7 arcamarcam.co.uk/ugc/tor/dv139/service manual/dv139circuit.pdf · c17 100n 100v mks2 dz6 bzx79c...
TRANSCRIPT
ISSUE
DRAWING NO.
DRAWING TITLE
DATE
Filename:
ECO No. DESCRIPTION OF CHANGE
L994_1.1.sch
DV137 SERIES PSU
Contact Engineer: L994CT9-Jun-2006
INITIALS
Printed: 1 1Sheet of
Notes:
Contact Tel: (01223) 203270Peter Gaggs
A & R Cambridge Ltd.Pembroke Avenue
Cambridge CB5 9QRWaterbeach
ARCAM
A2
DGND
DGND
DGND
DGND
DGND
VN35V6
VN35V6 VN35V6VN35V6
DGND
115V
115V
6
4
2
1
5
3
7
TX1Small Toroidal MainsL924TX
D12KBP02
VN35V6
DGND
1
2
3
4
5
6
CON1
MOLEX44472
L
N
E
SKT1BULGINPX0580
C2
C1 C33N3250VCER
C43N3250VCER
1
34
2
L1250U
SW2ASDDFC30400
SW2BSDDFC30400
1A 1 1B
2A 2 2B
115V 230V
SW118-000-0019
FHLDR220mm HLDR
FHLDR120mm HLDR
FS1 T315mA
S504
FS2T315mAS504
VN27V
EMC Shield
SH1
1234
CON5
AmpHD Pwr Con
VP5V
VP12V
DGND
123456789
1011121314151617181920212223242526272829303132
CON7
MOLEX52045
VN27V
VN21V5_F1VN16V_F2
DGNDAGND
VP12V
VP15V5
VP5V
VP3V3
VP3V3
VN15V5
VP5V
VP3V3
VP3V3
VP3V3
VP3V3
VP5V
SPARE3SPARE4
AC_PRES*
PSU_CLK
DGND
VP3V3
VP5V
SPARE1SPARE2
C46470UF25VYK
C39220UF16VYXF
C541000UF16VYXF
C551000UF16VYXF
C45470UF25VYK
C44470UF25VYK
D4
UF4003DO-41
C34
1N0 100VCERC36
1N0100VCER C25
100N100VMKS2
C20100N100VMKS2
C22100N100VMKS2
C21100N100VMKS2
C23100N100VMKS2
C26100N100VMKS2
C24100N100VMKS2
C19100N100VMKS2
C18100N100VMKS2
R3110R0W25MF
R18
10R 0W25MF
TR6BD179TO-126
R24
33R 0W25MF
R5
4K7 0W25MF
C40220UF16VYXF
C17100N100VMKS2
DZ6BZX79C12VDO-35
R119K10W25MF
R76K80W25MF
R4
4K7 0W25MF
R2668R0W25MF
R272K70W25MF
R25100R0W25MF
R2822R0W25MF
R1510K0W25MF
C50
22N 100VMKS2
C16100N100VMKS2
C564N7100VCER
TR8
BC556BTO-92
M1IRF640NTO-220
C6100N100VMKS2
C7100N100VMKS2
COMP1
VFB2
ISEN 3
RT/CT4
GN
D5
OUT 6
VCC
7
VREF8
IC1UC3843ANDIP-8
TR7BC556BTO-92
DGND
TR3BC546BTO-92
R1310K0W25MF
VP5V
PSU_CLK
C35
1N0 100VCER
R19
10R 0W25MF
C33
1N0 100VCER
R23
33R 0W25MF
AGND
C41470UF25VYK
C9100N100VMKS2
C10100N100VMKS2
C12100N100VMKS2
R20470R0W25MF
D2
UF4003DO-41
C42470UF25VYK
C13100N100VMKS2D3
UF4003DO-41 C11
100N100VMKS2
VP15V5
VN15V5
VN21V5_F1
VN16V_F2
VP5V
VP3V3
VP12V
VN35V6
R34K70W25MF
TR2
BC546BTO-92
R66K80W25MF
C3122UF63VYK
VP5V
DGND
AC_PRES*
R9
1K0 0W25MF
TR4BC546BTO-92
C4722P100VN150
DGND
R81K00W25MF
C14100N100VMKS2
R10
1K0 0W25MFC15
100N100VMKS2
VN35V6
5V_NFB
3V3_NFB
3V3_NFB
5V_NFB
C5122N100VMKS2
L6
6U8 2.1A 8RHT2
L7
6U8 2.1A 8RHT2
L5
33U 1.17A 8RHT2
L3
33U 1.17A 8RHT2
L433U 1.17A 8RHT2
VN35V6
VN35V6
VN21V5_F1
C2922UF63VYK
MAINS SUPPLYFOR EXT. AUDIOSUPPLY TX
C4922N100VMKS2
R14
R29
82K 0W25MF
NF
NFB (To Controller E/A)
(NFB From PSU Outputs)
GR
EY
4
DK
GR
EY3
LT G
REY
2
BLU
E1
CON2WAGO256
GR
EY
2
GR
EY
1
CON4WAGO256
GR
EE
N1
CON3WAGO256
GR
EY
WH
ITE
BLAC
K
BLU
E
R1647K0W25MF
C531000UF16VYXF
C8100N100VMKS2
QTY DESCRIPTIONPART No. NOTESITEM
ITEM1 1 Clip For SW Profile HeatsinkF006
ITEM3 2 Fuseholder Cover For 20mm FuseholderF022
ITEM2 1 Sil Pad For TO-220 HS InsulatorF082
ITEM4 1 Blank PCB DV78 PSUL959PB
C37100UF50VYXF
C38100UF50VYXF
C57470UF25VYXF
C3022UF63VYK
C43470UF25VYK
NF
NF
12345678
CON6
AMPCTNF
R32
AGND
DGND
LK2
ITEM5 1 Earth Lead Assy 75MM8M101 SAFETY EARTH WIRE FROM IEC INLET SK1 TO METAL CHASSIS
L2
LK1
0R0 0W25 MF
D5
1N4148DO-35
1
FIX2
Dia 3.5mm
1
FIX4
Dia 3.5mm
1
FIX5
Dia 3.5mm
7
2
3
16T
16T
22T
14T
10T8
1 11
10
9
12
4
41T
41T
5
6
SCR
TX2Ferrite Switch ModeL925TX
DGND
FD1
FD2
TOOL1
TOOL2
TOOL3
TOOL4
C271000UF63VYK
C281000UF63VYK
C48
1N0100VCER
TR5BD179TO-126
R1210K0W25MF
D6
31DQ10 DO-201AD
D7
31DQ06 DO-201AD
D8
UF5406DO-201AD
R21470R0W25MF
C32470pF1kVDE
DZ4BZX79C5V6DO-35
1
FIX1
Dia 3.5mm
1
FIX3
Dia 3.5mm
1
FIX6
Dia 3.5mm
NF
NF
R1710R0W25MF
TR1BC547BTO-92
DZ1
BZX79C2V7DO-35
R122K0W25MF
HS1BSW38-210.2C/W
NOTE TRANSFORMER TX1 IS MOUNTED ONTHE CHASSIS AND CONNECTED TO THE PSUPCB BY CON2,3,4. TX1 IS SHOWN ABOVE FOR CIRCUIT OPERATION
NF
R331K00W25MF
USED TO SECURE TRANSFORMER CABLES TO PCB NEAR CON1
NF
ITEM7 2 Rivet CopperHP007S RIVETS TO SECURE IEC INLET TO PCB
DZ2BZX79C10VDO-35
C52330P100VN750
R300R223WSPRX
1.0Production release02/07/03PG05_E171ITEM6 1 Cable Tie 100MM X 2.5MMF044
DZ3
BZX79C12VDO-35
DZ5
BZX79C6V2DO-35
R22
220R0W25MF
R2
150R0W25MF
This board is based on the DV78 series PSU L959AY, but with some different component values for different VFD supply voltages. It uses the same blank PCB
NF
C522N100VMKS2
1.1Fit C5 for improved conducted emissions09/06/06MJT06_E092
ISSUE
DRAWING NO.
DRAWING TITLE
DATE
Filename:
ECO No. DESCRIPTION OF CHANGE
L110C01 Top Level.Sch
DV139 Top Level
Contact Engineer: L110CT20-Oct-2006
INITIALS
Printed: 1 13Sheet of
Notes:
Contact Tel:
A & R Cambridge Ltd.Pembroke Avenue
Cambridge CB5 9QRWaterbeach
ARCAM
A2
RFRFARFBRFC
ADC_H
RFD
SPDL_SENSE-
RFE
SPDL_SENSE+
RFF
VC
CD_MDDVD_MDCD_LDDVD_LD
CD*_DVDTRACK_SSLED_SSPINDLE_SFOCUS_S
DRVSB*
OPENCLOSEIN_SWOUT_SWHOME_SW
SCART_BLUE
SCART_REDSCART_GREEN
COMPOSITE
TMDS_D2+TMDS_D2-TMDS_D1+TMDS_D1-TMDS_D0+TMDS_D0-
TMDS_CK+TMDS_CK-
HDMI_DET
DDC_SDADDC_SCL
MCLK_VADDIS
ABCLKALRCLK
PCM/DSD0PCM/DSD1PCM/DSD2PCM/DSD3
SPDIF
FPDIN
FPSEL_SW
FPCLKFPSEL_VFD
FPDOUT
IRRCV
RESET*
CLK27M_VADDIS
MDMC
ML_8740_0
ML_8740_1ML_8740_2
ML_8740_3
595_LATCH
HDMI_INT*
595_DATA595_CLK
COMPOSITE_B
TRIGGER_IN*
MUTE*
SDASCL
DSD4DSD5
SERIAL_RXSERIAL_TX
L110C02 Vaddis 8L110C02 Vaddis 8.Sch
DVD_LD
DRVSB*
CD_LD
CD*_DVD
CD_MDDVD_MD
RFE
VC
RFF
RFBRFA
RF
RFDRFC
FOCUS_S
SLED_STRACK_S
SPINDLE_S
HOME_SW
SPDL_SENSE+SPDL_SENSE-
ADC_H
OPENCLOSE
OUT_SWIN_SW
L110C03 Front EndL110C03 Front End.Sch
CLK27M_VADDISMCLK_VADDIS
MCLK_DAC0
MCLK_DAC1MCLK_DAC2
ABCLKALRCLK
ABCLK_DAC0
ABCLK_DAC1
ALRCLK/DSD0
ALRCLK/DSD2ALRCLK/DSD4
PSUCLK
ABCLK_DAC2
PCM/DSD0PCM/DSD1
ABCLK_DAC3
PCM/DSD2
PCM_DAC1/DSD1
MCLK_DAC3
ALRCLK_DAC3
PCM_DAC0
PCM_DAC2
PCM/DSD3
PCM_DAC3/DSD3
HDMI_INT*
SDASCL
DSD5_DAC3
DSD4DSD5
595_DATA595_CLK595_LATCH
GAIN_SCALING
16/9ENABLE_AV
SPDIF_HDMI
SERIAL_RXSERIAL_TX
L110C04 Clocks & BuffersL110C04 Clocks & Buffers.Sch
ALRCLK_DAC3
PCM_DAC3/DSD3
ABCLK_DAC3
MCLK_DAC3
MDMC
ML_8740_3
RESET*
GAIN_SCALING
MUTE*
AC_PRES* SCART_LEFTSCART_RIGHT
ALRCLK/DSD0
PCM_DAC0
ABCLK_DAC0
MCLK_DAC0
ML_8740_0
PCM_DAC1/DSD1
L110C05 DAC L & RL110C05 DAC L & R.Sch
ALRCLK/DSD2
PCM_DAC1/DSD1
ABCLK_DAC1
MCLK_DAC1
MDMC
ML_8740_1
RESET*
ALRCLK/DSD4
PCM_DAC2
ABCLK_DAC2
MCLK_DAC2
ML_8740_2
PCM_DAC3/DSD3
DSD5_DAC3
L110C06 DAC LS RS C SUBL110C06 DAC LS RS C SUB.Sch
TMDS_D2+TMDS_D2-TMDS_D1+TMDS_D1-TMDS_D0+TMDS_D0-TMDS_CK+TMDS_CK-
DDC_SCLDDC_SDA
HDMI_DET
SCART_LEFTSCART_RIGHTENABLE_AV16/9
COMPOSITE_B
COMPOSITE
SCART_REDSCART_GREENSCART_BLUE
REM_BUSP
TRIGGER_IN*
REM_BUSN
L110C07 HDMI 1 SCART RemoteL110C07 HDMI 1 SCART Remote.Sch
PSUCLK AC_PRES*
L110C08 PowerL110C08 Power.Sch
COMPOSITE_BA
VIDB[0..7]
VIDCLK_ENC
VIDCLK_SCALER
HSYNC_861B*VSYNC_861B*
ENC_RESET*
HDMI_RESET*
SDA_ASCL_A
SERIAL_RX_ASERIAL_TX_A
SCALER_RESET*SYSCLK
HSYNC_ENC*
L110C09 Buffer & PLDL110C09 Buffer & PLD.Sch
VIDB[0..7]
HSYNC_ENC*VSYNC_861B*
VIDCLK_ENC
SDA_ASCL_A
ENC_RESET*
COMPOSITE_BA
L110C10 Video EncoderL110C10 Video Encoder.Sch
HDMI_RESET*
SCL_ASDA_A
VSYNC_HDMI*
RED[0..7]
HSYNC_HDMI*
VIDCLK_HDMI
SERIAL_RX_ASERIAL_TX_A
GREEN[0..7]BLUE[0..7]
DE_HDMI
L110C11 HDMI 2L110C11 HDMI 2.Sch
FRONT ENDSHEET 3
VADDIS 8
SHEET 2
RFRFARFBRFCRFDRFERFFADC_HSPDL_SENSE-SPDL_SENSE+CD_MDDVD_MDCD_LDDVD_LDVCCD*_DVDTRACK_SSLED_SSPINDLE_SFOCUS_SOPENCLOSEIN_SWOUT_SWHOME_SWDRVSB*
PCM/DSD0PCM/DSD1PCM/DSD2PCM/DSD3
ABCLKALRCLK
SPDIF
CLK27M_VADDISMCLK_VADDIS
FPDINFPDOUTFPCLKFPSEL_VFDFPSEL_SWIRRCV
HDMI_INT*
ENABLE_AV16/9
SCART_REDSCART_GREENSCART_BLUECOMPOSITE
COMPOSITE_B
TRIGGER_IN*
TMDS_D2+TMDS_D2-TMDS_D1+TMDS_D1-TMDS_D0+TMDS_D0-TMDS_CK+TMDS_CK-DDC_SDADDS_SCLHDMI_DET
CLOCKSBUFFERSSHEET 4
HDMI 1 O/PSCARTREMOTE INSHEET 7
REM_BUSP
GAIN_SCALING
RESET*MDMCML_8740_0ML_8740_3MUTE*
PCM_DAC0PCM_DAC3/DSD3ABCLK_DAC0ABCLK_DAC3ALRCLK/DSD0ALRCLK_DAC3MCLK_DAC0MCLK_DAC3
DACL,R,Lt,RtSHEET 5
DACLS,RS,C,SUB
SHEET 6
ML_8740_1ML_8740_2
RESET*MDMC
POWERSHEET 8
PSU_CLK
AC_PRES*
PCM_DAC1/DSD1PCM_DAC2ABCLK_DAC1ABCLK_DAC2ALRCLK/DSD2ALRCLK/DSD4MCLK_DAC1MCLK_DAC2
SCART_LEFTSCART_RIGHT
VIDB[0..7]
VIDB[0..7]
COMPOSITE_BASDA_ASCL_A
ENC_RESET*VIDCLK_ENC
DIG VIDEO BUFFERCPLDRS232SHEET 9
HSYNC_861B*VSYNC_861B*VIDCLK_SCALER
HDMI_RESET*
SDA_ASCL_A
SNAP-OFF VIDEO SECTION
VIDEO ENCODERSHEET 10
HDMI O/P 2SHEET 11
REM_BUSN
ITEM100 1 Blank PCB DV137 Main BoardL988PB
06_E024 PG 22/02/05 Preliminary BOM release 1.0
SPDIF
FPDIN
FPSEL_SW
FPCLKFPSEL_VFD
FPDOUT
REM_BUSP
IRRCV
REM_BUSNSPDIF_HDMI
L110C12 SPDIF & Front panel interfaceL110C12 SPDIF & Front panel interface.Sch
SDASCL
SPDIFFRONT PANEL I/F
SHEET 12
DSD5_DAC3
DSD4DSD5
595_DATA595_CLK595_LATCH
SPDIF_HDMI
SERIAL_RXSERIAL_TX
SERIAL_RX_ASERIAL_TX_A
VIDB[0..7]HSYNC_861B*VSYNC_861B*VIDCLK_SCALERSYSCLKSCALER_RESET*
SDA_ASCL_A
RED[0..7]GREEN[0..7]
BLUE[0..7]HSYNC_HDMI*VSYNC_HDMI*
DE_HDMI
VIDCLK_HDMI
ScalerL110C13 Scaler.sch
SYSCLKSCALER_RESET*
SDA_ASCL_A
RED[0..7]GREEN[0..7]BLUE[0..7]HSYNC_HDMI*VSYNC_HDMI*DE_HDMI
VIDCLK_HDMISCALERSHEET 13
HSYNC_ENC*
NOTES ON VARIANTSThis board is one of 3 variants that all use the same bare PCB (L988PB). The build differences are: Number of audio channels (2 OR 8)Type of audio DAC (WM8740 OR WM8741) Video section populated/not populatedScaler/HDMI transmitter used (vaddis internal or external devices)Aux audio PSU fitted/not fittedSPDIF transformer fitted/not fitted
06_E029 PG 14/03/05 Modify PSU for WM8741 2.0
AUDIO CHANNELS
AUDIO DAC
VIDEO SECTION
HDMI
AUX PSU
DV135
2
WM8740
POPULATED
VADDIS
NOT FITTED
DV137
8
WM8740
POPULATED
ABT1010/SI9030
NOT FITTED
DV139
8
WM8740 (Not WM8741 currently)
NOT POPULATED
ON SEPARATE BOARD L102AY
FITTED
BOARD ASSEMBLY P/N L111AY L988AY L110AY
SPDIF TRANSFORMER NOT FITTED FITTED FITTED
06_E036 PG 20/03/05 Add thermal attach pads to IC200 3.0
06_E093 MJT 12/06/06 None to this sheet. Add heatsink to top of Vaddis. 3.1
Mark [email protected]
01223 203210 (direct)01223 203200 (switch)
06_E159 AD/MJT 20/10/06 DACs now WM8740 + voicing mods 3.2
ISSUE
DRAWING NO.
DRAWING TITLE
DATE
Filename:
ECO No. DESCRIPTION OF CHANGE
L110C02 Vaddis 8.Sch
DV139 Vaddis 8
Contact Engineer: L110CT20-Oct-2006
INITIALS
Printed: 2 13Sheet of
Notes:
Contact Tel:
A & R Cambridge Ltd.Pembroke Avenue
Cambridge CB5 9QRWaterbeach
ARCAM
A2
DVD
LD21
5G
ND
AFER
216
GN
DAD
C21
7VD
DC
218
GP
CIO
3221
9G
ND
C22
0IC
GP
CIO
422
1IC
GP
CIO
522
2VP
PD22
3G
PC
IO11
224
GN
DP
225
ICG
PC
IO6
226
ICG
PC
IO7
227
VDD
-IP22
8G
PC
IO4
229
GP
CIO
1523
0PW
MC
O2
231
PWM
CO
3/G
PCIO
4423
2G
ND
PWM
S23
3PW
MC
O4
234
VDD
PWM
S23
5PW
MC
O5/
GPC
IO46
236
PWM
CO
623
7PW
MC
O0
238
DU
PRD
023
9D
UPT
D0
240
DU
PRD
124
1D
UPT
D1
242
GP
CIO
3924
3G
PC
IO40
244
VDD
P24
5G
PC
IO42
246
GP
CIO
3324
7G
PC
IO34
248
GP
CIO
1324
9G
PC
IO48
250
GP
CIO
4925
1G
PC
IO50
252
GP
CIO
5125
3G
PC
IO47
254
AOUT0 129SPDIFIN0/GPCIO65 130ALRCLK 131ABCLK 132GNDP-A2 133AMCLK 134VDDP-A2 135AIN0/GPCIO23 136VSYNC* 137HSYNC* 138GNDP 139VCLKX2 140VDDP 141VID7 142VID6 143VID5 144VID4 145GNDC 146VDDC 147VID3 148VID2 149VID1 150VID0 151GPCIO31 152AOUT5/GPCIO10 153VDDP 154GNDP 155GNDA 156RESET* 157VDDA 158XO 159GCLKP 160AHVDD 161AHGND 162AGNDP 163HDTXC- 164HDTXC+ 165AVDDP 166HDTXD0- 167HDTXD0+ 168VD
DU
SB65
GPCIO521
USB
DP
66
AOUT4/GPCIO532
USB
DN
67
GPCIO543
GN
DU
SB68
GPCIO554
RAM
ADD
469
GPCIO565
RAM
ADD
370
GPCIO576
RAM
ADD
571
GPCIO587
RAM
ADD
272
GPCIO598
RAM
ADD
673
GPCIO609
VDD
P74
GPCIO1710
RAM
ADD
175
MEMCS1*11
RAM
ADD
776
VDDP12
RAM
ADD
077
MEMAD1513
GN
DP
78
MEMAD1614
RAM
ADD
879
MEMAD1415
VDD
C80
MEMAD1316
RAM
ADD
1081
MEMAD1217
GN
DC
82
MEMDA1518
RAM
ADD
983
MEMAD1119
VDD
P84
MEMDA720
RAM
ADD
1185
GNDP21
RAM
BA1
86
MEMAD1022
RAM
BA0
87
MEMDA1423
GN
DP
88
MEMAD924
RAM
CS1
*89
MEMDA625
RAM
RAS
*90
MEMAD826
RAM
CAS
*91
MEMDA1327
VDD
P92
MEMDA528
RAM
WE*
93
MEMAD2029
RAM
DQ
M94
VDDP30
GN
DPC
LK95
MEMDA1231
PCLK
96
MEMWR*32
VDD
PCLK
97
MEMDA433
RAM
DAT
898
VDDC34
GN
DP
99
MEMDA1135
RAM
DAT
710
0
MEMDA336
RAM
DAT
910
1
MEMAD1937
RAM
DAT
610
2
GNDC38
VDD
P10
3
MEMDA1039
RAM
DAT
1010
4
MEMAD1840
GNDP41
MEMDA242
MEMAD1743
MEMDA944
MEMAD745
MEMDA146
MEMAD647
MEMDA848
MEMAD549
VDDP50
MEMDA051
MEMAD452
MEMRD*53
MEMAD354
MEMAD255
MEMCS0*56
MEMAD157
MEMAD058
GNDP59
VDD-IP60
VDDP61
GPCIO6162
GPCIO6263
RAMCKE64
RAM
DAT
510
5
RAM
DAT
1110
6
GN
DP
107
RAM
DAT
410
8
VDD
C10
9
RAM
DAT
1211
0
GN
DC
111
RAM
DAT
311
2
VDD
P11
3
RAM
DAT
1311
4
RAM
DAT
211
5
RAM
DAT
1411
6
GN
DP
117
RAM
DAT
111
8
RAM
DAT
1511
9
RAM
DAT
012
0
VDD
P12
1
GPC
IO20
/AIN
412
2
GN
DP
123
AO
UT3
124
SPD
IFIN
1/G
PCIO
7012
5
SP
DIF
OU
T12
6
AO
UT2
127
AO
UT1
128
AGNDP 169HDTXD1- 170HDTXD1+ 171AVDDP 172HDTXD2- 173HDTXD2+ 174AGNDP 175HDCSET 176AGNDC 177AVDDT18 178GNDDAC 179GNDDAC 180DAC6_CVBS 181VDDDAC 182DAC5_C 183DAC4_Y/G 184VDDDAC 185DAC3_Y 186DAC2_V/R 187VDDDAC 188DAC1_U/B 189RSET 190GNDDAC 191GNDDACBS2 192
GP
CIO
1625
5G
ND
P25
6
RFI
NP
193
RFI
NN
194
ADC
ING
195
ACD
INA
196
VDD
AFE
197
ADC
INB
198
VDD
SAFE
199
VDD
AFE
200
ADC
INC
201
ADC
INH
202
ADC
IND
203
ADC
INJ
204
GN
DAD
C20
5AD
CIN
E20
6AD
CIN
K20
7AD
CIN
F20
8O
PUR
EF20
9B
GC
AP21
0R
ESLO
AD21
1C
D_M
D21
2D
VDM
D21
3C
DLD
214
IC200
ZR36888-HLCGS
LQFP256
DGND
+3V3D +1V8D
DQ0 2
VDD
Q3
DQ1 4
DQ2 5
DQ3 7
DQ4 8
VDD
Q9
DQ5 10
DQ6 11
DQ7 13
VDD
27
LDQM15
WE*16
CAS*17
RAS*18
CS*19
BA020
BA121
A1022
A023 A124 A225
VDD
14
VDD
Q43
VSS
54
VDD
Q49
VDD
1VS
S28
VSSQ
52VS
SQ46
VSS
41
A326 A429 A530 A631 A732 A833 A934
CKE37
CLK38
UDQM39
DQ8 42
DQ9 44
DQ10 45
VSSQ
12
DQ11 47
DQ12 48
DQ13 50
DQ14 51
VSSQ
6
DQ15 53
A1135
IC204IC42S16800-6T(G)TSOP-2 54
+3V3D
DGND
RAM
CKE
RAM
ADD
4R
AMAD
D3
RAM
ADD
5R
AMAD
D2
RAM
ADD
6
RAM
ADD
1R
AMAD
D7
RAM
ADD
0
RAM
ADD
8
RAM
ADD
10
RAM
ADD
9
RAM
ADD
11R
AMBA
1R
AMBA
0
RAM
CS*
RAM
RAS
*R
AMC
AS*
RAM
WE*
RAM
DQ
MR
236
22R
PCLK
RAM
DAT
8
RAM
DAT
7R
AMD
AT9
RAM
DAT
6
RAM
DAT
10R
AMD
AT5
RAM
DAT
11
RAM
DAT
4
RAM
DAT
12
RAM
DAT
3
RAM
DAT
13R
AMD
AT2
RAM
DAT
14
RAM
DAT
1R
AMD
AT15
RAM
DAT
0
RAMCKEPCLK
RAMWE*RAMCAS*RAMRAS*RAMCS*
RAMBA0RAMBA1
SDRAM
RAMADD11RAMADD10RAMADD9RAMADD8RAMADD7RAMADD6RAMADD5RAMADD4RAMADD3RAMADD2RAMADD1RAMADD0
RAMDQM
RAMDAT0RAMDAT1RAMDAT2RAMDAT3RAMDAT4RAMDAT5RAMDAT6RAMDAT7RAMDAT8RAMDAT9RAMDAT10RAMDAT11RAMDAT12RAMDAT13RAMDAT14RAMDAT15
VADDIS 8
P245P246
P247P248P249P250
P251P252
P253P254P255P256P257P258P259P260P261P262P263P264
P265
P281P280P279P278P277P276P275P274P273P272P271
P266P267P268P269P270
+3V3D
DGND
FLASH
MEMCS1*
MEMADD15MEMADD16MEMADD14MEMADD13MEMADD12MEMDAT15MEMADD11MEMDAT7
MEMADD10MEMDAT14MEMADD9MEMDAT6MEMADD8MEMDAT13MEMDAT5MEMADD20
MEMDAT12MEMWR*MEMDAT4
MEMDAT11MEMDAT3MEMADD19
MEMDAT10MEMADD18
MEMDAT2MEMADD17MEMDAT9MEMADD7MEMDAT1MEMADD6MEMDAT8MEMADD5
MEMDAT0MEMADD4MEMRD*MEMADD3MEMADD2MEMCS0*MEMADD1MEMADD0
+3V3D
DGND
R2054K70603
R2031K00603
TR200
MMUN2111LT1SOT-23
1
2
SW200
SDTA-620-NDGND
PROGRAM SWITCH
MEMADD01 2
CON201
1 2CON200
1 2
CON202
MEMCS0* FLASHCS*
R200
0R0 0603
Normal/program
SRAMCS*
Debug mode
MEMCS1*
debug mode
DGND
R2064K70603
R2041K00603
MEMADD1
12
CON203+3V3D
debug mode
R201 0R0R202 0R0
NF
MEMDAT0MEMDAT1MEMDAT2MEMDAT3MEMDAT4MEMDAT5MEMDAT6MEMDAT7
MEMDAT8MEMDAT9MEMDAT10MEMDAT11MEMDAT12MEMDAT13MEMDAT14MEMDAT15
MEMADD0MEMADD1MEMADD2MEMADD3MEMADD4MEMADD5MEMADD6MEMADD7
MEMADD8MEMADD9MEMADD10MEMADD11MEMADD12MEMADD13MEMADD14MEMADD15
MEMADD16MEMADD17MEMADD18
MEMADD19
Intel
SST
MEMADD20
PRESET*MEMWR*
+3V3D
FLASHCS*MEMRD*
13579
11131517192123252729313335373941
24681012141618202224262830323436384042
CON204+3V3D
DGNDDGND
MEMADD19MEMRD*MEMDAT8MEMDAT9
DEBUG SRAM I/F
MEMDAT10MEMDAT11MEMDAT12MEMDAT13MEMDAT14MEMDAT15MEMADD1MEMADD3MEMADD5MEMADD7MEMADD18MEMWR*MEMADD12MEMADD10MEMADD14
MEMADD0SRAMCS*MEMDAT0MEMDAT1MEMDAT2MEMDAT3MEMDAT4MEMDAT5MEMDAT6MEMDAT7MEMADD16MEMADD2MEMADD4MEMADD6MEMADD17MEMADD9MEMADD8MEMADD11MEMADD15MEMADD13
DEBUG CONFIG
BOOT SELECT
+3V3D
DGND
C214100N16V0603
C216100N16V0603
C218100N16V0603
C220100N16V0603
C222100N16V0603
C224100N16V0603
C226100N16V0603
C228100N16V0603
C230100N16V0603
C232100N16V0603
C234100N16V0603
C236100N16V0603
C237100N16V0603
C239100N16V0603
C240100N16V0603
C241100N16V0603
VADDIS DECOUPLING
+1V8D
DGND
C213100N16V0603
C215100N16V0603
C217100N16V0603
C219100N16V0603
C221100N16V0603
C225100N16V0603
C227100N16V0603
C229100N16V0603
C231100N16V0603
C233100N16V0603
C235100N16V0603
+3V3D
DGND
VADDIS DECOUPLING SDRAM DECOUPLING
C209100N16V0603
DGND
L200
600R@100MHz+1V8D
C242100N16V0603
+1V8_PLL
DGND
+1V8_PLL
L202 600R@100MHz
C243100N16V0603
+1V8_HDPLL
DGND
+1V8_HDPLL
L205 600R@100MHz
C247100N16V0603
+3V3_HD
DGND
+3V3_HD
L203 600R@100MHz
C244100N16V0603
+1V8_HD
DGND
+1V8_HD
C210100N16V0603
C211100N16V0603
+3V3_VDAC
DGND
L201 600R@100MHz+3V3D
C245100N16V0603
+3V3_AFE
DGND
+3V3_AFE
L204 600R@100MHz
C246100N16V0603
+3V3_PWM
DGND
+3V3_PWM
C2051N050V0603
C2061N050V0603
RF
C2011N00603
C200 1N00603
DGND
RFARFBRFCADC_HRFDSPDL_SENSE-RFESPDL_SENSE+RFFVC
C208100N0603
R209100K0603
+3V3_AFE
DGND
R208
20K 0603
CD_MDDVD_MDCD_LDDVD_LDCD*_DVDCD*_DVD
CD
*_D
VD
DVD_LD
DVD
_LD
CD_LD
CD
_LD
DVD_MD
DVD
_MD
CD_MD
CD
_MD
VC
VC
RFF
RFF
SPDL_SENSE+
SPD
L_SE
NSE
+
RFE
RFE
SPDL_SENSE-
SPD
L_SE
NSE
-
RFD
RFD
ADC_H
ADC
_H
RFC
RFC RFB
RFB
RFA
RFA
RF
RF
TRAC
K_PW
M
SPIN
DLE
_PW
M
SLED
_PW
MFO
CU
S_PW
M
R210 27K 0603TRACK_PWMR212 18K 0603SLED_PWMR213 15K 0603SPINDLE_PWMR211 27K 0603FOCUS_PWM
C202
1N00603
C203
1N00603NF
C258
27N0603
C204
1N00603
TRACK_SSLED_SSPINDLE_SFOCUS_S
DGND
TRACK_SSLED_SSPINDLE_SFOCUS_S
DR
VSB*
DRVSB*DRVSB*
OP
EN
OPENOPEN
CLO
SE
CLOSECLOSE
IN_SW
IN_SWIN_SW
OUT_SW
OUT_SWOUT_SW
HOME_SW
HOME_SWHOME_SW
C248
33P0603
C249
33P0603
C250
33P0603
C251
33P0603
C252
33P0603
C253
33P0603
C254
33P0603
C255
33P0603
C256
33P0603
C257
33P0603
DGND
PRESET*
+3V3D
DGND
RESET
P212
P213P214
P211
P200
P205
P202
P203
P204
P206P207P208P209
P287
C259100UF10VYXF
Port 0 download
1234
CON205AMPCT
DO
WN
LOAD
_RX
DO
WN
LOAD
_TX
DGND
+5VD
R207
10K 0603
Port 1 debug & remote control
SCART_BLUESCART_RED
SCART_GREEN
COMPOSITE
R216 390R 0603
R217
75R0603
R218
75R0603
R219
75R0603
R220
75R0603
DGND
1 8RP200A 33R2 7RP200B 33R
63RP200C 33R54RP200D 33R
1 8RP201A 33R2 7RP201B 33R
63RP201C 33R54RP201D 33R
R226 33R
R227 33RR228 33R
P215P216P217P218
P219P220P221P222
P223
P224P225
DGND
VID0
VID1
VID2
VID3
VID4
VID5
VID6
VID7
VID_CLK
HSYNC*VSYNC*
To video board
R221 430R 0603
DGND
P210
TMDS_D2+TMDS_D2+
TMDS_D2-TMDS_D2-
TMDS_D1+TMDS_D1-
TMDS_D0+TMDS_D0-
TMDS_CK+TMDS_CK-
TMDS_D1+TMDS_D1-
TMDS_D0+TMDS_D0-
TMDS_CK+TMDS_CK-
HDMI_DETHDMI_DET
HDMI
DDC_SDADDC_SCL
+3V3D
MCLK_VADDIS
R229 33RR230 33R
R231 33R
P227P228
P229
ABCLK
MCLK_VADDIS
ABCLK
ALRCLKALRCLK
PCM/DSD0
R232 33R PCM/DSD1R233 33R
R235 33R
PCM/DSD2
PCM/DSD3
P283P284
P286R234 33R SPDIFP285
DIGITAL AUDIO
FPCLKFPDOUTFPSEL_VFD
FPSEL_SW
FPDINFPDIN
FPSEL_SWFPCLK
FPSEL_VFDFPDOUT
Front panel
IRRCV
A01 A12 A23 SDA 5
SCL 6
WP 7
IC203A
24LC08BT/SNSO-8
R225
2K20603
R224
2K20603
+3V3D
DGNDDGND
NF
GND4
VCC8IC203B
24LC08BT/SNSO-8
C238100N16V0603
+3V3D
DGND
RESET*
CLK27M_VADDIS
MDMCML_8740_0ML_8740_1ML_8740_2
ML_8740_3
595_DATA
HDMI_INT*
595_CLK595_LATCH
COMPOSITE_B
TRIGGER_IN*
MUTE*
1 2 3 4
CON206 AMP CT
R21415K0603
R21515K0603
DGND
DGND
+5VD
NFUSB
USBDPUSBDN
SERIAL_TXSERIAL_RX
123456789
101112131415161718192021222324252627282930
CON207
MOLEX52806
SDASCL
C2071N050V0603
DGND
C261100UF10VYXF
C260100UF10VYXF
Normal Program DebugFLASH MEMCS0* MEMCS0* MEMCS1*SRAM not used not used MEMCS0*ADD0 pull-down pull-up pull-downADD1 pull-down pull-down pull-up
Audio channel PCM mode DSD mode0 L / R (of 5.1 o/p) L1 LS / RS R2 Centre / Sub LS3 2 ch downmix RS4 not used Centre5 not used SUB
SDASCL
VCC
RST
GN
D
IC201
LM809M3-2.93SOT-23
R222
4K70603
R223
4K70603
R237
4K70603
+3V3D
R238
75R0603
R239
75R0603
C26810N50V0603
DGND
L206
600R@100MHz
Place C257 and C248 very close to V888
DSD4
DSD5
R24033R
P288
R241 33RP289
SDASCL
+3V3_PWM
C26210uF10V1206
C26310uF10V1206
C26410uF10V1206
C26510uF10V1206
C26610uF10V1206
C26710uF10V1206
C269100N16V0603
C270100N16V0603
C271100N16V0603
+3V3D
+1V8D
P290
P292
P291
P294
P293
P241
P242
P295
P297
P296
Spare
SERIAL_RXSERIAL_TX
R242
4K70603
+3V3D
R243
0R0 0805
A025
A124
A223
A322
A421
A520
A619
A718
A88
A97
A106
A115
A124
A133
A142
A151
A1648
VSS
46VD
D37
DQ0 29
DQ1 31
DQ2 33
DQ3 35
DQ4 38
DQ5 40
DQ6 42
DQ7 44
DQ8 30
DQ9 32
DQ10 34
DQ11 36
DQ12 39
DQ13 41
DQ14 43
DQ15 45
NC/VPP13
OE*28 CE*26
NC
/VC
CQ
47
WE*11 RST*12
VSS
27
WP*14
A1717
A1816
A19/NC9
A2010 NC/A1915
IC202
39VF3201L988SWTSOP-48
Spare
Spare
12
CON208
DGND
NF
R244
4K70603
DGND
MEM
ADD
20
PROGRAM*
1.0
NF
NF
NF
NF
06_E024 PG 22/02/05 Preliminary BOM release
06_E029 PG 14/03/05 Modify PSU for WM8741 2.0
06_E036 PG 20/03/05 Add thermal attach pads to IC200 3.0
06_E093 MJT 12/06/06 Add heatsink to top of Vaddis. 3.1
Mark [email protected]
01223 203210 (direct)01223 203200 (switch)
HS200
3319B+T410-0120.9C/W
06_E159 AD/MJT 20/10/06 None to this sheet 3.2
ISSUE
DRAWING NO.
DRAWING TITLE
DATE
Filename:
ECO No. DESCRIPTION OF CHANGE
L110C03 Front End.Sch
DV139 Front End
Contact Engineer: L110CT20-Oct-2006
INITIALS
Printed: 3 13Sheet of
Notes:
Contact Tel:
A & R Cambridge Ltd.Pembroke Avenue
Cambridge CB5 9QRWaterbeach
ARCAM
A2
123456789101112131415161718192021222324
2526
2827
CON300
MOLEX52559
OPU
DGND
DGND
TR302
BC327TO-92
L300 600R@100MHz+3V3D
C303100N16V0603
DGND
C300100UF10VYXF
R300
220R0603
DVD_LD
C317
47UF35VYK
TR300MMUN2111LT1SOT-23
DRVSB*
LASER DRIVERSDVD
TR303
BC327TO-92
R301
220R0603
C318
47UF35VYK
TR301MMUN2111LT1SOT-23
CD_LD
CD
DVDLD_OUT
CDLD_OUT
+3V3_LD
C320
47P50V0603
DGND
C321
47P50V0603
DGND
+5VD L302 600R@100MHz
C304100N16V0603
DGND
C301100UF10VYXF
+5VRFA L303 600R@100MHz
C306100N16V0603
C302100UF10VYXF
+5V_OPU
GND_LD
OPU_HFM
C305100N16V0603
DGND
DGND
+5V_OPU
P305OPU_MD
P303
P301
P302
P300
TR308
KTC2875SOT-23
R3224K70603
TR310
MMUN2211LT1
SOT-23
TR309
KTC2875SOT-23
CD*_DVD
+3V3D DGND
CD_MDCD_MD
0=DVD,1=CD DGND
DVD_MD
CD_DVD_SW
1=CD,0=DVD
DGND
P306
P307
P309
P304
P317P318
R321470R
0W1250805
DVD_MD
RFERFE P319
C319
47UF35VYK Close to OPU
OPU_VREF R325
33R0603
VCP320
DGND
DGND
RFFRFF P311RFBRFB P312RFARFA P313RFRF P314
RFDRFD P315RFCRFC P316
TACT-TACT+FACT+FACT-
C307100N16V0603
C308100N16V0603
DGND DGND
STBY28 BIAS27
CFCERR23
VINFC1
CFCERR12 VOFC+ 14
VNFTK20
VOTK+ 15
VINSL+4
VINSL-5
VOSL6
VINTK26
CTKERR125
VOLD+ 17
VOFC- 13
CTKERR224
VINLD23
PVC
C1
9
VCC
8
VNFFC7
VOLD- 18
PG
ND
19
VOSL- 11
VOSL+ 12
PG
ND
10
PVC
C2
21
PR
EG
ND
22
VOTK- 16
GN
DH
S29
GN
DH
S30
IC301
BA5954FP-E2HSOP-28
+5VM
C335220UF16VYXF
C312100N16V0603
C313100N16V0603
DGND
DGND
FOCUS_S P331
C324100P0603
R344
47K 0603
P332P330
P329
FACT-
+3V3D
R345100R0W0630603
R346100R0W0630603
R34347K0603NF
DGND
VC2
C310100N16V0603
C311100N16V
0603
P328
Use +3V3D because Vc must be = VDDPWM/2
R318
10K 0603 R3516K80603
C3274N750V0603
SLED_S P343 P344P348
MOTOR DRIVER
SLED-SLED+
R304 1R0 0805R305 1R0 0805 FACT-
FACT+
R306 1R0 0805R307 1R0 0805
P333
P335
P336
TACT-TACT+
TACT-TRACK_SC325
100P0603
R319
10K 0603
SPINDLE_S
P354P355
P351
P346
P349P345
P350
P347
DVRSB*
DVRSB*
DGND
SPDL-SPDL+
P356
123456
CON302
JSTPH
SLED & SPINDLE
R31710K0603
+3V3D
HOME_SW
DGND
C314100N16V
0603
DGND
2
31
84
IC302A
LM358AMSO-8
R348
470K0603
R349470K0603
R3331K00603
C315100N16V
0603
DGND
DGND
DGND
DGND
NF
NF
6
57
IC302B
LM358AMSO-8
DGND
BEMF CCT 1 NOT USED
R330
1K00W0630603
R334
1K00W0630603
C328
22N16V0603
D300BAT54SSOT-23
SPDL_SENSE+
C316100N16V
0603
R310
2K20W0630603
+3V3D
DGND
SPDL_SENSE-
P340
P341 P342
P359
P360
P358
BACK-EMF CIRCUIT
R350
39R0W1250805
R352
120R0W1250805
2
3 184
IC300A
LM393MSO-8
C309100N16V0603
DGND
+5VM
DGND
R326
1K0 0603
R327
1K0 0603R337220K0603
R335
220K0603
R339
3K30603
P321
P322
P325
DGND
NF
NF
NF
NF
NF NF
NF
6
5 7IC300B
LM393MSO-8
R328
1K0 0603
R329
1K0 0603R338220K0603
R336
220K0603
R340
3K30603
P323
P324
P326
DGND
NF
NF
NF
NF
NF
NF
TACT+
TACT-
FACT+
FACT-
R342
360R0W0630603
R341
360R0W0630603
NF ADC_H
DGND
OFFSET CANCELLATION CCT NOT USED
P327
OPEN
CLOSE 12345
CON301
JSTPH
TRAY-TRAY+
TRAYR31510K0603
R31610K0603
OUT_SW
+3V3D
C3221N050V0603
DGND
C3231N050V0603
DGND
IN_SW
GN
D1
OUT1 2
P13
Vz4
IN15
IN26
VCC
17
VCC
28
P29 OUT2 10
IC303
LB1641SIP-10
C330100N16V0603
C332
100UF25VYK
C329100N16V0603
+12VD
DGND
DGND
C331
47UF35VYK
R311
15K0W0630603
DGND
C333
10N 50V0603
OPU connector pin out is reversed with respect to OPU, since FFC cable has contact surfaces on SAMESIDE.
+5
REG300L7805CVTO-220
+12VD
C334100N16V0603
C326220UF16VYXF
Motor driver now has its own regulator
HS300APF75223.7C/W
+5VD
+5VD
P361
P308
R320
1K00603
R308
10R0W0630603
R30210R0W1250805
R30310R0W1250805
R312
0R0 0805
TR304
MMUN2211LT1
SOT-23
DGND
R314470R
0W1250805
+5VD
NFP310
R313
0R0 0603 NF
R323
3K30603
R309
3K30603
BEMF CCT 2
NF
NF
NF
NFNF
NF
NF
NF
R3471R00805
R331
0R00603
R332
0R00603
R3246K80603
DZ300
BZX84C5V6SOT-23
SPDL_OUT-
1.006_E024 PG 22/02/05 Preliminary BOM release
06_E029 PG 14/03/05 Modify PSU for WM8741 2.0
06_E036 PG 20/03/05 Add thermal attach pads to IC200 3.0
06_E093 MJT 12/06/06 None to this sheet. Add heatsink to top of Vaddis. 3.1
Mark [email protected]
01223 203210 (direct)01223 203200 (switch)
06_E159 AD/MJT 20/10/06 None to this sheet 3.2
ISSUE
DRAWING NO.
DRAWING TITLE
DATE
Filename:
ECO No. DESCRIPTION OF CHANGE
L110C04 Clocks & Buffers.Sch
DV139 Clocks & Buffers
Contact Engineer: L110CT20-Oct-2006
INITIALS
Printed: 4 13Sheet of
Notes:
Contact Tel:
A & R Cambridge Ltd.Pembroke Avenue
Cambridge CB5 9QRWaterbeach
ARCAM
A2
DGND
DGND DGND
CLOCK GENERATOR
CLK27M_VADDIS
AUDIO CLOCK BUFFERS
MCLK_VADDIS
MCLK_DAC0
MCLK_DAC1
MCLK_DAC2
ABCLK
ALRCLK
I2S/DSD BUFFERS
DGND
ABCLK_DAC0
ABCLK_DAC1
DGND
ALRCLK/DSD0
ALRCLK/DSD2
ALRCLK/DSD4 PSUFS0PSUFS1
DGND
PSUCLK
I04
I13
Y 5
!Y 6
E7
I22
I31
I415
I514
I613
I712
S011
S110
S29
IC412A
74HC151DSO-16
+3V3D
+3V3D
+3V3D
+3V3D
VCC 16
GND 8
IC412B
74HC151DSO-16
+3V3D
PSU CLOCK DIVIDER
PSUCLK SHOULD BE 44.1kHz OR 48kHz
Fs PSUFS1 PSUFS0 PSUCLK44.1kHz 0 0 44.1kHz48kHz 0 0 48kHz88.2kHz 0 1 44.1kHz96kHz 0 1 48kHz176.4kHz 1 0 44.1kHz192kHz 1 0 48kHzothers 1 1 OFF (use this for 32kHz & DSD mode)
DGND
Audio master clock frequency for different sample rates
Fs Master clock frequency PLLSEL DIV0* DIV2* DIV8*32kHz 12.288MHz (384 x Fs) 1 1 0 144.1kHz 11.2896MHz (256 x Fs) 0 1 0 148kHz 12.288MHz (256 x Fs) 1 1 0 188.2kHz 22.5792MHz (256 x Fs) 0 0 1 196kHz 24.576MHz (256 x Fs) 1 0 1 1176.4kHz 22.5792MHz (128 x Fs) 0 0 1 1192kHz 24.576MHz (128 x Fs) 1 0 1 1DSD 44.1k 2.8224MHz (64 x Fs) 0 1 1 0
DGND
C423
100UF10VYXF
C425
100UF10VYXF
C413
100N16V0603
C414
100N16V0603
C404
100N16V0603
C406
100N16V0603
P426
P427
P460P461
P462
P465
P463P464
P466
X400
27MHzHC49
ITEM400 1 Pad Damping 7.5x6x3MM RubberE828AP Fit on one side of XTAL (see assembly drawing)
C405
100N16V0603
CLK3
D2
SD*
4R
D*
1
Q 5
!Q 6
IC403A
74LVC74ADS0-14R410
100R 0603
R411
100R0603
+3V3D
5 6
4 IC405B74LVC125ADSO-14
R413
100R 0603
9 8
10
IC405C74LVC125ADSO-14
CLOCK DIVIDEROE*19
A017 Y0 3
A115 Y1 5
A213 Y2 7
A311 Y3 9
IC408B
74LVC244APWTSSOP-20
OE*19
A017 Y0 3
A115 Y1 5
A213 Y2 7
A311 Y3 9
IC407B
74LVC244APWTSSOP-20
ABCLK_DAC2
OE*19
A017 Y0 3
A115 Y1 5
A213 Y2 7
A311 Y3 9
IC409B
74LVC244APWTSSOP-20
OE*1
A02 Y0 18
A14 Y1 16
A26 Y2 14
A38 Y3 12
IC410A
74LVC244APWTSSOP-20
CLK3
D2
SD*
4R
D*
1
Q 5
!Q 6
IC404A
74LVC74ADS0-14
CLK11
D12
SD*
10R
D*
13
Q 9
!Q 8
IC404B
74LVC74ADS0-14
OE*19
A017 Y0 3
A115 Y1 5
A213 Y2 7
A311 Y3 9
IC410B
74LVC244APWTSSOP-20
PCM/DSD0
PCM/DSD1
ABCLK_DAC3
OE*1
A02 Y0 18
A14 Y1 16
A26 Y2 14
A38 Y3 12
IC411A
74LVC244APWTSSOP-20
PCM/DSD2
PCM_DAC1/DSD1
GND 10
VCC 20IC410C
74LVC244APWTSSOP-20
GND 10
VCC 20IC409C
74LVC244APWTSSOP-20
GND 10
VCC 20IC407C
74LVC244APWTSSOP-20
C415
100N16V0603
VCC 14
GND 7
IC403C
74LVC74ADS0-14
GND 7
VCC 14IC405E
74LVC125ADSO-14
C412
100N16V0603
R400
75R 0603
12 11
13
IC405D74LVC125ADSO-14
2 3
1 IC405A74LVC125ADSO-14
DGND
C416
100N16V0603
C417
100N16V0603
C426
100UF10VYXF
R426
100R 0603
C418
100N16V0603
XTI7
XTO8
FSEL14
VSS2
6
VSS3
11
VSS1
2
VDD
25
VDD
312
VDD
11
MO1 3
MO2 4
AO1 9
AO2 10
SO1 13
SO2 15
NC16
IC401SM8707EVSOP-16
VCC 14
GND 7
IC404C
74LVC74ADS0-14
R412
100R 0603P402
P401
P403
P404
P406
P405
P409
P411
P410P412
P413
P414
P415
P428
P429
P430
C400
27P100V0805
C401
27P100V0805
C402
100N16V0603
+3V3PLL+5VD
R404
75R 0603
R405
75R 0603
R406
75R 0603
R402
75R 0603
R403
75R 0603
R432
47R 0603
R433
47R 0603
R407
75R 0603MCLK_DAC3
ALRCLK_DAC3
PCM_DAC0
DGND PCM_DAC2
PCM/DSD3PCM_DAC3/DSD3
P431
OE*1
A02 Y0 18
A14 Y1 16
A26 Y2 14
A38 Y3 12
IC408A
74LVC244APWTSSOP-20DGND
GND 10
VCC 20IC408C
74LVC244APWTSSOP-20
C421
100N16V0603
R434
0R00603NF
To allow testing with Vaddis PLL enabled
+3V3
REG400LM1117MPX-3.3SOT-223
123456789
101112131415161718192021222324252627282930
CON400
MOLEX52806
ALRCLK_HDMI
ABCLK_HDMI
PCM/DSD0_HDMI
PCM/DSD1_HDMI
PCM/DSD2_HDMI
PCM/DSD3_HDMI
MCLK_HDMI
SPDIF_HDMI
HDMI_INT*
DGND
+3V3D
To video board
+5VD
Check power
HDMI_INT*
ALRCLK_HDMI
ABCLK_HDMI
PCM/DSD0_HDMI
PCM/DSD1_HDMI
PCM/DSD2_HDMI
PCM/DSD3_HDMI
MCLK_HDMI
DGNDP417 P421
P418
R401
75R 0603P416 P419
Close to DACs
MCLK_DACS
P422
P424
P425
P423
GND 10
VCC 20IC411C
74LVC244APWTSSOP-20
C422
100N16V0603
R414 100R 0603
R415 100R 0603
P432 ALRCLK_DACS
ABCLK_DACS
P433P434P435
P444
P446
P436P437P438P439
P440P441P442P443
OE*1
A02 Y0 18
A14 Y1 16
A26 Y2 14
A38 Y3 12
IC407A
74LVC244APWTSSOP-20DGND
P452P453P454P455
Close to DACs
OE*1
A02 Y0 18
A14 Y1 16
A26 Y2 14
A38 Y3 12
IC413A
74LVC244APWTSSOP-20
P456P457P458P459
Close to DACs
1 8RP400A 100R
2 7RP400B 100R
63RP400C 100R
54RP400D 100R
1 8RP401A 100R
2 7RP401B 100R
63RP401C 100R
54RP401D 100R
OE*1
A02 Y0 18
A14 Y1 16
A26 Y2 14
A38 Y3 12
IC409A
74LVC244APWTSSOP-20
R444 100R0603
DGND
ALRCLK_PSU
CLK11
D12
SD*
10R
D*
13
Q 9
!Q 8
IC403B
74LVC74ADS0-14
+3V3D
R409
100R 0603
R408
100R 0603
P467
P469
P468P470
CLK3
D2
SD*
4R
D*
1
Q 5
!Q 6
IC400A
74LVC74ADS0-14
+3V3D
R428
100R 0603
R427
100R 0603
P471
P473
P472P474
CLK11
D12
SD*
10R
D*
13
Q 9
!Q 8
IC400B
74LVC74ADS0-14
DGND
R436
47R 0603P475
P476
P477
OE*1
A02 Y0 18
A14 Y1 16
A26 Y2 14
A38 Y3 12
IC406A
74LVC244APWTSSOP-20
DSD4
DSD5
P478
P479
DGND
DSD5_DAC3
DSD4_HDMI
DSD5_HDMI
P480P481P482P483
P485
OE*19
A017 Y0 3
A115 Y1 5
A213 Y2 7
A311 Y3 9
IC406B
74LVC244APWTSSOP-20
DGND
GND 10
VCC 20IC406C
74LVC244APWTSSOP-20
OE*19
A017 Y0 3
A115 Y1 5
A213 Y2 7
A311 Y3 9
IC411B
74LVC244APWTSSOP-20
OE*19
A017 Y0 3
A115 Y1 5
A213 Y2 7
A311 Y3 9
IC413B
74LVC244APWTSSOP-20
GND 10
VCC 20IC413C
74LVC244APWTSSOP-20
DGND
DSD4_DAC
I2S/DSD MUX
DAC3 is PCM only
PCM_DAC0/DSD0
PCM_DAC2/DSD2
C409
100N16V0603
C408
100N16V0603
DSD4_HDMIDSD5_HDMI
MCLK_DACS
DGND
TR401
MMUN2211LT1SOT-23
R43910K0603
+3V3D
DGND
Setting DIRECT_MCLK* low allows master clock to be sent direct to DAC in DSD mode (instead of via vaddis) for improved jitter in DSD mode.This may be removed from the design if it is found to adversly affect jitter in PCMmode
TR400
MMUN2211LT1SOT-23
R43810K0603
+3V3D
DGND
DSD_MODE*
DIV2*
DIV8*
DIV0*
Could use IC408B for this - depends on layout
STOP_DIV2* STOP_DIV8*
R43710K0603
DGND
PLLSEL
P407
P400I2S_MODE*
R440
0R00603Close to IC413
DS14 Q0 15
Q1 1
SHCP11 Q2 2
STCP12 Q3 3
Q4 4
MR10 Q5 5
OE13 Q6 6
Q7 7
Q7'/DO 9
IC414A
74HC595DSO-16
595_DATA
595_CLK595_LATCH +3V3D
DGND
DS14 Q0 15
Q1 1
SHCP11 Q2 2
STCP12 Q3 3
Q4 4
MR10 Q5 5
OE13 Q6 6
Q7 7
Q7'/DO 9
IC415A
74HC595DSO-16
+3V3D
DGND
PLLSELDIV0*DIV2*DIV8*STOP_DIV2*STOP_DIV8*DSD_MODE*MCLK_DIRECT*
P408P486P487P488P489P490P491P492
PSUFS0PSUFS1
GAIN_SCALING16/9ENABLE_AV
P495
P494
P493
VCC 16
GND 8
IC415B
74HC595DSO-16
VCC 16
GND 8
IC414B
74HC595DSO-16
C407
100N16V0603
C410
100N16V0603
DGND
+3V3D
R441
0R00603 DGND
NF
P496
ITEM401 1 INSULATING PAD FOR HC49 CRYSTALSF087 Fit to X400 to insulate from PCB
VCC 14
GND 7
IC400C
74LVC74ADS0-14
C411
100N16V0603
1 8RP403A 100R
2 7RP403B 100R
63 RP403C 100R
54 RP403D 100R
1 8RP404A 100R
2 7RP404B 100R
63 RP404C 100R
54 RP404D 100R
1 8RP405A 100R
2 7RP405B 100R
63 RP405C 100R
54 RP405D 100R
DGND
18
RP402A
33K
27
RP402B
33K
63
RP402C
33K
54
RP402D
33K
I2S_MODE*
SPDIF_HDMI
SERIAL_RX
SERIAL_TX Spare
P420
MCLK_DIRECT*
C403100N16V0603
+3V3D
DGND
C419100N16V0603
C420100N16V0603
C424100N16V0603
C427100N16V0603
C428100N16V0603
C429100N16V0603
C430100N16V0603
C431100N16V0603
R416 47R 0603
R417 47R 0603
R418
100R 0603NF
Option to allow 5.6448MHz clock if required
1.006_E024 PG 22/02/05 Preliminary BOM release
06_E029 PG 14/03/05 Modify PSU for WM8741 2.0
06_E036 PG 20/03/05 Add thermal attach pads to IC200 3.0
06_E093 MJT 12/06/06 None to this sheet. Add heatsink to top of Vaddis. 3.1
Mark [email protected]
01223 203210 (direct)01223 203200 (switch)
06_E159 AD/MJT 20/10/06 None to this sheet 3.2
ISSUE
DRAWING NO.
DRAWING TITLE
DATE
Filename:
ECO No. DESCRIPTION OF CHANGE
L110C05 DAC L & R.Sch
DV139 DAC Left / Right
Contact Engineer: L110CT20-Oct-2006
INITIALS
Printed: 5 13Sheet of
Notes:
Contact Tel:
A & R Cambridge Ltd.Pembroke Avenue
Cambridge CB5 9QRWaterbeach
ARCAM
A2
+3V3A
C501
10UF35VSGET
+5VA
C50010UF35VSGET
DGND
DGND
DGND
+3V3_DAC3
+3V3_DAC3
C504
10UF35VSGET
C505
10UF
35VSGET
DGND
ALRCLK_DAC3PCM_DAC3/DSD3
ABCLK_DAC3
MCLK_DAC3
MDMCML_8740_3
DGND
+3V3_DAC3
RESET*
R500
3K30805
C5392N2100VFKP2
R5033K30805
C547680P100VFKP2
R516
680R0805
R501
3K30805
C5402N2100VFKP2
R518
680R0805
R505
3K3 0805
C549680P
100VFKP2
2
31
84
IC502A
OPA2134UASO-8
DGND
DGND
2nd order Bessel filter, Av=1
DAC 3
FILTER
2
31
84
IC503A
OPA2134UASO-8
R525
10K0805
R524
10K0805
R5341M00805
C559
100UF16VNONP
R538
47R0805
R540
47R0805DGND
23
1
IC506ADG413DYSO-16
1011
9
IC506CDG413DYSO-16
1415
16
IC506DDG413DYSO-16
OUTPUT BUFFERGain of -2.2 for HDCD, otherwise -1.1
GAIN_SCALINGR52710K0805
DGND
1=HDCD gain, 0=normal
V-4
GND5
V+13
VL12
IC506E
DG413DYSO-16
+12VA
+5VA
-12VA
DGND
DGND
+12VA
-12VA
EMC_GND
RLY500ANECEB2-5NU
DGNDDGND
RLY500CNECEB2-5NU
+5VD
D505
BAS16SOT-323
RLY501CNECEB2-5NU
RLY600CNECEB2-5NU
TR501
FMMT497SOT-23
DGND
MUTE*
AC_PRES*
MUTING
R546
11K0805
Useful for drop-out test
D500BAT54SSOT-23
R554
0R0 0805
R560
0R00805
R561
0R00805
SCART_LEFT
D504
BAT54SSOT-23R562
100R 0805
DGND EMC_GND
12
CON500HARWIN
M20-973DGND
TR500
BC849BSOT-23 DGND
R55047K0805
NF
NF
P507
P509
P514
P512
P516 P518
P513
P543
P544
P545
P506
Base resistor on PSU
C563
100N100V
MKS2
C564
100N100VMKS2
LEFT DOWNMIX
RIGHT DOWNMIX
SCR
N
SKT500KUNMING GOLD
DGND DGND
LT_OUT
P504P505
P520
OUT_GND1OUT_GND2
R502
3K30805
C5412N2100VFKP2
R5043K30805
C548680P100VFKP2
R517
680R0805
R507
3K30805
C5432N2100VFKP2
R520
680R 0805
R5093K3 0805
C551680P
100VFKP2
6
57
IC502BOPA2134UASO-8
DGND
DGND
P508
P522
6
57
IC503B
OPA2134UASO-8
R526
10K0805
R532
10K0805
R5351M00805
C560
100UF16VNONP
R539
47R0805
R541
47R0805DGND
67
8
IC506BDG413DYSO-16
DGND
R547
11K0805
R55147K0805
P515
P525
P517
+12VA
-12VA
RLY500BNECEB2-5NU
DGND
D501BAT54SSOT-23
R555
0R0 0805
SCART_RIGHT
P519 RT_OUT
RLY601CNECEB2-5NU
+3V3A
C507
10UF35VSGET
+5VA
C50310UF35VSGET
DGND
DGND
DGND
+3V3_DAC0
C508
10UF35VSGET
C509
10UF
35VSGET
DGND
ALRCLK/DSD0PCM_DAC0ABCLK_DAC0
MCLK_DAC0
ML_8740_0
DGND
+3V3_DAC0
R506
3K30805
C5422N2100VFKP2
R5083K30805
C550680P100VFKP2
R519
680R0805
R510
3K30805
C5442N2100VFKP2
R523
680R0805
R514
3K3 0805
C553680P
100VFKP2
2
31
84
IC504A
OPA2134UASO-8
DGND
DGND
2nd order Bessel filter, Av=1
DAC 0
FILTER
2
31
84
IC505A
OPA2134UASO-8
R531
10K0805
R5361M00805
C561
100UF16VNONP
R542
47R0805
R543
47R0805DGND
+12VA
-12VA
RLY501ANECEB2-5NU
DGNDDGND
R548
11K0805
D502BAT54SSOT-23
R556
0R0 0805R55247K0805
P521
P536
P524P526 P527
P535
C565
100N100V
MKS2
C566
100N100VMKS2
LEFT_OUT
P532
R511
3K30805 C545
2N2100VFKP2
R5133K30805
C552680P100VFKP2
R521
680R0805
R512
3K30805 C546
2N2100VFKP2
R522
680R 0805
R5153K3 0805
C554680P
100VFKP2
6
57
IC504BOPA2134UASO-8
DGND
DGND
P538
P537
6
57
IC505B
OPA2134UASO-8
R533
10K0805
R5371M00805
C562
100UF16VNONP
R544
47R0805
R545
47R0805DGND
DGND
R549
11K0805
R55347K0805
P540P541
+12VA
-12VA
RLY501BNECEB2-5NU
DGND
D503BAT54SSOT-23
R559
0R0 0805
P542 RIGHT_OUT
LEFT
RIGHT
R557
0R0 0805R558
0R0 0805
R563
1K0 0603
-12VA
DGND
+12VA
DGND
-12VA
DGND
+12VA
DGND
MDMC
RESET*
MDMC
RESET*
P500P501P502
P503
P528P529P530
P531
R564
0R00603
R565
0R00603
Fit for WM8740 only
R566
0R00603
PCM_DAC1/DSD1
Fit for 8741 only
P510
C512100N16V0603
C513100N16V0603
C514100N16V0603
C515100N16V0603
C521
100N16V0603
C522
100N16V0603
R530
10K0603
C517100N16V0603
C524100N16V0603
C571
1N050V0603
C572
1N050V0603
C518100N16V0603
C519100N16V0603
C520100N16V0603
C525100N16V0603
C526
100N16V0603
C527
100N16V0603
C529100N16V0603
C530100N16V0603
C531100N16V0603
C533100N16V0603
C532100N16V0603
C573 1N050V 0603
C574 1N050V 0603
C575 1N050V 0603
C50210UF35VSGET
+12VA
DGND
C50610UF35VSGET
-12VA
DGND
C516100N16V0603
C523100N16V0603
C51010UF35VSGET
+12VA
DGND
C51110UF35VSGET
-12VA
DGND
C528100N16V0603
C534100N16V0603
C535100P100V0805
C536100P100V0805
C537100P100V0805
C538
100P100V0805
C567100P100V0805
C568100P100V0805
C569
100P100V0805
C570100P100V0805
C555
33P100V0805
C556
33P100V0805
C557
33P100V0805
C558
33P100V0805
L500
600R@100MHz
L501
600R@100MHz
P511
R528
1K00805
R529
1K00805
1.006_E024 PG 22/02/05 Preliminary BOM release
R564 fitted for WM8740not fitted for WM8741
06_E029 PG 14/03/05 Modify PSU for WM8741 2.0
NOTE: ALL PARTS FOR LEFT/RIGHT OUTPUTS ARE NOT FITTED FOR DV135 FITTED FOR DV135 ONLY
06_E036 PG 20/03/05 Add thermal attach pads to IC200 3.0
06_E093 MJT 12/06/06 None to this sheet. Add heatsink to top of Vaddis. 3.1
Mark [email protected]
01223 203210 (direct)01223 203200 (switch)
ML/I2S28
DVD
D8
DG
ND
7
LRCKIN1
BCKIN3 DIN2
DIFFHW6
SCLK5
RSTB*22
VOUTL+ 17
MODE8X4
VOUTR+ 12
MODE24
AGN
DL
19
ZERO 21
VOUTL- 16
VMIDL 18
VOUTR- 13
AVD
DR
9AG
ND
R10
VMIDR 11
MC/DM127
CSBIOW23
MUTEB25
MD/DM026AV
DD
L20
AG
ND
14AV
DD
15 IC500
XWM8740SEDS/RSSOP-28
ML/I2S28
DVD
D8
DG
ND
7
LRCKIN1
BCKIN3 DIN2
DIFFHW6
SCLK5
RSTB*22
VOUTL+ 17
MODE8X4
VOUTR+ 12
MODE24
AGN
DL
19
ZERO 21
VOUTL- 16
VMIDL 18
VOUTR- 13
AVD
DR
9AG
ND
R10
VMIDR 11
MC/DM127
CSBIOW23
MUTEB25
MD/DM026
AVD
DL
20
AG
ND
14AV
DD
15 IC501
XWM8740SEDS/RSSOP-28
06_E159 AD/MJT 20/10/06 DACs changed to WM8740. Removed rubber pads from o/p relays. 3.2
ISSUE
DRAWING NO.
DRAWING TITLE
DATE
Filename:
ECO No. DESCRIPTION OF CHANGE
L110C06 DAC LS RS C SUB.Sch
DV139 DAC LS RS C SUB
Contact Engineer: L110CT20-Oct-2006
INITIALS
Printed: 6 13Sheet of
Notes:
Contact Tel:
A & R Cambridge Ltd.Pembroke Avenue
Cambridge CB5 9QRWaterbeach
ARCAM
A2
+3V3A
C601
10UF35VSGET
+5VA
C60010UF35VSGET
DGND
DGND
DGND
+3V3_DAC1
C604
10UF35VSGET
C605
10UF
35VSGET
DGND
ALRCLK/DSD2PCM_DAC1/DSD1
ABCLK_DAC1
MCLK_DAC1
MDMCML_8740_1
DGND
+3V3_DAC1
R600
3K30805
C6362N2100VFKP2
R6033K30805
C644680P100VFKP2
R616
680R0805
R601
3K30805
C6372N2100VFKP2
R618
680R0805
R605
3K3 0805
C646680P
100VFKP2
2
31
84
IC602A
OPA2134UASO-8
DGND
DGND
2nd order Bessel filter, Av=1
DAC 1
FILTER
2
31
84
IC603A
OPA2134UASO-8
R624
10K0805
R6281M00805
C656
100UF16VNONP
R632
47R0805
R634
47R0805DGND
OUTPUT BUFFERGain of -1.1
+12VA
-12VA
EMC_GND
RLY600ANECEB2-5NU
DGNDDGND
R640
11K0805
D600BAT54SSOT-23
R648
0R0 0805
R651
0R00805
R652
0R00805
R64447K0805
P607
P608
P612P614 P616
P606
C660
100N100V
MKS2
C661
100N100VMKS2 LEFT SURROUND
RIGHT SURROUND
SCR
N
SKT600KUNMING GOLD
DGND DGND
LS_OUT
P618
OUT_GND3OUT_GND4
R602
3K30805
C6382N2100VFKP2
R6043K30805
C645680P100VFKP2
R617
680R0805
R607
3K30805 C639
2N2100VFKP2
R620
680R 0805
R6093K3 0805
C648680P
100VFKP2
6
57
IC602BOPA2134UASO-8
DGND
DGND
P609
P620
C60210UF35VSGET
+12VA
DGND
C60610UF35VSGET
-12VA
DGND
6
57
IC603B
OPA2134UASO-8
R625
10K0805
R6291M00805
C657
100UF16VNONP
R633
47R0805
R635
47R0805DGND
DGND
R641
11K0805
R64547K0805
P613P615
+12VA
-12VA
RLY600BNECEB2-5NU
DGND
D601BAT54SSOT-23
R649
0R0 0805
P617 RS_OUT
+3V3A
C607
10UF35VSGET
+5VA
C60310UF35VSGET
DGND
DGND
DGND
+3V3_DAC2
C608
10UF35VSGET
C609
10UF
35VSGET
DGND
ALRCLK/DSD4PCM_DAC2ABCLK_DAC2
MCLK_DAC2
ML_8740_2
DGND
+3V3_DAC2
R606
3K30805
C6402N2100VFKP2
R6083K30805
C647680P100VFKP2
R619
680R0805
R610
3K30805
C6412N2100VFKP2
R623
680R0805
R614
3K3 0805
C650680P
100VFKP2
2
31
84
IC604A
OPA2134UASO-8
DGND
DGND
2nd order Bessel filter, Av=1
DAC 2
FILTER
2
31
84
IC605A
OPA2134UASO-8
R626
10K0805
R6301M00805
C658
100UF16VNONP
R636
47R0805
R637
47R0805DGND
+12VA
-12VA
RLY601ANECEB2-5NU
DGNDDGND
R642
11K0805
D602BAT54SSOT-23
R650
0R0 0805R64647K0805
P619
P633
P622P623 P624
P632
C662
100N100V
MKS2
C663
100N100VMKS2
CENT_OUT
P629
R611
3K30805 C642
2N2100VFKP2
R6133K30805
C649680P100VFKP2
R621
680R0805
R612
3K30805
C6432N2100VFKP2
R622
680R 0805
R6153K3 0805
C651680P
100VFKP2
6
57
IC604BOPA2134UASO-8
DGND
DGND
P635
P634
C61010UF35VSGET
+12VA
DGND
C61110UF35VSGET
-12VA
DGND
6
57
IC605B
OPA2134UASO-8
R627
10K0805
R6311M00805
C659
100UF16VNONP
R638
47R0805
R639
47R0805DGND
DGND
R643
11K0805
R64747K0805
P637P638
+12VA
-12VA
RLY601BNECEB2-5NU
DGND
D603BAT54SSOT-23
R653
0R0 0805
P639 SUB_OUT
CENTRE
SUB
-12VA
DGND
+12VA
DGND
-12VA
DGND
+12VA
DGND
MDMC
MDMC
P600P601P602
P603
P625P626P627
P628
RESET* RESET* R654
0R00603
Fit for WM8740 only
R655
0R00603
PCM_DAC3/DSD3
Fit for WM8741 only
NOTE Audio outputs are not inverted like they were in previous designs, so software must not invert phase
R656
0R00603
R657
0R00603
RESET*
DSD5_DAC3
C612100N16V0603
C613100N16V0603
C614100N16V0603
C615100N16V0603
C621
100N16V0603
C622
100N16V0603
C618100N16V0603
C619100N16V0603
C620100N16V0603
C625100N16V0603
C626
100N16V0603
C627
100N16V0603
C616100N16V0603
C623100N16V0603
C628100N16V0603
C631100N16V0603
C617100N16V0603
C624100N16V0603
C629100N16V0603
C630100N16V0603
C668
1N050V0603
C669
1N050V0603
C632100P100V0805
C634
100P100V0805
C633100P100V0805
C635
100P100V0805
C664100P100V0805
C665100P100V0805
C666
100P100V0805
C667
100P100V0805
C652
33P100V0805
C653
33P100V0805
C654
33P100V0805
C655
33P100V0805
L600
600R@100MHz
L601
600R@100MHz
P640
1.006_E024 PG 22/02/05 Preliminary BOM release
Fit for WM8740 only
Fit for WM8741 only
06_E029 PG 14/03/05 Modify PSU for WM8741 2.0
NOTE: ALL PARTS ON THIS SHEET ARE NOT FITTED FOR DV135
06_E036 PG 20/03/05 Add thermal attach pads to IC200 3.0
06_E093 MJT 12/06/06 None to this sheet. Add heatsink to top of Vaddis. 3.1
Mark [email protected]
01223 203210 (direct)01223 203200 (switch)
ML/I2S28
DVD
D8
DG
ND
7
LRCKIN1
BCKIN3 DIN2
DIFFHW6
SCLK5
RSTB*22
VOUTL+ 17
MODE8X4
VOUTR+ 12
MODE24
AGN
DL
19
ZERO 21
VOUTL- 16
VMIDL 18
VOUTR- 13
AVD
DR
9AG
ND
R10
VMIDR 11
MC/DM127
CSBIOW23
MUTEB25
MD/DM026
AVD
DL
20
AG
ND
14AV
DD
15 IC601
XWM8740SEDS/R
SSOP-28
ML/I2S28
DVD
D8
DG
ND
7
LRCKIN1
BCKIN3 DIN2
DIFFHW6
SCLK5
RSTB*22
VOUTL+ 17
MODE8X4
VOUTR+ 12
MODE24
AGN
DL
19
ZERO 21
VOUTL- 16
VMIDL 18
VOUTR- 13
AVD
DR
9AG
ND
R10
VMIDR 11
MC/DM127
CSBIOW23
MUTEB25
MD/DM026AV
DD
L20
AG
ND
14AV
DD
15 IC600
XWM8740SEDS/R
SSOP-28
06_E159 AD/MJT 20/10/06 DACs changed to WM8740. Removed rubber pads from o/p relays. 3.2
ISSUE
DRAWING NO.
DRAWING TITLE
DATE
Filename:
ECO No. DESCRIPTION OF CHANGE
L110C07 HDMI 1 SCART Remote.Sch
DV139 SCART, HDMI 1, remote
Contact Engineer: L110CT20-Oct-2006
INITIALS
Printed: 7 13Sheet of
Notes:
Contact Tel:
A & R Cambridge Ltd.Pembroke Avenue
Cambridge CB5 9QRWaterbeach
ARCAM
A2
123456789
10111213141516171819
SCR
EEN
22
SCR
EEN
23SC
REE
N21
SCR
EEN
20
SKT702
MOLEX500254
TMDS_D2+4
NC9
TMDS_D2-33
3V3_
SUPP
LY2
TMDS_D1+7
GN
D3
NC35
TMD
S_G
ND
5
NC6
TMD
S_G
ND
34
NC32
NC12 TMDS_D0-27
TMDS_VDD 37
TMDS_CK+13
TMDS_D1-30
5V_S
UPP
LY1
+5V_OUT 38
TMDS_D0+10
NC29
TMD
S_G
ND
8
TMD
S_G
ND
31
TMD
S_G
ND
11
TMD
S_G
ND
28
NC26
TMD
S_G
ND
14
TMD
S_G
ND
25
TMDS_CK-24
NC15
CEC_IN16
DDC_CLK_IN17
DDC_DAT_IN18
HOTPLUG_IN19 HOTPLUG_OUT 20
DDC_DAT_OUT 21DDC_CLK_OUT 22CEC_OUT 23
GN
D36
IC702
CM2020-00TRTSSOP-38
C725
100N16V0603
DGND
+5VD
DGND
C726
100N16V0603
+3V3D
DGND
DGND
DGND
HDMI1_HOTPLUGHDMI1_5VHDMI1_SDAHDMI1_SCL
+5VD+5VD
TMDS_D2+ TMDS_D2+
TMDS_D2- TMDS_D2-
TMDS_D1+
TMDS_D1-TMDS_D0+
TMDS_D0-TMDS_CK+
TMDS_CK-
TMDS_D1+
TMDS_D1-TMDS_D0+
TMDS_D0-TMDS_CK+
TMDS_CK-
HDMI protection IC
DDC_SCLDDC_SDA
HDMI_DET P730
P729P728
P725
P731
P732
P733
P734
R727100R0603
C73710N50V0603
EMC_GND
C709
1N050V0603
DGND
C738
1N050V0603
DGND
HDMI OUT
1
3
5
7
9
11
13
15
17
19
21
2
4
6
8
10
12
14
16
18
20
SKT700
CHARMCW
SCART OUTPUT
SCART_LEFTSCART_RIGHT
DGND
SCART_LEFT
SCART_RIGHT
DGND
EMC_GND
AUDIO
SCART_AGND
SCART_BLUE_OUT
SCART_GREEN_OUT
SCART_RED_OUT
SCART_COMPOSITE_OUT
DGND
ENABLE_AV
16/9
SCART CONTROL
TR702
MMUN2211LT1SOT-23
DGND TR707BC849BSOT-23
TR703
MMUN2211LT1SOT-23
DGND
0/6/12
DGND
D705
BAT54SSOT-23
DGND
TR708BC849BSOT-23
+5V_VID
DGND
D706
BAT54SSOT-23
DGND
+5V_VID
RGB_STAT
DGND
R732
330R0W1250805
R733
330R0W1250805
RGB_STAT
0/6/12
P717
P716
TR709
MMUN2111LT1SOT-23
+12VD
+12VD
P718
P721
P720
P719
P722 P723
P726 R736
82R0W1250805
C736
10N50V0603
DGND
COMPOSITE_B
To Output board
COMPOSITEP709
SCART_REDP708
SCART_GREENP701
SCART_BLUEP700
VIDEO FILTERS & BUFFERS(SCART & COMPOSITE)
R725
0R00603
DGND
DGND
DGND
+5VD
DGND
+5V_VID
Power for video buffers
C735
100UF10VYXF
L710
33U1.17A8RHT2
R7211K00603
R729
4K70603
R7316K80603
R70410K0603
C724
100N16V0603
R7241K00603
C727
100N16V0603
123
SCR
N1
SCR
N2
456
LR
LR
SKT701
EMC_GND
Remote bus is differential:Tip: Remote positiveMiddle: no connectionSleeve: Remote negative
L703
600R@100MHz
C728
47P50V0603
C729
47P50V0603
C733
47P50V0603
C734
47P50V0603
C73047P50V0603
C73147P50V0603
C704
1N0 50V 0603C705
1N0 50V0603
R726100R0603
C73247P50V0603
REM_BUSP
L704
600R@100MHz
EMC_GND
DGND
EMC_GND
+12VD
R7306R80W1250805
TR705BC859BSOT-23
TR706BD180TO-126
R7284K70603
DGND
R703
10K0603
DGND
12V 90mA max
EMC_GND
L705
600R@100MHz
REMOTE BUS IN
C7031N050V0603
D704
BAT54SSOT-23
DGND
+12VD
C7021N050V0603
L702
600R@100MHz DGND
EMC_GND
C7011N050V0603
EMC_GND
L701
600R@100MHz
C7001N050V0603
EMC_GND
L700
600R@100MHz
12V TRIGGER IN
Tip: Tigger in 1Middle: Tigger in 2Sleeve: GroundIf either of the trigger inputs are high, theunit will be turned ON
R700
10K0603 DZ700
BZX84C15V
SOT-23
TR700
MMUN2211LT1SOT-23
R702
10K0603 DZ701
BZX84C15V
SOT-23
TR701
MMUN2211LT1SOT-23
DGND
DGND
DGND
DGND
R70110K0603
+3V3D
TRIGGER_IN*
NF
REM_BUSN
R739
0R00603
DGND
NF
Remote bus is configured for differential remote bus, but could be changed to have single ended remote bus with 12V out
C70747P50V0603
R737
0R00603
NF
NF
NF
NF
NF NF
12V supply for eye not fitted
NF
NF
R734
2K20W0630603
R735
2K20W0630603
R73815K0W0630603
EMC_GND
C70610N50V0603
P727
P737
P735
P738
P736
+5VD
CV_OUT 18
GN
D2
MUX_SD11
Y2_SD13
FSEL_B5
PR1/R1_HD3
FSEL_A4
Y_SD_OUT 20
Y2/G2_HD6
VCC
16
C_SD_OUT 19
PB1/B1_HD1
Y1_SD12
PR2/R2_HD10
PB2/B2_HD8
GN
D7
GN
D9
C1_SD14
C2_SD15
VEE
17
G_SEL21
PR/R_HD_OUT 22
PB/B_HD_OUT 23
Y/G_HD_OUT 24
VEE
25
VCC
26
DISABLE27
LEVEL228
LEVEL129
MUX_HD30
Y1/G1_HD31
GN
D32
THER
MAL
33
IC700
ADA4410-6ACPZVQ-LFCSP-32
R71075R0603
DGND
R71175R0603
DGND
R71275R0603
DGND
R71375R0603
DGND
DGND
C710
100N16V0603
C711
100N16V0603
DGNDDGND
+5V_VID
DGND
R70510K0603
C712
100N16V0603
+5V_VID
DGND
R70610K0603
R70710K0603
+5V_VID
DGND
R70810K0603
R70910K0603
+5V_VID
DGND
NF
NF
DGND
+5V_VID
D700BAT54SSOT-23
R714
75R0603
DGND
D701BAT54SSOT-23
R715
75R0603
DGND
D702BAT54SSOT-23
R716
75R0603
DGND
D703BAT54SSOT-23
R718
75R0603
DGND
R717
75R0603
P702
P706
P707
P703
P704
P705
P710
Default filter 18MHz but could experiment with others
R719680R
0603
+5V_VID
+5V_VID
+5V_VID
+5V_VID
DGND
DGND
REM_BUSP_IN
REM_BUSN_IN
TRIGIN1
TRIGIN2
DGND
C713
1N050V0603
C714
100N16V0603
DGND
C708
100N16V0603
R72015K0603
R722100K0W0630603
+3V3D
1.006_E024 PG 22/02/05 Preliminary BOM release
06_E029 PG 14/03/05 Modify PSU for WM8741 2.0
THIS SECTION FITTED FOR DV135 ONLY
R738 Fitted for DV137/DV139
06_E036 PG 20/03/05 Add thermal attach pads to IC200 3.0
06_E093 MJT 12/06/06 None to this sheet. Add heatsink to top of Vaddis. 3.1
Mark [email protected]
01223 203210 (direct)01223 203200 (switch)
06_E159 AD/MJT 20/10/06 None to this sheet 3.2
ISSUE
DRAWING NO.
DRAWING TITLE
DATE
Filename:
ECO No. DESCRIPTION OF CHANGE
L110C08 Power.Sch
DV139 Power
Contact Engineer: L110CT20-Oct-2006
INITIALS
Printed: 8 13Sheet of
Notes:
Contact Tel:
A & R Cambridge Ltd.Pembroke Avenue
Cambridge CB5 9QRWaterbeach
ARCAM
A2
C830100UF25VYK
+5VD
DGND
DGND
+3V3D +1V8D
POWER IN
VADDIS +1.8V CORE SUPPLY
C804
100N50V0805
ADJ
REG802LM317T TO-220
D800
S1DDO-214AC (SMA)
D801
S1DDO-214AC (SMA)
R800
390R0W1250805
R806
3K30W1250805
C832
100UF25VYK
+12VA
AUDIO SUPPLY REGULATORS
DGND
C807
100N50V0805
C833
100UF25VYK
ADJ
REG804LM337TTO-220
D805
S1DDO-214AC (SMA)
D804
S1DDO-214AC (SMA)
R801
390R0W1250805
R807
3K30W1250805
-12VA
C805
100N50V0805
ADJ
REG803LM317T TO-220
D802
S1DDO-214AC (SMA)
D803
S1DDO-214AC (SMA)
C834
100UF25VYK
+5VA
DGND
AUDIO DAC SUPPLY
+15V5
-15V5
+15V5
C829
100UF25VYK
C800100N50V0805
DGND
-22V
DISPLAY BOARD SUPPLIES
C802100N50V0805
DGND
-17V
To display board
C801100N50V0805
DGND
-27V
Place these near power input
+3V3A
For Audio DACs
R808
1K00W1250805
R803
330R0W1250805
C811
1N050V0603
DGND
C813
1N050V0603
DGND
C814
1N050V0603
DGND
1
FIX806
Dia 3.5mm
C816
1N050V0603
DGND
1
FIX808
Dia 3.5mm
C812
1N050V0603
DGND
1
FIX804
Dia 3.5mm
C819
1N050V0603
DGND
1
FIX811
Dia 3.5mm
C815
1N050V0603
DGND
1
FIX807
Dia 3.5mm
C817
1N050V0603
DGND
1
FIX809
Dia 3.5mm
EMC_GND
TOOL800 TOOL8014mm tooling holes
FD800 FD801Fiducials
L807
70R@100MHz
L806
70R@100MHz
C835
100UF10VYXF
DGND
+12VD
DGND
L811
33U1.17A8RHT2
C818
1N050V0603
DGND
1
FIX810
Dia 3.5mm
P803
P804
P802
P810
P812
P811 P817 P813 P814 P815
1
FIX805
Dia 3.5mm
1
FIX803
Dia 3.5mm
C851
100N100VMKS2
C852100N100VMKS2
C854
100N100VMKS2
C849
100N100VMKS2
C853
100N100VMKS2
C850
100N100VMKS2
C846
100UF50VYXF
C848
100UF50VYXF
C847
100UF50VYXF
L813
33U1.17A8RHT2
L812
33U1.17A8RHT2
L814
33U1.17A8RHT2
C827
220UF16VYXF
C828
220UF16VYXF
1234567891011121314151617181920212223242526272829303132
CON800
MOLEX52045
DGND DGND
AC_PRES*
PSUCLK
-27V_IN-17V_IN-22V_IN
+3V3D_IN
SpareSpare
+5VD_IN
+12VD_IN+15V5_IN
-15V5_IN
-27V_OUT
-17V_OUT
-22V_OUT
PSUCLK
AC_PRES*
+5V_DISPLAY
1
23
4
ITEM800M3 R/A PCB FIXING BRACKETS
C809
1N050V0603
DGND
1
FIX801
Dia 3.5mm
C808
1N050V0603
DGND
P8081
FIX800
Dia 3.5mm
TOOL802 TOOL803
FD802 FD803
C810
1N050V0603
DGND
1
FIX802
Dia 3.5mm
P809
12
34
CON801
MOLEX44472
C803
100N50V0805
C806100N50V0805
C844
470N100VMKS2
C845470N100VMKS2
DGND
+15V5
-15V5
AUX PSU
DBR800
W02G
DBR801
W02G
C842
3300UF35VYK
C843
3300UF35VYK
1
23
4
ITEM801
SP800
C855
470UF25VYXF
ACIN1
ACIN2
ACIN3
ACIN4
Audio power rails come from AUX PSU for DV139
R804
10K0W1250805
R80510K0W1250805
Dummy loads to stabilise switch mode PSU when rails arenot used
HEATSINK FITTED FOR DV139 ONLY
C820
100N16V0603
C823
100N16V0603
+1V8
REG800LM1117MPX-1.8SOT-223
Use large area of copper as heatsink
DGND
C836
100UF10VYXF
DGND DGND
C821
100N16V0603
L815
600R@100MHz C822
100N16V0603
DGND
C825
100N16V0603
NF
Fitted for DV139 only
VADDIS +3.3V DAC SUPPLY
C824
100N16V0603
DGND
C837
100UF10VYXF
DGND DGND
+3V3_VDAC
+3V3
REG801LM1117MPX-3.3SOT-223
Could use spare connectors for more 5V but would mean mod to PSU
L808
70R@100MHz
L809
70R@100MHz
L800
600R@100MHz
L803
600R@100MHz
L801
600R@100MHz
L804
600R@100MHz
L802
600R@100MHz
L805
600R@100MHz
L817
70R@100MHz
L818
70R@100MHz
L819
70R@100MHz
L820
70R@100MHz
HS800APF75223.7C/W
L816
70R@100MHz
P800
12345678
CON802
AMPCT
+3V3D
+5VD
DGND
SpareSpare
AUX POWER OUTPUT.This connector may be fitted in future to power Video board, if FFC cable in unable to supply sufficient current
NF
1.006_E024 PG 22/02/05 Preliminary BOM release
06_E029 PG 14/03/05 Modify PSU for WM8741 2.0
R809
56R2WCF
R810
56R2WCF
12
CON803
Fit jumper CON803 for JAPAN(100v) build of DV139
FS800
T2AR452
FS801
T2AR452
Fuse value TBD. Use 2A for now
R802
22R0W25MF
R811
10R2WCF
These parts fitted for DV139
fitted for DV137/DV135
NOT FITTED ON DV139
NOT FITTED ON DV139
06_E036 PG 20/03/05 Add thermal attach pads to IC200 3.0
06_E093 MJT 12/06/06 None to this sheet. Add heatsink to top of Vaddis. 3.1
Mark [email protected]
01223 203210 (direct)01223 203200 (switch)
QTY DESCRIPTIONPART No. NOTESITEM
ITEM802 1 26.4mm I/D, 32.5mm O/D O-RingF291 Place over C842 and C843 together (halfway down the capacitor) (DV139 only)
Rubber O-Ring over C842 and C843 together(DV139 only)
06_E159 AD/MJT 20/10/06 Added rubber ring (over C842/C843) 3.2
ISSUE
DRAWING NO.
DRAWING TITLE
DATE
Filename:
ECO No. DESCRIPTION OF CHANGE
L110C09 Buffer & PLD.Sch
DV139 buffer & PLD (not fitted)
Contact Engineer: L110CT20-Oct-2006
INITIALS
Printed: 9 13Sheet of
Notes:
Contact Tel:
A & R Cambridge Ltd.Pembroke Avenue
Cambridge CB5 9QRWaterbeach
ARCAM
A2
DGNDA
VIDINA0
VIDINA1
VIDINA2
VIDINA3
VIDINA4
VIDINA5
VIDINA6
VIDINA7
VIDINA_CLK
HSYNC_INA*VSYNC_INA*
COMPOSITE_BA
123456789101112131415161718192021222324252627282930
CON900
MOLEX52806
SDA_ASCL_A
From main board
OE*24
A130 Y1 19
A229 Y2 20
A327 Y3 22
A426 Y4 23
IC900D
SN74LVT162244ADGGRTSOP-48
OE*25
A136 Y1 13
A235 Y2 14
A333 Y3 16
A432 Y4 17
IC900C
SN74LVT162244ADGGRTSOP-48
OE*48
A141 Y1 8
A240 Y2 9
A338 Y3 11
A437 Y4 12
IC900B
SN74LVT162244ADGGRTSOP-48
OE*1
A147 Y1 2
A246 Y2 3
A344 Y3 5
A443 Y4 6
IC900A
SN74LVT162244ADGGRTSOP-48
GN
D4
GN
D10
GN
D15
GN
D21
GN
D28
GN
D34
GN
D39
GN
D45
VCC
7
VCC
18
VCC
31
VCC
42 IC900E
SN74LVT162244ADGGRTSOP-48
DGNDA
+3V3DA
C907100N16V0603
C908100N16V0603
C909100N16V0603
C910100N16V0603
VIDINA0VIDINA1VIDINA2VIDINA3
May need to optimise pin-out
May need to optimise pin-out
DGNDA
VIDINA4VIDINA5VIDINA6VIDINA7
DGNDA
VIDINA_CLK
BUFFER
HSYNC_INA*
VSYNC_INA*
DGNDA
This buffer has 22R resistors built-in to o/p
DGNDA
C901
100UF10VYXF
VIDB[0..7] VIDB[0..7]
VIDB0VIDB1VIDB2VIDB3
VIDB4VIDB5VIDB6VIDB7
VIDCLK_ENCVIDCLK_SCALER
Video encoderScaler
P915P916P917P918
P919P920P921P922
P923P924P925P926
C902100N16V0603
C903100N16V0603
C904100N16V0603
+3V3DA
DGNDA
DGNDA
P934
P927P928P929
C900
100UF10VYXF CPLD
VIDCLK_PLD
HSYNC_861B*VSYNC_861B*
CPLD takes sync signals from the Vaddis 8 and makes them 861B compatible (requirement for HDMI)
1234567891011121314
CON901
Molex87831 DGNDA
+3V3DA
PLD_TMS
PLD_TCK
PLD_TDO
PLD_TDI
Programming header.This header connects to Xilinxplatform cable USB for programming CPLD. It will only be fitted to prototypes - production boards willbe programmed by ATE
Port Expander
C906100N16V0603
+3V3DA
DGNDA
For HDMI TX and video encoder
ENC_RESET*HDMI_RESET*
P935P936
P940P941
P930P931
To HDMI & Video encoder
1
2
3
4
5
6
7
8
9
CON902
MCMURDOSD
RS232
EMC_GNDA
C915
47P50V0603
C916
47P50V0603
C917
1N050V0603
L900 120R@100MHz
L901 120R@100MHz
L902 120R@100MHz
RX
TX
232_GND
EMC_GNDA
DGNDA
8 bit port expander used for control of CPLD - tells it if it is pal/ntsc, interlaced/progressive etc.Also provides individual reset of video encoder & HDMI TXThe I2C lines are borrowed to write to this device
SDA_ASCL_A
C905100N16V0603
DGNDA
DGNDA
DGNDA
R903
10K0603
DGNDA
This circuit is part of the snap-off section.
R904
10K0W0630603
+3V3DA
JTAG inputs have internal pull-up apart from TCK
SERIAL_RX_A
SERIAL_TX_A
Spare
P903
P901
P902
P900
P905
P904
P906
P907
C918100N16V0603
C919100N16V0603
DGNDA
+3V3DA
C1+2
V+ 3
C1-4
C2+5
C2-6
V- 7
INVALID* 10
READY 1
FORCEON12
FORCEOFF*16
T1IN11
R1OUT9 R1IN 8
T1OUT 13
GN
D14
VCC
15 IC903
MAX3227ECAESSOP-16
+3V3DA
+3V3DA
C911100N16V0603
C912100N16V0603
C913
100N 16V0603
C914
100N 16V0603
NF
PALPROGRESSIVE
SYSCLKP908To scaler
SCALER_RESET*P909
I/O 40
I/O 41
I/O/GCLK143
I/O 42
I/O/GCLK244
I/O2
I/O/GCLK31
I/O3
I/O5
I/O6
I/O7
I/O8
I/O12
I/O13
I/O14
I/O16
I/O18
I/O 39I/O 38
I/O/GTS1 36
I/O 37
I/O/GTS2 34I/O/GSR 33I/O 32I/O 31I/O 30I/O 29I/O 28I/O 27
I/O23 I/O22 I/O21 I/O20 I/O19
TCK11
TDI9
TDO24
TMS10
VCC
INT
15
VCC
INT
35
VCC
IO26
GN
D4
GN
D17
GN
D25
IC901
XC9572XL-10VQ44CL988FWQFP-44
HSYNC_ENC*P911
R900 22R 0603R901 22R 0603R902 22R 0603
R905 22R 0603 P910
A01
P0 4SCL14
VSS
8VD
D16
A12
A23
P1 5
P2 6
P3 7
P4 9
P5 10
P6 11
P7 12INT*13
SDA15
IC902
PCF8574TSO-16
Spare
DGNDA
DGNDA
Spare
1.0
NF
06_E024 PG 22/02/05 Preliminary BOM release
All components on this sheet are not fitted for DV139
06_E029 PG 14/03/05 Modify PSU for WM8741 2.0
06_E036 PG 20/03/05 Add thermal attach pads to IC200 3.0
06_E093 MJT 12/06/06 None to this sheet. Add heatsink to top of Vaddis. 3.1
Mark [email protected]
01223 203210 (direct)01223 203200 (switch)
06_E159 AD/MJT 20/10/06 None to this sheet 3.2
ISSUE
DRAWING NO.
DRAWING TITLE
DATE
Filename:
ECO No. DESCRIPTION OF CHANGE
L110C10 Video Encoder.Sch
DV139 Video Encoder (not fitted)
Contact Engineer: L110CT20-Oct-2006
INITIALS
Printed: 10 13Sheet of
Notes:
Contact Tel:
A & R Cambridge Ltd.Pembroke Avenue
Cambridge CB5 9QRWaterbeach
ARCAM
A2
3
+2V5 12
SD7
REG1000
ADP3333ARM-2.5MSOP-8
+3V3DA
DGNDA
+3V3DA
DGNDA
DGNDA
Decouple each VDD,VAA & VDD_IO pin with 100n+10n close to pin
DGNDA
VIDB[0..7]VIDB[0..7]
DGNDAHSYNC_ENC*VSYNC_861B* +3V3DA
VIDB0VIDB1VIDB2VIDB3VIDB4VIDB5VIDB6VIDB7
DGNDA
VIDCLK_ENC
SDA_ASCL_A
ENC_RESET*
DGNDA
+3V3DA
DGNDA
ENC2V5
ENC2V5
DGNDA
PLL filter
ENC_SVID_Y
ENC_SVID_C
ENC_Y
ENC_U
ENC_V
C1003
100N16V0603
C1004
100N16V0603
C1005
100N16V0603
C1013
10N50V0603
C1014
10N50V0603
C1015
10N50V0603
C1001
100N16V0603
C1012
10N50V0603
C1000
100N16V0603
C1002
100N16V0603
C1007
100N16V0603
C1008
100N16V0603
C1048
820P50V0603
C1049
3N950V0603
+5VDA
DGNDA
+5V_VIDA
Power for video buffers
C1017
100UF10VYXF
L1010
33U1.17A8RHT2
C1016
100UF10VYXF
P1000
P1001
P1013
P1011
P1009
P1010
P1026 P1027
P1012
P1002
P1017
P1016
P1015
P1014
C1006
100N16V0603
DGNDA
ENC_VREF
(1.225V)REF1000
LM4041CIM3-1.2
SOT-23
R1000
1K00W0630603
DGNDA
R1044
3K00W0630603
R10433K00W0630603
R104139R0W0630603
R104239R0W0630603
R1040680R0W0630603
VIDEO OUTPUTSR1030
0R0 0805
R1031
0R0 0805
C1030
470UF 25VYK
DGNDA
EMC_GNDA
EMC_GNDA
Y_OUT
Y_OUT_GND
SCRN
SKT1001
KUNMINGGOLD
R1032
0R0 0805
R1033
0R0 0805
C1031
470UF 25VYK
DGNDA
EMC_GNDA
COMPOSITE_OUT
COMPOSITE_GND
COMPOSITE_BA
R1034
0R0 0805
R1035
0R0 0805
C1032
470UF 25VYK
DGNDA
EMC_GNDA
EMC_GNDA
U_OUT
U_OUT_GND
SCRN
SKT1002
KUNMINGGOLD
R1036
0R0 0805
R1037
0R0 0805
C1033
470UF 25VYK
DGNDA
EMC_GNDA
V_OUT
V_OUT_GND
Component Y
Composite
Component Cb
Component Cr
GNDYSCRN1
GNDC
Y C
SCRN2
SKT1000
HOSIDENTCS
S-VIDEOR1026
0R0 0805
R1027
0R0 0805
C1028
470UF 25VYK
DGNDA
EMC_GNDAR1028
0R0 0805
R1029
0R0 0805
C1029
470UF 25VYK
DGNDA
EMC_GNDA
SVID_Y_OUT
SVID_C_OUT
R1039 100R 0805
SVID_Y_OUT_GND
SVID_C_OUT_GND
123 4
123 4
M3 R/A PCB FIXING BRACKETS
R1038
100R0805
DGNDA
EMC_GNDA
This circuit is part of the snap-off section
From main board
C10471N050V0603
C10461N050V0603
C1059
1N050V0603
DGNDA
P1043
C1058
1N050V0603
DGNDA
P1042
C1060
1N050V0603
DGNDA
P1044
C104010P50V 0603
C104110P50V 0603
C104210P50V 0603
C104310P50V 0603
C104410P50V 0603
C104510P50V 0603
C10501N050V0603
C1052
1N050V 0603
C1051
1N050V0603
C1053
1N050V0603
C1054
1N050V0603
C1055
1N050V0603
C1056
1N050V0603
C1034
100N 16V0603
C1035
100N16V0603
C1036
100N16V0603
C1037
100N16V0603
C1038
100N16V0603
C1039
100N16V0603
C1009100N16V0603
C1061100N16V0603
C1062100N16V0603
+3V3DA
DGNDA
DG
ND
51
DG
ND
52
S053
S154
S255
S358
S459
S560
S661
S762
DG
ND
2
DG
ND
3
Y04
Y15
Y26
Y37
Y48
Y59
Y612
Y713
DG
ND
14
DG
ND
15
C016
C117
C218
C326
C427
C528
C629
C730
S_HSYNC*50
S_VSYNC*49
S_BLANK*48
P_HSYNC*23
P_VSYNC*24
P_BLANK25
CLKINA32
CLKINB63
SDA21
SCL22
RESET*33
I2C 19
ALSB 20
VDD
_IO
1
VAA
41
VDD
56
AG
ND
40D
GN
D57
GN
D_I
O64
RTC_SCR_TR 31
EXT_LF 34
RSET2 35
RSET1 47
COMP2 36
COMP1 45
VREF 46
DAC_A 44
DAC_B 43
DAC_C 42
DAC_D 39
DAC_E 38
DAC_F 37
DG
ND
11
VDD
10
IC1003ADV7312KSTLQFP-64
CV_OUT 18
GN
D2
MUX_SD11
Y2_SD13
FSEL_B5
PR1/R1_HD3
FSEL_A4
Y_SD_OUT 20
Y2/G2_HD6
VCC
16
C_SD_OUT 19
PB1/B1_HD1
Y1_SD12
PR2/R2_HD10
PB2/B2_HD8
GN
D7
GN
D9
C1_SD14
C2_SD15
VEE
17
G_SEL21
PR/R_HD_OUT 22
PB/B_HD_OUT 23
Y/G_HD_OUT 24
VEE
25
VCC
26
DISABLE27
LEVEL228
LEVEL129
MUX_HD30
Y1/G1_HD31
GN
D32
THER
MAL
33
IC1000
ADA4410-6ACPZVQ-LFCSP-32
C1018
100N16V0603
C1011
100N16V0603
+5V_VIDA
DGNDA DGNDA
DGNDA
R1007
300R0603
R1008
300R0603
R1009
300R0603
R1010
300R0603
R1011
300R0603
DGNDAR101210K0603
C1010
100N16V0603
P1004
R1006680R
0603
+5V_VIDA
DGNDA
R101310K0603
R101410K0603
DGNDA
+5V_VIDA
R101510K0603
R101610K0603
DGNDA
+5V_VIDA
NF
NF
Default filter is 36MHz but we can experiment
DGNDA
+5V_VIDA
D1000BAT54SSOT-23
R1001
75R0603
+5V_VIDA
DGNDA
D1001BAT54SSOT-23
R1002
75R0603
+5V_VIDA
DGNDA
D1002BAT54SSOT-23
R1003
75R0603
+5V_VIDA
DGNDA
D1003BAT54SSOT-23
R1004
75R0603
+5V_VIDA
DGNDA
D1004BAT54SSOT-23
R1005
75R0603
+5V_VIDA
DGNDA
P1007
P1008
P1003
P1005
P1006
P1018
P1019
1
FIX1000
Dia 3.7mm
1
FIX1001
Dia 3.7mm
1
FIX1002
Dia 3.7mm
1.006_E024 PG 22/02/05 Preliminary BOM release
All components on this sheet are not fitted for DV139
06_E029 PG 14/03/05 Modify PSU for WM8741 2.0
06_E036 PG 20/03/05 Add thermal attach pads to IC200 3.0
06_E093 MJT 12/06/06 None to this sheet. Add heatsink to top of Vaddis. 3.1
Mark [email protected]
01223 203210 (direct)01223 203200 (switch)
06_E159 AD/MJT 20/10/06 None to this sheet 3.2
ISSUE
DRAWING NO.
DRAWING TITLE
DATE
Filename:
ECO No. DESCRIPTION OF CHANGE
L110C11 HDMI 2.Sch
DV139 HDMI output 2 (Not fitted)
Contact Engineer: L110CT20-Oct-2006
INITIALS
Printed: 11 13Sheet of
Notes:
Contact Tel:
A & R Cambridge Ltd.Pembroke Avenue
Cambridge CB5 9QRWaterbeach
ARCAM
A2
+3V3DA
C1103
100N16V0603
C1106
100N16V0603
C1107
100N16V0603
DGNDA
3V3_AVCC
C1102
100N16V0603
C1105
100N16V0603
DGNDA
3V3_PVCC1
C1126
1N050V0603
C1101
100N16V0603
C1104
100N16V0603
DGNDA
3V3_PVCC2
C1125
1N050V0603
C1127
1N050V0603
C1128
1N050V0603
C1112
100N16V0603
C1113
100N16V0603
C1114
100N16V0603
C1122
100UF10VYXF
+3V3DA
DGNDA
HDMI TX
C1117
10UF50VYK
C1100
100N16V0603
+5VDA
DGNDA
HDMI_RESET*
+3V3DA
SCL_ASDA_A
VSYNC_HDMI*
123456789
10111213141516171819
SCR
EEN
22
SCR
EEN
23SC
REE
N21
SCR
EEN
20
SKT1100
MOLEX500254
EMC_GNDA
EMC_GNDA
Cable screen capacitively coupled to chassis to avoid connecting 0V to chassis via external equipment
C1131
1N050V0603
C1129
1N050V0603
DGNDA
DGNDA
TX2+
DGNDA
TX2-TX1+
TX1-TX0+
TX0-TXC+
TXC-
3V3_AVCC
R1104100R
0603P1101
P1113
DGNDA
C1133
10N50V0603
C1132
10N50V0603
+3V3_HDMI
DGNDA
C1111
100N16V0603
C1110
100N16V0603
C1109
100N16V0603
DGNDA
C1121
100UF10VYXF
+3V3DA+1V8_HDMI
DGNDA
DGNDA
R1101
470R 0603
+3V3
REG1101LM1117MPX-3.3SOT-223
+1V8
REG1100LM1117MPX-1.8SOT-223
HSYNC_HDMI*
VIDCLK_HDMI
C1108100N16V
0603
123456789101112131415161718192021222324252627282930
CON1100
MOLEX52806
ALRCLK_HDMI_A
ABCLK_HDMI_A
ADAT0_HDMI_A
ADAT1_HDMI_A
ADAT2_HDMI_A
ADAT3_HDMI_A
AMCLK_HDMI_A
SPDIF_HDMI_A
HDMI_INT_A*
DGNDA
+3V3DA
To main board
+5VDA
ALRCLK_HDMI_AABCLK_HDMI_A
ADAT0_HDMI_AADAT1_HDMI_AADAT2_HDMI_AADAT3_HDMI_A
AMCLK_HDMI_ASPDIF_HDMI_A
HDMI_INT_A*
TMDS_D2+4
NC9
TMDS_D2-33
3V3_
SUPP
LY2
TMDS_D1+7
GN
D3
NC35
TMD
S_G
ND
5
NC6
TMD
S_G
ND
34
NC32
NC12 TMDS_D0-27
TMDS_VDD 37
TMDS_CK+13
TMDS_D1-30
5V_S
UPP
LY1
+5V_OUT 38
TMDS_D0+10
NC29
TMD
S_G
ND
8
TMD
S_G
ND
31
TMD
S_G
ND
11
TMD
S_G
ND
28
NC26
TMD
S_G
ND
14
TMD
S_G
ND
25
TMDS_CK-24
NC15
CEC_IN16
DDC_CLK_IN17
DDC_DAT_IN18
HOTPLUG_IN19 HOTPLUG_OUT 20
DDC_DAT_OUT 21DDC_CLK_OUT 22CEC_OUT 23
GN
D36
IC1101
CM2020-00TRTSSOP-38
C1115
100N16V0603
DGNDA
+5VDA
DGNDA
C1116
100N16V0603
+3V3DA
DGNDA
DGNDA
HDMI2_HOTPLUGHDMI2_5V
HDMI2_SDAHDMI2_SCL
+5VDA
HDMI protection ICPlace very close to connector
P1116
P111
7P1
118
P111
9P1
120
+3V3DA
R11064K70603
R11054K70603
P1114P1115
C1123100UF10VYXF
C1124100UF10VYXF
DGNDA
DGNDA
L1101
600R@100MHz
L1102
600R@100MHz
L1103
600R@100MHz
This circuit is part of the snap-off section
R1107
2K20W0630603
R1108
2K20W0630603
DSD4DSD5
C111810uF10V1206
C111910uF10V1206
C1134
1N050V0603
C1135
1N050V0603
C1138
1N050V0603
C1142
1N050V0603
C1143
1N050V0603
C1140
100N16V0603
C1139
100N16V0603
C112010uF10V1206
R1100
10K0W0630603
SERIAL_RX_ASERIAL_TX_A
Spare
P1104
P1103
P1102
RED[0..7] RED[0..7]RED7RED6RED5RED4RED3RED2
From scaler
GREEN[0..7] GREEN[0..7]GREEN7GREEN6GREEN5GREEN4GREEN3GREEN2GREEN1GREEN0BLUE[0..7] BLUE[0..7]BLUE7BLUE6BLUE5BLUE4BLUE3BLUE2BLUE1BLUE0
DE_HDMI
RESET#42
INT17
HPD 18
CSCL43
CSDA44
D2349
D1953
D1854
D1755
D1656
D1557
D1458
D1361
D1262
D1163
D1064
D965
D867
D768
D669
D570
D475
D376
D277
D178
D079
D2250
D2151
D2052
DE80
VSYNC2
HSYNC1
IDCK66
MCLK6
SPDIF5
RSVDL21
PGN
D1
22
EXT_SWING 24
TX2- 35TX2+ 36
AVC
C28
AG
ND
25
PVC
C1
23
TX1- 32TX1+ 33
TX0- 29TX0+ 30
TXC- 26TXC+ 27
AVC
C34
AG
ND
31
AG
ND
37
PGN
D2
39PV
CC
238
IOV
CC
13IO
GN
D14
EPAD
SCK12
WS11
SD010
SD19
SD28
SD37
CI2CA41
DSCL 20
DSDA 19
CVC
C18
4
CVC
C18
16
CVC
C18
45
CVC
C18
59
CVC
C18
74
CG
ND
3
CG
ND
15
CG
ND
46
CG
ND
60
CG
ND
73
IOV
CC
48
IOV
CC
71IO
GN
D47
IOG
ND
72
IC1100
SII9030CTU-7
TQFP-80
DGNDAL1104
70R@100MHz
L1105
70R@100MHz
+5VDA_IN
+3V3DA_IN
DGNDA
C1137
1N050V0603
C1136
100N16V0603
DGNDA
C1130
100N16V0603
R110215K0W0630603
R1103
100K0W0630603
+3V3DA
RED1RED0
1.006_E024 PG 22/02/05 Preliminary BOM release
06_E029 PG 14/03/05 Modify PSU for WM8741 2.0
This HDMI output is only fitted on DV137
THESE PARTS FITTED FOR DV135/DV137OTHER PARTS ON THIS SHEET ARE ONLY FITTED FOR DV137
06_E036 PG 20/03/05 Add thermal attach pads to IC200 3.0
06_E093 MJT 12/06/06 None to this sheet. Add heatsink to top of Vaddis. 3.1
Mark [email protected]
01223 203210 (direct)01223 203200 (switch)
06_E159 AD/MJT 20/10/06 None to this sheet 3.2
ISSUE
DRAWING NO.
DRAWING TITLE
DATE
Filename:
ECO No. DESCRIPTION OF CHANGE
L110C12 SPDIF & Front panel interface.Sch
DV139 SPDIF and Front panel I/F
Contact Engineer: L110CT20-Oct-2006
INITIALS
Printed: 12 13Sheet of
Notes:
Contact Tel:
A & R Cambridge Ltd.Pembroke Avenue
Cambridge CB5 9QRWaterbeach
ARCAM
A2
SPDIF COAX OUTPUT
SPDIF
DGND
DGND
1
3 4
2
L1201
1000R @ 100MHzDLW31S
DGNDEMC_GND
DGND
+5VDOPTICAL OUT
SPDIF_OUT
SPDIF_GND
DGND
+3V3D
D1200BAT54S SOT-23
C1210
100UF10VYXF
P1201P1202
P1205
P1206
P1207
P1208 P1210
P1211
P1200R1200
100R 0603
R1207
750R 0603
R1208
750R 0603
R1209
750R 0603
SCR
N
SKT1200KUNMINGGOLD
SPDIF_OP
C1211
10N50V0603
NF
NF
84
51 TX1200
PCB Mount SMT7A29398DGND
P1212
R1205
75R 0603
L1200120R@100MHz
P1209R1210
120R0W0630603
R1211
1K00W0630603
R1215
0R00W0630603
C1207
100N16V0603
R1212
10R 0W1250805
C1200
47P50V0603
C1204
100N16V0603
C1205
100N 16V0603
C1208
100N16V0603
C1202
47P50V0603
R1206
75R 0603
SPDIF_HDMI
OE*1
A02 Y0 18
A14 Y1 16
A26 Y2 14
A38 Y3 12
IC1200A
74LVC244APWTSSOP-20
DGND
P1203
OE*19
A017 Y0 3
A115 Y1 5
A213 Y2 7
A311 Y3 9
IC1200B
74LVC244APWTSSOP-20
2 3
1
IC1201A
74HCT125DSO-14
FPDIN
FPSEL_SW
FPCLK
FPSEL_VFD
FPDOUT
DGND
123456789
10111213141516
CON1200
MOLEX52806DGND
C120147P50V0603
DGND
R1201
100R0W0630603
P1214P1213
3.3V to 5V translation FRONT PANEL
XFPCLK
5 64
IC1201B
74HCT125DSO-14
DGND
R1202
100R0W0630603
P1219P1216XFPSEL_VFD
9 8
10
IC1201C
74HCT125DSO-14
DGND
R1203
100R0W0630603
P1220P1217
XFPDIN
REM_BUSP
IRRCV
R12144K70603
+3V3D
C1203
47P50V0603
DGND
+5V_DISPLAY
-27V_OUT
-22V_OUT
-17V_OUT
12 11
13
IC1201D
74HCT125DSO-14
DGND
R1204
100R0W0630603
P1221P1218 XFPSEL_SW
GND 7
VCC 14IC1201E
74HCT125DSO-14
C1209
100N16V0603
+5VD
DGND
R12134K70603
+3V3D
D1201BAT54SSOT-23
DGND
+5VD
Zoran advised extra protection on IRRCV pin
REM_BUSN
C1206100N16V0603GND 10
VCC 20IC1200C
74LVC244APWTSSOP-20
+3V3D
DGND
C1212
100UF10VYXF
SPDIF_HDMI
P1204
VCC
2G
ND
3
I/P1
TX1201
OC-0805T*001
1.006_E024 PG 22/02/05 Preliminary BOM release
06_E029 PG 14/03/05 Modify PSU for WM8741 2.0
DV135 ONLY
DV137/DV139
DV135 ONLY
06_E036 PG 20/03/05 Add thermal attach pads to IC200 3.0
06_E093 MJT 12/06/06 None to this sheet. Add heatsink to top of Vaddis. 3.1
Mark [email protected]
01223 203210 (direct)01223 203200 (switch)
06_E159 AD/MJT 20/10/06 R1215 now set to NF 3.2
(NF in DV139)
ISSUE
DRAWING NO.
DRAWING TITLE
DATE
Filename:
ECO No. DESCRIPTION OF CHANGE
L110C13 Scaler.Sch
DV139 Scaler (not fitted)
Contact Engineer: L110CT20-Oct-2006
INITIALS
Printed: 13 13Sheet of
Notes:
Contact Tel:
A & R Cambridge Ltd.Pembroke Avenue
Cambridge CB5 9QRWaterbeach
ARCAM
A2
INPUTY070
INPUTY171
VOUTCLK 42
INPUTY373
INPUTY474
INPUTY575
INPUTY983
INPUTHSN52
INPUTVSN53
INPUTDE51
INPUTVCLK47
SYSCLK3
INVOUTCLK39
RESETN50
SCL49
SDA48
SEL2 91TMS88
TDI87
TCK85
TDO86
TRSTN84
INPUTY676
INPUTY777
INPUTY882
RED0 94
RED2 98RED1 97
RED4 100RED3 99
RED6 7RED5 6
DE 26
RED7 10
INPUTY272
HSN 24
VSN 25
I/O_V
DD
4I/O
_VSS
5
INPUTC056
INPUTC157
INPUTC359
INPUTC460
INPUTC561
INPUTC967
INPUTC662
INPUTC763
INPUTC866
INPUTC258
GREEN0 27
GREEN2 33GREEN1 30
GREEN4 35GREEN3 34
GREEN6 37GREEN5 36
GREEN7 38
BLUE0 11
BLUE2 13BLUE1 12
BLUE4 17BLUE3 16
BLUE6 19BLUE5 18
BLUE7 20
SEL1 90SEL0 89
I/O_V
DD
14
I/O_V
DD
22
I/O_V
DD
31
I/O_V
DD
45
I/O_V
DD
64
I/O_V
DD
79
I/O_V
DD
92
I/O_V
SS15
I/O_V
SS23
I/O_V
SS32
I/O_V
SS46
I/O_V
SS65
I/O_V
SS78
I/O_V
SS93
CO
RE_
VDD
8
CO
RE_
VDD
28
CO
RE_
VDD
40
CO
RE_
VDD
54
CO
RE_
VDD
68
CO
RE_
VDD
80
CO
RE_
VDD
95
CO
RE_
VSS
9
CO
RE_
VSS
21
CO
RE_
VSS
29
CO
RE_
VSS
41
CO
RE_
VSS
55
CO
RE_
VSS
69
CO
RE_
VSS
81
CO
RE_
VSS
96
PLL_
VDD
2
PLL_
VDD
44PL
L_VS
S1
PLL_
VSS
43
IC1300
ABT1010-QFPPQFP-100
DGNDA
+3V3DA
C1301100N16V0603
C1303100N16V0603
C1305100N16V0603
C1307100N16V0603
C1309100N16V0603
C1311100N16V0603
C1313100N16V0603
C1315100N16V0603
DGNDA
DGNDA
C1320
100UF10VYXF
+3V3DA+1V8_SCALER+1V8
REG1300LM1117MPX-1.8SOT-223
C1300100N16V
0603
C1302100N16V0603
C1304100N16V0603
C1306100N16V0603
C1308100N16V0603
C1310100N16V0603
C1312100N16V0603
C1314100N16V0603
C1316100N16V0603
C1317100N16V0603
VIDB[0..7] VIDB[0..7]VIDB0VIDB1VIDB2VIDB3VIDB4VIDB5VIDB6VIDB7
Video input bus is 8 bit 4:2:2 multiplexed YCbCr with seperate H & V syncs.Clock is 27MHz in interlaced mode and 54MHz in progressive mode
VSYNC_861B*HSYNC_861B*
VIDCLK_SCALER
DGNDA
Interlaced = 27MHz, Progressive = 54MHz
SYSCLK
From CPLD
SCALER_RESET*SCL_ASDA_A
54
RP1300D4K7ARC241
63
RP1300C
4K7ARC241 2
7
RP1300B
4K7ARC241 1
8
RP1300A
4K7ARC241
+3V3DA
P1332
P1305P1304P1303
RED[0..7]RED[0..7]P1307P1308P1309P1310P1311P1312P1313P1314
RED0RED1RED2RED3RED4RED5
GREEN[0..7]GREEN[0..7]P1315P1316P1317P1318P1319P1320P1321P1322
GREEN6GREEN7
GREEN0GREEN1GREEN2GREEN3GREEN4GREEN5
BLUE[0..7]BLUE[0..7]P1323P1324P1325P1326P1327P1328P1329P1330
BLUE6BLUE7
BLUE0BLUE1BLUE2BLUE3BLUE4BLUE5
To HDMI TX
RED6RED7
This video bus can carry 4 different formats:1. 8 bit RGB 4:4:4
2. 8 bit YCbCr 4:4:4
3. 10 bit YCbCr 4:2:2In this case signals map as follows:Y9..2 = GREEN7..0Y1..0 = BLUE3..2
C9..2 = RED7..0C1..0 = BLUE7..6
4. 8 bit muxed YBcCr on GREEN[7..0] (this mode is used for 480i/576i formats
HSYNC_HDMI*VSYNC_HDMI*DE_HDMI
R1302 22R 0603P1306 P1331 VIDCLK_HDMI
R1304
4K70603
C1319
100UF10VYXF
P1333P1334P1335
DGNDA
Pull-down resistor selects internal PLL mode
DGNDA
R1303
4K70603
DGNDA
Pull-down resistor selects I2C address 0x30
P1336
R1300
4K70603
P1300
DGNDA
R1301
4K70603
P1301
NFDGNDA
R1305
4K70603
P1302
DGNDA
1.006_E024 PG 22/02/05 Preliminary BOM release
This circuit is part of the snap-off section.All components on this sheet are only fitted for DV137
06_E029 PG 14/03/05 Modify PSU for WM8741 2.0
06_E036 PG 20/03/05 Add thermal attach pads to IC200 3.0
06_E093 MJT 12/06/06 None to this sheet. Add heatsink to top of Vaddis. 3.1
Mark [email protected]
01223 203210 (direct)01223 203200 (switch)
06_E159 AD/MJT 20/10/06 None to this sheet 3.2
ISSUE
DRAWING NO.
DRAWING TITLE
DATE
Filename:
ECO No. DESCRIPTION OF CHANGE
L102C1 Top Level.Sch
DV139 Video Board Top Level
Contact Engineer: L102CT20-Oct-2006
INITIALS
Printed: 1 7Sheet of
Notes:
Contact Tel: (01223) 203270Peter Gaggs
A & R Cambridge Ltd.Pembroke Avenue
Cambridge CB5 9QRWaterbeach
ARCAM
A2
VIDB[0..7]
VIDCLK_ENC_A
VIDCLK_DEINT
HSYNC_480i*VSYNC_480i*
ENC_RESET*
HDMI_RESET*
SDASCL
SCALER_RESET*
DEINT_RESET*
TMSTCK
TDO_CPLDTDO_1010
SMPS_CLKSMPS_CLK*
L102C2 Buffer & PLDL102C2 Buffer & PLD.Sch
VIDB[0..7]HSYNC_480i*VSYNC_480i*VIDCLK_DEINTDEINT_RESET*
SDASCL
Y[0..9]C[0..9]
HSYNC_480p*VSYNC_480p*
DE_480p
VIDCLK_SCALERVIDCLK_ENC_B
TMSTCKTDO_CPLD
TDO_FPGA
SYSCLK_DEINT
L102C3 DeinterlacerL102C3 Deinterlacer.Sch
VIDB[0..7]HSYNC_480i*VSYNC_480i*
VIDCLK_ENC_A
SDASCL
ENC_RESET*
Y[0..9]C[0..9]HSYNC_480p*VSYNC_480p*
VIDCLK_ENC_B
L102C4 Video EncoderL102C4 Video Encoder.Sch
SCALER_RESET*
SCLSDA
RED[0..7]GREEN[0..7]
BLUE[0..7]HSYNC_HDMI*VSYNC_HDMI*
DE_HDMIVIDCLK_HDMI
Y[0..9]C[0..9]HSYNC_480p*VSYNC_480p*DE_480p
VIDCLK_SCALER
TMSTDO_FPGA
TCK
TDO_1010
SYSCLK_DEINT
L102C5 ScalerL102C5 Scaler.Sch
HDMI_RESET*
SCLSDA
VSYNC_HDMI*HSYNC_HDMI*
VIDCLK_HDMI
RED[0..7]GREEN[0..7]BLUE[0..7]
DE_HDMI
L102C6 HDMI OutputL102C6 HDMI Output.Sch
SMPS_CLKSMPS_CLK*
L102C7 PowerL102C7 Power.Sch
ENC_RESET*VIDCLK_ENC_A
SCLSDA
VIDB[0..7]HSYNC_480i*VSYNC_480i
VIDB[0..7]
VIDCLK_DEINTDEINT_RESET*
TMSTCKTDO_CPLDTDO_1010
SCALER_RESET*HDMI_RESET*
SMPS_CLKSMPS_CLK*
VIDCLK_ENC_BVIDCLK_SCALERY[0..9]C[0..9]HSYNC_480p*VSYNC_480p*DE_480p
Y[0..9]C[0..9]
SYSCLK_DEINT
TDO_FPGA
RED[0..7]GREEN[0..7]BLUE[0..7]HSYNC_HDMI*VSYNC_HDMI*DE_HDMIVIDCLK_HDMI
BUFFERPLDSHEET 2
ABT102DEINTERLACER
SHEET 3
VIDEO ENCODERSHEET 4
ABT1010SCALER
SHEET 5
HDMI TX
+ RS232
SHEET 6
POWERSHEET 7
QTY DESCRIPTIONPART No. NOTESITEM
ITEM100 1 Blank PCB DV139 Video BoardL102PB
1.0MJT/PG Production issue. Add ferrite disc to IC301.06_E159 19/10/06
ISSUE
DRAWING NO.
DRAWING TITLE
DATE
Filename:
ECO No. DESCRIPTION OF CHANGE
L102C2 Buffer & PLD.Sch
DV139 Digital video buffer & PLD
Contact Engineer: L102CT20-Oct-2006
INITIALS
Printed: 2 7Sheet of
Notes:
Contact Tel: (01223) 203270Peter Gaggs
A & R Cambridge Ltd.Pembroke Avenue
Cambridge CB5 9QRWaterbeach
ARCAM
A2
DGND
VIDIN0
VIDIN1
VIDIN2
VIDIN3
VIDIN4
VIDIN5
VIDIN6
VIDIN7
VIDIN_CLK
HSYNC_IN*VSYNC_IN*
123456789101112131415161718192021222324252627282930
CON200
MOLEX52806
SDASCL
From main board
OE*24
A130 Y1 19
A229 Y2 20
A327 Y3 22
A426 Y4 23
IC200D
SN74LVT162244ADGGRTSOP-48
OE*25
A136 Y1 13
A235 Y2 14
A333 Y3 16
A432 Y4 17
IC200C
SN74LVT162244ADGGRTSOP-48
OE*48
A141 Y1 8
A240 Y2 9
A338 Y3 11
A437 Y4 12
IC200B
SN74LVT162244ADGGRTSOP-48
OE*1
A147 Y1 2
A246 Y2 3
A344 Y3 5
A443 Y4 6
IC200A
SN74LVT162244ADGGRTSOP-48
GN
D4
GN
D10
GN
D15
GN
D21
GN
D28
GN
D34
GN
D39
GN
D45
VCC
7
VCC
18
VCC
31
VCC
42 IC200E
SN74LVT162244ADGGRTSOP-48
DGND
+3V3D
C206100N16V0603
C207100N16V0603
C208100N16V0603
C209100N16V0603
VIDIN0VIDIN1VIDIN2VIDIN3
DGND
VIDIN4VIDIN5VIDIN6VIDIN7
DGND
VIDIN_CLK
BUFFER
HSYNC_IN*
VSYNC_IN*
DGND
This buffer has 22R resistors built-in to o/p
DGND
C201
100UF10VYXF
VIDB[0..7] VIDB[0..7]
VIDB0VIDB1VIDB2VIDB3
VIDB4VIDB5VIDB6VIDB7
VIDCLK_ENC_AVIDCLK_DEINT
Video encoderDeinterlacer
P200P201P202P203
P208P209P210P211
P204P205P206P207
C202100N16V0603
C203100N16V0603
C204100N16V0603
+3V3D
DGND
DGND
P221
P212P213P214
C200
100UF10VYXF CPLD
VIDCLK_PLD
HSYNC_480i*VSYNC_480i*
CPLD takes sync signals from the Vaddis 8 and makes them 861B compatible (requirement for HDMI)
1234567891011121314
CON201
Molex87831 DGND
+3V3D
TDI_CPLD
Programming header.This header connects to Xilinxplatform cable USB for programming CPLD and FPGA
Port Expander
C205100N16V0603
+3V3D
DGND
For Deinterlacer and video encoder
ENC_RESET*HDMI_RESET*
P222P223
P225P226
P217P218
To Deinterlacer & Video encoder
8 bit port expander used for control of CPLD - tells it if it is pal/ntsc, interlaced/progressive etc.Also provides individual resets for video encoder, HDMI TX, Scaler & Deinterlacer
SDASCL
R205
10K0W0630603
+3V3D
Spare
PALPROGRESSIVE
SCALER_RESET*P227
I/O 40
I/O 41
I/O/GCLK143
I/O 42
I/O/GCLK244
I/O2
I/O/GCLK31
I/O3
I/O5
I/O6
I/O7
I/O8
I/O12
I/O13
I/O14
I/O16
I/O18
I/O 39I/O 38
I/O/GTS1 36
I/O 37
I/O/GTS2 34I/O/GSR 33I/O 32I/O 31I/O 30I/O 29I/O 28I/O 27
I/O23 I/O22 I/O21 I/O20 I/O19
TCK11
TDI9
TDO24
TMS10
VCC
INT
15
VCC
INT
35
VCC
IO26
GN
D4
GN
D17
GN
D25
IC201
XC9572XL-10VQ44CL988FWQFP-44
R200 22R 0603R201 22R 0603R202 22R 0603
A01
P0 4SCL14
VSS
8VD
D16
A12
A23
P1 5
P2 6
P3 7
P4 9
P5 10
P6 11
P7 12INT*13
SDA15
IC202
PCF8574TSO-16
Spare
DGND
DGND
Spare
P224 DEINT_RESET*
TMS
TCK
TDO_CPLD
P228
TDO_1010
To other devices in JTAG chainChain goes: CPLD >> Platform flash >> FPGA >> Scaler
SMPS_CLKP215R203
22R 0603P219 843.75kHz clock for switching reg
SMPS_CLK*P216R204
22R 0603P220 2 clocks are in anti-phase to reduce power supply ripple
CVBS (from Vaddis - not used)
1.0MJT/PG None to this sheet.06_E159 19/10/06
ISSUE
DRAWING NO.
DRAWING TITLE
DATE
Filename:
ECO No. DESCRIPTION OF CHANGE
L102C3 Deinterlacer.Sch
DV139 Deinterlacer
Contact Engineer: L102CT20-Oct-2006
INITIALS
Printed: 3 7Sheet of
Notes:
Contact Tel: (01223) 203270Peter Gaggs
A & R Cambridge Ltd.Pembroke Avenue
Cambridge CB5 9QRWaterbeach
ARCAM
A2
VDD
1
DQ0 2
VDD
Q3
DQ1 4
DQ2 5
VSSQ
6
DQ3 7
DQ4 8
VDD
Q9
DQ5 10
DQ6 11
VSSQ
12
DQ7 13
VDD
15DQM016
WE17
CAS18
RAS19
CS20
BA022
BA123
A10/AP24
A025 A126 A227
DQM228
VDD
29
DQ16 31
VSSQ
32
DQ17 33
DQ18 34
VDD
Q35
DQ19 36
DQ20 37
VSSQ
38
DQ21 39
DQ22 40
VDD
Q41
DQ23 42
VDD
43VS
S44
DQ24 45
VSSQ
46
DQ25 47
DQ26 48
VDD
Q49
DQ27 50
DQ28 51
VSSQ
52
DQ29 53
DQ30 54
VDD
Q55
DQ31 56
VSS
58
DQM359
A360 A461 A562 A663 A764 A865 A966
CKE67
CLK68
DQM171VS
S72
DQ8 74
VDD
Q75
DQ9 76
DQ10 77
VSSQ
78
DQ11 79
DQ12 80
VDD
Q81
DQ13 82
DQ14 83
VSSQ
84
DQ15 85
VSS
86
A11 (NC)21
IC302
K4S643232H-TC70TSOP-86
DGND
+3V3D
R310 22RP335R311 22RP336
P337
SDCLKF is to have same trace length as SDCLK
SDCLKFSDCLK
MA10MA9MA8MA7MA6MA5MA4MA3MA2MA1MA0BA1BA0SDRAS*SDCAS*SDWE*SDQM
MD0MD1MD2MD3MD4MD5MD6MD7MD8MD9MD10MD11MD12MD13MD14MD15MD16MD17MD18MD19MD20MD21MD22MD23MD24MD25MD26MD27MD28MD29MD30MD31
+3V3D
SDCLK
MA10MA9MA8MA7MA6MA5MA4MA3MA2MA1MA0
BA1BA0
SDRAS*SDCAS*SDWE*
SDQM
P343
P344P345
P346P347P348
P349P350P351P352P353P354P355P356P357P381P382
P383
DGND
SDRAM
MD31MD30MD29MD28MD27MD26MD25MD24MD23MD22MD21MD20MD19MD18MD17MD16MD15MD14MD13MD12MD11MD10MD9MD8MD7MD6MD5MD4MD3MD2MD1MD0P359
P360P361P362P363P364P365P366P367P368P369P370P371P372P373P374P375P376P377P378P379P380P384P385P386P387P388P389P390P391P392P393
ABT102 FPGA
C308100N16V0603
C309100N16V0603
C310100N16V0603
C311100N16V0603
C312100N16V0603
C313100N16V0603
C314100N16V0603
C315100N16V0603
C316100N16V0603
C317100N16V0603
DGND
+3V3D SDRAM decoupling
VIDB[0..7]
VIDB0VIDB1VIDB2VIDB3VIDB4VIDB5VIDB6VIDB7
HSYNC_480i*VSYNC_480i*VIDCLK_DEINT
DEINT_RESET*
SDASCL
+3V3D
+1V8D
C302100N16V0603
C304100N16V0603
C306100N16V0603
DGND
+2V5D
C301100N16V0603
C303100N16V0603
C305100N16V0603
C307100N16V0603
DGND
+3V3D
C300100N16V0603
DGND
DGND
CCLK P323P324
CC
LK
INITB
INIT
B
R305
4K70603
+2V5D
DONE P325P326
DO
NE
R306
4K70603
PROGB
R307
4K70603
PR
OG
B
DINP328
DIN DGND
Y[0..9]Y[0..9]VIDB[0..7]P305P306P307P308P309P310P311P312P313P314 Y0
Y1Y2Y3Y4Y5Y6Y7Y8Y9
To scaler & Video encoder
C[0..9]C[0..9]P315P316P317P318P319P320P321P322P329P330 C0
C1C2C3C4C5C6C7C8C9
HSYNC_480p*VSYNC_480p*DE_480p
VIDCLK_SCALERR308 22RR309 22R
P331P332P333P334 P341
P342 VIDCLK_ENC_B
ScalerVideo encoder
P338P339P340
Configuration PROM
TMS TMS
TCK TCK
TDO_CPLD TDO_PROM P327
R30
256
RR
303
56R
R30
456
R
P301
P302
P303
TMS
TCKTDO_PROM TDO_FPGAP304
The series 56R resistors allow the JTAG to run at 3.3V levels instead of 2.5V which the FPGA is designed for.See Xilinx application note XAPP453 The 3.3V Configuration of Spartan-3FPGAs
NOTE: Decoupling and power for FPGA is shown on sheet 7
C320
100UF10VYXF
SYSCLK_DEINT
R301 0R0
P300R300 0R0 NF
Inp27M runs from video clock.It is an option to use SYSCLK_DEINT from XTAL oscillator instead(see sheet 5)
FPGA configured in master serial mode
InVD7E21
InVD6E22
InVD4G21
InVD3G22
InVD2H21
InHS-K21
MA2 C6
MA1 B5
MA0 B6
MD23C10
MD22C11
MD21A12
MD20B12
MD19A13
MD18B13
MD17A14
InVD1H22
InVD0J21
InVS-J22
OutY9 K22
OutY7 L22OutY8 L21
OutY5 M22OutY6 M21
OutY3 N22OutY4 N21
OutY2 P21
InVD5F21
Reset-AA12
MD16B14
InVClkAB12
MA3 F2
MA9 C1
MA8 C2
MA4 E2
MA7 D1
MA6 D2
MA5 E1
MA10 A5
OutY1 P22
OutC9 R22
OutY0 R21
OutC7 T22OutC8 T21
OutC5 V21OutC6 U21
OutC4 Y21
OutC3 AA20
OutC1 AA19OutC2 AB20
HS- W22
OutC0 AB19
DE Y22VS- W21
VoutClk V22
SCLAA16
SDAAB16
AdrSelAA15
PFD32 T1PFDPH P1PFDEN R1
MCKFI A11MCKFO H2MCLK H1SDQM J2SDWE- G2SDCAS- G1SDRAS- J1
GPIO0 AA8FilmDet AB15
BA0 C5BA1 A3
MD31A7
MD30B7
MD29A8
MD28B8
MD27A9
MD26B9
MD25A10
MD24B10
MD15A15
MD14B15
MD13A16
MD12B16
MD11C13
MD10B17
MD9C16
MD8C17
MD7C18
MD6C22
MD5C21
MD4A18
MD3B18
MD2B19
MD1C20
MD0A19
Inp27MAA11
GPIO1 AB8
GPIO2 AA7
GPIO3 AB7
DIN
AA14
INIT
BW
12
CC
LKAA
22
DO
NE
AB21
PR
OG
BA2
M2
AB3
M1
AA1
M0
AB2
TDO
B22
TMS
A20
TDI
B1
TCK
A21
IC301A
XC3S2000-5FG456BGA-456
CLK12
OE/RESET*11
CE*13
CF*6
EN_EXT_SEL*25
REV_SEL026
REV_SEL127
BUSY5
TMS21
TCK20
TDI19
TDO22
VCC
INT
4
DATA/D0 28
D1 29
D2 32
D3 33
D4 43
D5 44
D6 47
D7 48
CEO* 10
CLKOUT 9
VCC
O8
GN
D2
VCC
INT
15
VCC
INT
34
VCC
O30
VCC
O38
VCC
O45
VCC
J24
GN
D7
GN
D17
GN
D23
GN
D31
GN
D36
GN
D46
IC300
XCF08PVOG48CL102FWTSOP-48
ITEM300 1 Ferrite Disk - This part is RoHS compliant.F243 Place on top of IC301
(Ferrite disc on top)
1.0MJT/PG Add ferrite disc to IC30106_E159 19/10/06
ISSUE
DRAWING NO.
DRAWING TITLE
DATE
Filename:
ECO No. DESCRIPTION OF CHANGE
L102C4 Video Encoder.Sch
DV139 Video Encoder
Contact Engineer: C102CT20-Oct-2006
INITIALS
Printed: 4 7Sheet of
Notes:
Contact Tel: (01223) 203270Peter Gaggs
A & R Cambridge Ltd.Pembroke Avenue
Cambridge CB5 9QRWaterbeach
ARCAM
A2
3
+2V5 12
SD7
REG400
ADP3333ARM-2.5MSOP-8
+3V3D
DGND
+3V3D
DGND
DGND
Decouple each VDD,VAA & VDD_IO pin with 100n+10n close to pin
DGND
VIDB[0..7]VIDB[0..7]
HSYNC_480i*VSYNC_480i* +3V3D
VIDB0VIDB1VIDB2VIDB3VIDB4VIDB5VIDB6VIDB7
DGNDVIDCLK_ENC_A
SDASCL
ENC_RESET*
DGND
+3V3D
DGND
ENC2V5
ENC2V5
DGND
PLL filter
ENC_SVID_Y
ENC_SVID_C
ENC_Y
ENC_U
ENC_V
C403
100N16V0603
C404
100N16V0603
C405
100N16V0603
C419
10N50V0603
C420
10N50V0603
C421
10N50V0603
C401
100N16V0603
C418
10N50V0603
C400
100N16V0603
C402
100N16V0603
C407
100N16V0603
C408
100N16V0603
S051
S152
S253
S354
S455
S558
S659
S760
S861
S962
Y02
Y13
Y24
Y35
Y46
Y57
Y68
Y79
Y812
Y913
C014
C115
C216
C317
C418
C526
C627
C728
C829
C930
S_HSYNC*50
S_VSYNC*49
S_BLANK*48
P_HSYNC*23
P_VSYNC*24
P_BLANK25
CLKINA32
CLKINB63
SDA21
SCL22
RESET*33
I2C 19
ALSB 20
VDD
_IO
1
VAA
41
VDD
56
AG
ND
40
DG
ND
57
GN
D_I
O64
RTC_SCR_TR 31
EXT_LF 34
RSET2 35
RSET1 47
COMP2 36
COMP1 45
VREF 46
DAC_A 44
DAC_B 43
DAC_C 42
DAC_D 39
DAC_E 38
DAC_F 37
DG
ND
11VD
D10
IC403ADV7310KSTLQFP-64
L401
2U2SIMID1210-01
L403
2U2SIMID1210-01
DGND
C4256P850V0603
C4276P850V0603
2
31
84
IC400A
AD8062ARSO-8
Av=2.15
D401BAT54S SOT-23
DGND
+5V_VID
DGND
R414
75R0W0630603
L404
2U2SIMID1210-01
L406
2U2SIMID1210-01
DGND
C4286P850V0603
C4306P850V0603
6
57
IC401B
AD8062ARSO-8
Av=2.15
D402BAT54S SOT-23
DGND
+5V_VID
DGND
R415
75R0W0630603
L405
2U2SIMID1210-01
L407
2U2SIMID1210-01
DGND
C4296P850V0603
C4316P850V0603
2
31
84
IC401A
AD8062ARSO-8
Av=2.15
D403BAT54S SOT-23
DGND
+5V_VID
DGND
L408
2U2SIMID1210-01
L410
2U2SIMID1210-01
DGND
C4326P850V0603
C4336P850V0603
6
57
IC402B
AD8062ARSO-8
Av=2.15
D404BAT54S SOT-23
DGND
+5V_VID
DGND
L409
2U2SIMID1210-01
L411
2U2SIMID1210-01
DGND
C4346P850V0603
C4356P850V0603
2
31
84
IC402A
AD8062ARSO-8
Av=2.15
D405BAT54S SOT-23
DGND
+5V_VID
DGND
C448
820P50V0603
C449
3N950V0603
+5VD
DGND
+5V_VID
Power for video buffers
C423
100UF10VYXF
L412
33U1.17A8RHT2
C422
100UF10VYXF
P401
P402
P400
P415
P413
P414
P428 P429
P416
P404
P420
P419
P418
P417
P406
P421
P422
P430
P431
P408
P424
P423
P432
P433
P412
P410
P426
P425
P427
P434
P436
P435
P437
P438
R402560R0W0630603
R405560R0W0630603
R404560R0W0630603
R406560R0W0630603
C406
100N16V0603
DGND
R411
1K50603
R412
1K50603
R408
1K30603
R409
1K30603
ENC_VREF
(1.225V)
R400
1K00W0630603
R428680R0W0630603
+5V_VID
DGND
C412
100N16V0603
DGND
VIDEO OUTPUTSR421
0R0 0805
R422
0R0 0805
C439
470UF 25VYK
DGND
EMC_GND
EMC_GND
Y_OUT
Y_OUT_GND
SCRN
SKT401
KUNMINGGOLD
R418
0R0 0805
R426
0R0 0805
C437
470UF 25VYK
DGND
EMC_GND
COMPOSITE_OUT
COMPOSITE_GND
R423
0R0 0805
R424
0R0 0805
C440
470UF 25VYK
DGND
EMC_GND
EMC_GND
U_OUT
U_OUT_GND
SCRN
SKT402
KUNMINGGOLD
R425
0R0 0805
R427
0R0 0805
C441
470UF 25VYK
DGND
EMC_GND
V_OUT
V_OUT_GND
Component Y
Composite
Component Cb
Component Cr
GNDYSCRN1
GNDC
Y C
SCRN2
SKT400
HOSIDENTCS
S-VIDEOR416
0R0 0805
R417
0R0 0805
C436
470UF 25VYK
DGND
EMC_GNDR419
0R0 0805
R420
0R0 0805
C438
470UF 25VYK
DGND
EMC_GND
SVID_Y_OUT
SVID_C_OUT
R441 100R 0805
SVID_Y_OUT_GND
SVID_C_OUT_GND
DGND
+5V_VID
DGND
C414
100N16V0603
C44210P50V 0603
C44310P50V 0603
C44410P50V 0603
C44710P50V 0603
C44510P50V 0603
C44610P50V 0603
C4501N050V0603
C452
1N050V 0603
C451
1N050V0603
C453
1N050V0603
C455
1N050V0603
C454
1N050V0603
C456
1N050V0603
C410
100N 16V0603
C413
100N16V0603
C415
100N16V0603
C411
100N16V0603
C416
100N16V0603
C417
100N16V0603
REF400
LM4041AIM3-1.2
SOT-23
R429560R06030.1%
R431560R06030.1%
R433560R06030.1%
R430560R06030.1%
R432560R06030.1%
R434560R06030.1%
R449
1K50603 0.1%
R450
1K50603 0.1%
R451
1K50603 0.1%
R447
1K30603 0.1%
R446
1K30603 0.1%
R448
1K30603 0.1%
R435
150R0603 0.1%
R436
150R0603 0.1%
R437
150R0603 0.1%
R438
150R0603 0.1%
R439
150R0603 0.1%
R440
150R0603 0.1%
R4442K940.1%
R4452K940.1%
R442100R0.1%
R443100R0.1%
DGND
Y[0..9]
C[0..9]
Y[0..9]
C[0..9]
Y0Y1Y2Y3Y4Y5Y6Y7Y8Y9
C0C1C2C3C4C5C6C7C8C9
HSYNC_480p*VSYNC_480p*
VIDCLK_ENC_B
7310 operates in simultaneous interlaced / progressive scan mode.S[2..7] receives interlaced video in mux Y/C formatY[0..9] and C[0..9] receive progressive video in separate Y/C format
L400
2U2SIMID1210-01
L402
2U2SIMID1210-01
DGND
C4246P850V0603
C4266P850V0603
6
57
IC400B
AD8062ARSO-8
Av=2.15
D400BAT54S SOT-23
DGND
+5V_VID
DGND
R413
75R0603
P403 P405 P407P411
P409
R401560R0W0630603
R403560R0W0630603
R410
1K50603
R407
1K30603
+5V_VID
DGND
C409
100N16V0603
DGND
NF
ENC_COMPOSITE
1.0MJT/PG None to this sheet.06_E159 19/10/06
ISSUE
DRAWING NO.
DRAWING TITLE
DATE
Filename:
ECO No. DESCRIPTION OF CHANGE
L102C5 Scaler.Sch
DV139 Scaler
Contact Engineer: L102CT20-Oct-2006
INITIALS
Printed: 5 7Sheet of
Notes:
Contact Tel: (01223) 203270Peter Gaggs
A & R Cambridge Ltd.Pembroke Avenue
Cambridge CB5 9QRWaterbeach
ARCAM
A2
INPUTY070
INPUTY171
VOUTCLK 42
INPUTY373
INPUTY474
INPUTY575
INPUTY983
INPUTHSN52
INPUTVSN53
INPUTDE51
INPUTVCLK47
SYSCLK3
INVOUTCLK39
RESETN50
SCL49
SDA48
SEL2 91TMS88
TDI87
TCK85
TDO86
TRSTN84
INPUTY676
INPUTY777
INPUTY882
RED0 94
RED2 98RED1 97
RED4 100RED3 99
RED6 7RED5 6
DE 26
RED7 10
INPUTY272
HSN 24
VSN 25
I/O_V
DD
4I/O
_VSS
5
INPUTC056
INPUTC157
INPUTC359
INPUTC460
INPUTC561
INPUTC967
INPUTC662
INPUTC763
INPUTC866
INPUTC258
GREEN0 27
GREEN2 33GREEN1 30
GREEN4 35GREEN3 34
GREEN6 37GREEN5 36
GREEN7 38
BLUE0 11
BLUE2 13BLUE1 12
BLUE4 17BLUE3 16
BLUE6 19BLUE5 18
BLUE7 20
SEL1 90SEL0 89
I/O_V
DD
14
I/O_V
DD
22
I/O_V
DD
31
I/O_V
DD
45
I/O_V
DD
64
I/O_V
DD
79
I/O_V
DD
92
I/O_V
SS15
I/O_V
SS23
I/O_V
SS32
I/O_V
SS46
I/O_V
SS65
I/O_V
SS78
I/O_V
SS93
CO
RE_
VDD
8
CO
RE_
VDD
28
CO
RE_
VDD
40
CO
RE_
VDD
54
CO
RE_
VDD
68
CO
RE_
VDD
80
CO
RE_
VDD
95
CO
RE_
VSS
9
CO
RE_
VSS
21
CO
RE_
VSS
29
CO
RE_
VSS
41
CO
RE_
VSS
55
CO
RE_
VSS
69
CO
RE_
VSS
81
CO
RE_
VSS
96
PLL_
VDD
2
PLL_
VDD
44PL
L_VS
S1
PLL_
VSS
43
IC500ABT1010-QFP
PQFP-100DGND
+3V3D
C501100N16V0603
C503100N16V0603
C505100N16V0603
C508100N16V0603
C511100N16V0603
C513100N16V0603
C515100N16V0603
C517100N16V0603
DGND
DGND
C521
100UF10VYXF
+3V3D+1V8_SCALER+1V8
REG500LM1117MPX-1.8SOT-223
C500100N16V
0603
C506100N16V0603
C509100N16V0603
C502100N16V0603
C504100N16V0603
C507100N16V0603
C510100N16V0603
C512100N16V0603
C514100N16V0603
C516100N16V0603
SCALER_RESET*SCLSDA
RED[0..7]RED[0..7]P507P508P509P510P511P512P513P514
RED2RED3RED4RED5RED6RED7
GREEN[0..7]GREEN[0..7]P515P516P517P518P519P520P521P522
GREEN0GREEN1GREEN2GREEN3GREEN4GREEN5GREEN6GREEN7
BLUE[0..7]BLUE[0..7]P523P524P525P526P527P528P529P530
BLUE0BLUE1BLUE2BLUE3BLUE4BLUE5BLUE6BLUE7
To HDMI TX
RED0RED1
This video bus can carry 4 different formats:1. 8 bit RGB 4:4:4
2. 8 bit YCbCr 4:4:4
3. 10 bit YCbCr 4:2:2In this case signals map as follows:Y9..2 = GREEN7..0Y1..0 = BLUE3..2C9..2 = RED7..0C1..0 = BLUE7..6
4. 8 bit muliplexed YUV (for 480i/576i). Signals map as follows:YUV[7..0] = GREEN[7..0]
HSYNC_HDMI*VSYNC_HDMI*DE_HDMI
R502 22R 0603P506 P532 VIDCLK_HDMI
R509
4K70603
C519
100UF10VYXF
P503P504P505
DGND
Pull-down resistor selects internal PLL mode
R510
4K70603
DGND
Pull-down resistor selects I2C address 0x30
P534
R508
4K70603
P533
DGND
R507
4K70603
P531
NFDGND
R506
4K70603
P536
DGND
Y[0..9] Y[0..9]Y0Y1Y2Y3Y4Y5Y6Y7Y8Y9
From deinterlacer
C[0..9] C[0..9]C0C1C2C3C4C5C6C7C8C9
HSYNC_480p*VSYNC_480p*DE_480p
VIDCLK_SCALER
TMSTDO_FPGATCK
TDO_1010
P535 TRST*
Scaler has its own regulator for PLL supply since it will be sensitive to noise.Core supply comes from switching regulator
+1V8D
DGND
C520
100UF10V
YXF
GN
D4
O/P 5VCC
8 X500
27MHzDIL-8
C518100N16V0603
+3V3D
DGND
DGND
R500
22R 0603
R504
0R0SYSCLK_SCALER
XTAL Oscillator is there as an option for scaler SYSCLK and Inp27M on ABT102.These clocks should be OK run from the video clocks. If lower jitter is required, the oscillator can be used instead.Note that these clocks may be completely asynchronous to the video clock, which would be the case with the XTAL oscillator
P500
NF
NF
R501
22R 0603
NF
SYSCLK_DEINTP501
SCALER
R505
0R0
VCC
RST
GN
D
IC501
LM809M3-2.93SOT-23
+3V3D
DGNDNF
TRSTN receives a reset whenever scaler is reset. There is an option for a separate reset generator IC for this
1.0MJT/PG None to this sheet.06_E159 19/10/06
ISSUE
DRAWING NO.
DRAWING TITLE
DATE
Filename:
ECO No. DESCRIPTION OF CHANGE
L102C6 HDMI Output.Sch
DV139 HDMI output
Contact Engineer: L102CT20-Oct-2006
INITIALS
Printed: 6 7Sheet of
Notes:
Contact Tel: (01223) 203270Peter Gaggs
A & R Cambridge Ltd.Pembroke Avenue
Cambridge CB5 9QRWaterbeach
ARCAM
A2
+3V3D
C601
100N16V0603
C604
100N16V0603
C605
100N16V0603
DGND
3V3_AVCC
C603
100N16V0603
C607
100N16V0603
DGND
3V3_PVCC1
C636
1N050V0603
C602
100N16V0603
C606
100N16V0603
DGND
3V3_PVCC2
C635
1N050V0603
C638
1N050V0603
C639
1N050V0603
C618
100N16V0603
C619
100N16V0603
C620
100N16V0603
C627
100UF10VYXF
+3V3D
DGND
HDMI TX
C600
100N16V0603
+5VD
DGND
HDMI_RESET*
+3V3D
SCLSDA
VSYNC_HDMI*
Data2+1
D2_Shield2
Data2-3
Data1+4
D1_Shield5
Data1-6
Data0+7
D0_Shield8
Data0-9
Clock+10
Clk_Shield11
Clock-12
CEC13
n/c14
SCL15
SDA16
DDC/CEC Gnd17
+5V18
H/Plg Detect19
SCN
22
SCN
23SC
N21
SCN
20
SKT600MOLEX500254
EMC_GND
EMC_GND
Cable screen capacitively coupled to chassis to avoid connecting 0V to chassis via external equipment
C645
1N050V0603
C643
1N050V0603
DGND
DGND
TX2+
DGND
TX2-TX1+
TX1-TX0+
TX0-TXC+
TXC-
3V3_AVCC
R603100R
0603
P611
P612
DGND
C649
10N50V0603
C648
10N50V0603
+3V3_HDMI
DGND
C617
100N16V0603
C616
100N16V0603
C615
100N16V0603
DGND
DGND
R602
470R 0603
+3V3
REG600LM1117MPX-3.3SOT-223
HSYNC_HDMI*
VIDCLK_HDMI
123456789101112131415161718192021222324252627282930
CON601
MOLEX52806
ALRCLK
ABCLK
ADAT0
ADAT1
ADAT2
ADAT3
AMCLK
SPDIF
HDMI_INT*
DGND
+3V3D
To main board
+5VD
ALRCLKABCLK
ADAT0ADAT1ADAT2ADAT3
AMCLKSPDIF
HDMI_INT*
TMDS_D2+4
NC9
TMDS_D2-33
3V3_
SUPP
LY2
TMDS_D1+7
GN
D3
NC35
TMD
S_G
ND
5
NC6
TMD
S_G
ND
34
NC32
NC12 TMDS_D0-27
TMDS_VDD 37
TMDS_CK+13
TMDS_D1-30
5V_S
UPP
LY1
+5V_OUT 38
TMDS_D0+10
NC29
TMD
S_G
ND
8
TMD
S_G
ND
31
TMD
S_G
ND
11
TMD
S_G
ND
28
NC26
TMD
S_G
ND
14
TMD
S_G
ND
25
TMDS_CK-24
NC15
CEC_IN16
DDC_CLK_IN17
DDC_DAT_IN18
HOTPLUG_IN19 HOTPLUG_OUT 20
DDC_DAT_OUT 21DDC_CLK_OUT 22CEC_OUT 23
GN
D36
IC602
CM2020-00TRTSSOP-38
C621
100N16V0603
DGND
+5VD
DGND
C622
100N16V0603
+3V3D
DGND
DGND
HDMI_HOTPLUGHDMI_5V
HDMI_SDAHDMI_SCL
+5VD
HDMI protection ICPlace very close to connector
P615
P616
P617
P618
P619
+3V3D
R6054K70603
R6044K70603
P613P614
C628100UF10VYXF
C629100UF10VYXF
DGND
DGND
L601
600R@100MHz
L602
600R@100MHz
L600
600R@100MHz
R608
2K20W0630603
R609
2K20W0630603
DSD4DSD5
C63110uF10V1206
C63210uF10V1206
C633
1N050V0603
C634
1N050V0603
C642
1N050V0603
C640
1N050V0603
C641
1N050V0603
C614
100N16V0603
C613
100N16V0603
C63010uF10V1206
R601
10K0W0630603
Spare
P602
P601
P600
RED[0..7] RED[0..7]RED7RED6RED5RED4RED3RED2
RED0RED1
From scaler
GREEN[0..7] GREEN[0..7]GREEN7GREEN6GREEN5GREEN4GREEN3GREEN2GREEN1GREEN0BLUE[0..7] BLUE[0..7]BLUE7BLUE6BLUE5BLUE4BLUE3BLUE2BLUE1BLUE0
DE_HDMI
RESET#42
INT17
HPD 18
CSCL43
CSDA44
D2349
D1953
D1854
D1755
D1656
D1557
D1458
D1361
D1262
D1163
D1064
D965
D867
D768
D669
D570
D475
D376
D277
D178
D079
D2250
D2151
D2052
DE80
VSYNC2
HSYNC1
IDCK66
MCLK6
SPDIF5
RSVDL21
PGN
D1
22
EXT_SWING 24
TX2- 35TX2+ 36
AVC
C28
AG
ND
25
PVC
C1
23
TX1- 32TX1+ 33
TX0- 29TX0+ 30
TXC- 26TXC+ 27
AVC
C34
AG
ND
31
AG
ND
37
PGN
D2
39PV
CC
238
IOV
CC
13IO
GN
D14
EPAD
SCK12
WS11
SD010
SD19
SD28
SD37
CI2CA41
DSCL 20
DSDA 19
CVC
C18
4
CVC
C18
16
CVC
C18
45
CVC
C18
59
CVC
C18
74
CG
ND
3
CG
ND
15
CG
ND
46
CG
ND
60
CG
ND
73
IOV
CC
48
IOV
CC
71IO
GN
D47
IOG
ND
72
IC601
SII9030CTU-7
TQFP-80
DGNDL606
70R@100MHz
L607
70R@100MHz
+5VD_IN
+3V3D_IN
DGND
C644
1N050V0603
C624
100N16V0603
DGND
C623
100N16V0603
R60715K0W0630603
R606
100K0W0630603
+3V3D
12345678
CON602
AMPCT
DGND
SpareSpare
NF OPTION
+1V8D
C626
100UF10VYXF
C625
100UF10VYXF
1
2
3
4
5
6
7
8
9
CON600
MCMURDOSD
RS232
EMC_GND
C646
47P50V0603
C647
47P50V0603
C637
1N050V0603
L603 120R@100MHz
L604 120R@100MHz
L605 120R@100MHz
RX
TX
232_GND
EMC_GND
DGND
C610100N16V0603
DGND
DGND
DGND
R600
10K0603
DGND
P606
P604
P605
P603
P608
P607
P609
P610
C1+2
V+ 3
C1-4
C2+5
C2-6
V- 7
INVALID* 10
READY 1
FORCEON12
FORCEOFF*16
T1IN11
R1OUT9 R1IN 8
T1OUT 13
GN
D14
VCC
15 IC600
MAX3227ECAESSOP-16
+3V3D
+3V3D
C608100N16V0603
C609100N16V0603
C611
100N 16V0603
C612
100N 16V0603
NF
SERIAL_TX
SERIAL_RX
1.0MJT/PG None to this sheet.06_E159 19/10/06
ISSUE
DRAWING NO.
DRAWING TITLE
DATE
Filename:
ECO No. DESCRIPTION OF CHANGE
L102C7 Power.Sch
DV139 Video board power
Contact Engineer: L102CT20-Oct-2006
INITIALS
Printed: 7 7Sheet of
Notes:
Contact Tel: (01223) 203270Peter Gaggs
A & R Cambridge Ltd.Pembroke Avenue
Cambridge CB5 9QRWaterbeach
ARCAM
A2
GN
D3
FB 5
VIN1
PG 4
EN8
SW 9
LBI6
SYNC7
PG
ND
10
LBO 2
REG700TPS62050DGSRG4MSOP-10
C70010uF10V1206
DGND
+5VD
DGND
SMPS_CLK
Switching reg can optionally be synchronised to a 843.75kHz clock provided by the CPLD.Connecting SYNC high forces fixed PWM mode using internal oscillator.Initially CPLD will output logic 1
DGND
C70222uF6.3V1206
DGND
FPGA CORE SUPPLY
R702510K0W0630603
R703360K0W0630603
DGND
+1V2D
GN
D3
FB 5
VIN1
PG 4
EN8
SW 9
LBI6
SYNC7
PG
ND
10
LBO 2
REG701TPS62050DGSRG4MSOP-10
C70110uF10V1206
DGND
+5VD
DGND
SMPS_CLK*
DGND
C70322uF6.3V1206
DGND
1.8V SUPPLY
DGND
+1V8D
R704390K0W0630603
R705150K0W0630603
3
+2V5 12
SD7
REG702
ADP3333ARM-2.5MSOP-8
+3V3D
DGND
C704
100N16V0603
C705
100N16V0603
C738
100UF10VYXF
FPGA AUX SUPPLY+2V5D
+1V2D +3V3D +2V5D
DGND
FPGA POWER
+1V2D
FPGA DECOUPLING
C706100N16V0603
C739
100UF10VYXF
C742
100UF10VYXF
C709100N16V0603
C712100N16V0603
C715100N16V0603
C718100N16V0603
C721100N16V0603
C724100N16V0603
C727100N16V0603
C730100N16V0603
C732100N16V0603
C734100N16V0603
C736100N16V0603
DGND+3V3D
C707100N16V0603
C740
100UF10VYXF
C710100N16V0603
C713100N16V0603
C716100N16V0603
C719100N16V0603
C722100N16V0603
C725100N16V0603
C728100N16V0603
C731100N16V0603
C733100N16V0603
C735100N16V0603
C737100N16V0603
DGND+2V5D
C708100N16V0603
C741
100UF10VYXF
C711100N16V0603
C714100N16V0603
C717100N16V0603
C720100N16V0603
C723100N16V0603
C726100N16V0603
C729100N16V0603
DGND
123 4
ITEM700
123 4
ITEM701
M3 R/A PCB FIXING BRACKETS
R706
100R0805
DGND
EMC_GND C7501N050V0603
C7491N050V0603
C743
1N050V0603
DGND
1
FIX700
Dia 3.5mm
P706
C747
1N050V0603
DGND
1
FIX704
Dia 3.5mm
P710
C746
1N050V0603
DGND
1
FIX703
Dia 3.5mm
P709
C744
1N050V0603
DGND
1
FIX701
Dia 3.5mm
P707
C748
1N050V0603
DGND
1
FIX705
Dia 3.5mm
P711
Need to review decoupling requirementsProbably don't need this many on VCCO
R700
0R00603
R701
0R00603
P703
P700 P701
P702
P704
P705
FD700 FD701
TOOL700 TOOL701 TOOL702 TOOL703
Fiducials
Tooling holes
Fixing holes
VCC
INT
G7
VCC
INT
G8
VCC
INT
G15
VCC
INT
G16
VCC
INT
H7
VCC
INT
H16
VCC
INT
R7
VCC
INT
R16
VCC
INT
T7
VCC
INT
T8
VCC
INT
T15
VCC
INT
T16
VCC
IOC
8
VCC
IOF8
VCC
IOG
9
VCC
IOG
10
VCC
IOG
11
VCC
IOC
15
VCC
IOF1
5
VCC
IOG
12
VCC
IOG
13
VCC
IOG
14
VCC
IOH
17
VCC
IOH
20
VCC
IOJ1
6
VCC
IOK1
6
VCC
IOL1
6
VCC
IOM
16
VCC
ION
16
VCC
IOP1
6
VCC
IOR
17
VCC
IOR
20
VCC
IOT1
2
VCC
IOT1
3
VCC
IOT1
4
VCC
IOU
15
VCC
IOY1
5
VCC
IOT9
VCC
IOT1
0
VCC
IOT1
1
VCC
IOU
8
VCC
IOY8
VCC
IOM
7
VCC
ION
7
VCC
IOP7
VCC
IOR
3
VCC
IOR
6
VCC
IOH
3
VCC
IOH
6
VCC
IOJ7
VCC
IOK7
VCC
IOL7
VCC
AUX
A6
VCC
AUX
A17
VCC
AUX
AB6
VCC
AUX
AB17
VCC
AUX
F1
VCC
AUX
F22
VCC
AUX
U1
VCC
AUX
U22
GN
DA1
GN
DA2
2
GN
DAA
2
GN
DAA
21
GN
DAB
1
GN
DAB
22
GN
DB2
GN
DB2
1
GN
DC
9
GN
DC
14
GN
DJ3
GN
DJ9
GN
DJ1
0
GN
DJ1
1
GN
DJ1
2
GN
DJ1
3
GN
DJ1
4
GN
DJ2
0
GN
DK9
GN
DK1
0
GN
DK1
1
GN
DK1
2
GN
DK1
3
GN
DK1
4
GN
DL9
GN
DL1
0
GN
DL1
1
GN
DL1
2
GN
DL1
3
GN
DL1
4
GN
DM
9
GN
DM
10
GN
DM
11
GN
DM
12
GN
DM
13
GN
DM
14
GN
DN
9
GN
DN
10
GN
DN
11
GN
DN
12
GN
DN
13
GN
DN
14
GN
DP3
GN
DP9
GN
DP1
0
GN
DP1
1
GN
DP1
2
GN
DP1
3
GN
DP1
4
GN
DP2
0
GN
DY9
GN
DY1
4
IC301BXC3S2000-5FG456BGA-456
L701
15uH 1.1ASLF7032
L700
15uH 1.1ASLF7032
FD702 FD703
1.0MJT/PG None to this sheet.06_E159 19/10/06
ISSUE
DRAWING NO.
DRAWING TITLE
DATE
Filename:
ECO No. DESCRIPTION OF CHANGE
L986CT_2.0.Sch
DV139 Display board
Contact Engineer: L986CT8-Jun-2006
INITIALS
Printed: 1 1Sheet of
Notes:
Contact Tel:
A & R Cambridge Ltd.Pembroke Avenue
Cambridge CB5 9QRWaterbeach
ARCAM
A2
PG 21/03/06 Production release 1.0
F1
F2
P34
5
P33
6
P32
7
P31
8
P30
9
P29
10
P28
11
P14
25
P13
26
P12
27
P11
28
P10
29
P930
P831
P732
P633
P534
P435
P336
P237
P138
14G
39
11G
42
10G
43
P36
3
P35
4
P27
12
P26
13
P25
14
P24
15
P23
16
P22
17
P21
18
P20
19
P19
20
P18
21
P17
22
P16
23
P15
24
13G
40
12G
41
9G44
8G45
7G46
6G47
5G48
4G49
3G50
2G51
1G52
F53
F54
DISP1ZEC TBD
SG1SG2SG3SG4
SG36
SG5SG6SG7SG8SG9SG10SG11SG12SG13SG14SG15SG16SG17SG18SG19SG20
SG21
SG22
SG23
SG24
SG25
SG26
SG27
SG28
SG29
SG30
SG31
SG32
SG33
SG34
SG35
GR
1
GR2GR3GR4GR5GR6GR7GR8GR9GR10GR11GR12GR13GR14
SG36
SG35
SG34
SG33
SG32
SG31
SG30
SG29
SG28
SG27
SG26
SG25
SG24
SG23
SG22
SG21
SG20
SG19
SG18
SG17
SG16
SG15
SG14
SG13
SG12
SG11
SG10
SG
9S
G8
SG
7S
G6
SG
5S
G4
SG
3S
G2
SG
1G
R14
GR
13G
R12
GR
11G
R10
GR
9G
R8
GR
7G
R6
GR
5G
R4
GR
3G
R2
GR
1
F1F2
C6
100N50V0805
DGND
DGND
C13
47P100V0805
R14
3K30W1250805
DGND
+5VD
C8
100N50V0805
DGND
12345678910111213141516
CON1
MOLEX52807
DGND
DOUT
DIN
CLKSTB_VFD
P3P4P5P6
IRRCVP8
P2
P9P10P11P12
P7
+5VD
DGND
-27V
C19
10UF50VSM
DGND
-22V_F
-17V_F
100Hz push-pull filament driver
C3
100N50V
6
4
3
2
7
5
8
50k
50k
40k40k
Bias1
IC1LM4861M SO-8
R115K
R2 15KC5
100N50V
C4100N50V
R44K7
C1100UF6.3VSM
Wien bridge oscillator
C18
1uF25V1206
-22V_F
-17V_F
F1
F2
IR REMOTE SENSOR / LED
DGND
LED1 is underneath infra red receiver. The LED is lit by the remote bus signal, allowing the infra red receiver to demodulate the remote bus signal.
R16
330R0W1250805
R1010K0W1250805
R1110K0W1250805
C14100N50V0805
TR1MMUN2211LT1SOT-23
TR2BC849BSOT-23+5
V
O/P
GN
D
RX1
KSM-902TM1N
VFD
C2100UF6.3VSM
R15
100R0W1250805
+5VD
REM_P
REM_NP13P14
06_E040
STB_KEY
KS3
K4
PLAY
K3K2
KS4
KS5
KS6
STOP>|NAV
LOAD
PAUSE >>
|<<<
DGND
R8
10K0W1250805
R9
10K0W1250805
R12
10K0W1250805
D1
BAS16SOT-323
D2
BAS16SOT-323
D3
BAS16SOT-323
D4
BAS16SOT-323
KEYBOARD
SW11
SW22
SW33
SW44
DOUT5
DIN6
GND7
CLK8
STB9
K110
K211
K312
K413
VDD
14
SG1/
KS1
15
SG2/
KS2
16
SG3/
KS3
17
SG4/
KS4
18
SG5/
KS5
19
SG6/
KS6
20
SG
721
SG
822
SG9 23SG10 24SG11 25SG12/GR11 26VEE 27SG13/GR10 28SG14/GR9 29SG15/GR8 30SG16/GR7 31GR6 32GR5 33
GR
434
GR
335
GR
236
GR
137
VDD
38LE
D4
39LE
D3
40LE
D2
41LE
D1
42G
ND
43O
SC
44
IC3PT6312LQLQFP-44
KS3
KS4
KS5
KS6
+5VD
DGND
+5VD
DGND
-27V
DGND
DGND
+5VD DGND
DGND
K4K3
K2
+5VD
C15100N50V0805
C17100N50V0805
C16100N50V0805
R54K70W1250805
R17
56K0W1250805
REDGRN
LED23mmBICOLLED 3mm
POWER LED
DGND
+5VD+5VD
R18220R0W1250805
TR3
BC849BSOT-23
TR4
MMUN2111LT1SOT-23
R19
180R0W1250805NF
R20
390R0W1250805
ON/STBY*_LED
Connector is same pin-out as DV78 series but with extra chip select signal STB_KEY
SG5 1SG6 2SG7 3SG8 4SG9 5SG10 6SG11 7SG12 8SG13 9SG14 10SG15 11SG16 12SG17 13SG18 14SG19 15SG20 16SG21
17SG
2218
SG23
19SG
2420
SG25
21SG
2622
SG27
23SG
2824
SG29
25SG
3026
SG31
27SG
3228
SG33
29SG
3430
SG35
31G
R1
32
GR233
GR334
GR435
GR536
GR637
GR738
GR839
GR940
GR1041
GR1142
GR1243
GR1344
GR1445
GR1546
GR1647
VEE48
VSS
49
OS
CI
50
OS
CO
51
RST
B52
CSB
53
CLK
B54
DIN
55
SG
464
VDD
56
P157
P258
AD2
59
AD1
60
SG
161
SG
262
SG
363
IC2PT6302LQ-001(L)
LQFP-64
DGND
C91N0100V0805
C11
1N0100V0805
C101N0100V0805
C121N0100V0805
FD1 FD2
TOOL1 TOOL2 TOOL3 TOOL4
DGND DGND
C20100UF6.3VSM
R23
0R00W1250805
NF Option to bypass buffer
1
FIX1
Dia 3.2mm
1
FIX2
Dia 3.2mmC231N0100V0805
C241N0100V0805
C25
1N0100V0805
DGND DGND
R2410K0W1250805
+5VD
NF
2 x 40mm lengths of 17mm wide double sided tape under VFD
NOTE TO ENGINEERS:When creating BOM, import CSV into database then manually change quantity to 0.08 for ITEM2 (F272 tape)This is the only way to ensure it appears as 0.08m on the BOM report
123456
CON2
AMPCT
123456
CON3
AMPCT
+5VD
DGND
REMGND
Snap-off board
R27
4R7 0805
C26
100N 50V0805
L1600R@100MHz
L2600R@100MHz
DGND
C221N0100V0805
C211N0100V0805
-27V
TR9
MMUN2111LT1SOT-23
R25100K0W1250805
TR7MMUN2211LT1SOT-23
+5VD
C7
10UF50VSM
R26100K0W1250805
R7
0R00805
NF+5VD
DGND
TR8MMUN2211LT1SOT-23
R1310K0W1250805
VFD_OFF
R28
4R7 0805
C27
100N 50V0805
DGND
TR6
MMUN2211LT1SOT-23
R2115K0W1250805
-17V_F
R22
100K0W1250805
TR5
MMUN2111LT1SOT-23
+5VD
VFD_OFF
R60R00805NF
VFD_OFF
VFD_OFF is high to turn VFD off by puting the driver in reset mode
NF
NF
DGND
1
FIX3
Dia 3.5mm
1
FIX4
Dia 3.5mm
1
FIX5
Dia 3.5mm
1
FIX6
Dia 3.5mm
1
FIX7
Dia 3.5mm
DGND
1 2
SW3SDTM-610-NTR
1 2
SW1SDTM-610-NTR
1 2
SW2SDTM-610-NTR
1 2
SW4SDTM-610-NTR
1 2
SW5SDTM-610-NTR
1 2
SW6SDTM-610-NTR
1 2
SW7SDTM-610-NTR
1 2
SW8SDTM-610-NTR
1 2
SW9SDTM-610-NTR
P1
P15
P22P18
REM5V
REM_OP REM_IP
REM
P_A
REM
N_A
LED1
5mmREDLED 5mm
ITEM3 PAD ADHESIVE SPACING - DIVA REMOTE SENSOR1 E822AP Cut in half & fit both pieces under RX1 as shown on assembly diagram
NF
NF
NF
ITEM2 1 FOAM D/S ADH 5mm x 17mmF272
QTY DESCRIPTIONPART No. NOTESITEM
ITEM1 1 Blank PCB DV139 Display BoardL986PB
R3
11K0805
R294K70W1250805
R304K70W1250805
+5VD
DGNDNF
These resistors allow auto detection of 2 build states:IC3.1 = 5V indicates PT6302-001 (Normal)IC3.1 = 0V indicates PT6302-003 (Uses different character map)
IC3.2 is used to indicate FMJ or Diva display board1=FMJ
+5VD
LED33mmGRNLED 3mm
DIRECT*_LED
R31330R0W1250805
MJT 07/06/06 Added LED behind NAV hole in front panel for DIRECT CD mode. 2.006_E089
01223 203210 (direct)01223 203200 (switch)
Mark [email protected]
CD Direct