Arcam CD37 cd sch

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IS SU E DRAW IN G N O . D RAW IN G T IT LE D ATE File n am e: E C O N o. D ESC RIP TIO N O F C HAN G E L165C 02 V ad dis 8 .S ch C D37 V ad dis 8 C onta ct E ngin eer: L 165C T 6-M ay-2 008 IN IT IA LS P rin te d : 2 13 S heet of N ote s: C onta ct T el: A & R C am brid ge L td . P em bro ke A ve n ue C am brid ge C B5 9 Q R W ate rb ea ch

 A 2 D VDLD 2 15G NDAFE R 2 16G NDADC 2 17V DDC 2 18G PC IO 32 2 19G NDC 2 20IC G PC IO 4 2 21IC G PC IO 5 2 22V PPD 2 23G PC IO 11 2 24G NDP 2 25IC G PC IO 6 2 26IC G PC IO 7 2 27V DD-IP 2 28G PC IO 4 2 29G PC IO 15 2 30P W MCO 2 2 31 P W MCO 3/G PC IO 44 2 32 G NDPW MS 2 33P W MCO 4 2 34V DDPW MS 2 35 P W MCO 5/G PC IO 46 2 36 P W MCO 6 2 37P W MCO 0 2 38D UPR D 0 2 39D UPT D 0 2 40D UPR D 1 2 41D UPT D 1 2 42G PC IO 39 2 43G PC IO 40 2 44V DDP 2 45G PC IO 42 2 46G PC IO 33 2 47G PC IO 34 2 48G PC IO 13 2 49G PC IO 48 2 50G PC IO 49 2 51G PC IO 50 2 52G PC IO 51 2 53G PC IO 47 2 54 AO UT0 1 29 S PD IF IN 0/G PC IO 65 1 30 A LR CLK 1 31A BCLK 1 32G NDP-A 2 1 33A M CLK 1 34V DDP-A 2 1 35 A IN 0/G PC IO 23 1 36 V SY NC* 1 37H SY NC* 1 38G NDP 1 39V CLK X2 1 40V DDP 1 41V ID 7 1 42V ID 6 1 43V ID 5 1 44V ID 4 1 45G NDC 1 46V DDC 1 47V ID 3 1 48V ID 2 1 49V ID 1 1 50V ID 0 1 51G PC IO 31 1 52 A O UT5/G PC IO 10 1 53 V DDP 1 54G NDP 1 55G NDA 1 56R ESE T* 1 57V DDA 1 58X O 1 59G CLK P 1 60A H VDD 1 61A H GND 1 62A G NDP 1 63H DTX C- 1 64H DTX C+ 1 65A V DDP 1 66H DTX D0- 1 67H DTX D0+ 1 68 V DDUSB 6 5 GPC IO 52 1 U SB D P 6 6 AO UT4/G PC IO 53 2 U SB D N 6 7 GPC IO 54 3 G NDUSB 6 8 GPC IO 55 4 R A M ADD4 6 9 GPC IO 56 5 R A M ADD3 7 0 GPC IO 57 6 R A M ADD5 7 1 GPC IO 58 7 R A M ADD2 7 2 GPC IO 59 8 R A M ADD6 7 3 GPC IO 60 9 V DDP 7 4 GPC IO 17 1 0 R A M ADD1 7 5 MEM CS1* 1 1 R A M ADD7 7 6 VDDP 1 2 R A M ADD0 7 7 MEM AD 15 1 3 G NDP 7 8 MEM AD 16 1 4 R A M ADD8 7 9 MEM AD 14 1 5 V DDC 8 0 MEM AD 13 1 6 R A M ADD10 8 1 MEM AD 12 1 7 G NDC 8 2 MEM DA15 1 8 R A M ADD9 8 3 MEM AD 11 1 9 V DDP 8 4 MEM DA7 2 0 R A M ADD11 8 5 GNDP 2 1 R A M BA 1 8 6 MEM AD 10 2 2 R A M BA 0 8 7 MEM DA14 2 3 G NDP 8 8 MEM AD 9 2 4 R A M CS1* 8 9 MEM DA6 2 5 R A M RA S* 9 0 MEM AD 8 2 6 R A M CA S* 9 1 MEM DA13 2 7 V DDP 9 2 MEM DA5 2 8 R A M W E* 9 3 MEM AD 20 2 9 R A M DQM 9 4 VDDP 3 0 G NDPC LK 9 5 MEM DA12 3 1 P C LK 9 6 MEM W R* 3 2 V DDPC LK 9 7 MEM DA4 3 3 R A M DAT8 9 8 VDDC 3 4 G NDP 9 9 MEM DA11 3 5 R A M DAT7 1 00 MEM DA3 3 6 R A M DAT9 1 01 MEM AD 19 3 7 R A M DAT6 1 02 GNDC 3 8 V DDP 1 03 MEM DA10 3 9 R A M DAT10 1 04 MEM AD 18 4 0G NDP 4 1M EM DA2 4 2M EM AD 17 4 3M EM DA9 4 4M EM AD 7 4 5M EM DA1 4 6M EM AD 6 4 7M EM DA8 4 8M EM AD 5 4 9V DDP 5 0M EM DA0 5 1M EM AD 4 5 2M EM RD * 5 3M EM AD 3 5 4M EM AD 2 5 5M EM CS0* 5 6M EM AD 1 5 7M EM AD 0 5 8G NDP 5 9V DD-IP 6 0V DDP 6 1G PC IO 61 6 2G PC IO 62 6 3R A M CK E 6 4 R A M DAT5 1 05R A M DAT11 1 06G NDP 1 07R A M DAT4 1 08V DDC 1 09R A M DAT12 1 10G NDC 1 11R A M DAT3 1 12V DDP 1 13R A M DAT13 1 14R A M DAT2 1 15R A M DAT14 1 16G NDP 1 17R A M DAT1 1 18R A M DAT15 1 19R A M DAT0 1 20V DDP 1 21G PC IO 20/A IN 4 1 22G NDP 1 23A OUT3 1 24S PD IF IN 1/G PC IO 70 1 25S PD IF O UT 1 26A OUT2 1 27A OUT1 1 28 AG NDP 1 69H DTX D1- 1 70H DTX D1+ 1 71A V DDP 1 72H DTX D2- 1 73H DTX D2+ 1 74A G NDP 1 75H DCSE T 1 76A G NDC 1 77A V DDT18 1 78G NDDAC 1 79G NDDAC 1 80D AC6_C V BS 1 81V DDDAC 1 82D AC5_C 1 83D AC4_Y /G 1 84V DDDAC 1 85D AC3_Y 1 86D AC2_V /R 1 87V DDDAC 1 88D AC1_U /B 1 89 R SE T 1 90G NDDAC 1 91G NDDACBS2 1 92 G PC IO 16 2 55G NDP 2 56 R FIN P 1 93R FIN N 1 94A DCIN G 1 95A CD IN A 1 96V DDAFE 1 97A DCIN B 1 98V DDSA FE 1 99V DDAFE 2 00A DCIN C 2 01A DCIN H 2 02A DCIN D 2 03A DCIN J 2 04G NDADC 2 05A DCIN E 2 06A DCIN K 2 07A DCIN F 2 08O PU REF 2 09B G CA P 2 10R ESL O AD 2 11C D _M D 2 12D VDM D 2 13C D LD 2 14 TH ER M AL P A D S 0 I C 200 Z R 36888-H LC G S L Q FP 256 D GND +3V 3D + 1V 8D D Q0 2 V DDQ 3 D Q1 4D Q2 5D Q3 7D Q4 8 V DDQ 9 D Q5 1 0D Q6 1 1D Q7 1 3 V DD 2 7 LD QM 1 5 W E* 1 6C A S* 1 7R A S* 1 8C S* 1 9 B A 0 2 0B A 1 2 1 A 10 2 2 A 0 2 3A 1 2 4A 2 2 5 V DD 1 4 V DDQ 4 3 V SS 5 4 V DDQ 4 9 V DD 1 V SS 2 8 V SSQ 5 2V SSQ 4 6 V SS 4 1 A3 2 6A 4 2 9A 5 3 0A 6 3 1A 7 3 2A 8 3 3A 9 3 4 C K E 3 7C LK 3 8 U DQM 3 9 D Q8 4 2D Q9 4 4D Q10 4 5 V SSQ 1 2 DQ11 4 7D Q12 4 8D Q13 5 0D Q14 5 1 V SSQ 6 D Q15 5 3 A 11 3 5 IC 204IC 42S 16800-6 T (G ) T S O P-2 5 4 +3V 3D D GND R AM CKE R AM AD D4 R AM AD D3 R AM AD D5 R AM AD D2 R AM AD D6 R AM AD D1 R AM AD D7 R AM AD D0 R AM AD D8 R AM AD D10 R AM AD D9 R AM AD D11 R AM BA1 R AM BA0 R AM CS* R AM RAS* R AM CAS* R AM W E* R AM DQ M R236 22R P C LK R AM DAT8 R AM DAT7 R AM DAT9 R AM DAT6 R AM DAT10 R AM DAT5 R AM DAT11 R AM DAT4 R AM DAT12 R AM DAT3 R AM DAT13 R AM DAT2 R AM DAT14 R AM DAT1 R AM DAT15 R AM DAT0 RAM CKE P C LK R AM W E* R AM CAS* R AM RAS* R AM CS* R AM BA0 R AM BA1 S D RAM R AM AD D11 R AM AD D10 R AM AD D9 R AM AD D8 R AM AD D7 R AM AD D6 R AM AD D5 R AM AD D4 R AM AD D3 R AM AD D2 R AM AD D1 R AM AD D0 R AM DQ M R AM DAT0 R AM DAT1 R AM DAT2 R AM DAT3 R AM DAT4 R AM DAT5 R AM DAT6 R AM DAT7 R AM DAT8 R AM DAT9 R AM DAT10 R AM DAT11 R AM DAT12 R AM DAT13 R AM DAT14 R AM DAT15 V AD DIS 8 P 245P 246 P 247P 248P 249P 250 P 251P 252 P 253P 254P 255P 256P 257P 258P 259P 260P 261P 262P 263P 264 P 265 P 281P 280P 279P 278P 277P 276P 275P 274P 273P 272P 271 P 266P 267P 268P 269P 270 +3V 3D D GND FLA SH M EM CS1* M EM AD D15 M EM AD D16 M EM AD D14 M EM AD D13 M EM AD D12 M EM DAT15 M EM AD D11 M EM DAT7 M EM AD D10 M EM DAT14 M EM AD D9 M EM DAT6 M EM AD D8 M EM DAT13 M EM DAT5 M EM AD D20 M EM DAT12 M EM W R* M EM DAT4 M EM DAT11 M EM DAT3 M EM AD D19 M EM DAT10 M EM AD D18 M EM DAT2 M EM AD D17 M EM DAT9 M EM AD D7 M EM DAT1 M EM AD D6 M EM DAT8 M EM AD D5 M EM DAT0 M EM AD D4 M EM RD* M EM AD D3 M EM AD D2 M EM CS0* M EM AD D1 M EM AD D0 +3V 3D D GND R 205 4 K 7 0 603 R 203 1 K 0 0 603 T R 200 M MUN2111LT 1 S O T-2 3 1 2 S W 200 S D TA -6 20-N D GND PR O GRAM S W IT C H M EM AD D0 12 CO N201 12 C O N200 12 C O N202 M EM CS0* F LA SH CS* R 200 0 R 0 0603 N orm al/ p ro gra m S R AM CS* D eb ug m ode M EM CS1* deb ug m ode D GND R 206 4 K 7 0 603 R 204 1 K 0 0 603 M EM AD D1 12CO N203 +3V 3D d eb ug m ode R 201 0R 0R202 0R 0 NF M EM DAT0 M EM DAT1 M EM DAT2 M EM DAT3 M EM DAT4 M EM DAT5 M EM DAT6 M EM DAT7 M EM DAT8 M EM DAT9 M EM DAT10 M EM DAT11 M EM DAT12 M EM DAT13 M EM DAT14 M EM DAT15 M EM AD D0 M EM AD D1 M EM AD D2 M EM AD D3 M EM AD D4 M EM AD D5 M EM AD D6 M EM AD D7 M EM AD D8 M EM AD D9 M EM AD D10 M EM AD D11 M EM AD D12 M EM AD D13 M EM AD D14 M EM AD D15 M EM AD D16 M EM AD D17 M EM AD D18 M EM AD D19 In te l S ST M EM AD D20 PR ESET* M EM W R* +3V 3D F LA SH CS* M EM RD* 1357911131517192123252729313335373941 24681012141618202224262830323436384042 C O N204 +3V 3D D GND DGND M EM AD D19 M EM RD* M EM DAT8 M EM DAT9 D EBU G S R AM I/F M EM DAT10 M EM DAT11 M EM DAT12 M EM DAT13 M EM DAT14 M EM DAT15 M EM AD D1 M EM AD D3 M EM AD D5 M EM AD D7 M EM AD D18 M EM W R* M EM AD D12 M EM AD D10 M EM AD D14 M EM AD D0 S R AM CS* M EM DAT0 M EM DAT1 M EM DAT2 M EM DAT3 M EM DAT4 M EM DAT5 M EM DAT6 M EM DAT7 M EM AD D16 M EM AD D2 M EM AD D4 M EM AD D6 M EM AD D17 M EM AD D9 M EM AD D8 M EM AD D11 M EM AD D15 M EM AD D13 D EBU G C O NFIG B O OT S ELE C T +3V 3D D GND C 214 1 00N 1 6V 0 603 C 216 1 00N 1 6V 0 603 C 218 1 00N 1 6V 0 603 C 220 1 00N 1 6V 0 603 C 222 1 00N 1 6V 0 603 C 224 1 00N 1 6V 0 603 C 226 1 00N 1 6V 0 603 C 228 1 00N 1 6V 0 603 C 230 1 00N 1 6V 0 603 C 232 1 00N 1 6V 0 603 C 234 1 00N 1 6V 0 603 C 236 1 00N 1 6V 0 603 C 237 1 00N 1 6V 0 603 C 239 1 00N 1 6V 0 603 C 240 1 00N 1 6V 0 603 C 241 1 00N 1 6V 0 603 V AD DIS D EC O UPLIN G +1V 8D D GND C 213 1 00N 1 6V 0 603 C 215 1 00N 1 6V 0 603 C 217 1 00N 1 6V 0 603 C 219 1 00N 1 6V 0 603 C 221 1 00N 1 6V 0 603 C 225 1 00N 1 6V 0 603 C 227 1 00N 1 6V 0 603 C 229 1 00N 1 6V 0 603 C 231 1 00N 1 6V 0 603 C 233 1 00N 1 6V 0 603 C 235 1 00N 1 6V 0 603 +3V 3D D GND VAD DIS D EC O UPLIN G SD RAM D EC O UPLIN G C209 1 00N 1 6V 0 603 D GND L200 6 00R @ 100M Hz +1V 8D C 242 1 00N 1 6V 0 603 +1V 8_P L L D GND +1V 8_P L L L202 600R @ 100M Hz C243 1 00N 1 6V 0 603 +1V 8_H DPL L D GND +1V 8_H DPL L L205 600R @ 100M Hz C247 1 00N 1 6V 0 603 +3V 3_H D DGND +3V 3_H D L203 600R @ 100M Hz C244 1 00N 1 6V 0 603 +1V 8_H D DGND +1V 8_H D C 210 1 00N 1 6V 0 603 C 211 1 00N 1 6V 0 603 +3V 3_V DAC D GND L201 600R @ 100M Hz +3V 3D C 245 1 00N 1 6V 0 603 +3V 3_A FE D GND +3V 3_A FE L 204 600R @ 100M Hz C246 1 00N 1 6V 0 603 +3V 3_P W M DGND +3V 3_P W M C205 1 N 0 5 0V 0 603 C 206 1 N 0 5 0V 0 603 R F C 201 1N 0 0 603 C 200 1N 0 0 603 D GND RFAR FBR FCA D C_HR FDSPD L_S E N SE -R FESPD L_S E N SE +R FFV C C 208 1 00N 0 603 R 209 1 00K 0 603 +3V 3_A FE D GND R 208 2 0K 0603 C D _M DDVD_M DCD _L DD VD_L DC D *_D VD C D*_ D VD C D*_ D VD DVD _LD D VD _LD CD_LD C D_LD DVD _M D D VD _M D CD_M D C D_M D VC V C RFF R FF SPD L_S EN SE+ S PD L_S EN SE+ RFE R FE SPD L_S EN SE- S PD L_S EN SE- RFD R FD AD C_H A D C_H RFC R FC RFB R FB RFA R FA RF R F T R AC K_P W M SPIN DLE _P W M SLE D _P W MFO CUS_P W M R210 27K 0603 T R AC K_P W M R212 18K 0603 S LE D _P W M R213 15K 0603 S PIN DLE _P W M R211 27K 0603 F O CUS_P W M C202 1 N 0 0 603 C 203 1 N 0 0 603 N F C258 2 7N 0 603 C 204 1 N 0 0 603 T R A CK _SS L E D _SS PIN DLE _SF O CU S_S D GND TR AC K_S S LE D _S S PIN DLE _S F O CUS_S D RVSB* DRV SB * D RVSB* O PEN OPE N O PEN C LO SE CLO SE C LO SE IN _S W IN _S W IN _S W O UT_S W O UT_S W O UT_S W H O M E_S W H OM E_S W H O M E_S W C 248 3 3P 0 603 C 249 3 3P 0 603 C 250 3 3P 0 603 C 251 3 3P 0 603 C 252 3 3P 0 603 C 253 3 3P 0 603 C 254 3 3P 0 603 C 255 3 3P 0 603 C 256 3 3P 0 603 C 257 3 3P 0 603 D GND PR ESET* +3V 3D D GND R ESET P212 P 213P 214 P 211 P 200 P 205 P 202 P 203 P 204 P 206P 207P 208P 209 P 287 C 259 1 00U F 1 0V Y XF Port 0 d ow nlo ad 1234 C O N205 A M P C T D O W NLO AD _R X D O W NLO AD _T X DGND +5V D R 207 1 0K 0603 P ort 1 d eb ug & r e m ote c o ntr o l SC A RT_B LU ESC A RT_R ED SC A RT_G REEN C O M PO SIT E R 216 390R 0603 R 217 7 5R 0 603 R 218 7 5R 0 603 R 219 7 5R 0 603 R 220 7 5R 0 603 D GND 1 8 R P200A 3 3R 2 7 R P200B 3 3R 6 3 R P200C 3 3R 5 4 R P200D 3 3R 1 8 R P201A 3 3R 2 7 R P201B 3 3R 6 3 R P201C 3 3R 5 4 R P201D 3 3RR 226 33R R 227 33RR 228 33R P 215P 216P 217P 218 P 219P 220P 221P 222 P 223 P 224P 225 D GND VID 0 V ID 1 V ID 2 V ID 3 V ID 4 V ID 5 V ID 6 V ID 7 V ID _C LK H SYN C* V SYN C* To v id eo b oard R 221 4 30R 0603 D GND P210 T M DS_D 2+ T M DS_D 2+ T M DS_D 2- T M DS_D 2- T M DS_D 1+T M DS_D 1- T M DS_D 0+T M DS_D 0- T M DS_C K +TM DS_C K - TM DS_D 1+ T M DS_D 1- T M DS_D 0+ T M DS_D 0- T M DS_C K+ T M DS_C K- H DM I_ D ET H DM I_ D ET H DM I DDC_S D ADDC_S C L +3V 3D M CLK _V AD DIS R 229 33RR 230 33R R 231 33R P 227P 228 P 229 A BCLK M CLK _V AD DIS A BC LK A LR CLK A LR CLK PC M /D SD 0 R 232 33R PC M /D SD 1 R 233 33R R 235 33R PC M /D SD 2 PC M /D SD 3 P283P 284 P 286 R 234 33R SPD IF P 285 D IG IT A L A U DIO F P C LKF P D O UTFP SEL_V FD FP SEL_S W FP D IN F PD IN F PSE L_S WFPC LK FPSE L_V FDFPD OUT Fro nt p anel IR RCV A 0 1A 1 2A 2 3 S D A 5S C L 6 W P 7 I C 203A 2 4LC 08B T/S N S O -8 R 225 2 K 2 0 603 R 224 2 K 2 0 603+3V 3D D GND DGND N F GND 4 V CC 8I C 203B 2 4LC 08B T/S N S O -8 C 238 1 00N 1 6V 0 603 +3V 3D D GND RESE T* C LK 27M _V AD DIS M DMCML_8740_0M L_8740_1M L_8740_2 M L_8740_3 595_D ATA H DM I_ IN T* 595_C LK595_L A TC H CO M PO SIT E_B T R IG GER _IN * M UTE* 1234 C O N206 AM P CT R214 1 5K 0 603 R 215 1 5K 0 603 D GND DGND +5V D N F U SB U SBD P U SBD N SER IA L_T X S ER IA L_R X 123456789101112131415161718192021222324252627282930C O N207 M OLE X 5 2806 S D A S C L C207 1 N 0 5 0V 0 603 D GND C 261 1 00U F 1 0V Y XF C 260 1 00U F 1 0V Y XF N orm al P ro gra m D eb ug F LA SH M EM CS0* M EM CS0* M EM CS1* S R AM n ot u se d n ot u se d M EM CS0* A D D0 p ull- d ow n p ull- u p p ull- d ow nAD D1 p ull- d ow n p ull- d ow n p ull- u p A udio c h annel P C M m ode D SD m ode 0 L / R ( o f 5 .1 o /p ) L 1 L S / R S R 2 C en tr e / S ub L S 3 2 c h d ow nm ix R S 4 n ot u se d C en tr e 5 n ot u se d S U B SD A S C L V CC RST G ND IC 201 L M 809M 3-2 .9 3 S O T-2 3 R 222 4 K 7 0 603 R 223 4 K 7 0 603 R 237 4 K 7 0 603 +3V 3D R 238 7 5R 0 603 R 239 7 5R 0 603 C 268 1 0N 5 0V 0 603 D GND L206 6 00R @ 100M Hz Pla ce C 257 a nd C 248 v e ry c lo se to V 888 D SD 4 DSD 5 R 240 3 3R P 288 R 241 33R P 289 SD ASC L +3V 3_P W M C262 1 0uF 1 0V 1 206 C 263 1 0uF 1 0V 1 206 C 264 1 0uF 1 0V 1 206 C 265 1 0uF 1 0V 1 206 C 266 1 0uF 1 0V 1 206 C 267 1 0uF 1 0V 1 206 C 269 1 00N 1 6V 0 603 C 270 1 00N 1 6V 0 603 C 271 1 00N 1 6V 0 603 +3V 3D + 1V 8D P 290 P 292 P 291 P 294 P 293 P 241 P 242 P 295 P 297 P 296 S pare S E R IA L_R XSE R IA L_T X R 242 4 K 7 0 603 +3V 3D R 243 0 R 0 0805 S pare S pare 12 C O N208 D GND N F R244 4 K 7 0 603 D GND M EM AD D20 PR O GRAM * NF N F N F N F HS200 3 319B +T 410-0 1 2 0.9 C /W M ark T w eed ale m ark t@ arc a m .c o .u k 0 1223 2 03210 ( d ir e ct) 0 1223 2 03200 ( s w it c h ) N F N F N F N F N F N F NF NF 08_E 047 PK 21/0 2/0 8 Fir s t r e le a se b ase d o n L 988 4.0 A 0 2 5A 1 2 4A 2 2 3A 3 2 2A 4 2 1A 5 2 0A 6 1 9A 7 1 8 A 8 8A 9 7A 10 6A 11 5A 12 4A 13 3A 14 2A 15 1 A 16 4 8 V SS 4 6 V DD 3 7 DQ0 2 9D Q1 3 1D Q2 3 3D Q3 3 5D Q4 3 8D Q5 4 0D Q6 4 2D Q7 4 4 D Q8 3 0D Q9 3 2D Q10 3 4D Q11 3 6D Q12 3 9D Q13 4 1D Q14 4 3D Q15 4 5 N C/V PP 1 3 O E* 2 8C E* 2 6 N C/V CCQ 4 7 WE* 1 1R ST * 1 2 V SS 2 7 WP* 1 4 A 17 1 7A 18 1 6A 19/N C 9 A 20 1 0N C/A 19 1 5 IC 202 39V F3201 L 165S W T S O P-4 8 08_E 073 FG V 02/0 4/0 8 Notth in g o n th is s h eet 4.1 0 8_E 084 MJT 18/0 4/0 8 Added n ote r e : IT E M 102, IT E M 103 o n to p o f IC 202, IC 204 4.2 I T E M 102 o n to p I T E M 103 o n to p 08_E 095 PK 06/0 5/0 8 Noth in g o n th is s h eet 4.3

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IS SU E DRAW IN G N O . D RAW IN G T IT LE D ATE File n am e: E C O N o. D ESC RIP TIO N O F C HAN G E L165C 03 F ro nt E nd .S ch C D37 F ro nt E nd C onta ct E ngin eer: L 165C T 6-M ay-2 008 IN IT IA LS P rin te d : 3 13 S heet of N ote s: C onta ct T el: A & R C am brid ge L td . P em bro ke A ve n ue C am brid ge C B5 9 Q R W ate rb ea ch

 A 2 123456789101112131415161718192021222324 2526 2827 C O N300 M OLE X 5 2559O PU D GND DGND TR 302 B C 327 T O -9 2 L300 600R @ 100M Hz +3V 3D C 303 1 00N 1 6V 0 603 D GND C 300 1 00U F 1 0V Y XF R 300 2 20R 0 603 D VD_L D C 317 4 7U F 3 5V Y K TR 300 M MUN2111LT 1 S O T-2 3 D RV SB * LA SER D RIV ER S D VD TR 303 B C 327 T O -9 2 R 301 2 20R 0 603 C 318 4 7U F 3 5V Y K TR 301 M MUN2111LT 1 S O T-2 3 C D _L D C D DVD LD _O UT C DLD _O UT + 3V 3_LD C 320 4 7P 5 0V 0 603 D GND C 321 4 7P 5 0V 0 603 D GND +5V D L302 600R @ 100M Hz C304 1 00N 1 6V 0 603 D GND C 301 1 00U F 1 0V Y XF +5V RFA L 303 600R @ 100M Hz C306 1 00N 1 6V 0 603 C 302 1 00U F 1 0V Y XF +5V _O PU G ND_LD O PU _H FM C 305 1 00N 1 6V 0 603 D GND DGND +5V _O PU P305 O PU _M D P303 P 301 P 302 P 300 T R 308 K TC 2875 S O T-2 3 R 322 4 K 7 0 603 T R 310 M MUN2211LT 1 S O T-2 3 T R 309 K TC 2875 S O T-2 3 C D *_D VD +3V 3D D GND CD _M D CD_M D 0= D VD ,1 = C D DGND DVD_M D CD_D VD _S W 1= C D,0 = D VD D GND P306 P 307 P 309 P 304 P 317P 318 R 321 4 70R 0 W 125 0 805 D VD _M D RFE R FE P 319 C 319 4 7U F 3 5V Y K C lo se to O PU O PU _V R EF R 325 3 3R 0 603 V C P320 D GND DGND RFF R FF P 311 R FB R FB P 312 R FA R FA P 313 R F R F P314 R FD R FD P 315 R FC R FC P 316 T A C T- T A C T+ F A C T+ F A C T- C 307 1 00N 1 6V 0 603 C 308 1 00N 1 6V 0 603 D GND DGND ST B Y 2 8B IA S 2 7 C FC ER R2 3 V IN FC 1C FC ER R1 2 V OFC + 1 4 V NFT K 2 0 V OTK + 1 5 V IN SL + 4V IN SL - 5V OSL 6 V IN TK 2 6C TK ER R1 2 5 V OLD + 1 7 V OFC - 1 3 C TK ER R2 2 4 V IN LD 2 3 P V CC1 9 V CC 8 V NFFC 7 V OLD - 1 8 P G ND 1 9 VOSL - 1 1V OSL + 1 2 P G ND 1 0 P V CC2 2 1 P R EG ND 2 2 VOTK - 1 6 G NDHS 2 9G NDHS 3 0 IC 301 B A5954F P -E 2 H SO P-2 8 +5V M C 335 2 20U F 1 6V Y XF C 312 1 00N 1 6V 0 603 C 313 1 00N 1 6V 0 603 D GND DGND FO CU S_S P 331C 324 1 00P 0 603 R 344 4 7K 0603 P 332 P 330 P 329 F A C T- +3V 3D R 345 1 00R 0 W 063 0 603 R 346 1 00R 0 W 063 0 603 R 343 4 7K 0 603 N F DGND VC 2 C310 1 00N 1 6V 0 603 C 311 1 00N 1 6V 0 603 P 328 U se + 3V 3D b eca use V c m ust b e = V D DPW M/2 R 318 1 0K 0603 R 351 6 K 8 0 603 C 327 4 N 7 5 0V 0 603 SL E D _S P 343 P 344 P 348 M OTO R D RIV ER SLE D - S LE D + R304 1R 0 0805R 305 1R 0 0805 F A C T- F A C T+ R 306 1R 0 0805R 307 1R 0 0805 P 333 P 335 P 336 T A C T- T A C T+ TA C T- TR A CK _S C 325 100P 0 603 R 319 1 0K 0603 SPIN DLE _S P 354P 355 P 351 P 346 P 349 P 345 P 350 P 347 D VR SB* DVR SB* D GND SPD L- S PD L+ P 356 123456C O N302 J S T P H S LE D & S PIN DLE R 317 1 0K 0 603 +3V 3D H OM E_S W D GND C 314 1 00N 1 6V 0 603 D GND 2 3 1 8 4 IC 302A L M 358A M S O -8 R 348 4 70K 0 603 R 349 4 70K 0 603 R 333 1 K 0 0 603 C 315 1 00N 1 6V 0 603 D GND DGND DGND DGND N F N F 6 5 7 IC 302B L M 358A M S O -8 D GND BEM F C CT 1 N O T U SED R 330 1 K 0 0 W 063 0 603 R 334 1 K 0 0 W 063 0 603 C 328 2 2N 1 6V 0 603 D 300 B AT54S S O T-2 3 SPD L_S E N SE + C 316 1 00N 1 6V 0 603 R 310 2 K 2 0 W 063 0 603 +3V 3D D GND SPD L_S E N SE - P 340 P 341 P 342 P 359 P 360 P 358 B AC K-E M F C IR CUIT R 350 3 9R 0 W 125 0 805 R 352 1 20R 0 W 125 0 805 2 3 1 8 4 IC 300A L M 393M S O -8 C 309 1 00N 1 6V 0 603 D GND +5V M DGND R 326 1 K 0 0603 R 327 1 K 0 0603 R 337 2 20K 0 603 R 335 2 20K 0 603 R 339 3 K 3 0 603 P 321 P 322 P 325 D GND N F N F NF N F N F NF NF 6 5 7IC 300B L M 393M S O -8 R 328 1 K 0 0603 R 329 1 K 0 0603 R 338 2 20K 0 603 R 336 2 20K 0 603 R 340 3 K 3 0 603 P 323 P 324 P 326 D GND N F N F NF N F N F NF TA C T+ T A C T- FA C T+ FA C T- R 342 3 60R 0 W 063 0 603 R 341 3 60R 0 W 063 0 603 N F AD C_H D GND O FFS ET C AN CELLA TIO N C CT N O T U SED P327 O PE N C LO SE 12345 C O N301 J S T P H TR AY- T R AY+ TR AY R 315 1 0K 0 603 R 316 1 0K 0 603 O UT_S W +3V 3D C 322 1 N 0 5 0V 0 603 D GND C 323 1 N 0 5 0V 0 603 D GND IN _S W G ND 1 O UT1 2 P 1 3 V z 4 I N 1 5 I N 2 6 V CC1 7 V CC2 8 P 2 9 O UT2 1 0 IC 303 L B 1641 S IP -1 0 C 330 1 00N 1 6V 0 603 C 332 1 00U F 2 5V Y K C 329 1 00N 1 6V 0 603 +12V D DGND DGND C 331 4 7U F 3 5V Y K R 311 1 5K 0 W 063 0 603 D GND C 333 1 0N 50V 0 603 O PU c o nnecto r p in o ut is r e ve rs e d w it h r e sp ect to O PU , s in ce F FC c a ble h as c o nta ct s u rfa ce s o n S AM E S ID E. +5 R EG 300 L 7805C V T O -2 20 +12V D C 334 1 00N 1 6V 0 603 C 326 2 20U F 1 6V Y XF M oto r d riv e r n ow h as it s o w n r e g ula to r H S300A P F752 2 3.7 C /W + 5V D +5V D P361 P 308 R 320 1 K 0 0 603 R 308 1 0R 0 W 063 0 603 R 302 1 0R 0 W 125 0 805 R 303 1 0R 0 W 125 0 805 R 312 0 R 0 0805 T R 304 M MUN2211LT 1 S O T-2 3 D GND R 314 4 70R 0 W 125 0 805 +5V D N F P310 R 313 0 R 0 0603 N F R323 3 K 3 0 603 R 309 3 K 3 0 603 B EM F C CT 2 N F N F N F N F NF NF N F N F R347 1 R 0 0 805 R 331 0 R 0 0 603 R 332 0 R 0 0 603 R 324 6 K 8 0 603 D Z300 B ZX 84C 5 V 6 S O T-2 3 S PD L_O UT- M ark T w eed ale m ark t@ arc a m .c o .u k 0 1223 2 03210 ( d ir e ct) 0 1223 2 03200 ( s w it c h ) 0 8_E 047 PK 21/0 2/0 8 Fir s t r e le a se b ase d o n L 988 4.0 0 8_E 073 FG V 02/0 4/0 8 Notth in g o n th is s h eet 4.1 0 8_E 084 MJT 18/0 4/0 8 REG 300, H S300 n ow s e t to N F a nd n ote a dded . 4.2 N F N F R EG 300, H S300 r e m ove d. 5 V s u pply n ow ta ke n d ir e ctly f r o m P SU b oard u sin g a h and m od w ir e lin k fr o m " o utp ut" o f L 807 to o utp ut p in o f R EG 300 fo otp rin t. S ee m od s h eet s u pplie d w it h E C O : 0 8_E 084 0 8_E 095 PK 06/0 5/0 8 Noth in g o n th is s h eet 4.3