNU.RIN.GN(G).LIN 0.GN(G) 9.RO.GN().LO R RMUT/OV.SRO.GN(G).SLO.GN(G).SWO 0.GN(G) 9.O.GN(G).SRO 6.GN(G).SLO.GN(G).XMR0/USRO.GN(G).XML0/USLO GNU R6 GN R R06 9.USS 0.USI.USO.N 0.GN 9.T+V.SWOUT.GV 6.GV.-V.L.L GNU GNU R US HRQ.US TRQ.US TL.XLG Q0 Q0 R09 R0 NP Q69 Q696 R0 Q0 R0 L R0 Q0 Q06 Q0 Q0 Q0 I0 R 6.GN.USLK.GN.-V. WP 0. RY V.GNU.ST+.6V 6.GNT.T+9V.HP. SW.SP- RY.R/ RY.SP- RY OUT IN GN +V RG RG VH RG GN HSSIS.ROUT.GN +V.LOUT.V+US.US_XRST R PN- 9V-0 L POWR PK SSY -V 0 R69 R R.+V 0.GV 9.-V.RG.RG G 6.RG.GN.RG.RG.V+.V+US VL+ VH+ OMP+ GN 0 NP GV HSSIS R R 6 R60 S.GN R6 Q0 Q V+ 6.V+ 6.V+ 6.GN.GN.GN.GN.GN.GN ROUT SROUT I0 IN R69 GN VL+ Q0 66 R OUT R0 NK+ GNU NK+ XWZ XWZ XWZ0 XWZ -V RIN+ GV V.GV.+V.GNU.SWOUT.GN 0 ~ ~ 0 R60 Q V Q6 6 -V 6 +V GV - + GN 90 R6 XWZ6 XWZ XWZ GN V+ GNU R900 6.HP L.HP G.HP R..MUT.HP.SW.GNU 6 R0 S.GN 9 R90 VH+ L XWZ9 XWZ0 XWZ9 VL+ L. V 0.GNU 9. WUP. RY.L 6.L.RG.RG G.RG.RG.RG +V SL/SR/SP- L/R R/ SP -V L VH+ VL+ HP L HSSIS HP G HP R.MUT R60 LOUT R SLOUT LOUT S.GN VH- OMP- OMP+ VL- OMP- SRIN+ SRIN- NK- VL- VH- RIN- VL- VH- VH- VL- VH- NK- NK- R60 66 LOUT 6 SLIN- NK- R R0 SLOUT NK+ 6 LIN- LIN+ NK+ 6 L R6 Q6 Q 6 N VSX--K

47 VSX--K X Y 6 60 R60 R 66 R R0 R R6 6 6 R6 6 Q6 Q0 Q60 Q6 Q6 R R R R6 6 R R R9 R R0 R66 R0 R6 R R60 R6 R69 R6 GN SROUT SL+ SLOUT SL- SR/SW- SR/SW+ /SWOUT NK- VL- OUT VH- S.GN IN+ NK+ IN- OMP- OMP+ VH+ VL+ LIN+ LIN- NK+ SLIN+ SLIN- NK- R L SR SL HSSIS SLOUT NK- LOUT GN S.GN GN S.GN GN HSSIS NK- NK+ NK- VH+ OUT VL- VH- VL+ VL- VH- GN OUT SROUT /SWOUT SLOUT SROUT /SWOUT VH+ NK+ J J J J6 J SI (XNP-)

48 . RONT ISPLY SSY SI 0 I RONT ISPLY SSY W 90 0 W0 -V W K 0 J KY PWPON GNU W09 W0 W W W W0 I0 0 V IT R IMMR [[ G ]] R PN- R R6 RONT ISPLY SSY XWZ0 V/L TV/ST VR/VR VIO R/TP S6 NLOG TT S MI/ LOUNSS XWZ0 XWZ0 XWZ6 XWZ**** SPKRS S S60 W R60 W6 R9 S9 R6 S6 0 S S6 S6 S TUNING/ STTION TUNR IT TON QUIK STUP SYSTM STUP RTURN S S0 S69 S6 S6 S66 90 Y X I VSX--K

49 6 SI W 0 -V I0 0 W V0 VSS W W X0 W9 W W W W W W W V VSS W W W V L W6 VSS W W 00 I0 GNU W6 W L 6 L -V ISPRST ISPK ISPIN ISPO 0 ISPRY 9 ISPN SRIN SROUT 6 RM WUP GNU +.6V MI T GNU 0 W L0 J N0 ONTT SI N0 N0 S6 W00 W0 W R/TP/M TUNR XM S6 W0 N N GNU N N 6 KY- VOL_L S VSS0 SI SO SK N 6 RST V VPP(I) 9 N W0 V W0 UX S W06 W0 W0 V VSS IPO S W0 V R6 R66 R6 J 0 W0 VSS 9 9 N0 0 (XNP-) J VSX--K 6 I 9

50 SI I RONT ISPLY SSY N0 Q R R R R R6 R0 R 0 0 R0 R0 R0 Q R 00 L 6 L -V ISPRST ISPK ISPIN R ISPO 0 ISPRY 9 ISPN SRIN SROUT 6 RM WUP +.6V Stby+.6V MI T GNU R0 R R R R R R6 R R R9 R90 R L V VSS R VSS R R9 6 -V Q VSS V R0 0 0 R 0 0 V R R 0 R0 R06 VSS V R R0 R9 VSS0 SI SO SK N 6 RST V VPP(I) 9 N V R N N GNU N N 6 KY- VOL_L R R VSS 9 (XNP-) I VSX--K

51 6 SI 0 -V I R9 R9 R9 R9 R96 R9 R9 R99 R00 R0 R R R R R R R6 R R R R0 R9 R0 R0 R R R R09 R R R KY PWPON GNU 60 R R PN- RONT ISPLY SSY XWZ0 XWZ0 XWZ6 XWZ0 XWZ**** R6 R6 0 R6 R R6 R69 R0 R R 90 0Y X VSX--K 6 I

52 . ROTRY NOR and POWR KY SSYS SI SI 0 0 J ROTRY NOR SSY NTR S W W6 S I P W XWK6 W XWK0 0 0 K POWR KY SSY XNP SIGNL SLT S Sch PRO S6 OUSTI Q S 0 R0 STNR R0 V.SUR STRO/ IRT I J R W9 W N N GNU N N 6 KY- VOL_L [[ G ]] PN- S S0 [[ G ]] R PN- POWR KY SSY XWZ06 XWZ [[ G ]] S0 KY PWPON GNU J S0 I R. NOR SSY XWZ0 0 0 POWR S0 0 (XNP-) 60 (XNP-) Y X Y X J K VSX--K

53 6 SI SI J ROTRY NOR SSY K POWR KY SSY R 90 R R 0 KY PWPON GNU R PN- POWR SSY XWZ06 XWZ R N N GNU N N 6 KY- VOL_L J R0 0 R R.NOR XWZ0 PN- 0 (XNP-) 60 (XNP-) X 0 Y X 0 Y J K VSX--K 6

54 .9 TRNS and RGULTOR SSYS SI SI M TRNS SSY N RGULTOR SSY Y N 9 RMPLR L I LINKS OMM INIGU HZ LITTLUS IN TTNTION ONTT SI 9 J +V GNU GNU I POWR TRNSORMR (T0) 06 TRNS SSY XWZ [[ G ]] R 6 PN- SONRY (XNP-) Y 0 R0 XWZ XWZ XWZ XWZ [[ G ]] PRINT SI I0 0 W +V 0 GV 9 -V -RG RG G 6 +RG GN RG RG V+ V+ 06 I0 J 0 0 ONTT SI RGULTOR SSY PRINT SI 0 0 I0 N00 R 9 PN- N00 W6 PRINT SI W0 W I0 6 W W9 GN PRINT SI W W R0 R0 I09 W 09 0 PRINT SI (XNP-) X X SI SI X X Y 00 0 J (XNP-) Y0 90 (XNP-) N M.Y LITTLUS IN. RPL I LINKS S MRK. UTION +V GNU GNU I 9.00 TRNS SSY XWZ SONRY PN- R XWZ XWZ XWZ XWZ RGULTOR SSY 9 -V 0 GV +V 6 +RG RG G -RG RG RG GN V+ V+ R R9 N00 R 0 GN R09 R0 PN- R0 0 M TRNS SSY N N00 RGULTOR SSY M N VSX--K

55 .0 VIO SSY 6 SI O VIO SSY N0 N0 SI [[ G ]] J0 9 J0 N06 0 jp00a W W9 W9 jp0a W W 99 W W0 W VIO SSY W W W N0 00 V+.6 G V-.6 VIO VIO 6 VIO INH N 6 G W W W W0 R6 W W W W6 SW SW INH N SW T 6.MUT V V 9 V 0 OST OSLK OSS OSRT W Q0 W9 W0 W W0 W W 6 -V G +V ug SW.OUT G W W0 R 0 W6 W W06 XWZ0 XWZ0 Q0 XWZ09 G +_6V -_6V W W0 W W6 6 W9 W0 PN- XWZ XWZ0 G W G W00 XWZ 9 G V+.6V G 6 V-.6V V V V OS N R W0 RONTV GV Production ode W W9 W W W 90 X 0 ONTT SI 9 W0 V-.6V G 9 Y 0 (XNP-) J ONTT SI N0 N0 N0 ONTT SI N0 J N J N0 SI X X SI Y G G G G G R9 0 R XWZ0 XWZ0 XWZ09 XWZ XWZ0 XWZ VIO SSY 06 Q0 R0 R0 R R9 R90 PLY R SW R9 TV S R99 R0 VR G R06 R0 L/V 0 0 I0 MONI 6 I J R PN- 9 O VIO SSY N0 N0 N 9 J V+.6 G V-.6 VIO VIO 6 VIO INH N R R R0 R0 G RX 0 N0 R VSX--K 6 R R09 R0 R90 R R6 6 OS S OS RT INH 9 V 0 Q Q OS T OS LK G L R906 SW V SW INH 9 V N 0 OS T SW T OS LK 6.MUT OS S V OS RT G G R R6 R90 6 R 0 L 0 R 9 66 R GV RONT V R G 9 6 L 9 V-.6V R9 R 6 I V OS V V V V-.6 GV V+.6 GV R 6 (XNP-) 0 O

56 9. PRIMRY SSY SI SI POWR TRNSORMR 0 S PRIMRY SSY 0 0 KN00 L LIV NUTRL N 0 H6 H S (XNP-) 00 J U / ONLY J H 90 W W W90 W9 H 0 W9 W U / ONLY W W IN N XPT /KU & /J L L N N N W W9 W9 W6 W60 L RISK O IR RPL US S MRK W W9 RY W96 PRIMRY W W0 W9 W R 6 S Y U H H R PN- PRIMRY SSY XWZ XWZ6 XWZ XWZ XWZ9 XWZ X VSX--K W6 [[ G ]] W 6 R I W6 T SONRY W V _WUP _RY GNU R 6 R KN J N0

57 6 SI SI (XNP-) S PRIMRY SSY U J J 00 U PRIMRY R PN- RISK O IR RPL US S MRK N 0 0 V _WUP _RY GNU ~ ~ SONRY U Q 0 PRIMRY SSY XWZ XWZ6 XWZ XWZ XWZ9 XWZ0 VSX--K I X Y S

58 . P PRTS LIST NOTS: Parts marked by "NSP" are generally unavailable because they are not in our Master Spare Parts List. The mark found on some component parts indicates the importance of the safety factor of the part. Therefore, when replacing, be sure to use parts of identical designation. When ordering resistors, first convert resistance values into code form as shown in the following examples. x. When there are effective digits (any digit apart from 0), such as 60 ohm and k ohm (tolerance is shown by J=%, and K=0%). 60 Ω k Ω 0. Ω Ω 6 x 0 x 0 R0 R0 6 R/PU 6J R/PU J RNH R0K RSP R0K x. When there are effective digits (such as in high precision metal film resistors)..6k Ω 6 x 0 6 RN/P 6 Meaning of the figures and others in the parentheses in the parts list. xample) I 0 is on the point (face, 9 of x-axis, and of y-axis) of the corresponding P board. I 0 (, 9, ) I NJM06V Mark. escription Part. LIST O SSMLIS..MIN SSY XWK0..SP SSY WX NSP..MP SSY XWK..POWR PK SSY XWZ..TRNS SSY XWZ..TRNS SSY XWZ6...H INPUT SSY XWZ9..IN SSY XWZ..H PHON SSY XWZ6 NSP..OMPLX SSY XWK..RONT ISPLY SSY XWZ0..ROTRY NOR SSY XWZ0..POWR KY SSY XWZ06..VIO SSY XWZ0..IGITL INPUT SSY XWZ..PRIMRY SSY XWZ6..TRNS SSY XWZ..RGULTOR SSY XWZ..M/M TUNR UNIT XX0 Mark. escription Part. MIN SSY MISLLNOUS I 0 (,9,) UL OP-MP I 0 (,9,6) UL OP-MP I 0 (,9,) UL OP-MP I 0 (,6,) UL OP-MP I 0 (,,6) H -VOL I 0 (,,) I I 0 (,,) UL OP-MP I (,,60) UL OP-MP I (,,) UL OP-MP I 00(,69,9) RS ORR I I 900(,,6) PU I 900(,0,) PROM Q (,,69) IGITL TR(S-0) Q (,9,69) TRNSISTOR Q (,9,0) TRNSISTOR Q 9 (,,0) TRNSISTOR Q 0 (,,0) TRNSISTOR Q (,6,0) TRNSISTOR Q (,,0) TRNSISTOR Q (,,9) IGITL TR(S-0) NJM6M NJM6M NJM6M NJM6M RS0P(P) T066N NJM6M NJM6M NJM6M LKM PG RL6V-W RTPM RTNM S0 RTNM S0 SX RTNM RTPM Mark. escription Part. Q (,,9) TRNSISTOR Q (,90,0) TRNSISTOR Q 6 (,66,) TRNSISTOR Q 900(,,) IGITL TR(S-0) Q 900(,66,0) IGITL TR(S-0) RTNM S6 S9 RTNM RTPM MP SSY MISLLNOUS J 6 OR IN WIR 0N0 J 60 OR IN WIR N0 J 60 OR IN WIR 0N0 J 606 OR IN WIR 6N0 J 60 OR IN WIR N0 OMPLX SSY MISLLNOUS J JUMPR WIR J JUMPR WIR 0--6 Q 900(,6,) IGITL TR(S-0) Q 900(,69,) TRNSISTOR Q 906(,9,0) IGITL TR(S-0) Q 906(,,) TRNSISTOR 0 (,,) IO 0 (,6,) IO 0 (,66,) IO (,0,) IO (,9,0) IO (,9,9) IO (,6,9) IO (,60,) IO (,6,) IO 9006(,99,9) IO 900(,9,9) IO RTPM TTK RTPM UMN NU NU NU UZS() UZSR() SS SS UZS6R() UZS6R() NU NU VSX--K

59 900(,,) IO 90(,60,) IO 906(,,) IO 906(,6,0) IO 906(,,) IO 6 Mark. escription Part. SS N0U P0U P0U SS L 0 (,60,9) HIP SOLI INUTOR QTL0 L 0 (,6,9) HIP SOLI INUTOR QTL0 L 00(,,0) HIP SOLI INUTOR QTL0 L 900(,,0) HIP SOLI INUTOR TL00 L 900(,0,0) HIP SOLI INUTOR TL00 L 900(,06,9) RIL INUTOR LRJ X 00(,6,) RYSTL RSONTOR SS00 (. MHz) X 900(,96,) RMI RSONTOR XSS00 (. MHz) N0 (,,) ONNTOR KS N0 (,,6) ONNTOR 0-0 N0 (,,) P ONNTOR 0- N0 (,66,) ONNTOR KS N09 (,0,) 9P SOKT XKP0 N (,,) P SOKT XKP09 N (,9,) ONNTOR KS N (,9,) P SOKT XKP09 N (,0,) 6P PIN JK XK0 N0 (,,) ONNTOR KS N P PIN JK XK06 N (,9,9) P JUMPR ONNTOR -00 N (,,) P TOP POST -H 0 P INR V00 RSISTORS R 0 (,,6) R 0 (,,) R 0 (,,) R 06 (,9,0) R 0 (,,) R 0 (,9,) R 09 (,,) R 0 (,9,6) R (,,) R (,,06) R (,,0) R (,9,96) R 9 (,,) R 0 (,,) R (,,) R 6 (,,) R (,,6) R (,,6) R 9 (,9,) R 0 (,,9) R (,,) R (,,) R (,6,6) R 0 (,9,) R 0 (,9,90) R 0 (,9,) R 06 (,9,9) R 0 (,9,) R 0 (,9,9) RS/6SJ RS/6SJ RS/6SJ RS/6SJ RS/6SJ RS/6SJ RS/6SJ RS/6SJ RS/6SJ RS/6SJ RS/6SJ RS/6SJ RS/6SJ RS/6SJ RS/6S0J RS/6S0J RS/6SJ RS/6SJ RS/6S0J RS/6S0R0J RS/6S0R0J RS/6S0R0J RS/6S0R0J RS/6SJ RS/6SJ RS/6S9J RS/6S9J RS/6S9J RS/6S9J Mark. escription Part. R 09 (,9,) R 0 (,9,9) R (,00,) R (,00,9) R (,0,) R (,9,9) R (,,) R (,6,) R (,,) R 6 (,,9) R (,9,) R (,,9) R (,,) R (,,) R (,6,0) R (,90,69) R (,90,) R (,,69) R 6 (,,) R (,90,69) R (,90,) R 9 (,9,69) R 0 (,9,) R (,99,69) R (,99,) R 6 (,9,) R 6 (,9,9) R 6 (,6,60) R 6 (,,) R 66 (,,60) R 6 (,90,) R 6 (,90,60) R 69 (,9,) R 0 (,9,60) R (,99,) R (,99,60) R (,0,60) R 0 (,6,) R 0 (,6,) R 0 (,,) R 0 (,60,9) R 06 (,6,6) R 0 (,6,6) R 0 (,,) R (,,0) MTL OXI RSISTOR R (,66,0) MTL OXI RSISTOR R (,,0) R (,9,) R 9 (,0,) R 0 (,,0) R (,6,0) R (,,0) R (,90,0) R 9 (,,0) R (,,6) R (,,) R (,,6) R (,0,) R 9 (,,) R 60 (,,) RS/6S9J RS/6S9J RS/6SJ RS/6SJ RS/6SJ RS/6SJ RS/6SJ RS/6SJ RS/6S9J RS/6S9J RS/6S0J RS/6SJ RS/6SJ RS/6SJ RS/6SJ RS/6SJ RS/6SJ RS/6SJ RS/6SJ RS/6SJ RS/6SJ RS/6SJ RS/6SJ RS/6SJ RS/6SJ RS/6SJ RS/6SJ RS/6S9J RS/6SJ RS/6SJ RS/6SJ RS/6SJ RS/6SJ RS/6SJ RS/6SJ RS/6SJ RS/6SJ RS/6S0R0J RS/6S0J RS/6S0J RS/6S0J RS/6S0J RS/6S0J RS/6S0J RSLM0J RSLM0J RS/6S0J RS/6S0J RS/6S0J RS/6S0J RS/6SJ RS/6SJ RS/6S0J RS/6SJ RS/6S6J RS/6S6J RS/6SJ RS/6SJ RS/6S0J RS/6S0J VSX--K 6 9

60 Mark. escription Part. Mark. escription Part. R 6 (,,99) RS/6S0R0J R 9060(,9,6) RS/6SJ R (,,) R (,,66) R (,9,) R (,0,6) R 9 (,,) RS/6S6J RS/6S6J RS/6SJ RS/6SJ RS/6S0J R 906(,,) R 906(,,) R 906(,6,) R 9066(,6,) R 906(,,) RS/6SJ RS/6S0J RS/6S0J RS/6S0J RS/6S0J 60 R 0 (,,6) RS/6S0J R (,6,) RS/6S0J R (,,0) RS/6SJ R 9 (,,) RS/6S6J R 9 (,,) RS/6S6J R 9 (,9,69) RS/6SJ R 9 (,9,) RS/6SJ R 99 (,,) RS/6S0J R 00 (,,9) RS/6S0J R 0 (,,0) RS/6S0J R (,,0) RS/6SJ R 00(,6,) RS/6SJ R 0(,,0) RS/6SJ R 0(,,) RS/6S0J R 0(,,6) RS/6S0J R 900(,9,) RS/6S0R0J R 900(,9,9) RS/6SJ R 900(,9,) RS/6S0R0J R 9006(,0,9) RS/6SJ R 900(,9,9) RS/6SJ R 900(,9,0) RS/6SJ R 9009(,6,) RS/6SJ R 900(,,) RS/6SJ R 90(,6,6) RS/6S0J R 90(,6,) RS/6S0R0J R 90(,,) RS/6SJ R 90(,0,) RS/6SJ R 90(,0,) RS/6SJ R 906(,00,) RS/6SJ R 90(,9,) RS/6SJ R 90(,96,) RS/6SJ R 909(,9,6) RS/6SJ R 900(,99,6) RS/6SJ R 90(,0,6) RS/6SJ R 90(,0,6) RS/6SJ R 90(,,6) RS/6S0J R 90(,0,6) RS/6S0J R 906(,06,6) RS/6S0J R 90(,9,) RS/6S0J R 900(,6,9) RS/6S0J R 90(,69,) RS/6S0J R 90(,66,9) RS/6S0J R 90(,9,) RS/6S0J R 906(,,9) RS/6SJ R 90(,,99) RS/6S0J R 909(,,) RS/6S0J R 90(,,) RS/6S0J R 90(,,) RS/6S0J R 90(,,) RS/6S0J R 90(,9,) RS/6S0J R 90(,9,6) RS/6SJ R 906(,0,6) RS/6SJ R 90(,9,6) RS/6S0J R 90(,9,) RS/6S0J R 90(,0,) RS/6SJ R 90(,,69) RS/6SJ PITORS 0 (,9,6) SRH0J0 0 (,96,) SRH0J0 0 (,9,) SRH0J0 06 (,96,0) SRH0J0 0 (,9,6) SRH0J0 0 (,96,) SRH0J0 09 (,9,) SRH0J0 0 (,96,6) SRH0J0 (,96,) SRH0J0 (,9,0) SRH0J0 (,9,00) SRH0J0 (,96,96) SRH0J0 (,6,9) KSRY0K0 6 (,6,9) KSRY0K0 (,,6) SRH0J0 (,,09) SRH0J0 (,0,) T00M0 (,0,) T00M0 (,0,6) T00M0 6 (,0,) T00M0 (,0,) T00M0 (,0,0) T00M0 (,0,) T00M0 (,0,0) T00M0 (,0,) T00M0 (,0,6) T00M0 (,0,) T00M0 6 (,0,06) T00M0 (,0,0) T00M0 (,0,9) T00M0 (,6,) KSRY0K0 (,6,) SRH0J0 6 (,,) SRH0J0 (,,) KSRY0K0 (,,6) KSRYK 9 (,,6) KSRYK 0 (,,6) KSQYK6 (,,6) KSRY0K0 (,0,6) KSRYK (,,6) KSRYK (,,6) KSQYK6 (,6,6) T0M0 6 (,9,6) T0M0 (,6,6) T0M0 (,,0) T0M0 9 (,,0) T0M0 60 (,,) T0M0 6 (,,) T0M0 6 (,,) T0M0 6 (,0,6) TR0M0 VSX--K

61 6 Mark. escription Part. Mark. escription Part. 66 (,,6) 9 (,9,6) 0 (,,9) (,,0) (,,) TR0M0 KSRY0K0 KSRY0K0 SRH0J0 SRH0J0 (,0,66) (,,6) LT. PITOR 6 (,,6) LT. PITOR (,0,6) (,,) SRH0J0 T0M0 T0M0 KSRY0K0 KSRY0K0 (,,) 6 (,,) (,,) (,,) 9 (,,) SRH0J0 SRH0J0 SRH0J0 SRH0J0 SRH0J0 6 (,69,0) 6 (,9,6) 6 (,9,) 6 (,6,) LT. PITOR 66 (,6,0) LT. PITOR T00M0 SRH0J0 KSRYK0 T0M0 NPRM0 90 (,,0) 9 (,,9) 9 (,,96) 9 (,9,9) 9 (,9,) SRH0J0 SRH0J0 SRH0J0 SRH0J0 SRH0J0 6 (,,) 6 (,,) 0 (,6,) 9 (,9,9) 0(,6,6) KSRY0K0 KSRY0K0 TRM0 KSRY0K0 SRH0J0 99 (,,0) 0 (,,) 0 (,,9) 0 (,9,) 06 (,9,90) KSRY0K0 TRM0 TRM0 SRHJ0 SRHJ0 0(,,) 00(,0,0) 00(,,0) 00(,,0) 0(,,6) SRH0J0 KSRY0K0 KSRY0K0 KSRY0K0 JQ00M0 0 (,9,) 0 (,9,9) (,,) (,,90) (,0,) SRHJ0 SRHJ0 T00M0 T00M0 KSRY0K0 0(,,) 0(,,) 0(,9,0) 06(,,) 0(,,) SRH0J0 SRH0J0 JQ0M6 KSRY0K0 SRH6J0 (,0,90) 9 (,,) 0 (,0,9) (,0,) (,,0) KSRY0K0 KSRY0K6 KSRY0K6 KSRY0K0 KSRY0K0 00(,69,) 0(,66,) 06(,0,) 0(,,) 0(,9,6) KSRYK0 KSRY0K0 KSRY0K0 KSRY0K0 SRH0J0 (,,0) (,,) (,9,69) 6 (,9,) (,9,69) (,9,) 9 (,0,69) 0 (,0,) (,0,6) (,,) TRM0 TRM0 SRHJ0 SRHJ0 SRHJ0 SRHJ0 T00M0 T00M0 KSRY0K0 KSRY0K0 900(,,9) 900(,6,99) 9006(,,) 900(,9,9) LT. PITOR 900(,,90) 90(,9,9) 90(,,) 90(,00,9) 90(,,) 90(,0,69) KSRY0K0 JQRM0 KSRY0K0 TM6R KSRY0K0 KSRYK6 KSRYK6 KSRY0K0 KSRY0K0 KSRY0K0 6 (,,) 6 (,,6) 6 (,9,9) 6 (,9,) 66 (,9,9) 6 (,9,) 6 (,9,60) 69 (,0,) 0 (,0,60) (,0,) (,0,6) (,6,6) (,0,9) (,6,9) LT. PITOR 6 (,6,6) LT. PITOR (,,) (,,9) (,,9) (,6,) (,9,) TRM0 TRM0 SRHJ0 SRHJ0 SRHJ0 SRHJ0 SRH0J0 T00M0 T00M0 KSRY0K0 KSRY0K0 SRH0J0 SRH0J0 T0M0 T0M0 KSRY0K0 KSRY0K0 T0M0 T0M0 SRH0J0 SP SSY SMIONUTORS I 60 (,09,6) I/ TRNSIVR I 0 (,,9) O I I 0 (,,9) SP I I 0 (,,6) I I (,6,) I VSX--K 6 KVQ K6VQ SP60 TWU0U TWHU > I 90 (,,) RGURTOR I PQLX9MSPQ > I 90 (,99,) RGURTOR I PQLX9MSPQ I 9 (,6,) I TVHTTS 0 (,,9) IO MW 0 (,,) IO MWK 90 (,0,) IO 90 (,0,0) IO L 60 (,0,) HIP SOLI INUTOR L 60 (,00,6) HIP SOLI INUTOR L 0 (,6,0) HIP SOLI INUTOR UZSR6() UZSR6() QTL0 QTL0 QTL0 6

62 Mark. escription Part. L 0 (,9,) HIP SOLI INUTOR QTL0 L 0 (,,) HIP SOLI INUTOR QTL0 L 0 (,,9) HIP SOLI INUTOR TL00 L 0 (,,) HIP SOLI INUTOR TL00 L 0 (,9,) HIP SOLI INUTOR QTL0 L (,69,) HIP SOLI INUTOR QTL0 L 90 (,0,) HIP SOLI INUTOR TL00 L 90 (,00,) HIP SOLI INUTOR TL00 L 9 (,,) HIP SOLI INUTOR QTL0 J0 (,,) JK K X 0 (,,) RYSTL RSONTOR XSS00 (.6MHz) N60 (,0,0) 0P ONNTOR VKN N0 (,,) 9P SOKT XKP00 N90 (,6,) P SOKT XKP0 N9 (,,) P SOKT XKP0 RSISTORS R 0 (,,) RS/6SS0R0J R 0 (,,6) RS/6S0J R 0 (,,0) RS/6S0J R 6 (,,6) RS/6S00J R (,0,0) RS/6S00J R (,9,0) RS/6S0R0J R (,9,) RS/6SS0R0J R (,6,) RS/6SS0R0J R (,6,0) RS/6SS0R0J R 6 (,,) RS/6SS0R0J R 60 (,,6) RS/6S0J R 60 (,,6) RS/6S0J R 606 (,0,6) RS/6S0J R 6 (,,) RS/6S0R0J R 6 (,0,) RS/6SS0J R 6 (,0,0) RS/6SS0J R 66 (,0,) RS/6SS0J R 6 (,0,) RS/6S0J R 6 (,0,) RS/6S0J R 60 (,06,0) RS/6SS0J R 6 (,0,6) RS/6S0J R 6 (,,) RSISTOR RRY RQ0J R 6 (,,) RS/6S0J R 6 (,,) RS/6S0 R 66 (,99,) RS/6SS0R0J R 666 (,9,) RS/6SS0R0J R 66 (,9,) RS/6SS0R0J R 0 (,,) RS/6S0J R 0 (,,) RS/6S0J R 0 (,0,) RS/6SRJ R 0 (,60,) RS/6SS0J R 06 (,6,) RS/6SS0J R 0 (,6,) RS/6SS0J R 0 (,6,) RS/6SS0J R 09 (,0,) RS/6SS0J R 0 (,,) RS/6SS0J R (,,) RS/6SS0J R (,,) RS/6SS0J R (,6,0) RS/6S0J R (,,6) RSISTOR RRY RQ0J R 0 (,,) RS/6SS0J R 0 (,0,0) RSISTOR RRY RQ0J R 0 (,,) RS/6S0J Mark. escription Part. R 0 (,,) RS/6S0J R 0 (,9,) RS/6S0J R 06 (,,) RS/6S0J R 0 (,,) RS/6SJ R 0 (,6,9) RS/6SSJ R (,,) RS/6SSJ R (,,) RS/6S0J R (,,) RS/6SS0J R (,,6) RS/6SS0J R 6 (,,6) RS/6SSJ R (,,) RS/6SS0J R (,,) RS/6S0J R 9 (,6,9) RS/6S0J R 0 (,,9) RS/6S0R0J R (,6,0) RS/6S0J R (,6,6) RS/6SJ R (,,) RS/6S0J R (,,) RS/6S0J R (,,) RS/6SS0J R (,,) RSISTOR RRY RQ0J R 0 (,,) RS/6SS0J R (,6,) RS/6SJ R (,,) RS/6SJ R (,9,6) RS/6S0J R (,6,6) RS/6S0J R (,6,) RS/6S0J R (,9,) RS/6S0J R 90 (,,) RS/6S0J R 906 (,0,) RS/6S0J R 90 (,,) RS/6SS0R0J R 99 (,,0) RS/6S0 R 90 (,,0) RS/6S00 R 9 (,0,0) RS/6S0 R 9 (,9,0) HIP RSISTOR RS/6S000 R 9 (,,) RS/6S0J R 9 (,,) RS/6S0J R 9 (,,) RS/6S0J R 9 (,,6) RSISTOR RRY RQ0J R 9 (,,6) RSISTOR RRY RQ0J R 96 (,,) RSISTOR RRY RQ0J R 90 (,,) RSISTOR RRY RQ0J R 9 (,,) RS/6SS0R0J R 9 (,,) RS/6SS0R0J PITORS 0 (,,6) KSRY0K0 0 (,,0) KSRY0K0 606 (,0,0) KSRY0K6 60 (,96,9) VW0M6R 60 (,0,6) SRHJ0 609 (,0,6) KSRY0K6 6 (,0,) KSRY0K6 6 (,,) KSRY0K0 6 (,,) VW0M6R 69 (,,) KSSY0K0 60 (,6,) SRHJ0 6 (,6,) KSRYK0 0 (,6,) KSSY0K6 0 (,6,) VW0M6 0 (,6,9) KSRY0K6 6 VSX--K

63 0 (,6,0) 06 (,66,6) 0 (,60,9) 0 (,6,9) 09 (,6,9) 0 (,6,9) (,0,9) (,,9) (,,9) (,,9) (,90,9) 6 (,6,) (,,) (,,0) 0 (,,) 6 (,,6) 6 (,,6) 0 (,,0) 0 (,,9) 0 (,,0) 06 (,,0) 0 (,6,) 09 (,,) 0 (,6,) (,,) (,,) 6 (,,6) (,,6) (,,) 9 (,,) (,0,0) (,0,9) (,,0) (,,) (,,9) 6 (,,9) (,,) 9 (,,6) 0 (,,9) (,,9) 6 Mark. escription Part. (,,) (,,) (,,) HIP LT.PITOR (,0,) 90 (,0,) 90 (,,) 909 (,9,6) 90 (,9,) 96 (,69,) 9 (,,) 9 (,,6) 99 (,,6) 9 (,,) SSH0J0 KSRY0K6 KSRYK0 KSRYK0 KSRYK0 KSRYK0 KSRYK0 KSRYK0 KSRYK0 KSRYK0 VW0M6 KSRY0K6 KSSYK0 VW0M6R KSSY0K0 KSRYK0 KSRY0K6 KSSY0K0 KSSYK0 KSSY0K0 KSSY0K0 KSSY0K0 KSSYK0 KSSY0K0 KSSYK0 KSSY0K0 SSHR00 SSHR00 SRHJ0 KSSY0K0 KSSYK0 KSSY0K0 KSSYK0 KSSY0K0 KSRY0K0 KSSYK0 KSSY0K0 KSSY0K0 KSSYK0 KSSY0K0 KSSY0K0 VW0M6 VW0M KSRY0K6 KSRY0K6 KSRY0K6 KSRY0K6 KSRY0K6 KSRYK0 KSRY0K0 KSRY0K6 KSRYK0 KSRY0K6 POWR PK SSY MISLLNOUS > I 60 (,6,) POWR PK H STK-0 > I 60 (,,) POWR PK H STK-0 Mark. escription Part. I 60 (,6,) PROTTOR(0) I 60 (,,) PROTTOR(0) I 606 (,,) PROTTOR(0) K0 K0 K0 I 60 (,,) PROTTOR(0) K0 > I 60 (,9,) PROTTOR() K009 > I 0 (,00,0) I PROTTOR IP-N0 > I 0 (,,) I PROTTOR IP-N0 > I 0 (,,9) RGULTOR I NJMM0L > I 0 (,,) RGULTOR I T09S > I 0 (,0,) LO RGULTOR(V) NJM0 Q 0 (,6,) TRNSISTOR S9 Q 0 (,,) TRNSISTOR S0 Q 60 (,9,) TRNSISTOR S9 Q 60 (,,) TRNSISTOR Q 60 (,,0) TRNSISTOR Q 606 (,,0) TRNSISTOR Q 6 (,9,) TRNSISTOR Q 66 (,,) TRNSISTOR Q 6 (,,) TRNSISTOR Q 6 (,9,6) TRNSISTOR Q 696 (,,) TRNSISTOR Q 69 (,,6) TRNSISTOR Q 69 (,6,6) TRNSISTOR S9 S0 S0 S9 S0 S9 S0 S0 S0 RTNM > Q 0 (,0,) TRNSISTOR S > Q 0 (,96,6) TRNSISTOR S00 Q 0 (,,6) TRNSISTOR S Q 0 (,66,9) TRNSISTOR S0 Q 0 (,,) HIP TRNSISTOR RN90 Q 0 (,,) HIP TRNSISTOR Q (,,) TRNSISTOR Q (,6,) TRNSISTOR Q 0 (,6,0) IGITL TR(S-0) Q 0 (,6,) TRNSISTOR Q 0 (,,6) IGITL TR(S-0) Q 06 (,,) TRNSISTOR Q 0 (,6,) TRNSISTOR Q 0 (,,6) TRNSISTOR 60 (,,) IO 60 (,,) ZNR IO 60 (,9,) IO 60 (,6,) ZNR IO 606 (,9,) IO 60 (,,) IO 6 (,6,) IO 6 (,,) IO 6 (,9,) ZNR IO 6 (,,) ZNR IO 6 (,,) IO RN90 S S0 RTPM RTNM RTPM RTNM RTPM RTNM SS MTZJ SS MTZJ SS SS SS SS MTZJ MTZJ SS 6 (,6,) IO SS > 0 (,9,) IO S0() > 0 (,9,6) IO S0() 0 (,,6) IO SS (,96,0) ZNR IO MTZJ (,9,0) IO (,,) IO (,,6) IO (,6,0) IO (,,9) IO (,,9) IO (,,9) IO MTZJ6R() SS SS SS SS SS SS VSX--K 6 6

64 6 Mark. escription Part. (,6,) IO (,0,) IO (,,) IO (,,) IO (,,) IO (,0,) IO (,6,) IO (,6,) IO SS SS SS SS SS SS 0P0-6 0P0-6 (,9,) IO 0P0-6 (,,) IO 0P0-6 > 0 (,,) RIG IO SW()60S 06 (,,6) IO MTZJ6R() 0 (,,6) IO SS (,6,) IO MTZJ6R() (,,99) IO MTZJ6R() > 9 (,9,) IO S0() L (,60,0) OIL TH00 L (,,0) OIL TH00 L (,0,0) OIL TH00 L 6 (,0,0) OIL TH00 L 6 (,,0) OIL TH00 J JUMPR WIR P 0PYY0 KN60 (,6,) WRPPING TRMINL VN0 RY (,,0) RLY SR00 RY (,,6) RLY SR00 RY (,,0) RLY SR00 N0 (,,) PJUMPR ONNTOR -0 N0 (,0,06) 6P JUMPR ONNTOR -060 N0 (,9,0) P PLUG N SP TRMINL -P(V0) N SP TRMINL 6-P(V0) N0 (,,9) 6P PLUG N0 (,,) P PLUG N06 (,,0) 9P PLUG N0 (,,) P PLUG N (,9,9) 9P PLUG N6 (,9,6) P PLUG N ONNTOR XKM0 XK00 XK09 KM00T6 XKP066 XKP069 XKP06 XKM00 XKM0 KS 0 (,,90) P L HOLR 0-00 RSISTORS R 60 (,9,) R 60 (,,) R 60 (,9,) R 60 (,,) R 60 (,0,) R 606 (,,) R 609 (,9,) R 60 (,,) R 6 (,90,) R 6 (,,) R/PU0J R/PU0J RS/6S0J RS/6S0J RS/6S0R0J RS/6S0R0J R/PU6J R/PU6J R/PUJ R/PUJ R 6 (,,) R/PU6J R 6 (,,) R/PU6J R 6 (,,6) R/PUJ R 66 (,0,9) R/PU6J > R 6 (,,) RSISTOR (0., W) N09 R 6 (,66,9) R 69 (,,) R 60 (,,6) R 6 (,,9) R/PU6J R/PUJ R/PUJ R/PUJ Mark. escription Part. > R 6 (,,) RSISTOR (0., W) N09 R 6 (,6,) R 6 (,,) R 6 (,6,) R 66 (,,9) R 6 (,0,) R 6 (,0,) R 69 (,9,9) R 60 (,0,) R 6 (,,6) R 6 (,9,) VSX--K R/PUJ R/PUJ RS/6S0R0J R/PUJ RS/6S0R0J R/PUJ RS/6S0R0J R/PU0J R/PU0J RS/6S0J R 660 (,0,9) R/PU6J R 66 (,6,0) R/PUJ R 66 (,,) R/PU6J R 666 (,0,) R/PUJ > R 66 (,9,) RSISTOR (0., W) N09 R 60 (,,) R 6 (,0,) R 6 (,6,) R 6 (,,) R 6 (,0,9) R 6 (,,) R 66 (,0,) R 6 (,,0) R 6 (,,0) R 69 (,,0) R/PUJ R/PUJ R/PUJ R/PU0J RS/6S0J RS/6S6J RS/6SJ R/PU6J R/PU6J R/PU6J R 690 (,60,) R/PUJ > R 69 (,,) RSISTOR (0., W) N09 R 69 (,0,) R/PUJ R 69 (,6,) R/PUJ R 69 (,6,) R/PUJ R 69 (,9,) R 696 (,,) R 69 (,,6) R 69 (,,6) R 0 (,,6) R 0 (,0,) R 0 (,,) R 0 (,,) R 0 (,,) R 06 (,,) R/PU0J RS/6S0J RS/6S0J RS/6SJ R/PU6J R/PU6J R/PU0J R/PU0J R/PUJ R/PUJ R 0 (,,) R/PUJ R 0 (,,) R/PUJ > R (,,6) MTL OXI RSISTOR RSLMJ R (,,6) R/PU0J R (,,6) RS/6S0J R (,0,) R 6 (,,) R (,,) R (,,) R (,6,) R (,9,) R (,6,) R 6 (,9,9) R (,,9) R (,06,9) R 0 (,,) R (,,) R (,0,9) R 0 (,,) RS/6S0J RS/6S0J R/PUJ R/PUJ R/PUJ R/PUJ R/PU0J RS/6S0J RS/6S0J RS/6SJ RS/6SJ R/PU0J R/PU0J RS/6S6J

65 R (,,0) 6 Mark. escription Part. RS/6SJ R (,69,) RS/6SJ R (,,) RS/6SJ R (,,) RS/6SJ R (,0,) RS/6SJ > R (,,9) RON ILM RSISTOR R/PU0J > R (,,0) RON ILM RSISTOR R/PU0J > R (,6,6) MTL OXI RSISTOR RSLMRJ > R (,,6) MTL OXI RSISTOR RSLMRJ > R (,0,) RON ILM RSISTOR R/PU0J > R 6 (,0,0) MTL OXI RSISTOR RSLMRJ > R 6 (,,) RON ILM RSISTOR R/PU0J > R 6 (,,9) RON ILM RSISTOR R/PU0J > R 6 (,,) MTL OXI RSISTOR RSLMRJ > R 6 (,9,9) MTL OXI RSISTOR RSLMRJ R (,,) R/PU0J R (,,) R (,,0) R (,,) R (,0,) R (,,) RS/6S0J R/PU6J R/PUJ R/PU6J R/PUJ > R (,0,) RSISTOR (0., W) N09 R 6 (,,) R/PUJ R (,06,) R/PUJ R (,0,) R/PUJ R 06 (,,) RS/6S0J R 0 (,,) R 0 (,,) R (,,0) R (,0,) R 6 (,0,6) R (,0,6) R (,,) R 0(,,6) R 0(,,6) R 09(,,6) R 0(,,6) PITORS (,0,6) ILM PITOR 60 (,9,9) 60 (,,) 60 (,96,) 606 (,0,) 60 (,9,0) 60 (,0,) 609 (,9,) 60 (,,) 6 (,6,) 6 (,0,) 6 (,6,) 66 (,0,) 6 (,,) 66 (,,) 6 (,,) 660 (,9,) 66 (,,) 666 (,9,9) 6 (,,) RS/6S0J RS/6S0J RS/6S0J RS/6SJ RS/6SJ RS/6SJ RS/6SJ RS/6S0R0J RS/6S0R0J RS/6S0R0J RS/6S0R0J QMJ0 KSRYK0 KSRYK0 TRM0 TRM0 SRH0J0 SRH0J0 T0M6 T0M6 SRJR00 SRJR00 NPRM0 NPRM0 KSRYK0 TRM0 SRH0J0 T0M6 SRJR00 NPRM0 KSRYK0 Mark. escription Part. 6 (,,) 6 (,,) 6 (,,) 6 (,,) 6 (,,) 696 (,,6) 69 (,6,) 0 (,9,0) -P 600/ 0 (,9,0) -P 600/ 0 (,,0) LT.PITOR 0 (,,0) LT.PITOR 0 (,6,) LT. PITOR 06 (,,) LT. PITOR 09 (,,) (,9,99) LT. PITOR (,9,0) 0 (,90,6) (,9,) ILM PITOR (,,0) ILM PITOR (,,) ILM PITOR (,,) ILM PITOR (,0,) ILM PITOR 6 (,96,) ILM PITOR (,,6) ILM PITOR (,,6) ILM PITOR 9 (,0,6) ILM PITOR 6 (,,9) ILM PITOR 6 (,,) ILM PITOR 6 (,,6) ILM PITOR 6 (,0,) ILM PITOR (,,6) ILM PITOR (,,) 9 (,,) 0 (,,) (,,) (,0,) (,0,9) 0 (,,) LT. PITOR 0 (,9,00) LT. PITOR 06 (,,) 0 (,,9) 0 (,,) LT. PITOR 09 (,,9) 0 (,66,) (,9,) (,,09) (,6,) VSX--K 6 TRM0 SRH0J0 T0M6 SRJR00 NPRM0 KSRY0K0 TM6R XH0 XH0 XH0 XH0 T00M T00M TR0M0 T0M T0M0 T0M QMJ0 QMJ0 QMJ0 QMJ0 QMJ0 QMJ0 QMJ0 QMJ0 QMJ0 QMJ0 QMJ0 QMJ0 QMJ0 QMJ0 KSRYK0 TRM0 SRH0J0 T0M6 SRJR00 NPRM0 TM TM TR0M0 KSRY0K TM6 T0M0 T0M0 KSRY0K KSRY0K T0M6 TRNS SSY MISLLNOUS > I (,,0) PROTTOR() K0 J JUMPR WIR P 0PYY0 N0(,,) P JUMPR ONNTOR -00 > (,9,0) P L HOLR 0-00 TRNS SSY RSISTORS R (,,) R/PURJ 6

66 Mark. escription Part. Mark. escription Part. R (,0,6) R/PURJ 0(,,9) SRH0J0 0(,,6) SRH0J0 PITORS 0(,,) KSRYK0 (,,) MYLR ILM PITOR QMK (,6,9) MYLR ILM PITOR QMK 06(,,6) KSRYK0 (,,) ILM PITOR QMJ0 0(,6,) TRM0 (,0,9) ILM PITOR QMJ0 0(,6,) TRM0 G H PHON SSY MISLLNOUS Q (,,) TRNSISTOR S9 Q (,0,9) TRNSISTOR S9 J JUMPR WIR 0PYY060 J(,,) HPHON JK XK066 KN(,69,) WRPPING TRMINL VN0 I RONT ISPLY MISLLNOUS I 0 (,,) ISPLY U-OM I 0 (,,69) RMOT RIVR UNIT Q (,,90) TRNSISTOR Q (,,9) TRNSISTOR 0 (,6,9) IO P0 GPUMXK0V RTNM S6 SS (,9,0) 6P L HOLR RSISTORS > R (,,0) MTL OXI RSISTOR RSLMJ > R (,,0) MTL OXI RSISTOR RSLMJ > R (,0,) MTL OXI RSISTOR RSLMJ > R (,9,6) MTL OXI RSISTOR RSLMJ R (,00,6) RS/6SJ R 6(,,0) R (,,) PITORS (,9,6) (,,0) (,0,) (,0,6) (,0,9) 6(,,9) (,09,9) (,0,9) 6(,69,0) LT. PITOR 6(,,) LT. PITOR H V.H INPUT SSY MISLLNOUS RS/6SJ RS/6S0J KSRYK0 KSRYK0 KSRY0K0 SRHJ0 KSRY0K6 KSRY0K0 SRHJ0 KSRY0K6 NP0M0 NP0M0 N0 (,,9) P ONNTOR 0-0 N09 (,6,) PIN JK(P) XK0 RSISTORS R 00(,,) R 00(,0,6) R 00(,9,6) R 00(,0,) R 009(,0,) R 00(,,) R 0(,0,) R 0(,0,) PITORS 00(,,) 00(,,0) 00(,,) 00(,,0) 009(,6,6) 00(,6,) 0(,9,6) RS/6SJ RS/6SJ RS/6SJ RS/6SJ RS/6SJ RS/6SJ RS/6SJ RS/6SJ SRH0J0 SRH0J0 KSRYK0 KSRYK0 TRM0 TRM0 KSRY0K0 L 0 (,,9) RIL INUTOR V 0 (,9,00) L TU S (,,9) SWITH S (,,6) SWITH S (,,) SWITH S (,0,) SWITH S (,6,) SWITH S 6 (,,) SWITH S (,,) SWITH S 9 (,,6) SWITH S 60 (,9,6) SWITH S 6 (,,) SWITH S 6 (,,) SWITH S 6 (,,) SWITH S 6 (,6,) SWITH S 6 (,0,) SWITH S 66 (,6,90) SWITH S 6 (,,90) SWITH S 6 (,,90) SWITH S 69 (,,90) SWITH LRJ XV0 VSG0 VSG0 VSG0 VSG0 VSG0 VSG0 VSG0 VSG0 VSG0 VSG0 VSG0 VSG0 VSG0 VSG0 VSG0 VSG0 VSG0 VSG0 S 0 (,,90) SWITH VSG0 S (,,90) SWITH VSG0 X 0 (,9,6) RMI RSONTOR VSS (.00 MHz) N0 (,6,6) P ONNTOR 0-0 L HOLR() VN096 0 (,9,) L HOLR(P) (,,6) L HOLR(P) RSISTORS R 0 (,,69) R 0 (,,9) R 0 (,0,9) R 0 (,,) R 06 (,6,) R 0 (,,6) R 0 (,0,6) R 09 (,,6) R 0 (,,6) R (,9,9) R (,,) R (,,) R (,,) R (,,0) R 6 (,,) RS/6S0J RS/6S0J RS/6S0J RS/6S0J RS/6S0J RS/6SJ RS/6SJ RS/6SJ RS/6SJ RS/6SJ RS/6SJ RS/6SJ RS/6SJ RS/6SJ RS/6SJ 66 VSX--K

67 R (,9,) R (,,69) R (,,6) R (,,6) R (,,) R 0 (,,) R (,6,) R (,,) R (,,) R (,66,) R (,,6) R 6 (,,) R (,6,9) R 9 (,09,) R 60 (,0,) R 6 (,,) R 6 (,9,) R 6 (,,) R 6 (,0,) R 6 (,6,) R 66 (,,) R 6 (,,) R 6 (,9,9) R 69 (,6,9) R 0 (,0,9) R (,,9) R (,6,6) R (,9,9) PITORS 0 (,,) 0 (,,) 0 (,,6) 0 (,9,6) (,,6) 6 Mark. escription Part. (,,) (,,9) 9 (,0,) 0 (,9,) LT. PITOR (,60,69) (,,6) (,9,6) (,,66) (,0,6) (,,66) (,00,6) (,0,9) (,6,0) (,6,99) (,,6) (,9,6) 9 (,,6) 90 (,,9) J ROTRY NOR SSY MISLLNOUS S (,00,) SWITH S (,,) ROTRY NOR (JOG) S (,,) ROTRY NOR S (,,6) SWITH RS/6S0J RS/6S0J RS/6S0J RS/6S0J RS/6S0J RS/6S0R0J RS/6SJ RS/6S6J RS/6SJ RS/6SJ R/PU6J R/PUJ R/PUJ R/PUJ R/PU6J RS/6SJ RS/6SJ RS/6S6J RS/6SJ R/PUJ R/PU6J R/PUJ RS/6SJ RS/6S6J RS/6SJ RS/6SJ RS/6SJ RS/6SJ KSRY0K0 KSRY0K0 TM6R KSRY0K0 KSRY0K0 T0M0 KSRY0K6 KSRY0K0 T0M KSRY0K6 KSRY0K0 L0M0 KSRY0K0 KSRY0K0 KSRY0K0 KSRY0K0 SRHJ0 SRHJ0 SRHJ0 KSRY0K0 KSRY0K0 KSRY0K0 KSRY0K0 VSG0 XSX00 XSX00 VSG0 Mark. escription Part. S (,0,) SWITH VSG0 S 6 (,,) SWITH VSG0 (,,) L HOLR(P) RSISTORS R (,0,90) R (,0,) R (,9,) K POWR KY SSY MISLLNOUS RS/6S6J RS/6SJ RS/6SJ S 0 (,,) SWITH VSG0 S 0 (,0,) SWITH VSG0 S 0 (,,) SWITH VSG0 S 0 (,,) SWITH VSG0 0 (,,0) L HOLR(P) RSISTORS R 0 (,,) R 0 (,,) R 0 (,0,) M TRNS SSY MISLLNOUS RS/6S6J R/PUJ R/PUJ > I (,,6) PROTTOR(00M) K00 6 (,,) IO S6G J JUMPR WIR 0PYY00 9 (,0,) P L HOLR PITORS 06 (,,0) LT. PITOR TM N RGULTOR SSY MISLLNOUS > I 0 (,,9) RGULTOR I TS > I 0 (,6,9) RGULTOR I T90S > I 0 (,,9) I T0S 0 (,,9) IO MTZJ6R() N00 (,9,) PJUMPR ONNTOR -0 RSISTORS > R 0 (,6,9) MTL OXI RSISTOR RSLMJ PITORS 0 (,,9) 0 (,66,9) 0 (,,0) 06 (,9,99) (,,9) 9 (,6,9) O VIO SSY MISLLNOUS VSX--K 6 KSRY0K KSRY0K JQ0M6 T0M6 KSRY0K T0M0 I 0 (,6,) VIO SW I NJM9M > Q 0 (,6,) TRNSISTOR SX > Q 0 (,66,) TRNSISTOR SX Q 0 (,,) TRNSISTOR S9 0 (,,0) IO SS 0 (,,) IO SS 6

68 Mark. escription Part. Mark. escription Part. 0 (,,6) IO UZS6R() 0 (,,9) IO UZS6R() 90(,,) SRH0J0 0 (,60,) IO N0U 90(,9,) KSRY0K0 J0 (,,) 6P PIN JK XK09 N0 (,6,) 6P SOKT KP00T6L N0 (,6,) ONNTOR KS RSISTORS R 99 (,,) RS/6S0R0J R 0 (,,) RS/6S0J R 0 (,,60) RS/6S0J R 0 (,,6) RS/6S0J R 0 (,9,) RS/6S0J R 0 (,,0) RS/6S0J R 06 (,,) RS/6S0J R 0 (,6,) RS/6S0J R 0 (,,9) RS/6S0J R 0 (,,) RS/6S0J R (,,) RS/6S0J R (,60,) RS/6S0J > R (,,) MTL OXI RSISTOR RSLM90J R (,,6) RS/6SJ R (,6,9) RS/6SJ > R 6 (,6,9) MTL OXI RSISTOR RSLM90J R (,,) RS/6S0J R (,,9) RS/6SJ R 9 (,,) RS/6SJ R 9 (,0,) RS/6S0R0J R 9 (,0,) RS/6S0R0J PITORS 0 (,,9) KSRYK0 0 (,,9) KSRYK0 06 (,,) KSRYK0 0 (,,) T0M 0 (,,) T0M 09 (,,) T0M 0 (,,) T0M6 (,,) KSRYK (,6,) KSRYK (,,) KSRYK0 (,60,) T0M6 9 (,,9) KSRY0K 0 (,6,6) KSRY0K 60(,,6) KSRY0K0 S PRIMRY SSY MISLLNOUS > I (,6,) I NJML0U Q (,6,) IGITL TR(S-0) RTNM > (,9,0) RIG IO 06S (,0,) IO SR (,,) IO SS (,66,) IO SS (,,) IO MTZJR() L (,,) LIN ILTR XT00 H (,,) US LIP KR00 H (,0,) US LIP KR00 J JUMPR WIR 0PYY00 KN (,,) WRPPING TRMINL VN0 KN00(,,) SRW PLT VN9 > RY (,,) O LOWPOWR RLY SR0 > T (,,6) STNY TRNSORMR TT00 > N (,6,) O SOKT RKP (,,9) P L HOLR RSISTORS R (,,) R/PM0J R (,0,) R/PUJ R (,9,6) R/PU0J PITORS > (,6,6) ILM PITOR 0 > (,6,) STY PITOR XG00 (,9,) LT. PITOR T0M6 (,00,) T0M (,0,) KPUY0Z 6 (,,) KPUY0Z (,,) KPUY0Z M/M TUNR UNIT M/M TUNR UNIT has no service part. Q IGITL INPUT SSY MISLLNOUS 90(,,) INUTOR J900(,06,0) OPT. LINK IN KN90(,9,06) SRW PLT N90(,9,0) ONNTOR T9 GPVRK VN9 VKN6 6. JUSTMNT There is no information to be shown in this chapter. RSISTORS R 900(,,) RS/6S0J PITORS 900(,0,) KSRY0K 90(,,0) KSRY0K0 90(,0,) L0M0 90(,,) KSRY0K 906(,,) KSRY0K0 6 VSX--K

69 6. GNRL INORMTION. IGNOSIS.. SP TROULSHOOTING Troubleshooting for all destination When a sound is not out in the multi-h signal playback mode or surround mode with the digital signal input. (Surroundack is not output by setting.) Suppose R to be poor contact and that is not damaged. This shows failure analysis of SP ssy. Step 0: Preliminary confirmation onfirm the following items before checking I90 (Pin ) (to chassis) o screws of OX Jack securely tighten? To Step Tighten screws securely. Is the voltage of. V output? I90 (Pin ) Replace I90. (to chassis) Step : MUT pin I0 (Pin ) MUT Is the voltage of. V output? Replace I90. Is the voltage of output signal 0 V? To Step Replace I0. To Step Step : V to V conversion I9 (Pin ) Step : to connector N90, N0, N9 re the connectors securely inserted? To Step Turn the power off and insert the connectors securely. o convert V into V for pin input? I9 (Pin ) o convert V into V for pin input? Replace I9. Replace I9. Step : Regulator I I90 (Pin ) Is the voltage of around V to. V input? (to chassis) heck the N90 and RGULTOR ssy. I9 (Pin 6) o convert V into V for pin input? Replace I9. I9 (Pin ) Part shape and Pin arrangement of I90 and I90 o convert V into V for pin input? Replace I9. VSX--K 6 69

70 I9 (Pin ) Step 6: IR heck that the SPI signal is output. heck that changes by pulling out and inserting the digital input lines. o convert V into V for pin 6 input? I9 (Pin ) Replace I9. I60 (Pin ) an observe the digital signal? IN (OPT: TV/ST) (0 V V) heck the IGITL INPUT ssy, and parts and patterns in the path. o convert V into V for pin input? To Step Replace I9. I60 (Pin ) an observe the digital signal? I60 (Pin ) IN (OPT: -R/TP/M) (0 V V) heck the IGITL INPUT ssy, and parts and patterns in the path. IN (OX: V/L) Step : X'tal I0 (Pin ) Is there a.6 MHz output? Replace I0 or X0. an observe the digital signal? I60 (Pin ) heck the parts and patterns in the path. (.6 V center, amplitude more than 0. Vp-p) IN (OX: ) I0 (Pin ) Is there a.6 MHz output? heck the path to pin of I0. Replace I0. an observe the digital signal? heck the parts and patterns in the path. (.6 V center, amplitude more than 0. Vp-p) I0 (Pin ) Is there a.6 MHz output? heck the path to pin 0 of I60. Replace I0. heck that the data and clock signals are output. To Step 6 I60 (Pin ) MKO (Master clock) Is there a master clock output? (0 V. V) I60 (Pin ) Is the voltage of PN I60-pin V? LRK (LR clock) heck the other assy. (surrounding of the microcomputer) Replace I60. Is there a LR clock output? (0 V. V) Replace I60. 0 VSX--K

71 6 I60 (Pin ) Is there a data output? I60 (Pin 6) STO (ata) (0 V. V) Replace I60. K (it clock) Step : SP output (digital) igital output of each H when inputting the digital signal with audio. I0 (Pin ) Surroundack L/R data Is there a data output? Replace I0. (0 V. V) I0 (Pin ) enter/l data Is there a bit clock output? (0 V. V) Replace I60. Is there a data output? (0 V. V) Replace I0. I0 (Pin 6) Surround L/R data Is there a data output? Replace I0. (0 V. V) I0 (Pin ) ront L/R data Is there a data output? Replace I0. (0 V. V) igital output of each H when inputting the digital signal (- d (no audio)). I0 (Pin ) Surroundack L/R data Is the output 0 V fixing? Replace I0. I0 (Pin ) enter/l data Is the output 0 V fixing? Replace I0. I0 (Pin 6) Surround L/R data Is the output 0 V fixing? Replace I0. I0 (Pin ) ront L/R data To Step Is the output 0 V fixing? Replace I0. To Step VSX--K 6

72 Step : odec output (analog) nalog output of each H when inputting the digital signal with audio. I0 (Pin ) Surroundack L out nalog output of each H when inputting the digital signal (- d (no audio)). I0 (Pin ) Surroundack L out Is there a data output? Replace I0. Is the output. V fixing? Replace I0. I0 (Pin ) Surroundack R out I0 (Pin ) Surroundack R out Is there a data output? Replace I0. Is the output. V fixing? Replace I0. I0 (Pin ) enter out I0 (Pin ) enter out Is there a data output? Replace I0. Is the output. V fixing? Replace I0. I0 (Pin ) L out I0 (Pin ) L out Is there a data output? Replace I0. Is the output. V fixing? Replace I0. I0 (Pin ) Surround L out I0 (Pin ) Surround L out Is there a data output? Replace I0. Is the output. V fixing? Replace I0. I0 (Pin 6) Surround R out I0 (Pin 6) Surround R out Is there a data output? Replace I0. Is the output. V fixing? Replace I0. I0 (Pin ) ront L out I0 (Pin ) ront L out Is there a data output? Replace I0. Is the output. V fixing? Replace I0. I0 (Pin ) ront R out I0 (Pin ) ront R out Is there a data output? Replace I0. Is the output. V fixing? Replace I0. nd VSX--K

73 6 SP lock iagram System Microcomputer (P) N9 V V (9P) N0 6 R L 9 SR 6 SL I0 L K6VQ odec SR 9 SL RIN LIN 6 9 T T S T T S MK LRK K I9 TVHTT V onversion 6 9 SP SSY,,,9,,6,,9,,, V VR 9 6 T (/) GN J0 IN IN (P) N90 RONT IN (0P) N60 IN IN 0 OPT 6 OUT V V I60 KVQ IR 6 X'tal 0 LRK 6 K T MK LRK K T MK 6 V I WH SW GN I0 SP60 SP GN 6 I0 X0,,0,,,0,,,,6,6, GN t fs=. khz (XM) LRK=. khz K=. MHz MK=.96 MHz t fs= khz LRK= khz K=.0 MHz MK=. MHz t fs= 96 khz LRK= 96 khz K= 6. MHz MK=.6 MHz VSX--K 6

74 .. ISSSMLY te: ven if the unit shown in the photos and illustrations in this manual may differ from your product, the procedures described here are common. iagnosis of the Unit aution: Heatsink section in work becomes hot, and be careful with it. Remove the bonnet by removing the six screws. Remove the two screws. Remove the four screws. Remove the push rivet. Release the three binders. 6 Remove the IN ssy by removing the one screw. Heatsink PRIMRY ssy 6 IN ssy MIN ssy Heatsink Remove the one screw. Rear view VSX--K

75 6 rrange the unit as shown in the photo below. iagnosis MIN ssy SP ssy Rear panel POWR PK ssy Heatsink on't have this! e careful with it so that a part of PRIMRY ssy does not touch chassis. e careful with it when lifts an MP. section not to damage the TRNS ssys. aution: uring diagnosis, be sure NOT to remove the three screws marked in the above photo. There is the case that a product does not work normally when removes these screws. VSX--K 6

76 ront Panel Section Remove the five screws. Remove the two screws. Unhook the two hooks. ottom view Remove the front panel section. ront panel section 6 VSX--K

77 6 P Location H.H INPUT ssy O VIO ssy M/M TUNR Unit Q IGITL INPUT ssy POWR PK ssy SP ssy N RGULTOR ssy TRNS ssy MIN ssy J ROTRY NOR ssy PRIMRY ssy S IN ssy TRNS ssy I RONT ISPLY ssy TRNS ssy M HPHON ssy G POWR KY K ssy VSX--K 6