Toshiba SD9070 Schematic

MANUAL DE SERVIÇO

DVD VIDEO PLAYER

SD 9070 SR

ESPECIFICAÇÕES TÉCNICAS

GERAIS

Alimentação ........................................ 110~220V AC, 50~60Hz

Consumo ................................................................. 9W (médio)

Dimensões aprox. (LxAxP) ................................320x46x221mm

Peso aprox. .........................................................................1,7kg

SISTEMA

Laser ....................................................... Laser a semicondutor,

comprimento de onda 650nm

Sistema de sinal de cor ............................ NTSC/PAL-M/PAL-N

Faixa de frequências de áudio ...........................20Hz a 20kHz

Relação Sinal/Ruído .....................≥80dB (Saídas analógicas)

Distorção harmônica ...................................................... ≥-60dB

Faixa dinâmica .................................................................>80dB

Wow e flutter.............................Abaixo de níveis mensuráveis

(±0,001% (W de pico))

• Projeto e especificações estão sujeitos a alterações sem aviso prévio.

• Aviso: a cópia não autorizada de materiais áudio visuais para uso doméstico pode infringir os direitos de terceiros.

SAÍDAS

Saída de Vídeo composto ........................1,0V (p-p), 75 ohm

sincronismo negativo.

Saída S-Vídeo ........................................(Y) 1,0V (p-p), 75 ohm

sincronismo negativo, (C) 0,286V (p-p), 75 ohm 1

tomada Mini DIN de 4 pinos

Component vídeo .......................... (Y): 1Vpp, 75Ω, sincronismo

negativo; (PR/PB): 0,7Vpp, 75Ω

Saída de Áudio ........................ 0,5 V p-p), 75 ohm 1 tomada

RCA (áudio digital)

Saída de Áudio

(áudio analógico) ...................2,0Vrms (1 khz, 0dB), 10 Kohm,

2 tomadas RCA (L, R)

Entrada de Microfone ........................plugue 6 mm, 600 ohm

SEMP

1

2 - DIAGRAMAS DE CIRCUITOS

2.1 - Diagrama de circuito da PCI Fonte de Alimentação

+5V

C3

102 /250 VAC

5.6

CON9

500 m A /250 VAC

1
2

4 7 u F/ 35V

F 1

102 /250 VAC

H V +

C 100

R T 1
5 D - 9

C4

R 1 2
7 50K

R 1 1
7 50K

R 1

750K

R 2 5

750K

2

3

5

R9
100K

C 2 5
0 . 1 u F /275 VAC

L 309
U U 1 0 .5 2 0 m H

1

2

R7

10uH

U141

GND8GATE

VDD

SENSE

Isense

NC

RI

OB2263

FB

D7
F R 104

34

1

4

6

7

C2
0 . 1 u F /275 VAC

4

H V +

R 1 4

1M

R 1 0

1M

L307

D 6 F R 1 0 4

H V +

M0 526B

C 1 5

2 2 0 uF /25V

T 1

2

D8

K B P 206

-

+

1

3

R6
100R

R4

1 0 R

R3

OR

C 7

C6

1 0 2 /1 KV

C5

4 7 u F/ 400V

D 1 0

1 N 4 148

R 2 4

1 0 K

D 5

F R 1 0 7

R5

1 R 1 W

R2
5 6 K /2W

Q 1

F Q P 5 N 60

6

6

4

4

2

2

1

1

15

14

1111121213

10

15

R 2 3

1 0 R 1 / 2 W

14

S B 2060 CT

13

9

10

889

7

7

D4

F R 1 0 4

U402

NC

4

4

3

3

1

1

2

2

PC 817

C 1 0

10 3

Z D 1 0

1 8 V 1/2 W

D 9

R 1 6

C 1 3
1 0 2/ 1K V

C1

2 2 0 uF /25V

430R

2 2 00u F/10V

1 2

R 1 7
2K

R 1 8

3

10K

1

U142

2

T L431

C 3 1

C 1 9

10UH

1 2

C 1 6

1 0 0 uF /25V

C 2 2

NC

L305
10 UH

+5V

R 1 9

1 0 K

NC

C 1 2

1 0 4

L - 0 71 10uH
L308

C 2 6

1 0 0 uF /25V

R 2 0
1 0 K

C 3 0

1 0 4/ 50V

C 1 8

4 7 0 u/ 10V

- 12V

+ 12V

C 2 8
1 0 4 /50V

+12V

-12V

+ 5V

J 1

1
2
3
4
5

C O N 2_5

nota: C31 não usado

H V +

C 2 1

1 0 2

9

2 - DIAGRAMAS DE CIRCUITOS

2.2 - Diagrama de circuito da PCI Principal - Processador MPEG

Close to Vaddis!

FOCUS_S

FOCUS_S

TRACK_S

TRACK_S

SPDL_S

SPDL_S

SLED_S

MEMADD19

Flash speed <= 70 nS.
If plan to use 90ns Flash, it needs to be verified by s/w.

MEMADD15
MEMADD14
MEMADD13
MEMADD12
MEMADD11
MEMADD10
MEMADD9
MEMADD8

R13 0R

MEMWR#
RESET#

DSPVCC33

R16 NM

MEMADD18
MEMADD17
MEMADD7
MEMADD6
MEMADD5
MEMADD4
MEMADD3
MEMADD2
MEMADD1

U2

1

A15

2

BYTE#

A14

3

A13

4

A12

5

A11

6

A10

7

A9

8

A8

9

A19

NC

10

A20

11

WE#

12

RP#

13

NC

VPP

14

NC

WP#

15

RY/ BY#

A19

16

A18

17

A17

18

A7

19

A6

20

A5

21

A4

22

A3

23

A2

24

A1

SST39VF160

Intel NM 0R
AMD/SST 0R NM

R117 R118Flash select

VCCQ

DQ15

DQ14

DQ13

DQ12

DQ11

DQ10

GND

DQ7

DQ6

DQ5

DQ4
VCC

DQ3

DQ2
DQ9
DQ1
DQ8
DQ0

OE#

GND

CE#

MEMDAT15

45

MEMDAT7

44

MEMDAT14

43

MEMDAT6

42

MEMDAT13

41

MEMDAT5

40

MEMDAT12

39

MEMDAT4

38

DSPVCC33

37

MEMDAT11

36

MEMDAT3

35

MEMDAT10

34

MEMDAT2

33

MEMDAT9

32

MEMDAT1

31

MEMDAT8

30

MEMDAT0

29

MEMRD#

28
27

MEMCS0#

26

MEMADD0

25

A0

MEMADD16

48

A16

47
46

New GPIO Function:

GPIO63 FOR ABT1030 Reset
GPIO62 FOR TDA9950 Reset

GPIO61 FOR TDA9950 Set Interrupt

GPIO59 FOR Standby Power Control:
When Power On, Set High=1
When Standby On, Set Low=0

GPIO58 FOR Detect MIC Plug And Set MIC ON/OFF

GPIO55 FOR Detect Power Key From Front Panel

GPIO44 FOR TDA9981 RESET

GPIO40 FOR TDA9981 Set Interrupt

DSPVCC33

C24
10nF

DSPVCC33

C26
1uF

C27
10nF

FB6

MBW2012-221

C28
1uF

DSPVCC18

C29
10nF

EC4
47uF/16V

+

DSPVCC33

C20
10nF

Close to Pin37 of U104

C30

C31

10nF

10nF

C40

C41

10nF

10nF

C45

C46

C47

10nF

10nF

10nF

C32
10nF

C42
10nF

DSPVCC33

C33
10nF

C43
10nF

SDRAM3.3V

C48
10nF

C49
10nF

R36
1K

SLED_S

DSPVCC18

DSPVCC33

R22 NM

MEMADD1

1

JP1

BOOTSEL2

[NM]

C34
10nF

C44
10nF

C50
10nF

[4.7K]

2

USB_DP
USB_DN

RAMADD4
RAMADD3
RAMADD5

RAMADD2
RAMADD6
RAMADD1
RAMADD7

DSPVCC33

C35
10nF

MEMDAT2
MEMDAT10
MEMDAT3
MEMDAT11
MEMDAT4
MEMDAT12
MEMDAT5
MEMDAT13
MEMDAT6
MEMDAT14

MEMDAT7

MEMADD16

MEMADD15
MEMADD14
MEMADD13
MEMADD12
MEMADD11
MEMADD10
MEMADD9
MEMADD8
MEMWR#
MEMADD18
MEMADD17
MEMADD7
MEMADD6

MEMADD5
MEMADD4
MEMADD3

MEMADD2
MEMADD1
MEMADD19

C3

1nF

C4

C5

27nF

1nF

IPCLK

Close to
Vaddis

R2 51K
R3 51K

R5 22K
R6 51K

C6

27nF

U1A

MARK1

.

1

1

MEMDAT[2]

2

MEMDAT[10]/GPIO[0]

3

MEMDAT[3]

4

MEMDAT[11]/GPIO[1]

5

MEMDAT[4]

6

MEMDAT[12]/GPIO[2]

7

MEMDAT[5]

8

MEMDAT[13]/GPIO[3]

9

MEMDAT[6]

10

MEMDAT[14]/GPIO[4]

11

GNDC

12

MEMDAT[7]

13

MEMDAT[15]

14

VDDC

15

VDDP

16

MEMADD[16]

17

MEMCS1#/GPIO[5]

18

MEMADD[15]

19

MEMADD[14]

20

MEMADD[13]

21

MEMADD[12]

22

MEMADD[11]

23

MEMADD[10]

24

MEMADD[9]

25

MEMADD[8]

26

MEMWR#

27

MEMADD[18]/GPIO[6]

28

MEMADD[17]

29

MEMADD[7]

30

MEMADD[6]

31

GNDC

32

MEMADD[5]

33

MEMADD[4]

34

MEMADD[3]

35

VDDP

36

MEMADD[2]

37

MEMADD[1]

38

MEMADD[19]/IGPIO[7]

39

USBVDD

40

USBDP/GPO[67]

41

USBDN/GPO[68]

42

USBGND

43

RAMADD[4]

44

RAMADD[3]

45

RAMADD[5]

46

VDDIP

47

GNDC

48

RAMADD[2]

49

RAMADD[6]

50

RAMADD[1]

51

RAMADD[7]

52

VDDC

R35
56R

PCLK

C23
NM

[5pF]

LD_CD

LD_DVD

MD_DVD

MD_CD

CEC_INT

MIC_ON

DAC_RST#

POWER_CON

9981_RST

ABT1030_RST-

MEMDAT1

MEMADD0

MEMDAT9

MEMDAT8

MEMCS0#

MEMRD#

MEMDAT0

207

206

208

VDDP

MEMDAT[1]

GPIO[9]/MEMDAT[9]

197

205

198

204

GPIO[8]/MEMDAT[8]

196

202

199

200

203

201

MEMRD#

MEMCS0#

MEMDAT[0]

MEMADD[0]

GPIO[63]/MEMCS2#

GPIO[59]/FCU_CS2#

GPIO[60]/FCU_SCLK

GPIO[62]/FCU_IORD#

GPIO[61]/FCU_IOWR#

SLED_PWM

POWER_KEY

I2C_CLK

I2C_DAT

MUTE_CTL1

194

195

193

GPIO[56]/FCU_RST

GPIO[58]/FCU_CS3#

GPIO[57]/FCU_WAIT#

192

IGPIO[55]/FCU_IRQ

TRACK_PWM

SPDL_PWM

R9 100R

R10 100R

188

187

186

184

189

190

191

185

VDDC

GNDC

GNDPWM

GPIO[53]/PWMCO[4]

GPIO[52]/PWMCO[3]

GPIO[51]/PWMCO[2]

GPIO[50]/PWMCO[1]

IGPIO[54]/PWMCO[5]

R8 15.4K 1%

C11 0.1uF

LD_CD

MD_DVD

RESOUT

LD_DVD

MD_CD

VC

VREF

FOCUS_PWM

VDDPWM

VDDAFE

176

182

178

177

179

181

175

174

180

183

VREF

CD_LD

CD_MD

DVD_LD

RESOUT

GNDREF

DVD_MD

VDDPWM

VDDSAFE

GPIO[49]/PWMCO[0]

Vaddis 9

966U ou 962

246HS247HS248HS249HS250HS251HS252HS253HS254HS255HS256HS257

209

HS

210

HS

211

HS

212

HS

213

HS

214

HS

215

HS

216

HS

217

HS

218

HS

219

HS

220

HS

221

HS

HS

222HS223HS224HS225HS226HS227HS228HS229HS230HS231HS232HS233

RAMADD[0]

RAMADD[8]54RAMADD[10]55GNDC57VDDP56RAMADD[9]58RAMADD[11]/GPO[64]59RAMBA61RAMCS0#60RAMCS1#/GPO[65]62RAMRAS#63VDDP65RAMCAS#64GNDC66RAMWE#67GNDPCLK69PCLK70VDDPCLK71RAMDAT[8]72RAMDQM68RAMDAT[7]73RAMDAT[9]74VDDP76RAMDAT[6]75GNDC77RAMDAT[10]78RAMDAT[11]80RAMDAT[5]79RAMDAT[4]81RAMDAT[12]82VDDP84RAMDAT[3]83GNDC85RAMDAT[13]86RAMDAT[14]89RAMDAT[2]87RAMDAT[1]90RAMDAT[15]91RAMDAT[0]

53

RAMADD11

RAMADD9

RAMBA

RAMCS0-

RAMADD8

RAMADD0

RAMADD10

RAMDAT15

SDRAM3.3V

52

53

54

VSS

DQ15

VSSQ

U4

VDD1DQ02VDDQ3DQ14DQ25VSSQ6DQ37DQ48VDDQ9DQ510DQ611VSSQ12DQ713VDD14DQML15WE#16CAS#17RAS#18CS#19BA020BA121A1022A023A124A225A326VDD

IPCLK

RAMCS1-

RAMRAS-

RAMDAT14

RAMDAT13

51

DQ1350DQ14

RAMDAT8

RAMCAS-

RAMDQM

RAMWE-

RAMDAT10

RAMDAT8

RAMDAT11

RAMDAT12

RAMDAT9

42

44

46

43

49

45

48

DQ8

DQ9

DQ10

DQ1147DQ12

VSSQ

VDDQ

VDDQ

64Mbit:K4S641632H-UC70

[128Mbit]

RAMDAT9

RAMDAT6

RAMDAT7

PCLK

RAMCKE

RAMDQM

37

39

38

41

36

40

NC

CLK

VSS

CKE

DQMH

HS

245

HS

244

HS

U1B
I96

RAMDAT10

RAMDAT5

RAMADD11

RAMADD9

35

34

NC

A11

243

HS

242

HS

241

HS

240

HS

239

HS

238

HS

237

HS

236

HS

235

HS

234

HS

RAMDAT3

RAMDAT2

RAMDAT11

RAMDAT12

RAMDAT4

RAMDAT13

DELETE R34=0R

RAMADD4

RAMADD6

RAMADD7RAMADD0

RAMADD5

RAMADD8

28

A429A530A631A732A833A9

VSS

27

VC

SPDL_SENS-

RF_F

SPDL_SENS+

RF_E

RF_B

RF_A

RF_D

RF_C

RFN

RF_E

RF_ F

SPDL_SENS-

RF_A

RFP

RF_ D

SPDL_SENS+

RF_B

RF_ C

Close to Vaddis!

VDDAFE

VDD1AFE

172

168

171

169

173

167

166

170

F

K

E

H

G

VC

GNDAFE

GND1AFE

VDDC88VDDP93RAMDQM2/RAMCKE/GPO[66]94GNDC95RAMCKE/SDI_PSC/GPIO[10]96GPAIO/IGPIO[11]97APWM7+/GPIO[12]98APWM7-/GPIO[13]99APWM6+/GPIO[14]

92

RAMCKE0

RAMDAT0

RAMDAT15

RAMDAT1

RAMDAT14

SDRAM3.3V

SDRAM configuration:
1X64Mbit: CS1# = Low; CS0#=BA1
SDRAM speed <=7ns
Tras <=44.4ns
Trp <=22.2ns

163

164

159

165

162

161

160

J

B

A

C

D

VDDAFE

VDD1AFE

GPIO[45]/PWMCO[5]/DUPTD0

GPIO[34]/RAMCKE/SPDIFIN

GPIO[28]/AOUT[0]/APWM0-

GPIO[26]/AOUT[1]/APWM1-

GPIO[24]/AOUT[2]/APWM2-

GPIO[22]/AOUT[3]/APWM3-

GPIO[19]/PWMCO[5]/APWM4+

APWM6-/GPIO[15]

APWM5+/GPIO[16]

100

101

102

IN_OUT_SW
INSW

R37 4.7K

157

158

RFP

RFN

GPIO[48]/DUPRD1
GPIO[47]/DUPTD1
GPIO[46]/DUPRD0

IGPIO[37]/TMS/NMI

GPIO[33]/AIN/SPDIFIN

GPIO[30]/ALRCLK

GPIO[27]/APWM0+

GPIO[25]/APWM1+

IGPIO[23]/APWM2+

GPIO[21]/APWM3+

GPIO[20]/APWM4-

APWM5-/GPIO[17]

AIN/SPDIFIN/IO[18]

103

104

C12 1n F

C13 1n F

GNDDACBS2

RSET
DAC1

VDDDAC

DAC2
DAC3

VDDDAC

DAC4

GNDDAC_D

DAC5

VDDPLL

GNDPLL

RESET#

GNDC

VDDC

VDDP

IGPIO[44]
GPIO[43]/TDO
GPIO[42]/TCK

GPIO[41]/TDI/NMI

GPIO[40]
GPIO[39]
GPIO[38]

GPIO[36]
GPIO[35]

GPIO[32]/SPDIFO

GPIO[31]/ABCLK

VDDP

GPIO[29]/AMCLK

GNDC

GNDAPWM

VDDAPWM

MARK2

1

FPC_STB

RAMCKE

C39
NM

[22pF]

Important power supply!

VDDPWM

VDD1AFE

VDDAFE

FB2

MBW2012-221

C9

C8

10nF

10nF

FB1

MBW2012-221

+

C2

EC1

10nF

100uF/16V

MBW2012-221

C10
10nF

SERVO33

FB3

DSPVCC33

Crystal

OSCOUT

OSCIN

OSCOUT

R4
220K

R7 75R

R1
75R

Y1

27.000MHz

C1 27pF

C7 27pF

Close to Vaddis!

C16
NM/10nF

C17
1nF

INSW

IN_OUT_SW

HOMESW

C_B_U

Y_R_V
CVBS_C

CVBS_G_ Y

Y_C_CVBS

Old:DDCDAT

Old:DDCCLK

FB4

MBW2012-221

FB5

MBW2012-221

C_B_U

Y_R_V
CVBS_C

CVBS_G_Y

Y_C_CVBS

DSPVCC33

DSPVCC18

EEPROM

DSPVCC33

R14
2K

I2C_CLK

I2C_CLK

I2C_DAT

I2C_DAT

USB header

D5V

D5V

USB_DN
USB_DP

For V966U only.

Debug Download header

DSPVCC33
DUPTD0
DUPRD0
GND

MUX GPIOs

MUTE_CTL1

R31 200R

3

STM809
SOT23

21

CEC_RST

CEC_RST

R141 100R

R15
2K

500mA for device

R23

R24
15K

15K

CN2

1
2
3
4

DOWN_LOAD

DSPVCC33

C145

100NF

C19

0.1uF

MUTE_CTL

C21
NM

[10nF]

Reset

U3

8

A0

VCC

7

WP

A1

6

A2

SCL

5

GND

SDA

24LC08

CN1

4
2
3
1

NM/4P2.0

DSPVCC33

1

DUPTD1

2

DUPRD1

3

GND

4

NM/HYPER_TE RMINAL

MUTE_CTL

3

2

1

R178

0R/4.7K

RESET#

1
2
3
4

CN4

U11

VCC

RST

GND

STM809SWX6F

C22
1nF

OSCIN
OSCOUT

RESET#

DUPRD1
DUPTD1
DUPRD0
DUPTD0

R26 33R
R27 33R

R30 4.7R

+

VDDDAC

VDDPLL

R28 33R

EC3

470uF/10V

Close to
Vaddis

R17 75R 1%

R18 75R 1%

R19 75R 1%

AIN

S/PDIF _OUT

CD_DVD#
GP-0
DRVSB

GP-1

DELETE R29=33R

DSPVCC33

C15
10nF

R20 75R 1%

R21 75R 1%

VID7
VID6
VID5

9981_INT

VID4
VID3
VID2
VID1
VID0

HOMESW
AIN
S/PDIF_ OUT
ABCLK
ALRCLK

AMCLK

CD_DVD#

APWM_L+

DRVSB

APWM_R+

VCLKX2

FPC_CLK

OPEN

RF

C14
33pF

XIN
XO

.

RF

R12

156
155
154
153
152
151
150
149
148
147
146
145
144
143
142
141
140
139
138
137
136
135
134
133
132
131
130
129
128
127
126
125
124
123
122
121
120
119
118
117
116
115
114
113
112
111
110
109
108
107
106
105

392 Ohm 1%

VDDDAC

VDDDAC

VDDPLLMEMDAT15

VDDAPWM

Close to pin 105

IRRCV
FPC_DOUT

DELETE R33=220R

CLOSE

INSW

IN_OUT_SW

HOMESW

C37

C36

1nF

1nF

C38
1nF

Put at the middle of traces.

Place de-coupling capacitors close to power pins.

RAMDAT1

RAMDAT2

RAMDAT0

RAMDQM

RAMDAT7

RAMDAT4

RAMDAT3

RAMDAT5

RAMCS1-

RAMWE-

RAMDAT6

RAMCAS-

RAMADD3

RAMCS0-

RAMADD2

RAMBA

RAMADD1

RAMRAS-

RAMADD10

10

2 - DIAGRAMAS DE CIRCUITOS

2.3 - Diagrama de circuito da PCI Principal - Driver dos motores

DSPVCC33

+

R38

EC5

4.7R
100uF/16V

EC

CN201 is used for Sanyo /Samsung/Sony OPUs

C52

CN3

24Pin OPU connector

GND-LD
DVD-LD

NC

HFM

MD

CD-LD

VR-DVD

VR-CD

NC

E

VCC

VC(VREF)

GND/PD

F
B
A

RF

CD/DVD_SW

D
C

T­T+
F+

F-

GND25GND

26

24
23
22
21
20
19
18
17
16
15

OPU5V

14

VC1

13
12
11
10
9
8
7
6
5

TACT-

4

TACT+

3

FACT+

2

FACT-

1

1nF

C57

0.1uF

C53
1nF

DVDL D

OPU_HFM

CD LD
VR_D VD
VR_C D

C58

0.1uF

Q1

BT2907

Q2

BT2907

L1 10uH
R47 33R

+

EC8
47uF/16V

R40 220R

B

DSPVCC33

R42

+

EC6

4.7R
100uF/16V

EC

R44 220R

B

C54
1nF

2.1V

RF_E

VC

RF _F
RF_B
RF_A
RF

RF _D
RF _C

LD_D VD

OPU HD65PS Others
R221: 3.3R 4.7R
R224: 3.3R 4.7R

LD_ CD

RFA5V

+

EC7
100uF/16V

RFA5V

PDIC Control:
DVD=LOW
CD=HIGH

CD _DVD

Q3

BT3904

SLED_S

TRACK_S

SPDL_S

CLOSE

OPEN

DRVSB

FOCUS_S
SLED_S
TRACK_S
SPDL_S

CLOSE
OPEN
DRVSB

FOCUS_S

R48

3.3K

CD_DVD #

R52

4.7K

1

2 3

CD_DVD# Control:
DVD=H IGH
CD=LOW

M5V

Value is for AM5888s

FOCUS_S

SLED_SSLED_SSLED_SSLED_SSLED_SSLED_S

OPENOPENOPENO PENOPENOPENOPENOPENO PENOPENOPENOPENOPENOPENO PENOPENOPENOPEN

CLOSECLOSECLOSECLOSECLOSECLOSECLOSECLOSECLOSECLOSECLOSECLOSECLOSECLOSECLOSECLOSECLOSECLOSE

+

EC9

220uF/10V

VR_C D

VR_D VD

0.1uF

MD_DV D

R46
0R

SL_MOT+

SL_MOT-

MD_CD

U5

AM5888s

1

VINFC

2

CFCERR1(TRB_1)

3

CFCERR2(REGO2)

4

VINSL+

5

VINSL-(REGO1)

6

VOSL(FWD)

7

VNFFC(REV)

8

VCC

9

PVCC1(LOAD-)

10

PGND(LOAD+)

11

VOSL-(VOSL+)

12

VOSL+(VOSL-)

13

VOFC-

14

VOFC+

value in [] is for AM5888s

CTKERR1(TRB_2)

CTKERR2(NC)

PREGND

PVCC2

VNFTK(NC)

PGND(VCC2)

VOLD+

VOTK+

GND29GND1

30

STBY

BIAS

VINTK

VINLD

VOLD-

VOTK-

28

27

26

25

24

23

22

21

20

19

18

17

16

15

M5V

VC2

TRACK_S

SPDL_S

M5V

SP_M-

SP_MOT+

TACT-

TACT+

R53
1K

FB7

MBW2012-221

C59
100P

DRVSB

D5V

R45
0R

C60

FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-FACT-

FACT+

LOAD-

LOAD+

Current Type(Default)

SP_M-

SP_MOT-

R39 2.2K

R41

2.2R

R43 2.2K

C51

0.1uF

Close to motor driver.

R49
1K 1%

VC2

R51

C55

1K 1%

0.1uF

2

1

BAT54C

DSPVCC33

R50
33K

C56

0.1uF

SPDL_SENS-

D2

3

SPDL_SENS+

SPDL_SENS-

DSPVCC33

SPDL_SENS+

BEMF

SL

SP

LOAD

SLED­SLED+
HOMESW
GND
SP+
SP-

LOAD­LOAD+
OUTSW
GND
INSW

CN5

6P2.0

CN6

SL_MOT-

6

SL_MOT+

5

HOMESWHOMESWHOMESW

4
3

SP_MOT+

2

SP_MOT-SP_MOT-

1

DSPVCC33

LOAD-

1

LOAD+

2
3
4
5

R55

R54

4.7K

R56

4.7K

4.7K

[NM]

HOMESW

HOMESW

IN_OU T_SW

IN_OU T_SW

INSW

INSW

220uF/10V/CD288

220uF/10V/CD288

EC10

EC11

+

+

C65
220pF

C67
220pF

C66
1nF

C68
1nF

SERVO33

DSPVCC33

DSPVCC18

Close to Regulator

L12

D5V

10UH-2A

D5V

D5V

R274

C208

220uF/10V

D5V

C209

220uF/10V

100K

C25
1uF

R245

100K

C18
1uF

C213

100nF

C205
100nF

U14

2

7

EN

8

SS

4

GND

MP1482

U15

2

7

EN

8

SS

4

GND

MP1482

VSW

COMP

VSW

COMP

C199
100nF

R243

4.7K

R248

4.7K

L10
22UH-2A

3

R238

5

27K 1%

6

R241
10K 1%

C206

10nF/NC

C207
100nF

L11
22UH-2A

3

R246

5

10K 1%

6

R247
10K 1%

C214

10nF/NC

BS1VIN

FB

C202

10nF

BS1VIN

FB

C210

10nF

C203

1nF

C211

1nF

100nF

100nF

C204

C212

DSPVCC33

EC50

22uF/10V

DSPVCC18

EC51

22uF/10V

11

2 - DIAGRAMAS DE CIRCUITOS

2.4 - Diagrama de circuito da PCI Principal - Entrada e Saída de Áudio

APWM_L+

EC13
10uF/16V

C61 100pF

+

R63 4.7K

C71

1.5nF

+6VA

C70 75pF

OP-

2

OP+

3

-

+

8 4

U8A
LM4558

1

C142 1 UF

R91 15K

R60 82K

R62 39K

R92 30K

-

2

+

3

8 4

U10A
LM4558

-12V

C144
1UF

1

EC15 47uF/16V

R66 1K

+

R69
150K

MUTE

R70

1

2K

2 3

Q4
BT3904

LMAIN-OUT

LMAIN-OUT

R87

10K

MIC

DAC_RST#

Mute Circuit

OLD R117=12K,R126=1.1K

MUTE_CTL

MUTE_CTL:
Hi: Mute.

ADC(GAIN 200TIMES) 1:0X38

Q13
BT3904

2 3

R102
100K

R106
100K

MUTE1

C80

1uF

EC28
100uF/16V

+

C93

0.1uF

DSPVCC33

R82

4.7K

C81

0.1uF

R123
10K

1

OLD R123=4.7K

ADC circuit for Karaoke

R85

3.9K

EC22
10uF/16V

+

DAC_RST#

C79

C78

0.1uF

1uF

+6VA

D5V

R117
12K

1

R126

2.2K

R134 10K

R136

3.3K

R177

5.1K

EC21

+

100uF/16V

+12V

12

DSPVCC33

AMCLK

AIN

ABCLK
ALRCLK

+12V

D5
LL4148

R121

4.7k

EC31

220uF/16V

C75

0.1uF

MUTE

AMCLK

AIN

ABCLK
ALRCLK

R176
100k

R79 33R

C74

C76

1uF

0.1uF

16

M1

15
14
13
12
11
10

9

Full scale input: 0.65Vrms (when VA=3.3V)
M0=1, M1=1: clock slave;
Package: TSSOP16.

2 3

FILT+
REF_GND
VA
AINR
VQ
AINL
/RST

ES7240

C87

0.1uF

R129

Q15
BT3904

R105
220R

Q8

BT3904

47R

MCLK

SDOUT

SCLK
LRCK

+12VA

2 3

R130 2K

+

U9

1

M0

2
3

VL

4
5

GND

6

VD

7
8

R107
1K

1

R115 10K

R118 6.8K

R124
NM

OLD R130=4.7K

EC33

10uF/16V

OLD EC33=4.7uf

DSPVCC33

R83

4.7K

R100 100R

+

EC27
220uF/16V

MUTE1

R125
47k

B

BT3906

Q14

R84
10K

R86 33R

EC

MBW2012-221

FB8

APWM_R+

EC19
10uF/16V

+

R76 4.7K

C73

1.5nF

+6VA

C72 75pF

OP-

6

OP+

5

-

+

8 4

U8B
LM4558

+12VA

C77

0.1uF

7

C143 1 UF

R93 15K

R74 82K

R75 39K

C62 100pF

R95 30K

-

6

+

5

8 4

C82

0.1uF

U10B
LM4558

+12VA

7

EC20 47uF/16V

R78 1K

+

R80

R81

MUTE

150K

1

2K

MIC_DET

MIC_ON

MIC_ON

MIC_ON and MIC_DET can
control MIC circuit independently

RMAIN-OUT

Q5
BT3904

2 3

MIC

MIC

MIC_DET

R108

R113

RMAIN-OUT

-K12V

K12V

R99
2K

D5V

2K

1K

R122
10K

R128
22K

CN8

5
4
3
2
1

5p 2.0: TRAY_Con

1

Q9

2

A1015

3

OLD R116=1K

R116
2K

Q11

1

2N3904

2 3

MIC

C90

1000pF

-12V

12

2 - DIAGRAMAS DE CIRCUITOS

2.5 - Diagrama de circuito da PCI Principal - Saída de Vídeo

CVBS_C

Y_R _V

CVBS_G_Y

C_B_U

Y_C_CVBS

CVBS_C

Y_R _V

CVBS_G_Y

C_B_ U

C95 11pF

L2 1 .1uH

C96
150pF

C98 11pF

L3 1 .1uH

C99
150pF

C101 11pF

L4 1 .1uH

C102
150pF

C104 11pF

L5 1 .1uH

C105
150pF

C108 11pF

L6 1 .1uH

C109
150pF

C97
160pF

C100
160pF

C103
160pF

C106
160pF

C110
160pF

CVBS_OUT

Y-R-V _OUT

G-Y_O UT

C-B-U _OUT

Y-C-CVB S_OUT

CVBS CVBS
V R
Y G
U B
C SCART-CVBS

Y-R-V_OU T

LMAIN-OUT

C-B-U_ OUT

RMAIN -OUT

G-Y_OUT

CVBS_OUT

C111

100pF

C112

1000pF

C113

100pF

C114

1000pF

C115

100pF

12PRCA

C116
100pF

10

CN1 2

1
2
3
4
5
6

7
8
9

V
L
U
R
Y
CVBS

GND1
GND2
GND3
GND4

12

GND6

GND5

11

Power K
IR3V3
ST5V
IR
STB
CLK
DAT
GND

CN211

VFD_PORT

1
2
3
4

R186

5

R187 33R

6

R189 33R

7
8

DSPVCC33

R182

4.7K

C148

1000pF

33R

POW ER_KEY

A5V
D5V

C151

100pF

DSPVCC33

R183

4.7K

R185

C152

100pF

C149

100pF

pontos de aterramento junto aos parafusos

H2

334
2
1

9

4
5

5

6677889

H2

4
5

2
1

H1

H3

3
2
1

4

4

3

5

5

2
1

6677889

H3

9

H4

3
2
1

4

4

3

5

2

5

1

6677889

H4

9

2
1

H1

334
2
1

9

5

6677889

+12V: +12V(+-10%)

-12V: -12V(+-10%)
+5V: +5V(+-2.5%)
+3.3V: +3.3V(+-2.5%)

CN1 0

1

3.3V

2

D5V

3

GND
+12V

-12V

33R

IRR CV

FPC_STB
FPC_CLK
FPC_DOUT

C150

100pF

MARK3

.

1

MARK4

.

1

MARK5

.

1

MARK6

.

1

Power

+12V

4

-12V

5

+12V

-12V

POW ER_CON

+

C225
100U/16V (5*11)

+

C226
100U/16V (5*11)

D5V

DSPVCC33

R184

4.7K

R188

4.7K

D5V

R193

22K

Q21
S8550D

E

1

R190
22K

B

R194
2K

R191

NM

C

Q20
BT3904

2 3

R179 NM/0R

Q19
S8550D

E C

R180
22K

B

12

R181
2K

D14
LL4148

2

NM

R68
1K

POWER_CON:

High=1,power on

High=0,standby on

D15
18V

1 2

R192

4.7K

1

3

Q22
BT3904

R195

RFA5V

A5V

+

C147
100U/16V (5*11)

K12V

R272
NM

-K12V

S/PD IF_OUT

S/PDIF_ OUT

G-Y_OUT

Y-C-CVBS_ OUT

Q17

1

BT3904

2 3

56R

R147

39R

R145

R146

62R

C118

100pF

C124

0.1u F

SPDIF_ C

D5V

C125

0.1 uF

C119

100pF

1

G1

2

Y

3

C

4

G2

FB19

COAX_SPDIF

MBW2012-750

C126

22pF

6

G4

G3

7

S-VID EO

CN1 1

5

G5

CN1 3

1

IEC

2

GND1

3

GND2

COXIAL

13

2 - DIAGRAMAS DE CIRCUITOS

2.6 - Diagrama de circuito da PCI Principal - circuito SRT (Super Resolution technology)

VI D0
VI D1
VI D2
VI D3
VI D4
VI D5
VI D6
VI D7

VCLKX2

ABT1030_RST-

I2C _CLK
I2C _DAT

VI N0
VI N1
VI N2
VI N3
VI N4
VI N5
VI N6
VI N7

VC LK

RESET

SC L
SDA

R20 8

4.7K

SDA
SC L

C153
27p F

Y2

27.00MHz

1

R196
1M

ABT_TRSTN

VI N0
VI N1
VI N2
VI N3

VI N4
VI N5
VI N6
VI N7

RP1

4
3
2
1

33R*4

RP4

4
3
2
1

33R *4

D0

5

D1

6
7
8

D2
D3

5

D5

6

D6

7

D7

8

Keepout Area Required
Anchor Bay recommends copying
our bypass cap configuration

SYSCLK_XI

2

C15 4
27p F

ABT_TCK
ABT_TDO
ABT_TDI
ABT_TMS
ABT_TRSTN

SYSCLK_XO

R19 7

4.7K

SD_ A[11..0]

VCC_3.3V _ABT1030

123

45

RP 9

4.7 K*4

678

R20 9

R210

22R

VC LK

22R

SD_ D[15..0 ]

SD_CLK
SD_BA0
SD_BA1
SD_ RAS_N
SD_ CAS_N
SD_WE _N

DSPVCC33

R27 1

33R

RESET

SD_ A0
SD_ A1
SD_ A2
SD_ A3
SD_ A4
SD_ A5
SD_ A6
SD_ A7
SD_ A8
SD_ A9
SD_A 10
SD_A 11

SYSCLK_XO
SYSCLK_XI

SD_D0
SD_D1
SD_D2
SD_D3
SD_D4
SD_D5
SD_D6
SD_D7
SD_D8
SD_D9
SD_D 10
SD_D 11
SD_D 12
SD_D 13
SD_D 14
SD_D 15

R24 9 3 0R
R25 0 3 0R
R25 1 3 0R
R25 2 3 0R
R25 3 3 0R
R25 4 3 0R
R25 5 3 0R
R25 6 3 0R
R25 7 3 0R
R25 8 3 0R
R25 9 3 0R
R26 0 3 0R

R26 1 3 0R
R26 2 3 0R
R26 3 3 0R
R26 4 3 0R
R26 5 3 0R
R26 6 3 0R

R21 1

R2 9

4.7K

0ohm

C6 4
1uF

176

173
174

175

172

156
155

165
169
168
166
167

164
163
170

17
18
19
20
21
22
23
24
25
26
27
28

1
2
3
4
5
6

7
13
14
15
16

33
34
35
36
37
38
39
40
41
42
43
44

12

88
87
86
85
84
83
82
81
52
51
50
49
48
47
46
45

71
70
69
68
57
58
59
60
61
62
65
63

64
73
72
74
75
76

U12 ABT1030

INPUTY0
INPUTY1
INPUTY2
INPUTY3
INPUTY4
INPUTY5
INPUTY6
INPUTY7
INPUTY8
INPUTY9
INPUTY10
INPUTY11

INPUTCB0
INPUTCB1
INPUTCB2
INPUTCB3
INPUTCB4
INPUTCB5
INPUTCB6
INPUTCB7
INPUTCB8
INPUTCB9
INPUTCB10
INPUTCB11

INPUTCR0
INPUTCR1
INPUTCR2
INPUTCR3
INPUTCR4
INPUTCR5
INPUTCR6
INPUTCR7
INPUTCR8
INPUTCR9
INPUTCR10
INPUTCR11

INPUTVSN
INPUTHSN

INPUTDE
INPUTVCLK

INVOUTCLK

SYSCLK_XO
SYSCLK_XI

M_DATA[0]
M_DATA[1]
M_DATA[2]
M_DATA[3]
M_DATA[4]
M_DATA[5]
M_DATA[6]
M_DATA[7]
M_DATA[8]
M_DATA[9]
M_DATA[10]
M_DATA[11]
M_DATA[12]
M_DATA[13]
M_DATA[14]
M_DATA[15]

M_ADDR[0]
M_ADDR[1]
M_ADDR[2]
M_ADDR[3]
M_ADDR[4]
M_ADDR[5]
M_ADDR[6]
M_ADDR[7]
M_ADDR[8]
M_ADDR[9]
M_ADDR[10]
M_ADDR[11]

M_CLK
M_BADDR[0]
M_BADDR[1]
M_RAS_N
M_CAS_N
M_WE_N

TCK
TDO
TDI
TMS
TRSTN

SDA
SCL
RESETN

GREEN0
GREEN1
GREEN2
GREEN3
GREEN4
GREEN5
GREEN6
GREEN7
GREEN8

GREEN9
GREEN10
GREEN11

BLUE0
BLUE1
BLUE2
BLUE3
BLUE4
BLUE5
BLUE6
BLUE7
BLUE8

BLUE9
BLUE10
BLUE11

RED0
RED1
RED2
RED3
RED4
RED5
RED6
RED7
RED8
RED9

RED10

OSCILLATOR VDD 3.3V

OSCILLATOR VDD 1.8V

RED11

OSCILLATOR VSS

OSCILLATOR VSS

VOUTCLK

IRQ_N

IO_VDD
IO_VDD
IO_VDD
IO_VDD
IO_VDD
IO_VDD
IO_VDD
IO_VDD
IO_VDD
IO_VDD
IO_VDD

IO_VSS
IO_VSS
IO_VSS
IO_VSS
IO_VSS
IO_VSS
IO_VSS
IO_VSS
IO_VSS
IO_VSS
IO_VSS

PLL VDD
PLL VDD

PLL VSS
PLL VSS

PLL VDD
PLL VDD

PLL VSS
PLL VSS

CORE_VDD
CORE_VDD
CORE_VDD
CORE_VDD
CORE_VDD
CORE_VDD
CORE_VDD
CORE_VDD

CORE_VSS
CORE_VSS
CORE_VSS
CORE_VSS
CORE_VSS
CORE_VSS
CORE_VSS
CORE_VSS

EARTH

8
7
6
5

RP-22x 4-ISO

8
7
6
5

RP-22x 4-ISO

8
7
6

RP-22x 4-ISO

8
7
6
5

RP-22x 4-ISO

8
7
6
5

RP-22x 4-ISO

8
7
6
5

RP-22x 4-ISO

R202

NC

R206

4.7K

SCL R_R7
SCL R_R6
SCL R_R5
SCL R_R4

SCL R_R3
SCL R_R2
SCL R_R1
SCL R_R0

SCLR_ G7
SCLR_ G6
SCLR_ G5
SCLR_ G4

SCLR_ G3
SCLR_ G2
SCLR_ G1
SCLR_ G0

SCLR_ B7
SCLR_ B6
SCLR_ B5
SCLR_ B4

SCLR_ B3
SCLR_ B2
SCLR_ B1
SCLR_ B0

VCC_3.3V _ABT1030

R203

NC

R205

4.7K

SCL R_R[7 ..0] 7

SCL R_G[7 ..0] 7

SCL R_B[7..0 ] 7

R20 4

NC

R20 7

4.7K

SCLR_ DE

SCL R_VS-

SCLR _HS-

Crystal

SCL R_R11_R
SCL R_R10_R
SCL R_R9_R
SCL R_R8_R

SCL R_R7_R
SCL R_R6_R
SCL R_R5_R
SCL R_R4_R

SCL R_G11_R
SCL R_G10_R
SCL R_G9_R
SCL R_G8_R

SCL R_G7_R
SCL R_G6_R
SCL R_G5_R
SCL R_G4_R

SCL R_B11_R
SCL R_B10_R
SCL R_B9_R
SCL R_B8_R

SCL R_B7_R
SCL R_B6_R
SCL R_B5_R
SCL R_B4_R

Ext.Oscillator

111
112
113
114

SCL R_G4_R

117

SCL R_G5_R

118

SCL R_G6_R

119

SCL R_G7_R

120

SCL R_G8_R

121

SCL R_G9_R

122

SCL R_G10_R

123

SCL R_G11_R

124

94
95
96
97

SCL R_B4_R

98

SCL R_B5_R

99

SCL R_B6_R

100

SCL R_B7_R

101

SCL R_B8_R

102

SCL R_B9_R

108

SCL R_B10_R

109

SCL R_B11_R

110

129
130
131
132

SCL R_R4_R

133

SCL R_R5_R

134

SCL R_R6_R

135

SCL R_R7_R

136

SCL R_R8_R

141

SCL R_R9_R

142

SCL R_R10_R

143

SCL R_R11_R

144
157

158

153

154

89

VS

90

HS

91

DE

107
171

8
32
53
67
80
92
105
116
125
137
162

9
31
54

C15 9

66
79

0.1 uF

93
106
115
126
138
161

145
148

146
147

149
152

150
151

11
29
56
77
104
128
140

C17 1

159

0.1 uF

10
30
55
78
103
127
139
160
177

C16 7

0.1 uF

C16 9

0.1 uF

R19 8 22R
R19 9 22R
R20 0 22R
R20 1 22R

C160

C16 1

0.1uF

0.1 uF

C16 8

1nF

C17 0

1nF

C172

C17 3

0.1 uF

0.1uF

C15 5

0.1 uF

C157

0.1uF

C163

C162

0.1uF

0.1uF

VCC_ABT1030_P LL

C175

C174

0.1uF

0.1uF

C156

1nF

C15 8

1nF

C16 4

0.1 uF

+

C17 6

0.1 uF

BEAD_0805

EC4 2

+

10uF25V

EC4 3

+

10uF25V

SCL R_VS- 7
SCLR_ HS- 7
SCL R_DE 7
SCLR_ VCLK 7

C165

0.1uF

EC4 5

10uF25V

C177

0.1uF

L7

C16 6

0.1 uF

C17 8

0.1 uF

VCC_3.3V _ABT1030

VCC_1.8V _ABT1030

L8

BEAD_0805

VCC_3.3V _ABT1030

EC4 4

+

10uF25V

VCC_1.8V _ABT1030

L9

BEAD_0805

Signal Function Low High
SCLR_DE I2C_Addr 0x30 0x32
SCLR_VS XTAL_Config
SCLR_HS Hold_VTG No Hold Hold On

VCC_1.8V _ABT1030

EC4 6

+

10uF25V

RP 2

1
2
3
4

RP 3

1
2
3
4

RP 5

1
2
3
4 5

RP 6

1
2
3
4

RP 7

1
2
3
4

RP 8

1
2
3
4

14

2 - DIAGRAMAS DE CIRCUITOS

2.7 - Diagrama de circuito da PCI Principal - Memória SDRAM para SRT

U17

SD_A[11..0]1

SD_BA01
SD_BA11

SD_A0
SD_A1
SD_A2
SD_A3
SD_A4
SD_A5
SD_A6
SD_A7
SD_A8
SD_A9
SD_A10
SD_A11

SD_BA0
SD_BA1

Trace length for all signals between ABT1030
and SDRAM should be matched in length

64Mbit:K4S641632H-UC70

23

A0

24

A1

25

A2

26

A3

29

A4

30

A5

31

A6

32

A7

33

A8

34

A9

22

A10

35

A11

20

BA0

21

BA1

D0
D1
D2
D3
D4
D5
D6
D7
D8

D9
D10
D11
D12
D13
D14
D15

NC
NC

2
4
5
7
8
10
11
13
42
44
45
47
48
50
51
53

36
40

D0
D1
D2
D3
D4
D5
D6
D7
D8

D9
D10
D11
D12
D13
D14
D15

Place RP10, RP11, RP12, and
RP13
close to the U1 pins

D0
D1
D2
D3

D4
D5
D6
D7

D8
D9
D10
D11

D12

D13

D14
D15

RP10

1
2
3
4

RP11

1
2
3
4

RP12

1
2
3
4

RP13

1
2
3
4 5

VCC_3.3V

SD_D0

8

SD_D1

7

SD_D2

6

SD_D3

5

42.2R(1%)*4

SD_D4

8

SD_D5

7

SD_D6

6

SD_D7

5

42.2R(1%)*4

SD_D8

8

SD_D9

7

SD_D10

6

SD_D11

5

42.2R(1%)*4

SD_D12

8

SD_D13

7

SD_D14

6

SD_D15

42.2R(1%)*4

SD_D0
SD_D1
SD_D2
SD_D3
SD_D4
SD_D5
SD_D6
SD_D7
SD_D8
SD_D9
SD_D10
SD_D11
SD_D12
SD_D13
SD_D14
SD_D15

SD_ D[15..0] 1

SD_RAS_N
SD_CAS_N

SD_W E_N

SD_CLK

VCC_3.3V

EC52

100uF/16V

C215

0.1uF

SD_CLK

C216

0.1uF

VCC_3.3V

R239

4.7K

C217

0.1uF

C218

0.1uF

4.7K

R240

R242 4 .7K

R244

4.7K

C219

0.1uF

C220

0.1uF

39

DQMH

15

DQML

18

RAS

17

CAS

16

WE

38

CLK

37

CKE

19

CS

MT48LC4M16A2

C221

0.1uF

VDDQ
VDDQ
VDDQ
VDDQ

VSSQ
VSSQ
VSSQ
VSSQ

C222

0.1uF

VDD
VDD
VDD

VSS
VSS
VSS

1
14
27

28
41
54

3
9
43
49

6
12
46
52

POWER_CON

C223

0.1uF

VCC_3.3V

R275

100K

R277

2.2K
C229

100NF

R11

100K

1

A03415

Q26
BT3904

2 3

VCC_3.3V_ABT1030

VCC_3.3V

3V3

EC53
220uF/16V

R276

100K

R278

2.2K

Q24

ADD

STBVCC33

STBVCC33DSPVCC33

C227

47NF

+

POWER_CON

When 1080P output,I>=400mA(3.3V)

When 1080P output,I>=600mA(1.8V)

C230

100NF

C228

47NF

1V8

VCC_1.8V_ABT1030

EC54

+

220uF/16V

STBVCC18

STBVCC18DSPVCC18

Q25

A03415

1

Q27
BT3904

2 3

15

2 - DIAGRAMAS DE CIRCUITOS

2.8 - Diagrama de circuito da PCI Principal - Saída HDMI

SCLR_ VCLK

SCLR_ DE

SCLR_ HS-

SCL R_VS-

C18 6
33p F

D+3V3

D+1 V8C

VSSA

VDDA

VSSH

TX2+

TX2-

VDDH

TX1+

TX1-

VSSH

TX0+

TX0-

VDDH

TXC+

TXC­VSSH
EXTS

VDDA

VSSA

R232

47K

D+3V3

R214

R213

2K2

2K2

R21 6 33R
R21 7 33R

C181

1nF

D+3V3

40

A1

39
38
37
36
35
34
33
32
31
30
29
28
27
26
25
24
23
22
21

TM

C193

1nF

9981_INT

D+3V3

C190

0.1 uF

D+1 V8C

D+3V3

C184

0.1 uF

C18 5

0.1 uF

D+1 V8C

C18 7

0.1uF

R22 3

10K

R21 9 4K7

R220 4K 7

220R 1%

D+3V3

R228

NM/47K

D+3V3

R22 1

R22 2
390R 1%

R22 5 0R
R22 6 0R

R22 7

NM/47K

TMDS_D 2+

TMDS _D2-

TMDS_D 1+

TMDS_D 0+

TMDS _D0-

TMDS_CLK +

TMDS_C LK-

R229
NM/10K

SCLR_ B7
SCLR_ B6
SCLR_ B5
SCLR_ B4
SCLR_ B3
SCLR_ B2
SCLR_ B1
SCLR_ B0
SCLR_ G7
SCLR_ G6

D+1 V8C

C18 2

C183

1nF

100nF

60

56

58

59

VPB757VPB6

VSSC

SCLR_ G5
SCLR_ G4
SCLR_ G3
SCLR_ G2
SCLR_ G1

SCLR_ G0
SCL R_R7
SCL R_R6 TMDS _D1­SCL R_R5

SCL R_R4

C18 8

100nF

SCL R_R3
SCL R_R2
SCL R_R1
SCL R_R0

R23 1

10R

C18 9

100nF

S/PDI F_OUT

61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80

VDDC

VPB5
VPB4
VPB3
VPB2
VPB1
VCLK
VPB0
VPA7
VPA6
VPA5
VDDD
VSSD
VSSC
VDDC
VPA4
VPA3
VPA2
VPA1
VPA0
DERF

TDA9981BHL/15

HSR

VSR2VPPP3AP74AP65AP56AP47AP38AP29AP110AP011ACLK12VDDD13VSSD14VSSC15VDDC16INT17HPD18DSDA

1

D+3V3

R230
33R

U1 6

R26 8
4K7

C179

100nF

VPC749VPC650VPC551VPC452VPC353VPC254VPC155VPC0

C191

100nF

47

48

VDDD

R21 2
10K

C18 0

100nF

41

43

46

42

45

44

A0

SCL

SDA

VSSA

VSSD

RSTN

VDDC

DSCL

20

19

C192

100nF

R21 8 33R

C18 4
1uF

DDCCLK
DDCDAT

HOTPLU G

I2C _DAT
I2C _CLK

9981_RST

STBVCC18

STBVCC33

FB2 0

MBW2012-221

EC 47

100uF/16V

FB2 1

MBW2012-221

EC 48

100uF/16V

J1

HDMI5 V

23

D13

HD port

1

TDMS_D2+

2

TDMS_D2_SHIELD

3

TDMS_D2-

4

TDMS_D1+

5

TDMS_D1_SHIELD

6

TDMS_D1-

7

TDMS_D0+

8

TDMS_D0_SHIELD

9

TDMS_D0-

10

TDMS_CLK+

11

TDMS_CLK_SHIELD

12

TDMS_CLK-

13

CEC

14

NC

15

SCL

16

SDA

17

DDC/CEC_GND

18

+5V

19

HOTPLUG

R174

4.7K

GND20GND21GND22GND

TDMS GND

23

HDMI_TYPE_A

GND

HDMI5 V

+

EC 41
10uF/ 25V

HDM I5V

D+1 V8C

D+3V3

DDCDAT

D11

1 2

LL4148

+12V

+12V

DDCCLK

R16 4 1.8K

R166 1.8K

+

+

HDMI5V Range: 4.7V--5.2V

HDMI5 V

HOTPLU G

R17 2
22R /0805

R17 5
1K

TMDS_D 2+

TMDS _D2­TMDS_D 1+

TMDS _D1­TMDS_D 0+

TMDS _D0­TMDS_CLK +

TMDS_C LK-

CE C

C224
33p F

TDMS GND

R26 7
15K

Q18
S8050

1

BZT52C5V6S

1 2

SCLR_ B7
SCLR_ B6
SCLR_ B5
SCLR_ B4

SCLR_ B3
SCLR_ B2
SCLR_ B1
SCLR_ B0

SCL R_B[7..0 ]

SCL R_R7
SCL R_R6
SCL R_R5
SCL R_R4

SCL R_R3
SCL R_R2
SCL R_R1
SCL R_R0

SCL R_R[7 ..0]

SCLR_ G7
SCLR_ G6
SCLR_ G5
SCLR_ G4

SCLR_ G3
SCLR_ G2
SCLR_ G1
SCLR_ G0

SCL R_G[7. .0]

CE C

DSPVCC33

R23 5
47K

1 2

BT3904

D1 6
LL4148

Q23

R236

47K

DSPVCC33

C194

220pF

1

2 3

R15 8
220 R

C19 6

1nF

R23 4

100K

C197

27p F

R233
18K

CEC_IN T

CE C_RST

R27 3

NM

Y3

12.000MHz

C19 8

I2C _DAT
I2C _CLK

27p F

DSPVCC3 3

R270
NM/10K

Optinal

R26 9
NM/10K

1
2
3
4
5
6
7
8
9

10

U13
TDA9950

CEC_POL
INT
CEC_OUT
RST
VSS
XTAL1
XTAL2
CEC_IN
SDA
SCL

INT-POL

RSVD7
RSVD6

VDD
RSVD5
RSVD4
RSVD3
RSVD2

20

A0

19

A1

18
17
16
15
14
13
12
11

DSPVCC3 3

+

EC 49
220uF/10V

C19 5
100nF

16

2 - DIAGRAMAS DE CIRCUITOS

2.9 - Diagrama de circuito da PCI Frontal

+5V

R7 10R

100U/10V

C1

JP3

8P IN

100U/10V

R8
10R

C2

+5V

DATA
CLK
STB

C4

104

C5

101

C6

101

C7

101

R4
10K

R3
10K

R5
10K

R2
10K

R6
10K

1

D1

4148

2

S4

12

D2

4148

S2

S3

+5V
SEG5
SEG4
SEG3
SEG2
SEG1

U 2

1

DIO

2

CLK

3

STB

4

K1

5

K2

6

VDD

7

SED1/KS1

8

SED2/KS2

9

SED3/KS3

10

SED4/KS4

11

SED5/KS5
SED6/KS612SED7/KS7

TM1668

1

D3

4148

2

S5

S6

GR1
GR2

GND

GR3
GR4
GR5
GR6
GR7

SED10/KS10

SED9/KS9
SED8/KS8

24
23
22
21
20
19
18
17
16
15
14
13

G7G7
G6

GND
G5
G4
G3
G2
G1G1G1G1G1G1G1G1

G1
G2
G3
G4
G5
G6

G7
SEG1
SEG2
SEG3
SEG4
SEG5

10
11
12

U1

1
2
3
4
5
6
7
8
9

6611E

+

U4
QS211

3

2

1

IR

R1
10K

+5V

C3

+

104

R9 2K

STB5V

2

1

Q1
BT3906

3

Stanby: STB5V=0,LED ON
Working: STB5V=1,LED OFF

R10
510R

12

D4
DI ODELI GHT (RED)

S1

STB5V

1
2
3
4
5
6
7
8

IR
+5V
GND
PO WE R_KEY
DATA
CLK
STB

PO WE R_KEY

17

2 - DIAGRAMAS DE CIRCUITOS

2.10 - Diagrama de circuito da PCI Karaokê

MIC1

MI C

1

1

2

2

3

3

4

4

L1

3 .3uH

L2

FB400

MDET

D5V

R1

10K

C2

100pF

C13
1 uf

R7
1K

+12VA

-12VA

84

3

2

MC4558

+

-

R8

C5 100P

U1A

82K

1

R2

1K

LEVEL2

LEVEL1LEVEL1

C11

+

10 U/16V

LEVEL1

+12VA

-12VA

R5 1 5UH

R6 1 5 UH

DET

LEVEL2

JP1

1
2
3
4
5

6P IN

U SB_ DN

USB _DP

WR1

0R

WR2

0R

100U/16V

WC1

+

C6

R4
47K

3

Q1

2

C1815

+12VA

R13

47K

47 U/16V

DET

+

C4
100U/16V

U1B

4

MC4558

-

6

5

+

WC2
0 .1UF

7

+

R3
47K

8

MDET

1

C7

0.1u

+

C8

47 U/16V

C9

0.1u

6

6

1

5V

2

3

4

D-(DM)

D+(DP)

GND

D5V

D5V

500mA for dev ice

U SB_ DN
USB _DP

5

5

JP2

4
2
3
1

NM/4 P2.0

USB
C N1

18

2 - DIAGRAMAS DE CIRCUITOS

2.11 - Diagrama de circuito da PCI Controle Remoto

19

SEMP TOSHIBA

Administração Geral:

Av. João Dias, 2476 CEP 04724-003 - São Paulo - SP - PABX (0xx11) 5645-2100

NE 750.574

Rev. 18 - Nov / 09