Sharp DA-100 Schematic

A

+

V

7

V

0

2

B

VSS

P6.5

1

L
4

P

RTV servis Horvat

Tel: ++385-31-856-842
Tel/fax: ++385-31-856-139
Mob: [phone]

www.rtv-horvat-dj.hr

B

C

D

E

F

G

H

I

70GS-64S

1

(A)

GN0304

F701

FS-C3226

2

S701

P0600

D734
1N4005

DX0502

C701

FZ0070

100nF

3

D731
1N4005

DX0502

(G)

PLGN0207

250V

L701

F0108

22

C749

470nF 16V

TV1CF474Z*

EX0544

C737

R768
220

(TQ)

R762
220

(TQ)

POR701

P0001BM

R763
100

(1/2W)
XZ0224

IC708
FX0111

R767
10K

3.3nF 250V

D728

4V7

1uF

D727
DX0551

4567

Page 23

C702
47nF

400V
FZ0173

T702

BTW34

C746
470nF

275V
FZ0220

KZ0165

DX0555

RF2005

DX0555

RF2005

C704

KZ0165

3.3nF 250V

R716

.

D1812

M1000

LP701
P0001

R721
470K

(1/2W)

R778

1M

(1/2W)

D708
DX0502

1N4005

D707
DX0502

1N4005

R769

820

L702

L703

Q714

2SA1037

C703

D701

D703

C705

68uF
(450V)

EZ0141

C711

220pF

2KV

KZ0035

DX0555

RF2005

R708
1K

C728
100nF

C706
22uF

(16V)

D702

DX0555

R735

RF2005

470K

D704

R787
47K

R713
560K

1/2W

C710
47nF

400V

R714
560K

FZ0156

1/2W

FB702

LN0037

CU0205BM

1

R703
470K

(1/2W)

IC701

1

.

PST529

R733
47K

CF701
C0121

R739

47K

2

GND

+5V

3

.

.

2

R715
47K

5W

D711
DX0539

BYT52M

R777

47

C724
220uF

(16V)

D710
EX0545

5V1

C707
100uF

(16V)

1

2

3

4

5

6

7

8

R740

47K

R738

47K

R736
470K

C725

4.7nF

T701

NZ0578BM

FB701

17

LN0037

S702

KZ0079

3

C730
10nF

OUT

R770
270

(1/2W)
XZ0229

Q715
2SK2715

TX0215

D732

15V

EX0556

C739
220uF

(16V)

IC702

ST6203

IX1646

VSS

VDD

PA1

OSCIN

PA2

OSCOUT

PA3

NMI

PB0

TEST

PB1

RESET

PB3

PB7

PB5

PB6

D706

DX0551

R737
180K

Q709
2SC2412

Q708
2SC2412

8

7

3

S703

KZ0079

C731
10nF

R771
470K

(1W)

D733

DX0551

Q717
2SC2412

16

15

14

13

12

11

10

9

R789

18K

D718
DX0603

RGP15D

D719
DX0603

RGP15D

FB703

LN0037

S704

KZ0079

D729

C47

EX0568

R774
470K

(TQ)

R775
470K

(TQ)

R776
82K

R788

R790

18K

18K

R792
6K8

D730
DX0551

(1/2W)

1000uF

D720
DX0587

MR826

S705

KZ0079

C732
10nF

C733
10nF

(K)

GN0641CE

R711
1K8

4

3

IC703

FX0113

+3.3V

.

R712

R1017

330

1K2

1

4

3

2

R791

18K

R728
180

C718

(25V)

C719
1000uF

(25V)

IC704

FX0113

D724
C2V7

EX0538

+8V

R727

.

180

(1/2W)

D721
C8V2

EX0550

J12

2.5A

J14

2.5A

.

+16V

.

-16V

J13
3,3uH

(CF)

J701

100nF

Q913

R1843

R1842

C1827

+10V

.

JF5

R1801
220

1

+5V

Q901

2SC2412

2

ISEN

GND

3

R

4

B

5

G

6

+5V

.

R1048
820

1

2

C1017

33nF

+5V

.

C1801
100nF

Q904
2SC2412

2SC2412

R1809

C1821

Q907

+5V

.

2SC2412

R755

390

R751
1K

Q711
BC547

TX0106

LEDOPC

PAGC

ABL

LED

CAG

RU

GU

BU

BLU

R1029

4K7

R1028

100

TLTXT

+5V

.

R2401

470

R1844

+10V

.

D1810
5V6

EX0546

390

100

C1820
10pF

R1030

SC

R1803

75

Q902

2SC2412

R1805
1K

R1808

R1807

+10V

75

390

.

Q905
2SC2412

R1810
1K

+10V

.

R1813

Q908
2SC2412

R1815
1K

JF2

IC1003
X24645

IX1603

1

NC

2

S1

3

S2

4

VSS

D1004
DX0547

Q710
2SC2412

D725
DX0551

4K7

R1031
4K7

RS

C2401

C2402

22pF

22pF

X2401
B0214

20.48MHz

R1802

390

R1804

100

C1822
10pF

100

10pF

R1812

R1814

Q712

L1802

JF62

Q903
2SA1037

R1806
150

JF4

Q906
2SA1037

R1811
220

JF3

75

C1805
220nF

Q909
2SA1037

R1816
180

C1001
470uF

(6.3V)

8

VCC

7

WP

6

SCL

5

SDA

C1027

47uF

(16V)

R758

100

R754

2R7

R2410
100

R2411
100

R2412
100

(RGB)

GN0441

VS

C2404
100nF

R2402

4K7

C1824
33nF

250V

D2401
EX0539

3V

D1005
DX0547

.

+3.3V

C2409

47pF

R1835

100.

R1833

(1/2W)

100.

R1831

(1/2W)

100.

(1/2W)

IC1801

.

.

.

.

.

.

.

.

.

TDA6109

IX1833BM

R1001

+3.3V

3K3

.

FB1001

D1813

DX0501

D1814

+10V

.

Q912
BC337

TX0217

R1004

.

C1019

C1020

ALCLOCK

9

8

7

6

5

4

3

2

1

C1807

C1806

100uF

10nF

(16V)

R1035

4K7

R1041
4K7

R2406

+5V

2K2

.

R2407

2K2

C2403
100nF

DUNTK7241BMY1

DX0501

D1815

DX0501

C1823
22uF

(16V)

1234

200V +13V GND

+5V

.

C1002
100nF

R1002

3K3

R1022

100

AFT2

X1002

17.734

B0200BM

R1026

AFT1

.

+3.3V

220

A16

A17

A18

A19

+3.3V

3K3

22pF

22pF

C1022
100nF

10

11

10

R1839
10

R1023
220

91

P2.9 IR

READY

35

+3.3V

R1055

H.

2
K

9

AL

D1003

BAS85

89

37

P6.7

IC10

ST10R

IX1686

EA

C1032

2.2uF

5

5

88

P6.6

VDD

38

7

87

39

.

+3.3

SCHEMATIC DIAGRAM OF MOTHER UNIT (K7240N7), 01 Version.

Page 24

1

9

6

DX0606

90

P2.8

ALE

36

.

470K

R1832

680

(1/2W)

R1834

680

(1/2W)

R1836

680

(1/2W)

C1811

10uF

(250V)

R1830

4K7

D1805
C12

EX0554

Vf

R1052

+5V

.

4K7

R2409

PROT

270

VS

1

P5.13

2

P5.14 AFT1

3

P5.15 AFT2

4

VSS

5

XTAL1

6

XTAL2

7

VDD

8

3.0

9

3.1

10

3.2 MICRO OUT

11

3.3 LED OPC

12

3.4 AGC OUT

13

3.5 ABL

14

3.6 LEDST

15

3.7 OPC IN

16

3.8 AV LINK

17

3.9 CAG

18

3.10 M3CLK

19

3.11 M3LDA

20

3.12 I2CEN

21

3.13 SERV DATA

22

P3.15

23

A16

24

A17

25

A18

.

C1021
100nF

DX0551

C1815
47nF

100

P5.12

A19

26

C1812

1uF

(250V)

D1804

(H)

QCNW-2710

R1020
3K3

R1019
3K3

R1018
100

98

99

P5.10

P5.11

VDD

VSS

28

27

97

P7.3 PAFT

29

(L3)

12

.

8

R

6

G

11

B

C1826
33nF

250V

R1837
2M2

R1841
22

(TQ)

C1813

10nF

PAFT

SDA

SCL OE

R1058

R1059

100

100

92

93

94

95

96

P2.11

P7.0 SCL1

P7.1 SDA2

P7.2 SDA1

P2.10 AVLINK

WR/WRL

RD

A23

A22

A21

A20

34

33

32

31

30

R1050

220

23

16V

K

R

0
C

R

0

4

C1032

X

8 9

10

11 12 13 14

Page 22

D601

DX0551

.

-

C1017

33nF

+5V

.

.

+140V

C723
2200uF

(10V)

C740
22nF

L705
50uH

P0285

C742
68nF

(HB)

C722

100nF

(HB)

12

11

10

9

9

10

BOO

VCC

COM

OSC

8

7

OUT

OUT

8

7

6

5

IC707

L4978

IX1704

FB705

LN0020

D714

C735

MBR340

2.7nF

DX0605

R1008

R2408

3K3

+5V

.

L2401

3.3uH

(DF)

C2406
100nF

L2402

10uH

(DF)

C2407
220nF

R747
2K7

R748
4K7

C644
220uF

(16V)

D623
C18

EX0421

X2401
B0214

20.48MHz

D622

1

CLK

2

TSCQ

3

VS

4

HS

5

XOUT

6

XIN

7

GPO

8

TM

9

CVBS

10

VDD_1

11

VDDA

12

VSSA_1

13

VDD_2

14

RES

15

VDD_3

16

VREF

17

VDD_4

18

A8

19

A7

20

A6

21

A5

22

A4

23

A3

24

A2

25

A1

26

A0

SDA5273

IX1673BMZZ

Q606
2SC2412

R615
5K6

D712

EX0419

C15

Q703
TX0151

2SD2391Q

C711

220pF

KZ0035

R716

.27

1W

D713

DX0551

R719

220

R720

10K

Q702
TX0182

2PD602

FB702

2KV

LN0037

Q701
TX0198

S5F10N80

R717

22K

C714
82nF

C713
68nF

R722

C716

3.3nF

C738
56pF

D711
DX0539

BYT52M

1

12

C712

100pF

R718

R730

82

(1W)

D715
DX0551

33

C717
1nF

R741
8M2

1/2W

C770

KZ0106

3N3 4KV

C748
KZ0160

2N2 4KV

15

C715

330pF

14

D716
EX0411

6V8

R723
270

(1W)

R742

8M2

1/2W

4

3

FB703

LN0037

4

5

6

RGP15D

DX0603

1

2

IC705

FX0113

1

2

R724
220

(TQ)

IC706
KA431AZ

IX1674

D720
DX0587

MR826

R766

(TQ)

R765

D722

(TQ)

C721
470uF

(35V)

105C

EZ0132

D726
12V

EX0554

+140V

.

R743

47K

(1%)

R744

R750

47K

330K

(1%)

R745

1K8

(1%)

C720
EZ0258

100uF
(200V)

100

R707
9K1

100

C743

100nF

16

15

14

13

16

15

FB

SS

GND

1

4

3

2

1

R706
20K

C741

100nF

R746
33K

3

+140V

+5V

.

R628

R608

33

33

(1/4W)

R605

2K2

R607
6K8

Q603

C606

100nF

(HB)

2SC2412

R603

330

C633
22pF

R634
2K2

Q604
2SA1037

D619

(1/4W)

DX551

R641

47

(1/2W)

C639

390pF

Q605

KSC2500

TX0192

C640

L609

2,2nF

1.5uH

P0265

D612
DX0519

1N5819

Q602
TX0192

KSC2500

R619
270

(2W)

.

-19V

DX0551

FB603

D620

LN0037

C631
470nF

R606

33 (1W)

Q601
TX0197

BU2525

R612

3.3

1/2W
XZ0206

C607
330uF

(10V)

DX0585BM

DMV32AF5

D610
DX0519

1N5819

C635

D605

1nF

QCNW-2710

R604

2.2

(3W)

D614

DX0551

(630V)

FZ0159

R609

0.33

(1W)

1N4936

DX0506

(H)

D606
DX0505

1N4935

C601
10nF

1.6Kv
FZ0158

C610
15nF

D621

+5V +13V Vf GND

D611
DX0519

1N5819

C634

470pF

2KV

KZ0038

+13V

R643

1

.

(1/3W)
XZ0100

R616

1234

DX0505

1N4935

D608

C648
27nF

.

R623

4

.56

(3W)

R617

T601

2

L611
22uH

(CF)

F2041

2

7

3

4

5

6

9

C637
2n2

(500V)

D609
DX0505

1N4935

-13V

.

C615
470uF

(25V)

22

1/2W

XZ0216

R614
10K

(1/2W)

13

8

1

10

C638

2n2

(500V)

L612
22uH

(CF)

D414

DX0551

R455

10K

Q406

2SA1037

R456

R451

15K

120

(1/2W)

J248
120

(1/2W)

+13V

.

C616
470uF

(35V)

IC2401

RGB_GND

VSSA_2

100nF

C2409

R2402

4K7

47pF

Q2401

52

INTQ

51

I2CEN

50

M3LDA

49

M3CLK

48

CORQ

47

BLAN

46

B

45

G

44

R

43

VSS_1

42

41

40

VSS_2

39

VBB

38

VSS_3

37

CASQ

36

VSS_4

35

D3

34

D2

33

D0

32

D1

31

WEQ

30

RASQ

29

A11

28

A10

27

A9

R2403

2SC2412

1K5

R2404

56

C2405
220nF

R2405

100K

D506
DX0551

+140V

R519
100K

1/2W

Q501

2SC2412

R522
330

R521

5K6

R647

C515

(0)

390pF

R552

3K3

R610

1
1/2W

XZ200BM

2

L603
P0262

1

C618
470nF

D412
DX0551

R646
1M

C529

270pF

2

1

L601

3.3uH

R611

L604
P0263

560

(2W)

L605

Z0718

C611
820nF

(400V)
FZ7824

R627
180

(TQ)

R625

180

(TQ)

R454

330

.

L2

M0017CE

D413
B6V2

EX0584
2%

+5V

.

CAG

PROTBLU

D509

BU
GU
RU

R527

C516

100pF

C525
5K6

C514
15nF

R532

6K8

C645
150pF

C619

2.2uF

(160V)

105C

DX0551

R539

3K3

R540
4K7

C527

100nF

+5V

.

IC503

BA10393

IX1556BM

1K

1

8

+VS

2

7

3

6

4

5

-VS

R533

820

(1/4W)

C526
10uF

R523

C517
4,7nF

C613

C620

680nF

2.2uF

(400V)

(160V)

FZ7684

105C

R530

1

D510

(1/2W)

DX0505

XZ0200

1N4935

R538
27K

R525

10K

DX0506BM

1N4936

7

R515

1K2

R512
4K7

1

2

R537

8K2

3

4

-VS

BA4558

R561

1K

R562

C530
10nF

1K

C540

100nF

D515
C4V7

EX0544

R524

D613

(LU)

R613

2K2

(2W)

C518

1K

10pF

Q506
TX0151

2SD2391

+25V

C520

.

470uF

(35V)

R469

75

CZ2107BM

R508

IC502

OE

2.2uF

Page 25

Q5
2S

+5V

R526

680

R545

100K

3K3

.

+5V

.

C522
100nF

R509
39K

SCHEMATIC DIAGRAM OF MOTHER UNIT (K7240N7), 01 Version.

8

+VS

7

6

5

D503
DX0551

R544

1K

R513
100K

R534
27K

L503

3.3uH

(CF)

-13V

.

R548

DX0551

6K8

D502

6

5

Q404

2SC2412

VI2

C433
47uF

(16V)

D404

7V5

EX0549

21

CN1

E

R4
75

(1/

AV

20

18

V OUT

19

V IN

70GS-64S

A

B

C

D

E

F

G

H

I

EA

J

K

L

M

N

O

P

Q

R

70GS-64S

L350

EX0549

3.3uH

(CF)

.

+16V

C351

R352

1

2

3

4

5

6

7

8

9

10

L315

3.3uH

(CF)

1

2

3

4

5

6

7

8

9

10

C379

100nF

D303

7V5

+8V

.

12K

C353

100nF

C359

4.7nF

C365

220uF

(25V)

R356
12K

C368

100nF

C374

4.7nF

D302

7V5

EX0549

C313
10uF

(16V)

C314

C312

10uF

100nF

(16V)

C322
330nF

C323
330nF

C326
10uF

(16V)

C327

100nF

C328
100nF

C329
47pF

C334

X301

5pF

B0203

18,432MHz

C335

5pF

L201
12uH

(DF)

220uF

C354
100pF

(25V)

L352

P0278

C360
560pF

R353
150

100nF

C330
47pF

C361

470nF

(FZ)

C366

R359
100K

C369
100pF

L353
P0278

C375
560pF

R357
150

IC305

MSP3400D

IX1837BM

33

SC2_OUT_R

34

SC2_OUT_L

35

VREF1

36

SC1_OUT_R

37

SC1_OUT_L

38

CAPL_A

39

AHVSUP

40

CAPL_M

41

AHVSS

42

AGNDC

43

SC4_IN_L

44

SC4_IN_R

45

ASG4

46

SC3_IN_L

47

SC3_IN_R

48

ASG2

49

SC2_IN_L

50

SC2_IN_R

51

ASG1

52

SC1_IN_L

53

SC1_IN_R

54

VREFTOP

55

MONO_IN

56

AVSS

57

AVSUP

58

ANA_IN1+

59

ANA_IN-

60

ANA_IN2+

61

TESTIO1

62

XTAL_IN

63

XTAL_OUT

64

NC

5

+INL

HEADL

R1038

16

15

14

13

12

11

10

9

8

7

6

5

4

3

2

1

R1043

R1053
100K

100

+INR

GND

3

4

HEADR

+3.3V

A1

A2

A4

A5

A6

A7

A12

A15

8K2

+5V+5V

.

3

2

1

Q1003
2SC2412

OUTR

-INR

1

2

R312

22K

R313 1K

R314 100K

C320
1nF

C341
220nF

MUTE

.

+3.3V

.

+5V

C357

1nF

-16V

C371

1nF

R302
100K

J166 33.

J165 33.

J167 33.

J168 33.

.

-16V

.

R350
10K

C350

20

100nF

19

18

17

R351
27K

L351

3.3uH

(CF)

.

+5V

R354

10K

R355

27K

C372

2.2uF

.

L316

3.3uH

(CF)

R304

100

C316

100nF

R321
100K

16

15

14

13

12

11

C358

C362

2.2uF

C367
100nF

C343
10uF

R303

100

C306
10uF

(16V)

C315

3.3uF

R323
100K

R322
100K

IC301

100nF

TDA7480

C363
220uF

(25V)

C364

100nF

.

+16V

20

19

18

17

16

15

14

13

12

11

C373

IC302

100nF

R374
47K

C342
10uF

TDA7480

C378
220uF

(25V)

R319

100

R320

100

C305
10uF

(16V)

D304

7V5

EX0549

D305

7V5

EX0549

C311
330uF

(10V)

R318
100K

C324
330nF

C325
330nF

C333
47pF

11

R1039
100

D1002
PX0105

C356

330nF

R362
4K7

R363

JF11
JMP-SMD

4K7

R373
10K

R468
JMP-SMD

Q408
JMP-SMD

JF12
JMP-SMD

C386
470pF

MUTE

AGC

SCL

SDA

(YA)

CN1285CE

RES2

C439
100pF

1

2

3

4

5

6

7

8

9

10

11

12

C440

VI1

100pF

C427

JUMP-SMD

VI2

SELFI

SC

TLTXT

12

Q305
2SC2412

C1031
10nF

Q306
2SC2412

SC2OUTR

SC2OUTL

SC1OUTR

SC1OUTL

SC2INR

SC1INR

R375

47K

C370
330nF

R372
10K

R301
100K

.

J301

H.V.

27.5
KV

CRT

.

78

48

LEDOPC

LED

+16V

VDD

D7

C336
10nF

L317

R316

3.3uH

.

390

(DF)

R1036

4K7

R308

100

R1046
1K8

C1026
10nF

+5V

C1028
100nF

77

76

A15

VSS

P0H.7

HOUT

RES2OUT

ROT OUT

RESOUT

SELFI

VSS

VDD

50

49

C1018
100nF

R1024

C339

100nF

.

IC1005

R1056

1

PST529

.

.

2

A15

75

A14

D3

74

A13

D4 D2

73

A12

A12

D5 D1

72

A11

D6 D0

71

A10

D7 A0

70

VSS

+3.3V

.

69

VDD

68

A9

OE A3

67

A8

66

A7

A7

65

A6

A6

64

A5 SC2INL

A5

63

A4

A4

62

A3

A3

A17

61

A2

A2

A18 A16

60

A1 SC1INL

A1

59

A0

A0

58

57

H SDA

56

55

A19

54

53

L/L'

L/L'

2SC2412

52

BG/L

BG/L

51

RS

R1042

D7
D6
D5 VS
D4

8K2

1

7

5

1

7

5

FOCUS

L1801
47uH

P0276BM

D1809
1N4004

DX0501

PB3DE472Z

CRT GND
SOCKET

+5V

24

.

003
606

S85

87

88

P6.5

P6.6

IC1001

T10R272L

1686BM

VSS

VDD

39

38

.

+3.3V

Page 22

C1032

2.2uF

C1814

4.7nF

(2KV)

R1032
27K

86

P6.4 SCL2

RPD

40

85

P6.3 SELV

D0

41

D0

AV1 D1

84

P6.2 SLW1

D1

42

SCREEN

AV2 D2

82

83

P6.1 SLW2

D2

44

43

G2

AV3 D3

C1005
100nF

P6.0 SLW3

D3

+3.3V

+3.3V

.

80

79

81

NMI

RSTIN

RSTOUT

D6

D5

D4

47

46

45

R1025

8K2

KJ0047CE

3

2

D1001
PX0105

1

R1040

7

6

2

3

4

5

1

R317

390

Q1002
2SC2412

C338
100nF

C387
470pF

-16V

.

3

.

D1009

DX0551

C1033
68nF

R1045

8K2

Q1006

8K2

R315
100

IC1002

M27C801

IX1711BM

R504

Q1001
2SC2412

100

R1037

4K7

C337
10nF

IC304

M5218L

-INL

OUTL

+12V

6

7

8

R309

22K

R310

1K

R311
100K

C319

1nF

C340

220nF

R1005

4K7

Q1004

2SA1037

R1047

R1044

10K

10K

R1049

10K

17

D3

VSS

18

D4

D2

19

D5

D1

20

D6

D0

21

D7

A0

22

E

A1

23

A10

A2

24

OE

A3

25

A11

A4

26

A9

A5

27

A8

A6

28

A13

A7

29

A14

A12

30

A17

A15

31

A18

A16

32

VCC

VPP

.

C1014
100nF

+5V

+3.3V

.

R1003
3K3

R1027
10K

Q1007

+5V

2SC2412

.

R1054

100K

+25V

R505

DUNTK7240BMX5

C352
100nF

13

GND

GND

R358
100K

R360

10K

C376
470nF

RES2

32

NC

31

NC

30

NC

29

DACM_L

28

DACM_R

27

VREF2

26

DAC_L

25

DAC_R

24

RESET

23

NC

22

NC

21

NC

20

I2S_DA_IN2

19

DVSS

18

DVSUP

17

ADR_CL

16

ADR_WS

15

ADR_DA

14

I2SDAIN

13

I2SDAOUT

12

I2SWS

11

I2SCL

10

SDA

9

SCL

8

NC

7

STBY

6

ADR_SEL

5

D_CTR_OUT0

4

D_CTR_OUT1

3

NC

2

NC

1

AUD_CL_OUT

+5V

.

R208

(SP)

GN0441CE

R361

Q303

2SC2412

HEADL

HEADR

C309

C310

C380
47nF

R306

100

R307

100

C331
100nF

+8V

.

1 2

SCHEMATIC DIAGRAM OF MOTHER UNIT (K7240N7), 01 Version.

13

10K

C377

1uF

Q302
2SC2412

Q304

2SA1037

+5V

.

R1021
4K7

1nF

1nF

+5V

R376

4K7

C321

100nF

L301

10uH (DF)

.

C332
330uF

(10V)

+5V

.

R209

3

D301

DX0551

PROT

4567

.

I2SIN

I2SOUT

I2SWS

I2SCL

SCL

+5V

Page 25

Page 24

4

L201

R1054

11

C1032

D0D1D2

C511

2.2uF

D421

D403

7V5

EX0549

4V7

20

19

18

17

16

15

14

13

12

11

C524
100nF

DX0551

R450

R435

1K

17

R528
47K

+13V

IC501

TDA7480L

IX1786

D504

22

C408
10nF

16

D3

.

C521
1nF

R434
1K

CIN

R410

D411
C5V6

EX0546

D420
C5V6

EX0546

14

FS

15

R1024

R1025

8K2

8K2

C501

L502

470uF

3.3uH

(25V)

D516
C47

BZT03
EX0837

C502

100nF

R510

C503

8K2

100pF

FB501

LN0020

C505
100nF

C508
560pF

C507

4.7nF

R511
150

R535

C523

6K8

1nF

R536
1K

(2W)

(CF)

1

2

3

4

5

6

7

8

9

10

C506
100nF

C509
220uF

C510

(25V)

100nF

C528
10uF

(63V)

GN1505BM

.

+5V

2SA1037
Q405

AVCLOCKALAV2

22K

1%

R409
75

12

13

+5V

SC1INL

.

C409

100pF

R412
100

C410

390pF

FB302
LN0037

R460
18K

1%

D416
C6V2

EX0547

10

8

11

9

AV LINK

SERVICIO

(F)

D1007
C5V6

EX0546

R502

4K7

.

SS

7

R504

39K

R547

3K9

Q507
2SB852

TX0203

8

L501

P0271

C534

1nF

R553

1.2

(1/3W)
XZ0101

R503

1K

+5V

12345

SC1OUTL

C411

100pF

100pF

C413

100pF

6

4

L IN

5

R516

C412

R413
100

C414

390pF

2.2uF

Q505
2SC2412

R514

390

Page 23

C522
100nF

4

K

R548
6K8

R549

27K

D502

DX0551

5

25

2

EX0544

R408
75

(1/4W)

18

19

V OUT

100K

+25V

R505

.

2K2

Q502
KSA928A

TX0201

R506
120

(TQ)

D508

D507

DX0551

C12

EX0554

C512

220nF

R517

9

15K

R507

8K2

R501

150

1/2W

Q503
SUD15N06-90L

TX0239

C504

680nF

R518

1

(2W)

1K

10

CN1285CE

B
G
R

FB

R420

R416
22K

1%

SC1OUTR

SC1INR

D1008

C5V6

EX0546

R414
100

2

3

1

L OUT

R IN

AV1

VI1

GND

C415
47uF

+5V

D405

.

EX0549

7V5

R462

18K

R419

1%

75

1/4W

R415
100

D417
C6V2

EX0547

20

CN2

CZ2107BM

21

V IN

R OUT

(YC)

1K

SELFI

11

12

SC

1

FB

2

B

3

G

4

R

5

6

GNDU

7

BLU

8

+5V

EX0549

EX0549

EX0549

EX0549

PROT

ABL

CN1285CE

C435

100nF

R422

D407

7V5

D408

7V5

D409

7V5

D410

7V5

16

.

(YB)

C533
10nF

C436

100nF

R423

75

75

14

12

FS

15

13

R

9

10

11

12

1

2

3

4

5

6

7

8

9

10

11

12

C434

100nF

R421

75

R418
75

D406
EX0549

7V5

18

V OUT

19

17

C204

2.2uF

C205

470nF

R246
220K

+5V

.

R219

47K

C207
10nF

C535

100pF

R240
220K

R203
1K

C442

R463

100pF

100

Q403

2SC2412

C446
68pF

SC2INR
SC2INL

R424
75

R425
75

1/4W

R426
75

R427
82

10

11

G

9

AV LINK

R464

220

R437
470

C445
68pF

AL

FB303

LN0037

R428
100

C418
390pF

8

SS

7

D204

BBY40

DX0548

R220
47K

+5V

.

+5V

.

R436
10

XZ0112

Q201
2SA1037

C444
68pF

C417

C416

100pF

100pF

R430

R429

100

C419

390pF

R431

100

6

4

2

L IN

L OUT

3

5

B

C228

8.2pF

500V

C221

(N1500)

22pF

C222
22pF

L202
15uH

C208

100uF

22nF

(16V)

C422
47uF

(10V)

SC2OUTR

SC2OUTL

100

C420
100pF

R432
100K

R433
100K

C421
100pF

R OUT

1

R IN

15

BL

16

16

17

C

R216

150

18

PLL

19

AFC

20

L204

21

22

23

24

25

26

27

28

11

10

9

8

7

6

5

4

3

2

1

TH201A

RTUNH0123BM

VCO

VCO

AFC

+V

FM

AM

OFS

SIF2

SIF2

C213

L205
1uH

J202

J203

C216
27pF

C217

220pF

0.61uH

P0229BM

C209

12uH

(DF)

R205

R204

1K

VOUT

RFAGC

VAGC

SAGC

R226

C212

330

CF202
C0020

IC201

TDA4472

14

L/L'

IX1672BM

13

ST

12

11

10

AGC

9

GND

8

7

VIF

6

VIF

5

4

GND

3

IS

2

SIF

1

SIF

4

1

+33V

.

C214
10nF

R232

560

R233

560

C211
10uF

5

SF202
C0286BM

K9356M

3

3

2

IC203

IX0037

R231

8K2

1/2W

C215
470uF

(10V)

SDA

SCL

+5V

.

R208
1K

R210
1K5

R211
1K

R217

R237

680

680

R247

C219

1K

1uF

R242

R241

10K

100K

C223
33nF

C224
10nF

(HB)

4

5

SF201

C0274BM

G1984

2

1

+140V

.

R229

R230

8K2

8K2

1/2W

1/2W

L203
6,8uH

(CF)

R218

AGC

R234

12K

R235
2K2

R236
1K

C218
22uF

(16V)

+5V

+8V

.

.

R209

-

+

-

+

R243

C225
10nF

(HB)

+5V

.

1

IC202B

BA10393

IX1556BM

7

IC202A

BA10393

IX1556BM

C220
1uF

10K

3K3

+33V

.

R244
33K

R248
JMP

R251

68K

Q209
2SC2412

R1051

22K

C1030
330pF

8

2

3

4

6

5

C206

2.2uF

R245

1K5

R252
18K

8 9

AFT1

AFT2

SCHEMATIC DIAGRAM OF MOTHER UNIT (K7240N7), 01 Version.

AGC

10

PAFT

11 12 13 14

ESCALA

A-1

6

5

31-05 -2001

4

7

09-05-2001 Hasta INFO 1161 27

3

04-05-2001 Hasta INFO 1153 26

2

13-03 -2001

23-02-2001 Hasta INFO 1066 24

1

FECHA REVISIONES

Q

Hasta INFO 119513-06-2001 29

Hasta INFO 1180

Hasta INFO 1099

R

28

70GS-64S

25

N

REALIZADO VERIFICADO

Digitally signed by Adolfo Fernandez
cn=Adolfo Fernandez, ou=CAD GLOBAL NETWORK, o=SHARP, c=ES
Date: 2001.11.14 13:13:15 Z
Reason: This document is ready for approval

J

K

L

Digitally signed by Castillo, Fco.
cn=Castillo, Fco., ou=SEES, o=Engineering Dept., c=ES
Date: 2001.11.14 13:23:48 Z
Reason: I have reviewed this document

M

APROBADO

Digitally signed by Castillo, Fco.
cn=Castillo, Fco., ou=SEES, o=Engineering Dept., c=ES
Date: 2001.11.14 13:24:19 Z
Reason: I have reviewed this document

N

NOMBRE CODIGO

MOTHER BOARD

FECHA

21-06-2001

MODELO

70GS64S

O

Q

KITP

SHARP

ELEC TRONICA ESPANA S.A.

P

7

BMN

40

2

70GS-64S

A

6

0

I

L6002

3.3uH

C6005
220nF

H

G

F

C6029

VO

C6035
47uF

(50V)

VI1
VI2
VI3
VI4

10nF

C6027
47uF

(50V)

CI

C6030
470uF

(6.3V)

SCHEMATIC DIAGRAM OF DIGITAL MODULE UNIT (F7313NOA), 01 Version.

AVI

L6009

+5V

+5V

HS

.

C6034

470uF

(6.3V)

C6031

3.3pF

X6001

20.25MHz

C6002

1n5

C6025
390pF

C6036

47nF

C6028
47nF

.

L6010

3.3uH

C6008
100nF

B0219BM

65

GNDF

66

VRT

67

I2CSEL

68

ISGND

69

VSUPF

70

VOUT

71

CIN

72

VIN1

73

VIN2

74

VIN3

75

VIN4

76

VSUPAI

77

GNDAI

78

VREF

79

FB1IN

80

AISGND

C6033
10nF

C6032

3.3pF

VS

C6007

64

63

62

61

60

59

58

57

56

55

54

53

52

51

50

49

VS

C0

ASGF

NC

CLK5

XTAL2

XTAL1

VSTBY

FPDAT

C1

AV0

MSY

FSY

INTLC

GNDSY

VSUPSY

IC6001

VPC3230

RESQ

SCL

GNDCAP

GNDD

VSUPD

VSUPCAP

NC

R2

G2

R1

G1

B2

B1

6

5

4

3

2

1

C6065
10uF

(50V)

SDA

ASGF

9

8

7

16

15

14

13

12

11

10

C6038

390pF

C6051

1n5

C6052

220nF

+3.3V

.

3.3uH

47

C3

YCOEQ

46

19

C6066
100nF

L6012

3.3uH

GNDC

FFIE

45

20

44

C4

VSUPC

FFRSTW

FFWE

21

43

42

C5

FFRE

23

22

+3.3V

41

C6

C7

VSUPY

GNDLLC

VSUPLLC

VSUPPA

GNDPA

CLK20

FFOE

24

.

C6001
68nF

GNDY

L6001

3.3uH

40

Y0

39

Y1

38

Y2

37

Y3

36

35

34

Y4

33

Y5

32

Y6

31

Y7

30

29

28

LLC1

27

LLC2

26

25

C6084
1nF

C6037
47nF

C6026
1n5

C6006

47nF

1n5

48

C2

TEST

VGAV

18

17

C6010
68nF

R6013

R6015

R6017

R6012

12 X 100

R6011

L6003

3.3uH

+3.3V

.

C6004
68nF

R6008

V0

R6009

V1
U0

R6010

U1
Y0

R6014

Y1
Y2

R6016

Y3
Y4

R6018

Y5 Y5
Y6

R6019

Y7

+3.3V

.

L6017

3.3uH

C6085
33pF

JF001

SDA

SCL

C6011

100nF

Y7
Y6
Y5
Y4
Y3
Y2
Y1
Y0
U1
U0
V1
V0 V0

IC6002

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

SCL

GND

D11

D10

D9

D8

D7

D6

D5

D4

D3

D2

D1

D0

SWCK

RSTW

WE

IE

VDD

SDA

SRCK

NREN

RSTR

GND

Q11

Q10

VDD

VDD

SAA4956TJ

L6004

10uH

40

39

38

37

36

Q9

35

Q8

34

Q7

33

Q6

32

Q5

31

Q4

30

Q3

29

Q2

28

Q1

27

Q0

26

25

24

RE

23

OE

22

21

+3.3V

.

AVI

VS

Y7
Y6
Y5
Y4
Y3 Y0
Y2
Y1
Y0

U0
V1

V0
V1
U0
U1

Y1
Y2
Y3
Y4U1

Y6
Y7

+5V

10 X 100

R6020

R6

R6022

R6

R6024

R6028

R6

R6

R

R6026

L6005

1uH

.

R6030

100

C6056

C6058

C6059

330pF

330pF

R6073

R6072

75

75

L6015

L6014

3.3uH

3.3uH

G

R

VI2

C6046
330nF

R6002
75

C6050

C6043
150pF

C6040
330nF

(CH)

+5V

Q6027

2SC2412

R6130

270

8

7

6

5

4

3

SDA

RES

SCL

VI4

C6062

C6061

C6047
330nF

150pF

.

10

9

330nF

R6075
75

11

C6205
100pF

330nF

C6070
150pF

HS

12

C6306
150pF

Y(B)

GN01285

CI

R6004
220

C6060
1nF

HS

VO

C6063
56pF

(CH)

FB1FB1

BB

GG

RR

4

3

2

1

C6074
100nF

D6007

DX0551

+5V

.

R6103

10K

R6107
560K

Q6024
BC807

R6105
82K

FB6208

FBM

6

5

VIDEO

GND

DUM

FB6205

FB6206

10

9

8

7

+5V

.

R6096

220

R6102
330K

C6110

R6104
4M7

39nF

Q6021
2SC2412

R6099
68

Q6023
2SC2412

R6097

100

D6010

DX0551

R6106
68K

R6098

330

R6101

Q6022
BC807

R6100
100K

100K

C6109
1uF

R6088

10K

C6081
220pF

1

RM

+5V

.

FB6207

12

11

C6054
330nF

330pF

R6071
75

L6013

3.3uH

GND

B

VI3

C6039
330nF

C6055
330pF

R6074

E

75

L6008

3.3uH

FB1

VI1

C6053
330nF

D

C6057
150pF

(CH)

R6001
75

R6003
75

C

B

(YA)

GN1285

2

1

Digitally signed by Castill
cn=Castillo, Fco., ou=SE
Date: 2001.11.14 13:24:5
Reason: I have reviewed

Page 27

REALIZADO VERIFIC

A

1

2

3

4567

Digitally signed by Adolfo Fernandez
cn=Adolfo Fernandez, ou=CAD GLOBAL NETWORK, o=SHARP, c=ES
Date: 2001.11.14 13:13:47 Z
Reason: This document is ready for approval

26

SCHEMA TIC DIAGRAM OF DIGITAL MODULE UNIT (F7313NOA), 01 Version.

RTV servis Horvat

Tel: ++385-31-856-842
Tel/fax: ++385-31-856-139
Mob: [phone]

www.rtv-horvat-dj.hr

70GS-64S

R6021

R6023

R6025

R6027

R6029

C6022

C6021

22uF

(50V)

VERT­VERT+

VPROT

FBM

EW

SCL
SDA

DUM

VIDEO

R6005

820

BM

R6006

820

GM

R6007

820

RM

D6004
C4V7

EX0544

HFB

R6038
47K

+5V

(KA)

GN0641

3456

2

1

R

B

G

R6040

1K2

R6042

2K2

R6050

2.2

(1/2W)

.

R6051

270

DUNTK7313BMV0

SENS

GND

+5V

R6089

0

R6041

240

R6043
22K

Q6003
BC635

IC6005
TL431

C6068

1nF

+3.3V

.

R6052
820

(1%)

R6054
2K7

(1%)

C6069
100uF

(50V)

I

H

G

F

C6018

15nF

C6019

R6037

C6079
22nF

R6032
10K 1%

D6002
DX0551

5K6

C6017

D6003
DX0551

R6039

15nF

C6020

15nF

22nF

4K7

D6008

DX0551

C6078
1uF

RES

PWM2

22nF

43

42

41

40

39

38

37

C0

HCS

R6031
100

44

C1

45

C2

46

C3

47

C4

48

C5

49

C6

50

C7

51

VSUPD

52

GNDD

53

LLC2

54

Y0

55

Y1

56

Y2

57

Y3

58

Y4

59

Y5

60

Y6

+5V

.

L6007

3.3uH

C6073

TEST

RESQ

PWM2

PWM1

IC6003

DDP3310

IX1678

Y7

LLC1

VS

XTAL2

XTAL1

HS

61

62

63

64

65

66

67

33pF

C6072
33pF

C6023
22uF

(50V)

C6024
100nF

+5V

.

L6006

3.3uH

36

35

34

33

32

31

30

29

28

27

BIN2

GIN2

RIN1

BIN1

GIN1

RIN1

FBLIN2

SCL

FIFORD

SDA

VSUPP

GNDP

VS2

FIFORRD

1

2

3

4

5

68

X1003

5MHz

B0236BM

R6035

1K

FBLIN1

FIFOWR

6

7

GNDO

VSUPO

VRD/BCS

SVMOUT

VERT+

GNDM

SENSE

HOUT

HFLB

FIFORWR

8

9

D6006

EX0561

GOUT

ROUT

VERT-

RSW1

RSW2

BOUT

XREF

PROT

SAFE

C24

C6067
100nF

26

25

24

23

22

21

EW

20

19

18

17

16

15

14

CM0

13

CM1

12

SELF

11

10

IC6006
IX1556

BA10393

R6307

R6048

C6014

3.3uF

C6016

22uF

C6015

(50V)

100nF

+5V

10K

.

10K

Q6008

R6069

2SC2412

15K

R6036
47K

8

1

D6001
C4V7

EX0544

R6049

D6005

1K

DX0551

R6090

15K

R6086

5

6

7

+VS

2

3

1M

-VS

4

(RGB)

1234

RMGMBM

ICADO

Page 26

by Castillo, Fco.
o., ou=SEES, o=Engineering Dept., c=ES
14 13:24:53 Z
reviewed this document

8 9

GN0441

APROBADO

Digitally signed by Castillo, Fco.
cn=Castillo, Fco., ou=SEES, o=Engineering Dept., c=ES
Date: 2001.11.14 13:25:20 Z
Reason: I have reviewed this document

NOMBRE CODIGO

MODULO DIGITAL

FECHA

20-06-2001

MODELO

70GS64S

QK I

10

PWM2

EW

HOUT

HFB

VPROT

VERT-

VERT+

FB6210

FB6211

FB6212

73

TP

SHARP

ELECTRONICA ESPANA S.A.

13

1

3

2

BMN

4

5

GN1285

0A

ESCALA

A-2

R6068

680

11

10

9

8

7

6

Y(C)

6

11-06-2001 HASTA INFO 1189 9

5

13-02-2001 HASTA INFO 1046 8

4

12-01-2001 HASTA INFO 1012 7

3

15-12-2000 HASTA INFO 989 6

2

21-11-2000 HASTA INFO 948 5

21-07-2000 HASTA INFO 776 4

1

FECHA

12

REVISIONES N

11 12 13 14

27

E

D

C

B

A

A

B

C

D

E

F

G

H

I

70GS-64S

1

C1701

2

22nF

(630V)
FZ0186

3

28

4567

R1713
330K

(TQ)
(1%)

C1705
1uF

+325V

R1704
560K

(TQ)

R1705
560K

(TQ)

R1706
560K

(TQ)

DUNTK7336BMV0

(L6)

D1701
DX0551

R1701
560K

(TQ)

R1702
560K

(TQ)

R1703
560K

(TQ)

IC1701

L6561D

1

INV

2

COMP

3

MULT

4

CS

VCC

GND

ZCD

R1712

R1714

330K

(TQ)
(1%)

GD

C1706

10nF

6K2

(1%)

8

7

6

5

R1711

10K

R1709

C1703
22uF

10

R1707
100

D1702
C18

Q1701

DAR5534BM

R1715

330K

(TQ)
(1%)

R1708

FB1701
LN0080CE

R1710
.47

(2W)

C1702
10nF

T1701

Z0586BM

4

3

2

68K

1

C1704
220pF

2KV

D1703
BYV28-600

C1707
22nF

(630V)
FZ0186

(PWA)

CM067FC

SCHEMATIC DIAGRAM OF PFC UNIT (F7336N2), 00 Version.

REALIZADO VERIFICADO

Digitally signed by Adolfo Fernandez
cn=Adolfo Fernandez, ou=CAD GLOBAL NETWORK, o=SHARP, c=ES
Date: 2001.11.14 13:14:12 Z
Reason: This document is ready for approval

Digitally signed by Castillo, Fco.
cn=Castillo, Fco., ou=SEES, o=Engineering Dept., c=ES
Date: 2001.11.14 13:25:44 Z
Reason: I have reviewed this document

APROBADO

Digitally signed by Castillo, Fco.
cn=Castillo, Fco., ou=SEES, o=Engineering Dept., c=ES
Date: 2001.11.14 13:26:21 Z
Reason: I have reviewed this document

NOMBRE CODIGO

Q

FECHA

09-07-2001

MODELO

70GS64S

PWB F 7 BMN

SHARP

ELECTRONICA ESPANA S.A.

3

36

2Modulo PFC

ESCALA

A-4

6

22-03-2001 HASTA I NFO 1116 6

5

14-03-2001 HASTA I NFO 1103 5

4

15-12-2000 HASTA I NFO 991 4

3

15-12-2000 HASTA I NFO 990 3

2

1

FECHA REVISIONES

HASTA INFO 953 222-11-2000

HASTA INFO 87918-10-2000 1

N

ADJUSTMENT PROCEDURES

All adjustments to this chassis, except for focus, are carried out in the service mode.

••

• SERVICE MODE

••

The service mode is provided to enable the engineer to correctly set up the receiver to the CRT fitted in the set.
Note that these adjustments may vary from one receiver to another.

To enter the service mode, carry out the following procedure.

1. Connect a test pattern to the antenna terminal.

2. Tune the receiver to this signal.

3. Turn the receiver off using the mains switch.

4. Press volume down and channel up buttons on the
front of the receiver at the same time.

5. Keeping these buttons pressed, turn the mains on.

6. When the set starts up it will be in service mode.

7. Release the two buttons.

••

• Use the channel up and down buttons to move between the options.

••

••

• Use the volume control buttons to change the data.

••

••

• To store the data, use the stand-by button on the remote control.

••

••

• To exit the service mode, turn the receiver off using the mains switch.

••

&+

4

5

70GS-64S

When the service mode is entered the following On Screen Display appears

-SERVICE SOFTWARE AND HEXADECIMAL COUNTER DISPLAY:
SW ON XXXX SW OFF XXXX HOURS ON XXXX

The figures displayed in the XXXX locations are hexadecimal representations of the number of times that particular
function has been executed. For example if the hexadecimal number displayed after SW ON was 0E4A, this would
correspond to the receiver being turned on 3658 times.

Adjustment menu:

The following adjustments can be carried out in the service mode.

• Horizontal Shift

• East West Width

• Pin Phase

• Pin Amp

• Upper corner correction

• Lower corner correction

• V ertical Linearity

• V ertical angle

• V ertical bow

• V ertical Amplitude

• S Correction

• V ertical Shift

• Red Gain

• Green Gain

• Blue Gain

• Green Cut Off

• Blue Cut Off

• Alter NVM Page

• Alter NVM Position

• Alter NVM Value

• Teletext Mix Mode Contrast

• Teletext Contrast

• OSD Contrast

• DVCO Adjustment (Only PAL)

• DVCO Adjustment (Only NTSC)

• Luma croma delay

• AGC Adjustment

• AFT Adjustment

• OPC V alue

• Auto Installation On/Off

• Red Cut Off

Geometry Adjustments

All geometry adjustments are based on an internally generated test pattern as shown
in figure 1. When carrying out any of the above geometry adjustments, use the inter­nally generated test pattern for guidance.

5

Fig.1