DT81. Service Manual. DiVA DT81 Digital Radio Tuner. Issue 1.0

Transcription

1 Service Manual T Issue.0 iv T igital Radio Tuner RM

2 ontents List ontents list ircuit description Service guide ircuit diagrams omponent overlays ircuit board parts list General assembly parts list

3 T ircuit escription Summary The L forms the basis of the T tuner. ll the circuitry of the tuner is on the same board, with the exception of the front panel P. The tuner is based on the Roke Manor gold card which provides the RF receiver and decoding. To accompany this module the motherboard has various power supplies, a Hitachi H microcontroller, a - converter with output buffer, and an SPIF transmitter. Power supplies and muting The mains transformer T is used for 0V and V operation, the voltage selection is done by fitting different fuses. F 0m is fitted for 0V and F 0m for V. The front panel board is powered from the.v unregulated supply (it has its own regulator). The digital supplies are switched by SW, while the analogue supplies are on all the time while the mains is connected. Regulated supplies PV, NV. /-V for the output buffer and V regulator. PV. V supply for. PV. V supply for module. PV. V supply for digital circuits - Micro and SPIF transmitter. P0V. 0V supply for module. PV_UR. Unregulated.V supply goes to front panel. Z is a Toshiba T. This controls the muting/bypass relay. The same relay is used for power on/off muting and also FM tuner bypass mode. The muting circuit has a time constant of. seconds, so there is always a. second delay when un-muting the output. The FM tuner bypass switch is shown on this sheet (SW) and is accessed from the front of the unit. Micro, module, SPIF Z0 is a Hitachi H/0F bit microcontroller. It has FLSH program memory, and is programmed via header SK. Z0 is a kbit parallel EEPROM used for storing multiplex data. this is where the system stores data about the multiplexes it finds when it does a search, and other information (presets, compression level, sort type, display mode). Z0 is a pin reset generator I. SW is a latching push switch accessed from the rear of the unit. If the switch is pushed in, RI_ON will be low. This has the effect of removing data services from the list of services. If the switch is left out, RI_ON will be high and the data services can be seen. SK is used to connect to the front panel, communication is done via the I bus. Power for the front panel comes in the form of PV_UR. Note that although PV connects to the front panel, it is not used for power. Its purpose is to light the front panel LE green. module: JP is a 0 way SMTE connector which provides the interface to the Roke module. ll the I/O to the module is on this connector apart from the aerial input which has a cable going straight from the rear panel to the module. ommunication between the micro and the module is done via the serial port of each device on TX_/RX_. The digital audio output from the module comprise of MLK (.MHz master clock), LRK (khz left/right clock), SLK (serial data clock) and ST (serial data). These signals go to the - converter, and also to the SPIF transmitter Z0. Z0 is the SPIF transmitter. Each one of the differential ouputs is used separately. SPIF_OP is for the optical output, SPIF_X is for the coax output. Z0 is a S - converter, followed by filter/buffer Z0. This is followed by ac coupling capacitors. The relay RLY is the last stage before the phono output connectors. stereo outputs are provided on SK0. SK0 is an input which gets routed through the relay when the relay is off. n external FM tuner can be connected to this, in order to avoid taking up an extra input on the amplifier. When the tuner is off or in bypass mode, the FM tuner is routed to the output. The digital audio outputs are also shown on this sheet. TX0 and associated components provide an isolated unbalanced SPIF output on SK0, and Z produces an optical output. Software notes The system has non volatile storage in the form of the EEPROM, Z0. The following information is stored there and is remembered at power up:- Service data - all the Is and static prog types of the services available in the ensembles found in the last search. This is the information viewed when turning the knob. Service selected - last service selected. isplay mode - prog type, dynamic label, data rate or signal quality. isplay brightness - off, dim or bright. ompression level - off or -. The following parameters are NOT remembered:- Engineering mode. If the unit is turned off while in engineering mode (or test mode), it will default back to user mode on power up. ypass mode - the unit will always power up not in bypass mode. Secondary services - if a secondary service is selected when it is switched off, it will power up with the parent service selected. Erasing the EEPROM - to erase the EEPROM, go into engineering mode (SELET ), then hold down preset buttons,,,. The display will say ERSING EEPROM followed by PSSE EEPROM TEST then EEPROM ERSE. If you switch the power off and on again, it will come on with all the parameters reset. isplay mode - prog type isplay brightness - bright ompression - off. Selection Mode manual Test mode If you hold in the bypass button while powering up, this will put the unit in test mode. When the bypass button is released, the software version will be displayed. Pressing the front panel buttons will cause a message to be displayed. Turning the knob clockwise or anticlockwise will cause a message to be displayed. ny R remote commands will also be displayed, with command and system codes, and an asterisk for the toggle bit. Fault mode On switch on if the Roke module is not fitted, or if there is a problem with the RX or TX communication signal between the module and the H, the unit displays ERROR IP FILURE.

4 T Service Guide Fault diagnostics Fault No power No udio output Fails to respond to commands No isplay Spurious display readout isplay reads ERROR IP FILURE isplay reads NO SERVIE FOUN ction heck mains fuse heck power supply rails heck for digital output heck analogue power supply voltages heck I heck supply voltages heck module heck flex foil cable heck for dry joints on micro and display heck for dry joints on display board module not communicating with main micro replace module module not receiving signal check connections to module/ replace module Power supply test points Position TP TP TP TP TP TP TP Voltage 0 volt reference volts - module 0 volts - module volts - volts - volts volts Hints & tips No analogue signal - measure between the junction of 0, and, for the secondary supply feed from the transformer, this should be 0 V. If this is low or missing the transformer will require replacing. Not responding to front panel controls check the processor is ok by pressing the bypass button, if the bypass relay functions then check the module supplies are ok. If ok then replace the module. Please note that there are no serviceable parts within the module.

5 PSU & Remote L_..SH REMOTE_US YPSS P STYLE and o/p amp L_..SH SPIF_X LRK YPSS REMOTE_US P SPIF_OP MLK SLK ST STYLE Micro and Gold ard I/F L_..SH LRK MLK SLK ST SPIF_X SPIF_OP F_ FIUIL F_ F_ F_ FIUIL FIUIL FIUIL P P Tooling & Fixing Holes LP_ Tooling Holes Main P Fixing Holes FIX FIX FIX FIXING FIX HOLE. FIX FIXING FIXING HOLE. HOLE. Update ox FIX FIXING FIXING HOLE. HOLE. HS HS FIX FIX FIX FIX FIX0 FIXING FIXING HOLE. FIXING HOLE. FIXING HOLE. FIXING HOLE. HOLE. UPTE_OX FIXING HOLE. LERNE HOLE HS F LOGO Layout by liff T00MSP Kit Mask FOR T TUNER EXLUE NF,T RWING TITLE IV T Tuner - Project Sheet & R ambridge Ltd. Pembroke venue enny Industrial entre Waterbeach ambridge P ircuit iagram EO No. INITILS TE Filename ate Printed J:\EO_wip\0_0 new. roak module\l_.\l_.. - Lc_..prj -Jun-00 Notes: 0_0 0_0 PG //0 ROKE MOULE V. changed R & R. L /0/0 PROUTION RELESE.0 L /0/0 PROTOTYPE (NEW & TOSLINK).0 L 0/0/00 INITIL PROTOTYPE.0 rawn by: L ESRIPTION OF HNGE Sheet of RWING NO. L ISSUE

6 SW LIVE 0 0 LIVE LIVE L 0 SK 0P NPO 00 0P NPO 00 EMGN F F IE N T M_HOKE NEUT WRNV T0MV V units only WRN NEUT 0N X LSS NEUT T0M 0V units only 0P NPO 00 NEUT V V T 0V 0V 0P NPO 00 MUTE IRUIT U0 EL FM Tuner Pass-through (NOT FITTE ON T, USES SWITH ON ISPLY OR) PV SW PO_NON_LT SW PO_NON_LT R 0K 00 nalogue and igital grounds are joined at the, Z0 T 0V T SK PV_UR PV YPSS IS R 0R0 00 P V U UG 0V 0 U V IG V IG T IG IG 0V IG IG V T 0V IG IG LTX 0V SW 0 R0 0K 00 R 0K 00 R K 00 SK 0 FF0V U 0 UF00 UUF00 TP Z UF00 R K 00 R 0K 00 GN UF00 UR PV NV -UR R K 00 R0 K 00 IN IN UF00 UF00 UF00 UF00 PWR V- -UR MUTE R 0V GN UF00 UF00 SW 0 UF00 UF00 0 UF00 R R K 00 K 00 R K 00 0N 00 V F 00U EL O UR MUTE K 00 U0 EL R K 00 R R R R0 FU R0 FU 0N 00 HS P SW 0 R K 00 R R P R0 FU R0 FU WRN WRN POWER SUPPLIES R R0 0 M EL R R 00 N R0 FU R0 FU P PV_UR MUTE PV PUNREG UR WRN R FU R M0 V M0 V WRN R FU R RLY RLY ST M0 V 0 M0 V -UR NUNREG onnect ground to chassis fixing via decoupling capacitor. P STYLE M EL R 00R 00 Z I Vin RWING TITLE iv T Tuner - Power Supplies & Muting & R ambridge Ltd. Pembroke venue enny Industrial entre Waterbeach ambridge P N00F Z LMT I O Vin Vout ircuit iagram EO No. INITILS TE Filename ate Printed J:\EO_wip\0_0 new. roak module\l_.\l_.. - L_..SH -Jun-00 LMT HS TO0HS0REG J EMGN SK Near to P JK.X I N0 PP N0 PP Vout Vin Z N00F O 0U EL REMIN 00P NPO 00 REMIN Notes: J J 00U EL 00U EL Vout LMT SK O N00F R 0R 00 P0V Far from P JK.X EMGN I 0U EL TP TP Z 0 Vin HS 00U EL R K 00 0.% R K0 00 TP R 0R 00 GN G PV PV R K 00 % R K 00 % R 0R 00 NV Module Supply 0V R K 00 R 00P NPO 00K U EL 00U EL Vout HS NV O TP TO0HS0REG R 00K 00 V 00MW TP 0P PP V for PV 0U EL QQ L MH 0 0N 00 WRN 0 M0 V QP PV R 0K 00 Z0 R K 00 R K 00 % R K 00 R 00R W F QQ QP 0N SM 0U EL LM SM 0P NPO 00 rawn by: L I Supply N00F Z LMT Vin Vout O QQ QP J QQ QP 0U EL HS TO0HS0REG Z 0 I Vin Vout GN G R 0K 00 O PV TP PV P R 0R 00 TP R0 00K 00 Z0 R QQ 0K 00QP R K0 00 P PV LM SM ESRIPTION OF HNGE Sheet of RWING NO. L Z0 LM SM V for micro 00U EL U EL R 0K 00 REMOTE_US L /0/0 PROUTION RELESE.0 L /0/0 PROTOTYPE (NEW & TOSLINK.0 L 0/0/00 INITIL PROTOTYPE.0 PV 0N 00 0_0 PG //0 ROKE MOULE V. changed R & R. 0_0 ISSUE

7 Module onnector R RI Interface Z 0 H SM Z H SM Z H SM HS 0P NPO 00 0P NPO 00 0P NPO 00 0P NPO 00 HS M TUNER MOULE TUNER MOULE R 00R 00 R 00R 00 P0V L UH X TX_ RX_ R0 R MF R R MF _VPLL VPLL TEST_LOOP PV VPLL GNMO 0N 00 JP W SKT RI LRK_INK0 00 RESET MLK L PV 00R 00 SLK R0 R ST 00R 00 PV UH X R R K0 00 nreset SK IS 0R 00 R MLK_SP 00R 00 0 I/P / PRO /F0 / MK SK FSYN ST V /SF U / Z0 PV 00P NPO 00 0 S/PIF Transmitter V GN 0N 00 Z0 GPF0TZ 0N 00 TRNPT/F M M M0 TXP 0 Vd S0 Gnd TXN RST L/S EM0/ EM/ 0N 00 L UH X R 0R 00 R nreset PV 00R 00 R SPIF_OP 0R 00 SPIF_OP SPIF_X SK IS PV 0N 00 0N 00 ecoupling for Is 0N 00 Z0 Z0 Z0 Z0 0N 00 0N 00 GN V ZE H SM PV R K 00 Q ZVNL0 0N 00 PV R K 00 Q ZVNL0 P0V SL S SL S Z H SM PV 0N 00 R 0K 00 R LRK 00R 00 L U0H SM 00P NPO 00 S0 R 00R 00 P NPO 00 MLK LRK SLK ST SK SK P P P P PV PV REMOTE REMOTE_US IS SW PO SW PO YPSS PV YPSS R YPSS 0K 00 RI_ON nreset M M P_mode PMOE P TX SK PV RX VPP 0 HEER X PV Reprogramming Interface R K 00 nreq PV R0 0K 00 IS PV P P P P P P P P0 Vss P./S0 P./IRQ P./IRQ P./IRQ P.0/IRQ0 Vss P./N/ P./N/0 P./N P./N P./N P./N P./N P.0/N0 Vref Vcc Vcc P0 P P P P P P P Vpp/RESO Vss Tx0/P.0 Tx/P. Rx0/P. Rx/P. IRQ/SK0/P. IRQ/SK/P. 0/P.0 /P. /P. /P. Vss /P. /P. /P. H/0F /P. /P.0 /P. 0/P. /P. /P. /P. /P. /P. Vcc 0/P.0 /P. /P. /P. /P. /P. /P. /P. Vss /P.0 /P. 0/P. /P. /P. /P Z0 M M M0 P./LWR P./HWR P./R 0 P./S Vcc XTL EXTL Vss NM RES STY LKOUT P./K 0 P./REQ P.0/WIT Vss P./ P./ P./ P.0/ P./ P./ H/0F R Z Q 0K 00 ZVNL0 PV R M HG00 SM RUSFP 0K 00 SW SM ISPGN 00P NPO 00 R X 0K 00 PV HS MHZ# 00P NPO 00 00P NPO 00 PV_UR 00P NPO 00 00P NPO 00 HS nreset Q Z0 PV ZVNL0 Vcc Vcc S Res Gnd SM nreq To isplay P SK YPSS STYLE 0 PVISP nreq 0 S SL FFV 0 LK MOLEXMV THIEF THIEF 0 THIEF THIEF P NPO 00 P NPO 00 FPRESET HS 00P NPO 00 00P NPO 00 HS 00P NPO 00 HS SK0 IS PV PV Q0 Q Q Q Q Q Q Q R N V Z0 M VSS 0 0 WE E OE 0 0 EEPROM 0 0 Z0SW 0 0 LSW T H SOFTWRE LSW RWING TITLE iv T Tuner - micro circuit & R ambridge Ltd. Pembroke venue enny Industrial entre Waterbeach ambridge P Notes: ircuit iagram EO No. Filename ate Printed J:\EO_wip\0_0 new. roak module\l_.\l_.. - L_..SH 0_0 PG //0 ROKE MOULE V. changed R & R. 0_0 L /0/0 PROUTION RELESE.0 L /0/0 PROTOTYPE (NEW & TOSLINK).0 L 0/0/00 INITIL PROTOTYPE.0 INITILS -Jun-00 TE rawn by: L ESRIPTION OF HNGE Sheet of RWING NO. L ISSUE

8 LRK ST SLK MLK 0 0U EL 00N 00 0U EL Z0 0 SM R 00N 00 R 00 R0 R 00 0U SILMI 0 00N 00 Z0 0 SM PV NV 0 0P PP 0P PP Z00 LRIN IN KIN MOEX SLK IFFHW GN V VR GNR VMIR VOUTRN VOUTRP GN WM0 PV WM0 0 00U SILMI ML/IIS M/M M/M0 RST VL GNL VMIL Vcc MUTE MOE S/IWO ZERO 0 VOUTLN VOUTLP Z0 OPP SM 00N 00 00N 00 00N 00 PV NV 0P PP 0P PP 0U SILMI 0U EL VOUTLP R0 VOUTLN R00 VOUTRP R0 VOUTRN R0 LEFT UIO MPLIFIER N LOW-PSS FILTER 0U NP RV 0K LOG SNPIN# RIGHT UGN K 00 % K 00 % K 00 % K 00 % 00 N PP 0 N PP 0 N PP 0 N PP 0U NP RV 0K LOG SNPIN# R0 R0 K 00 % R0 K 00 % R0 K 00 % R0 K 00 % R K 00 % R0 K 00 % R K 00 % K 00 % 0 0P PP 0 0P PP Z0 Z0 OPP SM 0 OPP SM 0 0P PP 0P PP R 00U NP 0R0 00 R R 00K 00 K 00 00U NP R 00K 00 LEFT LEFT RIGHT RIGHT R PV Not Fitted R K 00 % 0 PV R0 00U SILMI Not Fitted R K 00 % K 00 R K 00 NGN 00U SILMI Z0 0 SM K 00 Z0 R K 00 0 SM R0 Z0 0 SM R K 00 Z0 R R 00 % R K 00 % R R 00 % R K 00 % R R 00 K 00 R 0 SM R RTUNIN R R 00 K 00 HPGnd L0 RLY RLY ST F00 LTUNIN OPGN RLY RLY ST R 00 R 0 N 00 R 00 R LOUT ROUT 00R W F R SK0 F HPSR SK0 F PHONOG EM N N HEPHONE MPLIFIER HPSL 00R W F SK0 LEFT F EM N RIGHT PHONO# SH0 00P PP LEFT RIGHT 00P PP EMGN HPSE L LH RH R SK PHONOG IL VPLG EMPHONO EM Shield EMGN 0 P NPO 00 P NPO 00 HS N 00 SK0 HPSKT LL PRTS IN THIS OX RE NOT FITTE ON T IGITL OUTPUT SPIF_X SPIF_X R 00R 00 SPIF_OP 00P NPO 00 R 0K 00 00N 00 IGOUTP R 0R0 SM 00N 00 SK0 PHONO EM SPFGN HS IGOUTN N 00 U EL 0N 00 I/P PV V GN Z GPF0TZ RWING TITLE iv T Tuner -, udio Outputs & Headphones & R ambridge Ltd. Pembroke venue enny Industrial entre Waterbeach ambridge P ircuit iagram EO No. INITILS TE Filename ate Printed J:\EO_wip\0_0 new. roak module\l_.\l_.. - L_..SH -Jun-00 Notes: 0_0 PG //0 ROKE MOULE V. changed R & R. 0_0 L /0/0 PROUTION RELESE.0 L L -0-0 PROTOTYPE (NEW & TOSLINK).0 0/0/00 INITIL PROTOTYPE.0 rawn by: L/PG ESRIPTION OF HNGE Sheet of RWING NO. L ISSUE

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11 T isplay oard L_. Reference escription Part Number ER 00N V 0% R 0 ELST 0U V N - ER 00N V 0% R 0, ELST 0U V N ER 00N V 0% R 0 - ER N0 V 0% R 0 - SSIOE N V LE00 LE RE/GREEN MM L- 00 WEGW M NORITKE ITRON 00 U00RP-UJ P PRINTE IRUIT OR LP_ Q TRNS LF SS P Q TRNS MOSFET SW K0 ZVNL0 R RES MF W 0R % H R RES MF W % K0 H0 R RES MF FU W RR % G NFR R,R RES MF W K % H R,R RES MF W 0K % H0 R,R RES MF W K % H R0 RES MF W 0K % H0 R-R RES MF W 00R % H0 RP RES NETWORK 00Kx V0 OMMON RXSP IR RX SUPPORT P EP RX REMOTE RX PI-0TM 0 KHZ SK -WY FF ONN HORIZ K SW- SW TT SWITH -PIN LOW PROF.mm TUTOR SKHVPH 0 SW E X ER RESON.00MHz W00 Z I VREG POS 0 0 ZSW T ISPLY SOFTWRE LSW Z 0 PIN I SOKET S00 Z I MOS MIRO PI H T Main oard L_. Reference escription Part Number, ML P 00V NPO % 00 L0 - ML 0N 0V XR 0% 00 J0 0 ELST M V N ELST 0U 0V N0, ELST 00U V N0 ELST 0U 0V N0 ELST U V N - ML 0N 0V XR 0% 00 J0 ELST 00U V N0 0 ELST M0 V N0 - ELST 00U V N0 ELST 0U V N ELST U V N, ELST 0U V N ELST 00U V N0 ELST M V N 0 ML N 0V XR 0% 00 J0 0NF LSS X P VRMS ML 0N 0V XR 0% 00 J0 ML 0N 0V XR 0% SM 0, ELST U0 0V 0% R N0 ML 00P 00V NPO % 00 L0-0 ELST M0 V N0 PPRO 0P % V R ML 00P 00V NPO % 00 L0, ML 0N 0V XR 0% 00 J0 - ML 00P 00V NPO % 00 L0 0 ML 0N 0V XR 0% 00 J0 ML 0N 0V XR 0% 00 J0 - ML 00P 00V NPO % 00 L0 ML 0P 00V NPO % 00 L ML 0N 0V XR 0% 00 J0 0, ML 0P 00V NPO % 00 L, PPRO N0 % V R 0 - ML 0P 00V NPO % 00 L ML P 00V NPO % 00 L0 ML N 0V XR 0% 00 J0 00- PPRO N % V R 0 0 ELE 00U V SILMI P0S 0 PPRO N % V R 0- PPRO 0P V % R N 0 0 ELE 00U V SILMI P0S 0 PPRO 0P V % R N 0, ELST 0U 0V N0 ELE 00U V SILMI P0S, PPRO 0P % V R ELST 0U 0V N0 - ML 00N 0V XR 0% 00 J0 ML 00P 00V NPO % 00 L0, ML 00N 0V XR 0% 00 J0 0, ML P 00V NPO % 00 L0 ML 00N 0V XR 0% 00 J0, ELE 0U V SILMI P0S ML N 0V XR 0% 00 J0 IOE SS SM SW SW - RETIFIER N00F 00V 00 - ULTRFST RETIFIER 00F IOE UF00 SSIOE N V ZENER V 00MW 00,0 ULTRFST RETIFIER 00F IOE UF00 F FUSELIP F FUSEHOLER 0mm P S00 F INS OVER P F0 FUSEHOLER F FUSEHOLER 0mm P S00 F INS OVER P F0 FUSEHOLER F FUSELIP F SPRE FUSEHOLER F0 HS HETSINK TO0 LIP 0 F00 HS HETSINK TO0. F00 EG/W HS HETSINK LIP TO0 /. F00 /W HS HETSINK TO0 LIP 0 F00 JP ONN 0 WY FW--0-L- K L mh INUTOR L,L UH INUTOR

12 L UH IN -0 0 L UH0 IN SM NLT- 0 R0J L0 FERRITE E SINGLE F00 XIL TPE K OX M TUNER MOULE. 0 P PRINTE IRUIT OR LP_ Q-Q TRNS MOSFET SW K0 ZVNL0 R-R RES SM 00 0K M0 R,R0 RES SM 00 0K M0 R-R RES SM 00 K M R RES SM 00 0R M R RES SM 00 0R M R,R RES MF FU W R % G NFR R0,R RES MF FU W R0 % G0 NFR R RES F W 00R % E0 R RES SM 00 R M0 R RES SM 00 K M R RES SM 00 00R M0 R RES SM 00 0R0 M000 R RES SM 00 K M R,R RES SM 00 K M R0 RES SM 00 0K M0 R,R RES SM 00 K M R RES SM 00 0K M0 R RES SM 00 K M R,R RES SM 00 00K M0 R RES SM 00 0R0 M000 R RES SM 00 K M R0 RES MF W R % H0 R-R RES SM 00 K0 M0 R RES SM 00 K M R RES MF W R % H0 R RES SM 00 00R M0 R RES SM 00 0R M R RES SM 00 K0 M0 R,R0 RES SM 00 00K M0 R RES SM 00 K M R,R RES SM 00 K M R,R RES SM 00 K M R,R RES SM 00 0R M R RES SM 00 0.% K L R0 RES SM 00 K0 M0 R RES SM 00 00R M0 R RES MF FU W R0 % G0 NFR R-R RES SM 00 00R M0 R RES SM 00 0R M R RES SM 00 0R M00 R0 RES SM 00 K M R RES SM 00 0K M0 R-R RES MF FU W R0 % G0 NFR R RES SM 00 0K M0 R RES SM 00 R M0 R RES SM 00 0K M0 R RES SM 00 00R M0 R00 RES SM 00 K M R0 RES SM 00 R M0 R0- RES SM 00 K M R0 R0- RES SM 00 K M R0 R0,R RES SM 00 K M 0 R RES SM 00 K M R RES SM 00 R M0 R,R RES SM 00 K M R RES SM 00 K M R RES SM 00 R M0 R RES SM 00 K M R0 RES SM 00 K M R RES SM 00 K M R RES SM 00 R M0 R RES SM 00 K M R RES SM 00 R M0 R RES SM 00 K M R RES SM 00 K M R0 RES SM 00 K M R RES SM 00 R M0 R RES SM 00 K M R RES SM 00 R M0 R RES SM W % 0R R RES SM 00 00R M0 R RES SM 00 0K M0 RLY RELY 0 OHM ST 0 SH0 PHONO EM SHIEL EM SK WY IL HEER K SK -WY FF ONN K0 SK IE MINS -PIN P 0 SK MIN JK UL.mm 0 HSJ SK0 PHONO SKT -WY EM GOL SK0 PHONO SKT -WY EM SK0 PHONO SKT SINGLE EM 0 SW SW PUSH PO 00 SW SW PUSH PO PT 0 T TUNER TX LTX T Mains common mode choke E00 X RYSTL.MHz X0 PRLLEL Z-Z I VREG POS LMT T Z SPIF OPTIL TG0T TRNSMITTER Z I VREG POS LMT Z I HMOS SM H K Z I VREG POS 0 0 Z I VREG POS 0 0 Z I OMPRITOR TP M Z0 I OMPRITOR SM UL M LM Z I H SNHG00 K00 Z00 Wolfson K bit 0 Z0 I OPMP UL SM OPP Z0 I MOS S0 SPIF TX G0 Z0 X -IT ELETRILLY H ERSLE PROM M- 0 MS Z0 SPIF OPTIL TG0T TRNSMITTER Z0SW T TUNER LSW SOFTWRE Z0 H/0 K FLSH H0 MIROONTROLLER Z0 I MIRO RESET SM H

13 T General ssembly Parts List ITEM 0V V 00V SILVER LK ESRIPTION WHERE USE QTY LR REMOTE ONTROL H0 ERIL EP EP OVER PLTE EY EY T FI SSY. HV0S HV0 MXMM SREW OVER TO HSSIS H LOE WITH LSW FIT ON LY T Z 0 TUNER MOULE. LY M FUSE 0mm LY F F 0m T 0Ma T E0Y IV T RER PNEL SSY E0MI MINS INSULTOR E0H HSSIS ESP SU PNEL EPM STORE UTTON E0PM POWER UTTON EPM IV RNGE FOOT ESL PROUT ONFIGURTION LEL EPM T ONFIRM UTTON EPM IV MP MEIUM KNO PLIN EPM SELET UTTON F0 INS OVER P FUSEHOLER LY F F F0 SPRE FUSE HOLER LY F F TPE K M TES. MM WIE 00 H0 HEX PILLR MX RSS MOULE TO MOTHEROR HV0 M/ TORX P/H MX ST ZP HV0 M X 0 P TO HSSIS HEV0 No. X FRONT PNEL TO HSSIS HFV0 No. X SU PNEL, RER PNEL HL M WSHER ETWEEN MOULE SUPPORT PILLRS N P K0 LIGHT PIPE SLEEVING (mm) L0 -WY FLEX-FOIL ISPLY MOULE TO MOTHER P L ERIL LE SSEMLY MOULE TO RER PNEL LTX TUNER TX LY T LY T MIN OR SSY. LSW H SOFTWRE LY Z0 LY T ISPLY OR SSY. E0MI VM PHONO SHIEL INSULTOR STIK ON EM SHIEL EHIN PHONO SKT