Harman Kardon DVD-21 Service manual

DVD 21 Digital Versatile Disc Player

SERVICE MANUAL

DVD 21

Power for the Digital Revolution™

®

TECHNICAL SPECIFICATIONS

Technical Specifications

Applicable Disc: Disc formats: 5 inch (12 cm) or 3 inch (8 cm) DVD-Movie, Standard conforming DVD+RW, DVD+R, DVD-R and DVD-RW,

VCD, CD, CD-R, MP3 or CD-RW discs,
Regio code: DVD Movie disc with Code 2 or 0 only.
DVD-Layers: Single Side/Single Layer, Single Side/Dual Layer, Dual Side/Single Layer, Dual Side/Dual Layer
Audio formats: Linear PCM, MPEG, Dolby Digital or DTS

Video Signal System: PAL/NTSC

Composite Video Output: 1 V p-p/75 Ohms, sync negative polarity

S Video Output: Y/Luminance: 1 V p-p/75 Ohms, sync negative polarity

C/Chrominance: 0.286 V p-p

Analog Audio Output: 2 Vrms max

Frequency Response: DVD (Linear PCM): 2 Hz - 22 kHz +0/-0.5 dB (48 kHz sampling)

2 Hz - 44 kHz +0/-0.5 dB (96 kHz sampling)

CD: 2 Hz - 20 kHz +0/-0.5 dB

Signal/Noise Ratio (SNR): 113 dB (A-weighted)

Dynamic Range: DVD: 100 dB (18 Bit) / 105 dB (20 Bit)

CD/DVD: 96 dB (16 Bit)

THD/1kHz: DVD/CD: 0.0025 %

Wow & Flutter: Below Measurable Limits

AC Power: 110 - 240 V/ 50 - 60 Hz

Power Consumption: 12 Watts (On) /20 Watts (Max)

Dimensions (WxHxD): 440 x 87 x 305 mm

Weight: 7 Kg

Depth measurement includes knobs and connectors.

Height measurement includes feet and chassis.

All specifications subject to change without notice.

Harman Kardon and Power for the digital revolution are trademarks of Harman Kardon, Inc.
Manufactured under license from Dolby Laboratories. Dolby, AC-3, ProLogic and the double-D symbol are trademarks of Dolby Laboratories. Confidential.
Unpublished Work. © 1992-1997 Dolby Laboratories, Inc.All rights reserved.
DTS is a trade mark of Digital Theater Systems, Inc.

This product incorporates copyright protection technology that is protected by method claims of certain U.S. patents and other intellectual property rights
owned by Macrovision Corporation and other rights owners. Use of this copyright protection technology must be authorized by Macrovision Corporation and
is intended for home and other limited viewing uses only unless otherwise authorized by Macrovision Corporation. Reverse engineering or diassembly is
prohibited.

TROUBLESHOOTING GUIDE

Troubleshooting Guide

TROUBLESHOOTING GUIDE

SYMPTOM POSSIBLE CAUSE SOLUTION

Unit does not turn on • Main Power Switch



turned Off • Press in Main Power Switch



• No AC power • Check AC power plug and make certain any switched
outlet is turned on

Disc does not play • Disc loaded improperly • Load disc label-side up, note to align the disc with the guides

and place it in its proper position.

• Incorrect disc type • Check to see that disc is CD, CD-R,CD-RW,VCD, DVD+RW,
DVD+R, DVD-R and DVD-RW (standard conforming) or
DVD-Movie; other types will not play

• Invalid Region Code • Use Region 2 disc only

• Rating is above parental preset • Enter password to override or change rating settings,
see page 18

No picture • Intermittent connections • Check all video connections

• Wrong Input • Check input selection of TV or receiver.

No sound • Intermittent connections • Check all audio connections

• Incorrect digital audio selection • Check digital audio settings

• DVD disc is in fast or slow mode • There is no audio playback on DVD discs during fast or slow modes

• Surround receiver not compatible • Use analog audio outputs.

with 96 kHz PCM audio

Picture is distorted or jumps during • MPEG-2 decoding • It is a normal artifact of DVD playback for pictures
fast forward or reverse play to jump or show some distortion during rapid play

Some remote buttons do not operate • Function not permitted at this time • With most DVDs some functions are not permitted at certain
during DVD play, Prohibited symbol ” ” times (e.g.Track Skip) or not at all (e.g. direct Audio track
appears (see below) selection).

The OSD menu is in a foreign language • Incorrect Display language • Change Display language selection, see page 19

” ”Symbol Appears • Requested function not available at • Certain functions may be disabled by the DVD itself during

this time passages of a disc

Picture is displayed in the • Incorrect match of aspect ratio settings • Change Aspect Ratio settings, see page 17

wrong Aspect Ratio to disc

• Unit is not connected to TV with a Scart • To make TVs turn automatically to 16:9 mode they must

connector. be conneted to the player via Scart.

Remote control inoperative • Weak batteries • Change both batteries

• Sensor is blocked • Clear path to sensor or use remote sensor

Disc will not copy to VCR • Macrovision protection • Many DVDs are encoded with Macrovision

to prevent copying to VCR

screw

,

No. Parts No.

1
2
3

4

WLD8.031.076 Chassis 1
WLD8.404.042 Top cover 1
WLD8.610.086 Rear panel 1

WLD8.809.002

5

6
7
8
9
10
11
12

13
14
15
16
17
18

WLD6.116.087 Front panel 1
WLD8.085.005-1 Foot 4
WLD8.337.024 Power button 1
WLD8.082.021 Door 1
WLD7.370.001 Filter for VFD 1
WLD8.085.007 Foot pad 4
WLD8.634.001 Screw jacket 4

WLD7.085.007
WLD8.088.007 VFD cushion 1
WLD8.088.008 VFD cushion 1
WlLD8.070.006 RC sensor support 2
WLD7.370.002 RC sensor lens 1
WLD8.605.013~014 RC case 1

DVD 21 Component List

Description & Model

Basic Data

Metal Parts

“harman/kardon”
badge 1

Fastening parts

Plastic Parts

Power switch insulation
strip 1

QTY

Position No. Remark

Additional attached

Antiflaming material

Antiflaming material

Antiflaming material

Antiflaming material

Antiflaming material

Antiflaming material

Antiflaming material

Antiflaming material

Antiflaming material

Antiflaming material

Antiflaming material

Antiflaming material

Antiflaming material

19

20
21
22
23

24

25

26

27

WLD8.605.015 Cover for battery case 1

WLD7.683.009 RC conductive rubber 1
WLD8.804.009 RC indication plate 2
WLD7.370.003 Lens on front panel 1
WLD8.849.001 Glue for lens 1

WLD8.849.003 Insulation paper 1

WLD8.079.008-1 Plastic bracket for PCB 2

WLD8.070.030 Plastic bracket for PCB 5

WLD8.070.031 Mechanism support 2

Antiflaming material

Antiflaming material

Antiflaming material

Antiflaming material

Antiflaming material

Antiflaming material 110 X 25mm

7 X 12.8mm (power

supply board

7 X 8mm (main board &

Antiflaming material

Antiflaming material

Page 1

output board)

6 mm height

Total 4 pages

Page 1

)Antiflaming material

No. Parts No.

-

y

1

2

4

WLD5.018.023

5

6

7

8

9

DVD 21 Component List

Description & Model

Basic Data

Binding wire aluminum
slice 1
Black pyro
condensation tube 1

Complete Part

Panasonic single disc
mechanism DU-5 1

Powerswitch (fixed space
between holes: 20) PS4E­A-040

Cable

4-core 350 length single

2.54 spacing

10-core 380 length double,

one side spacing 2.0 and

the other 2.54

10-core 160 length single

2.0 spacing
7-core 310 length with two

sides dipped in tin

QTY

1

1

1

1

1

Position No.

To cover φ3X40 black
pyrocondensation tube

φ3X40

The door height is the same

as that of DVP-560

Mechanism

SW1

Connect between power

supply board & big front

Connect between power

supply board & main board

Connect between front

panel & main board

Connect between big &

small front panels

Remark

With platen

Self-made

Same direction and self-

made

Self-made

Self-made

10

11

12

13

14

15
16
17
18
19
20

21
22
23
24
25
26

50-core 140 length double

0.5 spacing flat cable
22-core 60 length 1.0

spacing flat cable
End clip length 70mm

power cord with plug
(round double pins)

2-core 300 length double
VH-3Y (antiflaming) plugs
(double insulated lines)

2-core 110 length double

2.0 spacing, one side is PH
2Y-A, the other one is PH­2A

Packing

WLD8.865.166 Carton box 1
WLD8.870.029 Polyfoam pad 2
WLD8.840.043 Plastic bag AV cords 1
WLD8.840.044 Plastic bag for OM 2
WLD8.840.045 Packing bag player 1
WLD8.870.029-1 Poly foam pad 1

Accessories

WLD8.810.111 OM SM109 1

Product warrant card 1
Certificate of eligibility 1
AV cords 3
S-Video cord 1
5# batteries 2

1

1

1

1

1

Connect between

mechanism & main board

Connect between main

board & output board

Power supply board (white

VH connector)

The connection side VH of

switch board & power suppl

board JP1 is orange

Connect between

mechanism & main board,

PH-2Y-A side connected to

mechanism

Page 2

Purchased

Purchased

CE approved

Same direction and self-

made

Gray or black

Total 4 pages

Page 2

No. Parts No.

r

r

gy

gy

1
2

DVD 21 Component List

Description & Model

Basic Data QTY

Packing list 1
RC transmission line 1

Parts

Position No. Remark

3

4
5

6

7

8

9

10

11

12
13

14

15
16

17

18

19

20
21
22

23
24

25

WLD6.672.316 Main board assy 939C 1

Output board assy

WLD6.672.228
WLD6.672.317 Big panel assy 999C 1

WLD6.672.318

WLD6.672.324

WLD6.672.230 RC board 738C 1

WLD6.672.229-2

WLD7.820.939C Main board PCB 939C 1

WLD7.820.736C

WLD7.820.787C-2

WLD7.820.999C Big panel PCB 999C 1

WLD7.820.998C-1

WLD7.820.1040C
WLD7.820.738C RC board PCB 738C 1

736C 1

Small panel assy
998C 1
Powe
assy 1040C 1

Remote control board
assy 787C-2

Antiflaming material

Output board PCB
736C 1
Powerswitch board
PCB 787C-2 1

Small panel PCB
998C 1
Powe
PCB 1040C 1

EAOS63 soldering tin
bar

SH-18 scaling powder

SH-08 thinner
BB1.2 soldering tin
thread

Colophony
Plastic glue bar

Double-faced adhesive
tape

Seal adhesive tape
Transparence
adhesive tape

supply board

PCB

supply board

Assistant Material

Same as EU DVD 25

UL approved

UL approved

UL approved
UL approved

UL approved

UL approved
UL approved

Double-layer PCB

Double-layer PCB

Single-layer PCB

Single-layer PCB

Single-layer PCB

Single-layer PCB

Single-layer PCB

Double-layer PCB

166X116

Double-layer PCB

87X41

Single-layer PCB

55X27

139X55

Single-layer PCB

55X26

Single-layer PCB

95X182
175X50

Page 3

Total 4 pages

Page 3

)

)

DVD 21 Component List for Fastening Pieces (Bolt)

Description & Model

No. Parts No.

1 PAHC M2.5×65
2 SJ2818-87 PWBTTO M3×62
3 KBTTO M3×62
4 PWMTTC M3×13 3
5 PWBTTC M3×61
6 PWMTTC M3×18 2
7 PWBTTC M3×62
8 PWBTTC M3×12 4
9 RBTTC M3×81
10 PAHO M3×81
11 PWBTTO M3×63
12 PAHO M3×83
13 RTHO M4×84
14 PWBTTO M3×89
15 PAHC M3×64
16 SJ2844-87 PWMTTC M3×13 2
17 PWMO M3×10 2
18 Nut M3×32
19 PAHO　M3×81

Basic Data

QTY

Position No.

Fix PCB to front
Fix front panel to
Fix front panel to

Fix main board

Fix main board
Fix power supply
Fix power supply

Fix mechanism

Fix IC to radiator

Fix optical output

Fix rear panel to

Fix coaxial jack

Fix foot to bottom

Fix top cover

Fix power switch

Fix output board

Fix SCART
Fix SCART

Fix output board

Page 4

Remark

Total 4 pages

Page 4

DVD 21 Component List for Main Board (939C)

Resistor

1 WLD7.075.0 0Ω(SMD0603
2 WLD7.075.0 0Ω(SMD1206) 4

WLD7.075.100 10Ω(SMD0603) 1

3

WLD7.075.220 22Ω(SMD0603) 10

4

WLD7.075.330 33Ω(SMD0603) 12

5

6 WLD7.075.750 75Ω(1%,SMD0603

WLD7.075.101 100Ω(SMD0603) 1

7

WLD7.075.111 110Ω(SMD0603) 2

8

WLD7.075.331 330Ω(SMD0603) 2

9

WLD7.075.471 470Ω(SMD0603) 2

10

WLD7.075.511 510Ω(SMD0603) 2

11

WLD7.075.681 680Ω(SMD0603) 2

12

WLD7.075.102 1KΩ(1%, SMD0603) 6

13

WLD7.075.112 1.10KΩ 1%,SMD0603 1

14

WLD7.075.152 1.5KΩ(1%, SMD0603) 1

15

WLD7.075.182 1.8KΩ(SMD0603) 2

16

WLD7.075.332 3.3KΩ(SMD0603) 4

17

4.7KΩ(SMD0603) 7

18

WLD7.075.622 6.2KΩ(SMD0603) 1

19

WLD7.075.752 7.5KΩ(SMD0603) 4

20

The parts with underline should be installed on the back of circuit board.

15

11

R54 R59 RR15

R1 R3
RR59FB8FB9FB12FB1
R150 R151 R152 R153

L3 L10 LL5 L7

R46

R5 R34 R41 R49

R50

RR79 RR80 RR81

R19 R36 R43 R44 R45

R136 R137

RR18

R35 R37

R162R170

R48 R52
R140 R141
R165 R173

R42

R47

R9

R188 R236

R127 R155 R156

R15

R167R169R178R231

R219 RR22 RR24

R64

R185 R233 RR30 RR31

Page 1

Total 5 pages

Page 5

)

DVD 21 Component List for Main Board (939C)

)

g

y

y

Description & Model

No. Parts No.

1 WLD7.075.822 8.2KΩ(SMD0603) 2

2 WLD7.075.103 10KΩ(SMD0603) 19

3 WLD7.075.153 15KΩ(SMD0603) 7

WLD7.075.223 22KΩ(SMD0603) 2

4
5

WLD7.075.273 27KΩ(SMD0603) 2

6

WLD7.075.333 33KΩ(SMD0603) 1

WLD7.075.473 47KΩ(SMD0603) 25

7
8

WLD7.075.563 56KΩ(SMD0603) 1

9

WLD7.075.683 68KΩ(SMD0603) 1

10

WLD7.075.823 82KΩ(SMD0603) 1

11

WLD7.075.104 100KΩ(SMD0603) 3

12

WLD7.075.1 MΩ 1MΩ(SMD0603) 2

13

WLD7.075.4.7MΩ 4.7MΩ(SMD0603) 1

Basic Data QTY

Resistor

Position No.

RR58 RR60

R6 R7 R8 R61 R17

R135R161R177R190R

RR20RR21RR38RR4
RR47RR51RR57RR9

RR52 RR56 RR61
RR72 RR76 RR77

RR25 RR48

RR16 RR17

RR49

RR6 RR7 RR8

RR5

RR10 RR12 RR13

RR34 RR35 RR36

RR42

RR44 RR62

RR66 RR68 RR69
RR71 RR73 RR74

RR23
RR50

R63

R57

RR64 RR65

RR54 RR19

RR78

Remark

RN1 RN2 RN3 RN4

14

15 WLD7.075.5C 5PF(SMD0603) 2

Resistor line 33Ω×48

Capacitor

RN5 RN6 RN7 RN8

CC7 CC9

C51C52C53C55C58

C61 C88C154

16

WLD7.075.20C 20PF(SMD0603) 10

17

WLD7.075.22C 22PF(5%,SMD0603) 4

C176

C72 C73 C107 C108

C183 CC35 C90 C91C

18

WLD7.075.47C 47PF(SMD0603) 5

19

WLD7.075.82C 82PF(SMD0603) 1

C152

CC63

C56 C59 C62 C64

C65 C54C57C60

20 WLD7.075.101C 100PF(SMD0603

11

C148 C217C328

C149 C150 C151C155

521 WLD7.075.221C 220PF(SMD0603

CC28

The parts with underline should be installed on the back of circuit board.

C179

Page 2

High frequency

High frequency
High frequency

High frequency
High frequency

Hi

h frequenc

High frequenc

Total 5 pages

Page 6

y

C1 C2 C3 C4 C5 C6

DVD 21 Component List for Main Board (939C)

)

Description & Model

No. Parts No.
1

2

3

4

5
6
7
8
9
10
11
12
13

14 WLD7.075.104C 104(SMD0603

WLD7.075.331C 330PF(SMD0603) 3

WLD7.075.681C 680PF(SMD0603) 5

WLD7.075.821C 820PF(SMD0603) 1

WLD7.075.102C 102(SMD0603)

WLD7.075.222C 222 (SMD0603) 2
WLD7.075.332C 332(SMD0603) 1
WLD7.075.472C 472(SMD0603) 1
WLD7.075.682C 682(SMD0603) 1
WLD7.075.822C 822(SMD0603) 1
WLD7.075.103C 103(SMD0603) 2

WLD7.075.153C 153(SMD0603) 1
WLD7.075.3393C 393(SMD0603) 1
WLD7.075.224C 224(SMD0603) 1

The parts with underline should be installed on the back of circuit board.

Basic Data

QTY

8

111

Position No.

C153 CC49 CC47

C220 C329
CC45CC48

CC44

C220 C329 CC45

CC48 CC50 CC52

CC42 CC43

CC14
CC62
CC40
CC10

CC26

CC22

CC33
CC11
CC34

C7 C8

C12 C13 C15 C16 C17
C18 C19 C20 C21 C22
C23 C24 C25 C26 C27
C30 C31 C33 C34 C35
C36 C38 C39 C40 C41
C42 C43 C44 C46 C47
C48 C49 C50 C63 C66
C67 C68 C69 C70 C71

C74C77 C78 C79 C80

C83 C84 C86 C92 C93

C96 C98C103 C105

C129C171C172C174

C175 C178C185C186

C211 C325 CC1 CC2

CC6CC8CC12 CC13

C9 C10 C11

C106 C123

CC3 CC5

CC16 CC17 CC18
CC19 CC20 CC21
CC23 CC27 CC29
CC30 CC31 CC32
CC36 CC38 CC39
CC41

CC46 CC51
CC53 CC56 CC57
CC58 CC59 CC61

Remark

High frequency

High frequency

Intermediate

frequency

Intermediate

frequency

Intermediate

frequency

Intermediate

frequency

Intermediate

frequency

Intermediate

frequency

Intermediate

Low frequency

Low frequenc

Page 3

Total 5 pages

Page 7

DVD 21 Component List for Main Board (939C)

Y

r

k

Description & Model

No. Parts No.

1 WLD7.075.10UF/16V 10UF/16V 6

WLD7.075.47UF/16V 47UF/16V 6

2

Basic Data

QT

Position No.

C75 C76 C89 C102

C104 C28

C202 C214 C205 C215

CC25 CC66

C32 C37 C45 C87 C163

Re-mar

WLD7.075.100UF/10V 100UF/10V 13

3
4

5
6
7

WLD7.075.220UF/25V

WLD7.075.220UF/25V

WLD7.075.470UF/10V

WLD7.075.220UF/16V

220UF/10V 4
220UF/25V 2
470UF/10V 4
220UF/16V 4

Diode

8

WLD5.409.IN4148

IN4148 15

Triode

9
10

WLD5.419.DTC343TK

WLD5.419.3906

DTC343TK（SMT3） 3
3906（SMD） 2

IC

16Mbit SDRAM(-7ns)
(4banks×512K×16bit)

WLD5.449. 16Mbit 2

11
12

13

14
15
16
17
18
19
20
21
22
23

WLD5.449. NDV8603

WLD5.449.74VHCT573A

WLD5.449.HY29F21U8

WLD5.449.HY29F21U9

WLD5.449. 018EZ01

WLD5.449. BA033

WLD5.449. LM809M3

WLD5.449. ATMEL93C46

WLD5.449. 4558

WLD5.449. WM8716

WLD5.449. 79L05

1

WLD5.449. 78L05

3

HY57V161610D TC-7

NDV8603VWAT 1
74VHCT573A 2

HY29F800TG-90 o
MX29F800T
SHARP 018EZ01 1

252) 1
LM809M3-2.63 1
ATMEL93C46 1
4558 1
WM8706 1
79L05 1
78L05 2

CC65 CC64 C164 C165

CC4 CC67 C99 C100

C85 C95

C14 C81 C82 C97

C94 C140 C142 C180

D1 D3 D4 D5 D6 D7 D8

Q13Q15 Q4

Q6 Q7

U2 U3

U6 U7 SMD
1
1

U16 U21

U5

U8

U9
U10
U11
U12
U13
U31
U15
U22

SMD

SMD
SMD

SMD
SMD
SMD
SMD
SMD
SMD
SMD
SMD

DIP
DIP

Page 4

Total 5 pages

Page 8

r

k

DVD 21 Component List for Main Board (939C)

Description & Model

No. Parts No. QTY

1
2
3

WLD5.449. LMH6655MA

WLD5.449. MN102H60GHE

WLD5.449. MN103S26E

Basic Data

LMH6654A 1
MN102H60GHE 1
MN103S26E 1

Oscillator

4 WLD5.557.27 27MHz (Basic freq.) 1
5

WLD5.557.16.9344 16.9344MHz 1

Inductor

6 WLD5.757.1 SMD1210) 3
7

WLD5.757.2.2

8

WLD5.757.2.2 2.2UH (SMD1206) 1

9

WLD5.757.4.7 4.7UH (SMD1206) 1

2.2UH (Coiling, SMD1210)

1

Magnetic Bead

10 WLD5.777.50 (50Ω)3

11 WLD5.777.50 50Ω（SMD0603） 16

12 WLD5.777.50 50Ω（SMD0805） 6

Connecto

13 WLD6.609.10A PH-10A 1
14 WLD6.609.10A PH-10A 1

15 WLD6.609.2A PH-2A 1
16 WLD6.609.50P 50PIN0.5 1

WLD6.609.22P

17

WLD6.609. GP1FA550TZ

18

WLD6.609.6G AV1-8.4-6G (Orange) 1

19

22P 1.0 two lines

SHARP GP1FA550TZ 1

1

AV2-8.4-1G (Upper

20

WLD6.609.1G

white, lower red) 1
Video & S-Video CS-08

21 WLD6.609.CS-08

(Yellow) 1

Position No. Remar

U4
UU2 Appointed
UU3

Y1

YY1

L4 L5 L6

L1
L8
L9

L2 LL1 L11

FB1 FB5 FB6 FB7

FB14 FB15 FB16
FB17 FB18 FB19

FB20 LL9 LL4 FB10

FB11 R60

LL2 LL3 LL6

LL7 LL8 LL10

J1
J6

JJ3

CCN1

（interface

J12

J7
J8

J10

J14

Super mini

Ceramics
Ceramics

SMP vertical

Vertical

Gilded

Gilded

Gilded

22

WLD7.820.939C

PCB 1

939C Blank

Page 5

Total 5 pages

Page 9

k

DVD 21 Component List for Power Supply Board (1040C)

No. Parts No.

1.

2.

3.

4.

5.

6.

7.

8.

9.

10.

11.

12.

13.

14.

15.

16.

17.

18.

19.

20.

21.

22.

23.

24.

25.

26.

27.

WLD5.630.1

WLD5.630.100

WLD5.630.101

WLD5.630.221

WLD5.630.331

WLD5.630.471

WLD5.630.102

WLD5.630.512

WLD5.630.103

WLD5.630.103

WLD5.630.683

WLD5.630.134

WLD5.630.364

WLD5.652. FNR10K471

WLD5.630.0.33

WLD5.630.4.7

WLD5.610.471

WLD5.619.471

WLD5.619.102

WLD5.610.472

WLD5.610.682

WLD5.610.103

WLD5.619.103

WLD5.610.104

WLD5.619.104

WLD5.613.33UF/50V

WLD5.613.47UF/16V

Description & Model

Basic Data

QTY

Resistor

RT-1W-1Ω 1
Jumper wire 1
RT-1/6W-100Ω 1
RT-1/6W-220Ω 1
RT-1/6W-330Ω 3
RT-1/6W-470Ω 1
RT-1/6W-1KΩ 1
RT-1/6W-5.1KΩ 5
RT-1/6W-10KΩ 1
RT-1/4W-10KΩ 1
RT-1W-68KΩ 1
RT-2W-130KΩ 1
RT-1W-360KΩ 1
FNR10K471 1

0.33Ω 1

Fuse resistance 1/4W-4.7Ω

Capacitor

CT-50V-471 3
471/AC400V 2

High voltage 102/AC400V

CT-100V-472 1
CT-100V-682 2
CT4-100V-103 4
High voltage 103/1KV 1

CT4-50V-104 6
104/AC275V 2
CD-50V-33uF 2
CD-16V-47uF 1

Position No.

Remar

R18
R11

R3

R102

R2 R6 R14

R9

R12

R20 R5 R7 R8 R10

R4
R19
R16
R17

R1
RV1

R101

1

RF1

C35 C36 C37

C3 C4

2

C5 C7

C20

C21 C23

Varistor

Fuse resistance

Fuse resistance

Monolith

Y type

Y type
Terylene
Terylene

C22 C24 C27 C28

C26
C31 C32 C34
C38 C40 C42

Monolith

C1 C2

C30 C13

Φ6

╳12

C39

Page 1

Total 3 pages

Page 10

Y

DVD 21 Component List for Power Supply Board (1040C)

k

Description & Model

Parts No.No.

28
29
30

31
32
33
34 NC 1

35
36
37
38
39
40

41
42
43
44
45
46
47

48
49

WLD5.613.47UF/50V

WLD5.613.47UF/400V

WLD5.613.220UF/16V

WLD5.613.470UF/16V

WLD5.613.1000UF/50V

WLD5.777.0.6

WLD5.757.1.2

WLD5.757.100

WLD5.757.20

WLD5.757.33

WLD5.757.50mH

WLD5.409.FR107

WLD5.409. FR204

WLD5.409. IN5822

WLD5.409. IN5392

WLD5.409. IN4007

WLD5.409. IN4148

WLD5.409. KBP06

WLD5.449. KA431

WLD5.449. L7809

WLD5.449 .L7808

Basic Data

QT

CD-50V-47uF 1
CD295-400V-47uF 1
CD-16V-220uF 6

CD-16V-470uF 2
CD-16V-1000uF 3

Inductor

Magnetic bead 0.6uH 1
Magnetic bead 1.2uH 1
L630-100 (10uH) 1
20uH filter inductor 2
inductor 2

LCL ET20-010 (50mH)

Tube, Bridge

FR107 5
FR204 1
IN5822 1
IN5392 (IN5393) 4
IN4007 1
IN4148 1
Bridge KBP06 1

IC

KA431 1
PC817 1
UC3842B 1

Position No.

C14

C6

C15C16 C18 C29

Remar

╳13

Φ8

JF

╳12

Φ6

C45 C8

Φ8

C11 C44

C12 C9 C10

C25

Φ10

╳13

╳17 105ºC

No need

L3
L5
L8

L9 L11

L6 L7

1

L10

Filter inductor

工 shaped Hangxin

DIP

Common mode inductor

D1 D3 D4 D7 D8

D6
D5

D9　 D10　 D11 IC6

IC6　1 pin

D2
D12
DF1

IC3
IC2
IC1

Page 2

Total 3 pages

Page 11

DVD 21 Component List for Power Supply Board (1040C)

Description & Model

No. Parts No.

50

51 WLD6.609.10A TJC3-10A 1
52 WLD6.609.4A TJC3-4A 1

53 Fuse T1A /250V 1
54 Fuse Holder 1
55 WLD4.704.049 ER2803 1

56 Radiator SR008 1
57 Earthing strip 4
58 J line 5

60 WLD7.820.1040C PCB (Single-layer)

WLD5.419.IRFBE30

Basic Data

MOS Tube

IRFBE30 1

Linker

pins（vertical） 2

Others

J line 2
J line 2

DVD 21 Component List for Power Switch Board (787C-2)

Power switch (

space between holes:

1

2

3
4

WLD7.820.787C-2

PS4E-A-040 1 1SW1 Huajie
VH three hole two pins
(horizontal) 1 1JP1 (white)
High voltage
103/AC250 1 C19
PCB (Single-layer) 1 787C-2 approved

fixed

20)

QTY

Position No.

BG1

（-24V empty）

CN1

CN2

JP1 (orange) JP2

F1

TR1

With BG1

J1~J4 R13

IC4 between one pin

L1 bridge joint

1040C (Ver1.0)

Remark

“HK1”

Fulei

UL approved

Blanck

Page 3

Total 3 pages

Page 12

p(

k

DVD 21 Component List for Big Panel (999C)

Description & Model

No. Parts No.

1. WLD4.704.201 RT-1/6W-200Ω 1

WLD7.075.561 RT-1/6W-560Ω 1

2.

WLD7.075.102 RT-1/6W-1KΩ 2

3.

WLD7.075.472 RT-1/6W-4.7KΩ 2

4.

RT-1/6W-10KΩ 2

5.

WLD7.075.103 RT-1/6W-10KΩ 2

6.

WLD7.075.330 RT-1/6W-33KΩ 9

7.

WLD7.075.390 RT-1/6W-39KΩ 1

8.

WLD7.075.470 RT-1/6W-47KΩ 1

9.

10. CD-10V-47UF 1

11. CT4-50V-104 4

12.

13.

14.

15.

WLD5.409.5.6V

WLD5.409.PT6318

WLD5.409.IN4148

WLD5.409.8050

16. WLD7.350.025 DVD25 Display 1

17. WLD6.618.001 Touch switch 6×68

18. Short connection 26

19. WLD7.820.999C Single-layer PCB 1

20.

DVD 21 Component List for Small Panel (998C)

21. Receiver HS0038B 1

22.

23.

24.

25. WLD6.618.001 Touch switch 6×61

26.

WLD7.075.101

WLD5.610.104/50V

WLD5.610.47UF/10V

Basic Data

QTY

Resistor, Capacitor

5.6V 1
PT6318 or PT6311 1
Diode 1N4148 3
Triode 8050 2

RT-1/6W-100Ω 1
CT4-50V-104 1
CD-10V-47UF 1

5mm short connection

R4, R5, R6, R7, R8, R9,

S2, S3, S4, S5, S6, S7,

1

Position No.

R3

R1
R13, R14
R19, R20
R19, R20

R2, R12

R15
R22

C1, C2, C6, C7

ZD1

U1

D1, D2, D3

Q1

VFD1

S8, S9

J1—J28, J30-J32

999C

IR1

R19

C9

C8

S1

J1

Remar

With PT6318
With PT6311

insert)C5

Horizontal insert

No J29

Page 1

Total 1 pages

Page 13

k

DVD 21 Component List for Small Panel (998C)

k

Description & Model

No. Parts No. QTY Position No. Remar

Basic Data

Double-color
flaring diode ф3

1
2

WLD7.820.998C Single-layer PCB 1

(red & green) 1

LED1 Three pins
998C Blank

DVD 21 Component List for Output Board (736C)

Description & Model

No. Parts No. QTY Position No. Remar

3 WLD7.075.151 RT-1/4W-150Ω 1

WLD7.075.0 0Ω（SMD0603） 1

4

WLD7.075.271 270Ω（SMD0603） 1

5

WLD7.075.391 390Ω（SMD0603） 1

6

WLD7.075.102 RT-1/4W-1K 2

7

WLD7.075.332 3.3K（SMD0603） 5

8

WLD7.075.472 4.7K（SMD0603） 2

9

WLD7.075.682 6.8K（SMD0603） 1

10

WLD7.075.103 10K（SMD0603） 2

11

12 WLD7.075.20C 20PF（SMD0603） 6

WLD7.075.104C 104（SMD0603） 3

13

WLD7.075.47UF/16V 47UF/16V 1

14

15

16
17

18
19

WLD5.409.IN4148

WLD5.419.DTC343TK

WLD5.419.DTA114YKA

WLD5.777.50

PC817 1

Basic Data

Capacitor

Diode

IN4148 1

Triode

DTC343TK（SMT3） 3
DTA114YKA (SMT3) 1

Magnetic Bead

50Ω（SMD0603） 6

R9
FB7 FB8
R14
R13
R3 R6
R1 R2 R4 R5 R7
R12
R15
R10 R11

C4 C5 C6 C7 C8 C9
C1 C2 C3
C12

D1

Q1 Q2 Q3
Q4

FB1 FB2 FB3 FB4 FB5
U1

Page 1

Total 1 pages

Page 14

DVD 21 Component List for Output Board (736C)

k

Description & Model

No.

Parts No. QTY Remar

1 sockets 1

SCART jack 1

2

SCJ351P00ΧS0B00 1

3

WLD7.820.736C PCB 736C 1

4

Basic Data

Position No.

J1
J2
J3

736C

Black
Blank

Page 1

Total 1 pages

Page 15

DVD 21 Block Diagram

PICKUP

Servo Module

SDRAM

MPEG Decoder

NDV8603

Front Panel

FLASH

CVBS
S-VIDEO

Audio DAC

WM8716

R

L

J6

CONN 16 PIN P WR MALATA

TOP VI E W

1

+12VA

2

-12VA

3

AGND

TP5

4

+5V

5

C82

C84

POWER SUPP LY

SERVER
POWER

PANASONIC DRIVE

V1.8

V3.3

220UF/10V

TOP VIEW

+5V

-24V

WAKEUP

FLDCS-

SSPIN

SSPOUT

GND

SSPC LK

GND
IRRX

J1

CONN 10 P IN FRONT PANEL 2MM

FRONT
PANEL

+3V

DGND

DGND

PGND

+12V

+11.5V

-24V

CC4

10
9
8
7
6
5
4
3
2
1

1000UF/10V

0.1 UF

6

TP6

7

C96

C14

0.1 UF

470UF/10V

8

9

10

11

MGND P3
M+9V P3
V5 .0 P3,5 ,8

LL1

P3,4,5,6,8,9

V3.3

LL8

V1.8 P3

CC24
220UF/10V

C186 0.1U F

C185 0.1U F

WKUP-

C149 0.1UF

FLDCS-

C151

C150 0.1 UF

C90 220PF

C91 220PF

C152 220PF

Pow er f ilt ers ar e re com m end ed f or achi evi ng t he hig he st per fo rm anc e.Note 2.

T he pow er sup ervi sor c ircui t is r ecom m ended v s. t he sim ple RC rese t.

Note 3.

The RC reset circuit can not guarantee safe operation in case of a
short pow er failure.

DESIGN NOTES

NOTE 1: Po wer f i lt ers are re commen ded fo r be st
performance.

NOTE 2: RESET input (to RSTP- pin #81) is not 5V
tolerant for NDV8501B2 and MUST be under 3.3V lev el.
Fo r NDV86 XX dev i ces t he RS TP- p in i s 5V to l eran t.

Bypass Capacitors

PLACE CLOSE TO VDD PINS.

C2

C6

C36

C33

0.1 uF

0.1 uF

0.1 uF

0.1 uF

PLACE CLOSE TO VDDIO PINS.

C4

C3

C5

0.1 uF

0.1 uF

0.1 uFC70.1 uF

V1.8

C74

C43

C80

C69

C40

C70

0.1 uF

0.1 uF

0.1 uF

0.1 uF

0.1 uF

0.1 uF

C9

C8

C10

C11

C31

C34

C35

0.1 uF

0.1 uF

0.1 uF

0.1 uF

0.1 uF

0.1 uF

0.1 uF

TP1

TP2

TP3

+5.0V

+3V

+12V

FB21

FB20

FB14

FB15

220PF
FB16

FB17

FB18

FB19

Place all these
capacitors as close as
possible to chip.

C99
47uF

Pl ace the el ect roly tic

6.3V

capacitors near the
corner of pin #1.

C39

C41

C38

0.1 uF

0.1 uF

0.1 uF

BA033T

U11

+3.3V

13

VINVOUT

2

TP4

GN D

TO P V IE W

C98

0.1 UF

U10

TP8

GN DVIN

+1.8V

DPAK

VOUT

TOP VIEW

C83

C81

T0-252

100UF/10V

FLDCS

R127

3.3K

0.1 UF

V5.0

3
C

4.7K

BE

2

R274

3.3K

R42
1K

135

SHARP 018EZ01

SSPIN1

SSPOUT1BB AOUT0

SSPCLK1B B
RXD1

V3.3

C100
47uF

6.3V

C42

C79

C68

C71

0.1 uF

0.1 uF

0.1 uF

0.1 uF

P8V P7
M8V P7

V3.3

+3.3V

C97
100UF/10V

V5.0

+5.0V

V1.8

VCORE

+12V P5,9

RSTP-

Q4

DTC343TK
ROHM

1

SMT3

VIO PORT

SRST-

RSTP-

RSTPB-P4

SRST-P4,5

PWE3-P4
PWE2-P4

SCLKRP4

ACK-P4

XIO[11:1]P3,4, 7,9

XBUS

PWE1-P4

/

FLASHP ROGP4

LA[3:0]P4,5

PWE0-P4,5

FLASH

ALEP4,5
RD-P4,5

LHLDAP4

LHL DP4

PCS0-P4

RXD0P3
TXD0P3

FERST-P3,4
WAITP3
REQP3

LO AD E R

ENABLEP3
DSY N CP3
DREQP3
DCLKP3
DSTBP3
DVD[ 7: 0]P3

DVD

XIO[11:1]

CV1-C V

R137
75R 1 %

Y-Y

R43
75R 1 %

C-CB

R44

32 x V RE F ( V)

IOUT_FS (mA) =

RS ET (Ohm)

SRST-

R47 1.10K 1%

V3.3

V1.8

VIOCLKP10
VSYNCP9,10
HSY N CP9,10

VIO[7:0]P10

XIO4

TVFORMAT0P9

XIO5

TVFORMAT1P9

XIO10

VIDEOFORMATP9

XIO1

XIO7

PWE3-

PWE2-

R53

TP12

22R

TP14

SCLKR
ACK-

XIO[ 11: 1]

PWE1­XIO2

AD[ 3 1: 0]
LA[3:0]

PWE0-

FROM
PANTERA

ALE

RD­LHLDA
LHL D
PCS0-

XIO9FERST-

ENABLE XI O14
DSYN C
DREQ
DCLK
DSTB
DVD[ 7: 0]

XIO12WAIT
XIO13REQ

75R 1 %

CV2-C R

R45
75R 1 %

C76

L8

10UF/10V

4.7UH

C75

L9

10UF/10V

4.7UH

Note 2.

C86

0.1 uF

121

VSS

122

VCLK

123

VSYNC

124

HSYN C

125

VDDIO

VIO7

126

VIO7

VIO6

127

VIO6

VIO5

128

VIO5

VIO4

129

VIO4

VIO3

130

VIO3

VIO2

131

VIO2

132

VSSIO

VIO1

133

VIO1

VIO0

134

VIO0

135

VDD

136

AD31

AD31

AD30

137

AD30

138

AD29

AD29

139

AD28

AD28

140

VDDIO

141

AD27

AD27

AD26

142

AD26

143

AD25

AD25

AD24

144

AD24

145

PWE3

AD23

146

AD23

147

VSSIO

148

AD22

AD22

AD21

149

AD21

AD20

150

AD20

AD19

151

AD19

AD18

152

AD18

AD17

153

AD17

154

VDDIO

155

AD16

AD16

156

PWE2

AD15

157

AD15

AD14

158

AD14

159

VDD

SCLK

160

SCLK

161

ACK

162

VSSIO

AD13

163

AD13

AD12

164

AD12

AD11

165

AD11

AD10

166

AD10

AD9

167

AD9

AD8

168

AD8

169

VDDIO

170

PWE1

171

VSS

AD7

172

AD7

AD6

173

AD6

AD5

174

AD5

AD4

175

AD4

AD3

176

AD3

177

VSSIO

AD2

178

AD2

AD1

179

AD1

AD0

180

AD0

TO
FRONT
PANEL

VID EO

Termination

Place close
to
NDV86X X!

C78

0.1 UF

C77

ACLKVDD

MC LK V D D

0.1 UF

VAA3

Y-Y

C-CB

VDDDAC

R46

CV 1-CV

CV 2-CR

10R

VAA3

TS1

IOM

106

114

111

115

116

117

118

119

120

109

108

107

110

112

113

Y/G

IOM

VAA

VAA3

VSSA

RSET

VREF

COMP

C/Cb/B

CV BS/C

VSSDAC

VDDDAC

ACLKVDD

CVBS2/Cr/R

AN ALOG PLL s DI GI TALSSP0,1

VIDEO DIG.

XB U S

RD

ALE

PWE0

LA3

LA2

LA1

LA0

VDDIO

VSSIO

LHLDA

LH L D

VDD

XIO1

PCS0

193

189

183

182

187

186

185

184

181

188

190

191

192

194

195

LA1

LA3

LA2

LA0

XIO1

XIO2

SRST-

C72
27pF

TP10

105

104

SCMD

ACLKVS S

MV C K V S S

XIO2

XIO3

VDDIO

197

196

XIO3

RSTP-RSTP-

27MHz, 30..50 ppm,
Fundamental Freq,
AT cut

Y1

12

103

100

1019998

102

SCEN

OSCVSS

OSCVDD

MV CK VD D

XIO4

XIO5

XIO6

VSS

198

199

200

202

201

XIO7

XIO6

XIO4

XIO5

XIO11

C73
27pF

CX O

XIO7

203

SSPOUT1BB
SSPCLK1B B
RXD1
SSPIN1

V3.3

R272
10K

TXD0

RX D0

9290888786

939495

96

97

CXI

VDD

TXD0

RT S0

CT S0

RX D0

VSSIO

VDDIO

SSPIN0

SSPOUT 0

NDV86XX

XIO8

XIO9

XIO10

XIO11

XIO12

XIO13

XIO14

VDDIO

VSSIO

VDD

205

206

207

208

209

211

210

204

212

XIO8

XIO9

XIO11

XIO14

XIO13

XIO10

PLACE CLOSE
TO NDV86XX

U13

V5.0

NM93C46M8

1

8

CS

VCC

2

7

PRE

SK

C92

63

PEDI

5

4

0.1 uF

GND

DO

R128 22R

C148 10 0pF

SSPOUT1

SSPIN1

SSPCLK1

RX D1

SRST-

RSTP-

81

80

84

83

82

858991

VSS

RSTP

RX D1

VSSIO

SSPIN1

SSPCLK0

SSPCLK1

SSPOUT 1

RESET

TS4

MD 31

PCMCLK

ACLK

LRCLK

77

VDD

ACLK

SRST

LRCLK

PCMCLK

MD 30

AOUT0

75

AOUT0

VDDIO

MD 29

SPDIF

68

616364

657670717273747879

66

676269

AIN

VSS

CS1

MD 30

MD 31

DQM3

SPDIF

VSSIO

AOUT3

AOUT2

AOUT1

VDDIO

AUDIOUART0,1 &CLOCK &VIDEO

VDDIO

VDDIO

VDDIO

SDRAM

VDDIO

VDDIO

VDDIO

DVD POR TEXT. I /O

VDDIO

MD8

MD7

MD6

MD5

MD4

MD3

MD2

MD1

DS YNC

DREQ

213

214

215

MD0

DCLK

DSTB

DV D0

VSSIO

DV D1

DV D2

DV D3

DV D4

DV D5

VDDIO

VSSIO

VSS

VDDIO

VSSIO

DV D7

DV D6

227

216

217

218

219

220

221

222

223

224

226

225

DV D4

DV D7

DV D2

DV D3

DV D6

DV D5

DV D0

DV D1

240

239

238

236

235

234

232

231

229

228

230

233

237

MD3

MD0

MD2

MD6

MD4

MD5

MD1

MD7

MD8

MD9

VIDEOBOUTPUT

MODE 2

MODE 1

C/CV BS +
COMPONENT

CV1-CV P8

Y-Y P8

SSPCLK1BB

R51 22R
R50 22R

SSPOUT1BB
RSTPB-

R29 22R

R49 22R

PCMCLKB

SPDIFR

MD 29

60

MD28

MD28

MD27

59

MD27

58

MD26

MD26

57

VSSIO

56

MD25

MD25

MD24

55

MD24

54

MD23

MD23

53
52

MD22

MD22

MD21

51

MD21

50

MD20

MD20

49

VSSIO

MD19

48

MD19

47

VSS

46

MD18

MD18

45

MD17

MD17

44

MD16

43

MD16

42

DQM2

41

DQM0

40

VSSIO

39

WE

38

CAS

37

RAS

36
35

CS0

34

VDD
MA13
MA12

VSSIO

MA11
MA10

MA0

MA1

MA2

CKE

VSSIO
MCLK

MA3

MA4

MA5

VSS
MA6
MA7

VSSIO

MA8
MA9

DQM1

MD15
MD14
MD13

VSSIO

MD12

VDD

MD11
MD10

MD9

MA13

33
32

MA12

31

MA11

30

MA10

29

MA0

28
27

MA1

26

MA2

25
24
23

0R

22

R1

MA3

21

MA4

20
19

MA5

18
17

MA6

16

MA7

15
14

MA8

13

MA9

12

DQM1-

11
10

MD15

9

MD14

8

MD13

7
6

MD12

5
4

MD11

3

MD10

2
1

U5

C-CB P8

CV2-CR P8

XIO2
XIO8
XIO3

RTS0­SSPOUT1
SSPCLK1

ACLK
LRCLK

DQM3-

MD[31:24]
MD[23:16]

DQM2­DQM0-

WE­CAS ­RAS -

CS0-

MA [13: 0]

CKE

TP11

MCLK

TP13

P l ac e c l os e to
NDV8601, pin22

MD[ 15:8]

MD[7:0]

CVB S +
RGB

C/ CVB S

CVB S

Y

R

G

Cb

Cr

FLASHP ROG P5
192K DA CC S - P7

AUDIOMUTE P7

RTS0- P 7

SSPOUT1P7
SSPCLK1 P7

AOUT0P7

ACLK P7
LRCLK P7
PCMCLKB P7

SPDIFR P7

DQM3- P6

MD[31:24] P 6

MD[23:16] P 6

DQM2- P6
DQM0- P6

WE- P6
CAS- P6
RAS- P6

CS0- P6

MA[13:0] P6

CKE P6

MCLK P6RSTP-P4

DQM1- P6

MD[15:8] P6

MD[7: 0] P6AD[31:0]P4,5

AUDIO

SDRAM

P5V-DAC

RTS0-

P2,7

SSPOUT1P2,7

SSPC LK1P2,7

192K DA CC S-P2,7

LRCLKP2,7

AOUT0P2,7

ACLKP2,7

PCMCLKBP2,7

C93

L3

C101

10UF / 10 V

4.7U H

0.1UF

C28

C94

L10

10UF / 10 V

0.1UF

4.7U H

C126

10UF / 10 V

1

LRC I N

2

DIN

3

BCKIN

4

CLKO

5

XTI

6

XT0

7

DGND

8

DVDD

9

AVDDR

10

AGNDR

11

VMIDR

C127

0.1UF

12

MODE8X

13

VOUTR

14 15

AGND AVDD

U15

WM8716

MC/DM1

MD/DM0

CSB I WO

DIFFHW

C220

28

ML/I2S

27

26

25

MUTEB

24

MODE

C104

0.1UF

23

22

RSTB

21

ZERO

20

AVDDL

19

AGNDL

18

VMIDL

17

16

VOUTL

C128

10UF/ 10V

0.1UF

C103

C121

0.1UF

C215

47uF

LE FT

16V

FRO NT

RIG HT

C205

AR AR2

47uF

16V

2 Channel

1nF

R185

7.5 0K 1 %

C221
680pF

R233

7.5 0K 1 %

C207

680pF

C329
1nF

R178

4.7 5K 1 %

-12V A +12VA

C211

0.1uF

R188

AL2AL

1.78K 1%

R190
10K

R236

1.7 8K 1 %

R161
10K

R231

4.75K 1%

C217

R169 4.7 5K 1 %

2

3

6

5

V- V+

4

R167 4. 7 5K 1 %

C328 100pF

100pF

C214

47uF NP

10V

1

U3 1

C202

LM833M

47uF NP

10V

7

8

C325

0.1uF

R174

4.7 K

3

1

R177

10K

R173

680R

R165

680R

BC548C

3

R230
10K

1

MUTE CTRL

R219

4.7 K

C324

0.1uF

2

Q15

BC548C

R170

C210

330R

1nF

R162
330R

C331

1nF

Q13

2

PRELIMINARY

J10

2

L

1

GND

R

3

TOP VIEW

TO SCART L & R
CONNE CTOR
BLOCK

FRONT_L2 P9

FRONT_R2 P9

R61
10K

+12VA

R60
100R

12

D4
1N4148

C85

220uF/16V

-12V A

ARESET-P2,7

AUDIO MUTEP2,7

+12VAP2,9,10

SPDIFRP2

U16

GN D

C66

0.1UF

VINVOUT

78L05

0.1UF
C129

D7 1 N41 48

D1
1N41 48

P5V-DAC

BE

1

12

12

C163
220UF/10V

D6

1 2

1N41 48

3

C

Q7

BC858

2

12

R62
1K

D5

1N41 48
C95
220uF/16V

R63

33K

R64 6.2 K

BE

1

2

Q6

BC858

C

3

R17
10K

MUTE LOGIC

+12VA

-12V A

SPDIF Inte rf ac e

1

FB1

C65
100P F

VILmax=0.8V
VIHmin=2.0V

C67

0.1UF

CSY

2

SIG

3

GND

TOP V I EW

GND

3

VCC

DRIVE R

2

IC

VIN

1

Fiber Opt ic

TOP VIEW

TX Module

SPDIF IR T X SHARP GP1F31T

J9

U19

SPDIF
COAX

SPDIF
OPTICAL

P5V-AU

C63

R36

R35

75R 1%

110R

0.1UF
C64

100PF

R37
110R

+5V

C87

10UF / 10 V

R34

+1.6V

22R

MUTECTRL P 8

For INTEL and SHARP 1M B SOP 44 Programming
via CD-R upgrade (uses XIO2)

NOT INSTALLED

R10

1 2

4.7K N/A

Q1

BC548C N/A

2

R20
10K N/A

1 2

FLASHPROGXIO2

R24

1 2

4.7K N/A

1 2

R25
10K N/A

2

Q3

BC558B N/A

Buffered

1

D2

3

12

1N4148 N/A

RP-

R26
10K N/A

1 2

RSTPB-

System
Reset

R22
10K N/A

Q2

1 2

2

R23

10K N/A

1

3

BC558B N/A

VPP-PIN

1 2

R21

3

1 2

1

4.7K N/A

FLA S HP R OG P 2

+12V P2

RSTPB- P2

SOP 44 PIN PACKAGE

P/N

MANUFACT URER

MACRONIX

ATMEL AT49F8192AT

SHARP 5.0V

MANUFA CTURER

On (Mot orola)
Semiconductor

SIZE

512K X 1629F800TMC

512K X 16 Y

512K X 16

TABLE for 5.0V LATCHES

MC74VHCT573ADT

onsem i.c om

PIN 23

LATCH

FLASHCS 0-

RD-

HIGH

1

RY/BY

2

LA18

A18

LA17

3

A17

LA7

4

A7A8A9

LA6

FLASHCS0-

RD-

LA5
LA4
LA3
LA2
LA1

10

LA0

11
12
13 32
14

AD16

15

AD24

16

AD17

17

AD25

18

AD18

19

AD26

20

AD19

21 24

AD27

22

5

A6

6

A5

7

A4

8

A3

9

A2
A1
A0
CEOEBYTE
VSS VSS

DQ0
DQ8
DQ1
DQ9
DQ2
DQ10
DQ3 DQ4
DQ11

PIN
33

VCC

VCC

3.3V

5.0V

5.0V

VCC

5.0V

BYTE-Y

Y

NC

R33

AMD 29F800BB-9 0SC NA

FERRITE

5.0V

3.3V

INSTALL

FLASHCS0-

RD-

V3.3

R135
10K

DEFAULT= 2MB

LOW

1

RY/BY

LA18

2

A18

LA17

3

A17

LA7

4

A7A8A9

LA6

5

A6

LA5

6

A5

LA4

7

A4

LA3

8

A3

LA2

9

A2

LA1

10

A1

LA0

11

A0

12

CEOEBYTE

13 32

VSS VSS

14

AD0

15

DQ0

AD8

16

DQ8

AD1

17

DQ1

AD9

18

DQ9

AD2

19

DQ2

AD10

20

DQ10

AD3

21 24

DQ3 DQ4

AD11

22

DQ11

AMD29F8 00BB- 90SC

PIN43

44

RESET

43

WE

LA8

42

LA9

41

LA10

40

A10

LA11

39

A11

LA12

38

A12

LA13

37

A13

LA14

36

A14

LA15

35

A15

LA16

34

A16

33

AD31

31

DQ15

AD23

30

DQ7

AD30

29

DQ14

AD22

28

DQ6

AD29

27

DQ13

AD21

26

DQ5

AD28

25

DQ12

AD20

23

VCC

C47

U8

0.1uF

44

RESET

43

WE

LA8

42

LA9

41

LA10

40

A10

LA11

39

A11

LA12

38

A12

LA13

37

A13

36

A14

35

A15

34

A16

33

31

DQ15

30

DQ7

29

DQ14

28

DQ6

27

DQ13

26

DQ5

25

DQ12

23

VCC

U9

FLASHVCC
LA14
LA15
LA16

AD15
AD7
AD14
AD6
AD13
AD5
AD12
AD4

C48

0.1uF

LA[18:0]

PIN33

See "Note on Ferrites"

R280

1 2

R320

1 2

R180

1 2

PWE0-

FLASH O ption Re sistor

(see tabl e)

LA0
LA1
LA2
LA3

11

LE

GND

12

D8

Q8

LA18

13

D7

Q7

LA17

14

D6

Q6

LA16

15

D5

Q5

LA15

16

D4

Q4

LA14

17

D3

Q3

LA13

18

D2

Q2

LA12

19

D1

Q1

R33 10K

20

OE

VCC

C50

U6

0.1uF

74VHCT573

11

LE

GND

LA11

12

D8

Q8

LA10

13

D7

Q7

LA9

14

D6

Q6

LA8

15

D5

Q5

LA7

16

D4

Q4

LA6

17

D3

Q3

LA5

18

D2

Q2

LA4

19

D1

Q1

20

OE

VCC

U7

C49

74VHCT573

0.1uF

L2

C45
10uF

6.3V

See "Note on Ferrites"

10

AD19

9

AD18

8

AD17

7

AD16

6

AD15

5

AD14

4

AD13

3

AD12

2
1

10

AD11

9

AD10

8

AD9

7

AD8

6

AD7

5

AD6

4

AD5

3

AD4

2
1

R19
75R

AD[31:0]

LA[3:0]

ALE

FLASHCS 0- P4

RD- P2,4

SRST- P4

PWE0- P2,4

LA[3:0] P 2,4

ALE P2,4

V5.0

AD[31:0] P2,4

XBUS
/

FLASH

Note on Ferrites:

Ferrites should have a current rating of 150mA minimum.
Some examples are:

Part Number C urrent Rating Size

Murata BLM11P600S
Murat a BLM21R102SK 200mA
Murat a BLM21R221SK 200mA

500mA

EIA 0603
EIA 0805
EIA 0805

Notes:

For 3.3V FLASH use 3.3V latches also. For 5V FLASH use either 5V or

3.3V latch since the FLASH usually have TTL compatible inputs.

To reduce the power consumption, we recommend using 3.3V FLASH
and LATCH.

Recommended FLASH speed grade is 90ns.

VIDEO

P2

P2

V3.3P2,3,4,5,6,8

CV1-CVP2

Y-YP2

C-C BP2

CV2-CRP2

+12VA

-12VA

CV1-CV

OPTIO N to Improve
DP/DG (VarIable
Capacitance
Dio de)

Y-Y

C-CB

CV2-CR

V3.3

VD1

32

Zetex ZC836A N/A

C171
47UF /1 0V

C175
47UF /1 0V

1

C168

0.1UF

C166

0.1UF

D15
1N41 48

D8
1N41 48

D10
1N41 48

D12
1N41 48

ESD protection

T he 4 diodes on the
rig ht side ("pull-up"
like) can be omitt ted if
th e "pull -dow n" diodes
are replaced with
Z ener diod es of

3. 3V- 5.1V , 0. 4-1W
type.

U21

GND

VINVO U T

+5V-VID

78L05

GND

U22

C165
100UF/10V

VIN

VO U T

-5V-VID

79L05

C164
220UF/10V

+5V-VID

R141 51 0R 1%

C112

8

6

5

7

0.1UF

C154 20 P F

C155

330PF

12

D14
1N41 48

1 2

V3.3

220PF

C153

L1

2.2UH SMD1206

R136
75R

510R 1%

U4

V+

OP

NC3

NC2

LMH665 4M A

NC1

IN -

V-

IN +

-5V-VID

1

2

4

3

C178

0.1UF

R140

C181

0.1UF

C180

220uF

10V

CVBS1

CVBS

BW = 13MHz @ -1dB

20PF

C55

C54
150PF

L4
1UH SMD1206

C58 20PF

C57
150PF

L5

1UH SMD1206

C61
20P F

C60
150PF

L6

1UH SMD1206

VIDEO filt ers

T he bandwidth is 6.5MHz
for the top filter
(c om posi te v ideo ) and it
is 13MHz for the bottom
3 filters for
COM PONE NET v ideo.

C56
100PF

C59
100PF

C62
100PF

12

D9
1N41 48

1 2

V3.3

12

D11
1N41 48

1 2

V3.3

12

D13
1N41 48

1 2

V3.3

C142

220uF

10V

C140

220uF

10V

C94

220uF

10V

DC
separation

Replaced with wire short. DC
separ at ion can be om it ted bec ause
NDV8XXX is protected against
sho rt ed out put s. Als o, NDV8XXX
outputs are current generators
w it h 0VDC at t he bot to m of th e
SY NC pulse.

Y

C

CVBS2

VIDEO

MODE 1

2 X CVBS +
S-VI DEO

Y

CB

CR

OUTPUT

MODE 2

CVBS +
COMPONENT

Y_F

CB _F

CR_F

Place close to
connectors !

R152 0R 1%

R153 0R 1%

R150 0R 1%

R143 75R 1%

R148
75R 1%

R10

0R 1 %

R151

0R 1 %

R118
0R 1 %

R123
0R 1 %

R117
0R 1 %

FRONT-R2P7

FRONT-L2P7

RXD1P2
CTS 0-P2
TVFORMAT1P2
TVFORMAT0P2
VIDEOFORMATP2
+5VP2
+12 VP2

FB6

FB7

FB5

FB3

C158
20P

FB4

C157
20P F

FB2

C156
20P F

1
2
3
4
5
6
7
8

9
10
11
12
13
14
15
16
17
18
19
20
21
22

1

2

3

4

C179

5

20P F

Y

CONN. MINI-DIN (S-VIDEO)

TOP VIEW

4

Y

C182

2

GND

20P F

1

GND

3

C176
20P F

101112

C

J8

1

7

3

2

5

6

4

CONN TRIPLE RCA VIDEO W/ CHASSY PIN

COMPO NENT VIDEO

J12

GND
FRONT_R2
GND
FRONT_L2
GND
GND
GND
Cb/B
GND
Cr/R
GND
Y/G
GND
CVBS
GND
RXD1
CTS 0­TVFORMAT1
TVFORMAT0
VIDEOFORMAT
5V
12V

CON 22 PI N T H 1MM

J14

CSY

NC

GND

SIG

GND

TOP VIEW

10

Y

11

C

3421C

12

Note: Connect pins 10, 11
and 1 2 to chas sy gr ound.

GND

CSY

Cb

Cr

Y

GND

GND

TOP VIEW

J13

ENTRY SIDE

34

21

TO P

G

B

R

BOTTOM

TO
SCART

COMPOSITE

YEL LO W

S-VIDEO

CONNECTOR COLOR

GREEN

BLUE

RED CR

Y

CB

OPTION A

2 pcs. of 16MBIT SDRAM -- The code boots
and executes out of FLASH- uncompressed.
Advantage is possible cost savings for 2 pcs. of
16Mbit vs. 1 pcs. of 64Mbit (depending on
market) and faster boot up time.

1 pcs. of 64MBIT SDRAM -- the code boots
from FLASH but executes out of SDRAM. The
compressed code is downloaded from FLASH
to SDRAM during boot up, which takes several
seconds. Advantage is ability to fit inside

OPTION B

1MByte FLASH device (512Kx16). Disadvantage
is minimal application is allowed to fit inside of
1MB with limited OSD.

2 x 4 banks x 512K x 16bit

MD[31:24]

MD[31:24]P2

MD[23:16]

MD[23:16]P2

CAUT IO N!

MA13 connects
to A11 fo r the 16
Mbit SDRAMs

[16 Mbit]

V3.3

U3

1

VCC

MD23

2

D0

MD22

3
4

VSSQ

MD21

5

D2

6

MD20

D3

7

VCCQ

MD19

8

D4

MD18

9

D5

10 41

VSSQ VS SQ

11

MD17

D6

12

MD16

D7D1D8

13 38

VCCQ VCCQ

DQM2-

14

LDQM

15

WE

16

CAS

17

RAS

18

CS

19

MA13

A11

20

MA10 MA8

A10

21

MA0

A0

22

MA1

A1

23

MA2

A2

24 27

MA3

A3 A4

25

VCC

K4S16 1622D

VSSQ

VCCQ

UDQM

V3.3

50

VSS

49

D15

48

D14

47
46

D13

45

D12

44
43

D11

42

D10

40

D9

39

37

NC

36
35

CLK

34

CKE

33

NC

32

A9

31

A8

30

A7

29

A6

28

A5

26

VSS

MD31
MD30

MD29
MD28

MD27
MD26

MD25
MD24

DQM3­MCLK
CKE

MA9

MA7
MA6
MA5
MA4

4 banks x 1M x 16bit

[64 Mbit]

MA[13:0]P2

DQM3-P2
DQM2-P2
DQM1-P2
DQM0-P2

WE-P2

CAS-P2
RAS-P2

CS0-P2

CKEP2

MCLKP2

"Y" jun ctio n
close to
NDV8601.

MD[15:8]P2

MD [7:0 ]P2

MA[13:0]

DQM3­DQM2­DQM1­DQM0-

WE-

CAS­RAS-

CS0-

CKE

MD[15:8]

MD[7 :0]

MCLK

MAT CH
LENGTH

MCLK

V3.3

MA4
MA5
MA6
MA7
MA8
MA9

CKE
MCLK
DQM1-

MD15
MD14

MD13
MD12

MD11
MD10

MD9
MD8

MANUFACTURER

Samsung
www.usa.sams ungsemi. com

Hyundai
http: / / www.hei. co. kr /eng/ product s/ semi/ memory/ dram/dr am_index. htm l

HY57V161610CLTC-7

SDRAM TSOP2 50 PIN

K4S161622D-TC/L70
K4S161622E-TC/L70

HY57V161610DTC-7

26

VSS

28

A5

29

A6

30

A7

31

A8A9A10

32
33

NC

34

CKE

35

CLK

36

UDQM

37

NC

39

D8

40

D9

42

D10

43

D11

44

VCCQ

45

D12

46

D13

47

VSSQ

48

D14

49

D15

50

VSS

U2

K4S16 1622D

V3.3

C12

0.1UF

LDQM
VCCQVCCQ

VSSQVS SQ

VCCQ

VSSQ

MA[13:0]

DQM1­DQM0-

WE-

CAS­RAS-

CS0-

CKE

V3.3

25

VCC

2427

MA3

A3A4

23

MA2 MA7

A2

22

MA1

A1

21

MA0

A0

20

MA10

19

MA13

A11

18

CS0-

CS

17

RAS -

RAS

16

CAS -

CAS

15

WE-

WE

14

DQM0-

1338
12

MD7

D7

11

MD6

D6

1041
9

MD5

MD4

MD3

MD2

MD1

MD0

C20

0.1UF

MA13 connects
to A11 fo r the 16
Mbit SDRAMs

C21

0.1UF

CAUT IO N!

C23

C22

0.1UF

0.1UF

C26

0.1UF

MD[15:8]

MD [7:0 ]

D5

8

D4

7
6

D3

5

D2

4
3

D1

2

D0

1

VCC

C19

C18

0.1UF

0.1UF

U1

2728

VDDVSS

A3

A4

A2

A5

A1

A6

A0

A7

A10(AP)

A8

A12(BA1)

A9

A13(BA0)

A11

CS

NC

RAS

CKE

CAS

CLK

WE

UDQM

LDQM

NC

VDD

VSS

DQ7

DQ8

VSSQ

VDDQ

DQ6

DQ9

DQ5

DQ10

VDDQ

VSSQ

DQ4

DQ11

DQ3

DQ12

VSSQ

VDDQ

DQ2

DQ13

DQ1

DQ14

VDDQ

VSSQ

DQ0

DQ15

VDD

VSS

HY57V651 620ATC NA

SDRAM TSOP2 54 PIN

K4S641632D-TC/L70
K4S641632E-TC/L70

HY57V651620ATC-7

26
25
24
23
22
21
20
19
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1

29
30

MA5

31

MA6

32
33

MA8

34

MA9

35

MA11

36

CKE

37

MCLKMCLK

38

DQM1-

39
40
41

MD15

42
43

MD14

44

MD13

45
46

MD12

47

MD11

48
49

MD10

50

MD9

51
52

MD8

53
54

V3.3

C27

0.1UF

MANUFACTURER

Samsung

www.usa.sams ungsemi. com

Hyundai

http: / / www.hei. co. kr /eng/ product s/ semi/ memory / dram/dr am_index. htm l

V3.3V3.3

V3.3

MA3MA4
MA2

C17

MA1

0.1UF

MA0
MA10
MA12
MA13
CS0­RAS­CAS­WE­DQM0-

V3.3

MD7

MD6
MD5

MD4
MD3

MD2
MD1

MD0

C16

0.1UF

V3.3

C15

0.1UF

TVFORMAT0

TVFORMAT1

0
0 ~12V SCART Active Auto Switch to 4:3 Aspect Ratio
1
1

TVFORMAT0

TVFORMAT1

CONTROL
VOLTAGE

1
0
0
1

2R1

3. 3K 5%

2R4

3.3K 5%

TV FUNCTION

SCART Active Auto Switch to 16:9 Aspect Ratio

~6V

~0V

SCART Inactive (Standby)

~0V

+12V

2R3
1K

3
C

4.7K

BE

2

2C1

2R2

0.1UF

3. 3K

2R5

3. 3K

2Q1

1

DT C 343T K
RO H M
SMT3

DT C 343T K

2C2

0.1UF

3

C

4.7K

BE

2

2R6

1K

2Q2

1

DT C343TK
ROH M
SMT3

DT C343TK

+5V

2R9
1K

FRONT_R2

FRONT _L2

2FB1

2FB2

SCART

2J2

2FB7

2C10
680PF

2FB8

2C11
680PF

2FB3

2C6

20PF

2C4

20PF

2C5

20PF

2FB4

2C7
20PF

2FB5

2C8
20PF

2FB6

2C9
20PF

1

AOR

2

AIR

3

AOL

4

AGND

5

BGND

6

AIL

7

B

8

SWT CH

9

GGND

10

CLK O U T

11

G

12

DATA

13

RGND

14

DAT A G ND

15

R

16

BLNK

17

VGND

18

BLNKG ND

19

VOUT

20

VIN

21

SHIELD

SCART CONNECTOR

BAC K PANE L VIEW

2J1

VIDEOFORMAT

TVFORMAT0
TVFORMAT1

FRONT _L2

FRONT_R2

CO N 22 P IN T H 1MM

3

C

4.7K

2Q3

BE

2

1

2C3

0. 1UF

2R12

4. 7K

2U1

3 2

P3 P2

4

P4

P1

DT C 343T K
ROH M
SMT3

DT C 343T K

2R13

390R

2R14

1

270R

2R7

+5V

2R10
10K

VIDEOFORMAT

HIGH (5V)

LOW (0V)

3.3K 5%

BC858

2D1

1 2

1N4148

2R11

10K

2Q4

22

12V

21

5V

EA UX40

20

HS( EAU X3 0)

19

VS( EAU X3 1)

18
17

CT S 0-

16

RXD1

15

GND

14

CVB S

13

GND

12

Y/G

11

GND

10

Cr/R

9

GND

8

Cb/ B

7

GND

6

GND

5

GND

4
3

GND

2
1

GND

VIDEOFORMAT

2R8

3

C

1

2

BE

2R15

4.7K

2C12

47uF/ 16V

TV FUNCTION

DISPLAY RGB (CVBS VIDEO is BLANKED)

DIS PLA Y CVB S (IF ACT IVE)

SCART CO NNECTO R, RIGHT ANGLE, FEMALE

2J3

6

5

4

3

2

1

IR IN/OUT

OUT

XIO ALLOCATION TABLE

X-BUS
CONN
PIN

100

I/O

NAME

NAME

PCS0-

95

IN OP_FORMAT S elects the Output Format of the V ideo dependi ng on build (INT gen.)

CTS 0

RTS 0 OUT96 ARESET- AUDIO RESET for all DACs

81

OUT

XIO1

NC

OUT

XIO2

OUT

XIO3

XIO4

85

OUT

OUT

XIO588

XIO6

IN/OUT

89

IN

XIO7

92

93

XIO8

OUT

XIO9

96

OUT

OUT

97

XIO10

XIO11

OUT

APPLICATION

FLASHCS0-84Chip select fo FLASH memory, first bank77 OUT

Chip se lect for the Front Panel Microc ontrolle r. Act ive LOW.

FLDC S-

Control Intel Flash Vpp

FLA SHP ROG

Audio MUTE s ignal. Ac tive HIGH. When HI GH, all

AUDIOMUTE

audio outputs are muted simu ltaneous ly.

TVFORMAT0

Control SCA RT Pin8 Switc h Level

TVFORMAT1

Control SCA RT Pin8 Switc h Level

Dedic ated signal for SLAVE mode devel opment . This pin must

SLVINT-

NOT be used in the appl icati on.

WKUP-

Wakeup and Key matrix interrupt input, 5V/3.3V CMOS level. Input
from the Front Panel "Wakeup/Interrupt Circuit". When no key is
press ed, XIO8 is high. When any key or combina tions of keys are
press ed, XIO8 will be lo w. After the key(s) are releas ed, the sig nal
will return to high after about 1ms.

Chip s elect for the 192K Hz audio DAC onl y. Acti ve LOW.

192K DACCS-

FERST-

Front End Drive Reset. SW programmable. The signal polarity
depends on the drive used.

VIDEOFORMAT Control SCART Pin16,To Select the Video Output Format is

RGB or CVBS

Chip select for the EEPROM. Active HIGH.

EECS

SIGNAL

PIN

NOTE S

In a cus tom a ppli cat ion, do n ot us e thi s pin as a chi p
sel ect s ince the FPGA d evelopment d oes not support it.

Do not us e this pin.

Revision History

Assembly
Revision

SCH. REV : 1.1 0

2002-JUN-19

Description of ChangesDate

First release. Preliminary form.

XIO12

N/A

N/A

N/A

XIO13

XIO14

OUT

IN

Output from Pantera. Th is i s TX_ REQ- goi ng to th e FE.

REQ

Input to Pantera. This is TX_ENABLE- from the FE.

ENABLE

NON-PLATED 1 25m il DIA. 250mil RING with 8 vias

MOUNTING / TOOLING HOLES

XM5

1

.

MOUNTINGHOLE

XM7

1

.

MOUNTINGHOLE

1

1

.

MOUNTINGHOLE

.

MOUNTINGHOLE

XM6

XM8

In a cus tom appli cation, do not us e these pin s
as a chip select since the FPGA development
does not s upport i t.

Source

Diode

Chip

NDV8 601

NDV8 501

For correct regulation, LM1117 requires a minimum 1.2V voltage drop between the
inp ut an d out put .

Regulat or

in PS

drops

input

unit

in PS

5V

1.6 V

3. 4V

0.8 V

5V

4. 2V

Regu lat or
drop

1. 6V

1. 7V

Output
current

0.5 A

0.7 A

Regulat or
power
dissipation

0.8W

1.2W

PANTERA POWER S UPPLIES

Pantera-2

Pin name

Pin #

OSCVDD

101
102

MVCKVDD 3.3V
ACLKVDD

107
108

VDDDAC

113

VAA3
VAA

117
1 10 19 27 36 44 53 62 75 91 125

VDDIO

140 154 169 181 1 96 210 224
233

VDD

4 34 77 8 9 13 5 159 192 212

* DAC Analog supply for Pantera-2. DAC Digital supply for the others.

Function

Oscillat or
Mai n & Vide o PLLs
Audio PLL
DAC D igit al
DAC A nalog
DAC S upply

I/O DIG. PWR.

19 pi ns

Core DIG . PWR.

8 pins

NDV8501

*

2. 5V

3. 3V

2. 5V

3. 3V

2. 5V

3. 3V

2. 5V

Pan ter a-2 Pl us

NDV860 X

1. 8V

3. 3V

3. 3V

1. 8V

3. 3V

1. 8V

3. 3V

1. 8V

TO DL1
MO D UL E

5V TO 9V

VHALFVHALF

RFENV

LDCUR

DMV

AS

RR72
15K

RR76
15K

RR77
15K

RR78

4.7 M

CC29

0.1uF

Pin99Pin

CC37
680pF

CC40

6.8nF

FE

RR56

15K

TE

RR61

15K

RR67
15K

(D+5V)

(ANA+5V)

Ferrite , SMT 0805, 1500 mA, 330 ohms @ 100MHz
Ferrite , SMT 0805, 1500 mA, 330 ohms @ 100MHz

TE

CC30

CC31

0.1uF

0.1uF

Pin

109

116

DSLF2

RR54
1M

DD1

1N41 48

CC47
330pF

CC49
330pF

CC50
1nF

CC52
1nF

CC54
1nF

CC55
1nF

CC62

4.7nF

CCN1 PANASONIC 50 PIN PU CONN

M+9V

M+9V

M+9V

D+5V

D+5V

DGN D

DGN D

MEC H2

505251

CC1

0.1uF

LL2

CC5

0.1uF

M+9V

LL3

MGND

SODC+3.3VANA

RR47

10K

CC23

0.1uF

CC28

220pF

CC33
15nF

RR50

VREF2

68K

CC34

0.22 uF
CC35

47pF

NARF

ARF

RR52
15K

CC39

0.1uF

CC38

DSLF2

0.1uF

DSLF1DSLF1

CC42 2.2nF
CC43 2.2nF

TP12

CC45

820pF

CC44

1nF

RR58 8.2K

1 2

RR60 8.2K
CC48
1nF

TP16
TP17
TP18
TP19

RR69 47K

TP20

TP21
TP22

CC51 0.1uF

TP23
TP24
TP25

RR74 47K

TP27

RR75 47K

2425

A1A0

23

A2

22

A3

21

A4

20

A5

19

A6

18

A7

17
16
15
14
13
12
11
10
9
8

A8

7

A9

6
5
4
3
2
1

RR32 47K
RR34 47K

TRV-SW+
TRY-OPEN

RR39 47K

ERROR

HFMON

RR48 22K
RR49 33K

ADR1
ADR2
ADR3
ADR4
ADR5
ADR6
ADR7
ADR8

RR1 0R
RR2 0R N/A

RR3 0R N/A
RR4 0R N/A

ADR9
ADR10
ADR11
ADR12
ADR13
ADR14
ADR15
ADR16

ADR17

RR45
10K

RR46

0R N/ A

RR55
0R

RR59
0R N/ A

USEONLYWITH
SST39VF400A

ADR18
ADR19

RSTSODC
NWEL

ADR21
ADR20

TRYDRVSEL

TRY_MUTE

(13 )

(11)

(12 )

(1)

TP1

HOSTSEL

TP3

CONN 2 PIN 2MM SHROUDED

LL9

LI0603D3 01R - 00

LDRDY

TP8

SBO3

TP9

SBI3

TP10

SBT3

TP11

AVTRM-ERROR

TP15

TP26

TP28

TP29

FERST-P2,4

ENABLE P2

JJ3

1

2

WAIT P2

RXD0 P 2

TXD0 P2

REQ P2

DSYNC P2

DREQ P2
DVD[7:0] P2

DSTBP2

DCLK P 2

UDE

INT E R FA C E

TO P ANTERA

MGND
M+9V

AGND

HFMON

GAINH-L

AGND

FB A L

TBAL

AGND

FEPEN B

FE P C LK

FEPDATA

OFTR

BD0

AGNDTEFEFSVHALF

A+3.3V

A+3.3V

AGND

ARF

NARF

TSTSG

RFENV

A+5V

VREF2

LDCUR

IN-SW

TRAY-TRV

MUT E 3

TRVSIN

TRAY REF

TRAYIN

SPDIN

TRIN

FOIN

DMV

MUT E 4

MUT E 12

MGND

MGND

MGND

MGND

CC2

0.1uF

CC6

0.1uF

33R

33R

33R

RN1

RN2

RN3

468

468

468

468

1 2

357

1 2

357

1 2

357

1 2

357

TRV-SW+

SPDRV

TRVSDRV

TRYDRVSEL

DMV

TRDRV

VREF2

VCOF
TRCRS
CMPIN
LPFOUT
LPFIN
AVSSC
HPFOUT
FPIN
CSLFLT
RFDIF
AVDDC
PLFLT2
PLFLT1
AVSSB
RVI
VREFH
PLPG
VHALF
DSLF2
DSLF1
AVDDB
NARF
ARF
JITOUT
AVSSA
DAC0
DAC1
AVDDA
AD0
AD1
AD2
AD3
AD4
AD5
AD6
TECAPA
VDD3
VSS
MONI0
MONI1
MONI2
MONI3
NEJECT
NTRYCL

LDCUR

FODRV

TRYDRV

TRY_REF

DMMUTE

RR30

CC13

7.5K

0.1uF

RR31 7. 5K

CC16

CC21

0.1uF

0.1uF
RR37

1K

88

LOUT

JLINE

ROUT

TSTSG

AVSSD

AVDDD

VFOSHORT

NDASP

NCS3FX

NCS1FX

DA2

DA0

NPDIAG

DA1

133

134

135

136

137

138

139

RR79
33R

STCLK

TRY_MUTE

ACTMUTE

CC12

0.1uF

LL6

CC15
100uF

16V

CC22
10nF

RR43
1K

89
90

CC26

91

10nF

92
93
94
95
96
97
98

99
100
101
102
103
104
105
106
107
108
109
110
111
112
113
114
115
116
117
118
119
120
121
122
123
124
125
126
127
128
129
130
131
132

33R

33R

33R

RN4

RN5

RN6

468

1 2

357

RFENV

NARF

TSTSG

CC17

0.1uF

OS C I 1

OSCO 1

VSS

VDD3

OS C I 1

OSCO 1

NIOCS16

INTRQ

NDMACK

VDD3

140

141

142

143

RR80
33R

STVALID

468

468

LL4

1 2

357

1 2

357

FEPDATA

VHALF

BDO

AS

FE

TE

ARF

OFTR

RR23

56K

RR22

CC10

4.7 K

8.2nF

CC18

0.1uF

TP5

TX

FG

TILT

VSS

IDG T

FB A L

TILTP

TILTN

DT RD

VDD18

SPDRV

TRSDRV

VSS

IORDY

NIORD

NIOWR

DMARQ

HDD15

HDD0

HDD14

VDD18P0UA T A S E L

144

CC56

VSS

145

146

147

148

149

150

151

152

153

154

155

0.1uF

DVDQ6

DVDQ7

AVTRM

(8)

(9)

CC57

0.1uF

MEC H1

12345678910111213141516171819202122232425262728293031323334353637383940414243444546474849

33R

33R

RN8

RN7

468

1 2

357

TBAL

FE P C LK

FEPEN B

HFMON

GAINH-L

FB A L

RR25

22K

RR24

CC11

4.7K

BDO

39nF

CC20

LL5

0.1uF
100uH

CC19

RR35
47K

TBAL

PWM6

PWM7

PWM8

VDD3

HDD1

HDD13

HDD2

156

157

158

159

DVDQ5

(7)

0.1uF

CC58

CC14

0.1uF

3.3nF

FE P DA T A

FE P C LK

FEPEN B

TP7

TP6

VSS

BDO

OFTR

VDD3

PWM1

PWM2

PWM3

PWM4

PWM5

HDD12

160

DVDQ4

(6)

SDATA

DRAM_VSS

DRAM_VDD18

HDD3

VDD3

VSS

HDD11

HDD4

HDD10

HDD5

HDD9

VDD3

VSS

HDD6

161

162

163

164

165

166

167

168

169

170

171

DVDQ3

DVDQ2

DVDQ1

(3)

(4)

(5)

0.1uF

0.1uF

CC59

CC60

TRY_REF

TRYDRV

OSC O 1

OSCI1

16. 93 44MHZCRYSTALTH

OFTR

NRS T

MST P OL

SCLOCK

DRAM_VDD3

DRAM_VDD18

HDD8

HDD7

VDD H

172

173

174

175

DVDQ0

(2)

0.1uF

CC61

100R

RR19
1M

RR29 22R

RR33
10K N/A

SODCV3.3
SODCV1.8

45464748495051525354555657585960616263646566676869707172737475767778798081828384858687

MN103S 26E

MMOD

CLKOUT
CPUDT0
CPUDT1
CPUDT2
CPUDT3
CPUDT4
CPUDT5
CPUDT6
CPUDT7

CPUADR0
CPUADR1
CPUADR2
CPUADR3
CPUADR4
CPUADR5
CPUADR6
CPUADR7
CPUADR8

DRAM_VSS

CPUADR9
CPUADR10
CPUADR11
CPUADR12
CPUADR13
CPUADR14
CPUADR15
CPUADR16
CPUADR17

DASPST

WAITODC

NRESET

MAS T E R

176

RR18

UU3

VDD3

VDD18

NMRST

NINT2

VDD3
NINT1
NINT0

RR11 1K

RR14 1K

CC7
5pF

21

3

YY1

5pF

NRST

TP4

(+3.3V)
(+1.8V)

CC24
100uF

16V

44
43
42
41
40
39
38
37
36

NRD

35

NWR

34

NCS

33
32

VSS

31
30
29
28
27
26
25
24
23
22
21
20
19

VSS

18
17
16
15
14
13
12
11
10
9
8
7
6
5
4

VSS

3
2
1

STENABLE

CC9

CLK16M

LL7

LL8

CC25
100uF

16V

DT0
DT1
DT2
DT3
DT4
DT5
DT6
DT7

NRD
NWEL

NSODCCS

CC36 0.1uF

ADR0
ADR1
ADR2
ADR3
ADR4
ADR5
ADR6
ADR7
ADR8

CC46

0.1uF

ADR9
ADR10
ADR11
ADR12
ADR13
ADR14
ADR15
ADR16
ADR17

RSTSODC
WAITSODC
ADSCIRQ

CC53 0.1uF

ODCIRQ

LL1

V1.8

CC4
100uF

16V

ADR [ 17: 0]

RR70 47K

RR71 47K

RR73 47K

DVDQ[7:0]

MGND P 2
M+9V P2
V5.0 P2,5,8

V3.3 P2,4,5,6,8,9

POWER

V1.8 P2

CONTRV3.3

USE ONLY FOR MASK-ROM
VERSION

RR5 47K
RR6 47K
RR7 47K
RR8 47K
RR9 47K
RR10 47K
RR12 47K
RR13 47K

RR15 0R

DT[7:0]

RR26

RR27

47K N/A

47K N/A

RR36 47K

RR38 10K

RR40 10K
RR41 0R N/A

ADR0
ADR1
ADR2
ADR3

CC27

CC32

RR28

NROMCS

RR42 47K
RR44 47K

0.1uF

0.1uF

DVDQ0
DVDQ1
DVDQ2
DVDQ3

DVDQ4
DVDQ5
DVDQ6
DVDQ7

DT15

DT12

DT14

DT13

47K N/A

D12

D13

D14

D15

1

WAIT

2

not R E

3

notWEL

4

notWE_H

5

not C S0

6

not C S1

7

not C S2

8

not C S3

9

notBREQ

10

not B RACK

11

not B STRE

12

not WORD

13

A0

14

A1

15

A2

16

A3

17

VDD

18

BOSC

19

VSS

20

XI

21

XO

22

VDD

23

OSCI

24

OSCO

25

MODE

RR51
10K

A4A5A6A7A8A9A10

RR53

26272829303132333435363738394041424344454647484950

10K

ADR7

ADR6

ADR4

ADR5

RR62 47K
RR63 47K

RR66 47K
RR68 47K

DVD0

RR85 33

DVD1

RR86 33

DVD2

RR87 33

DVD3

RR88 33

DVD4

RR84 33

DVD5

RR83 33

DVD6

RR82 33

DVD7

RR81 33

CC3

0.1uF

DT[15:8]

DT11

DT10

DT8

DT9

DT5

DT6

DT7

D7

D8

D9

D10

D11

VSS

MN102H60G

A11

AVD D

A12

A13

A14

ADR13

ADR11

ADR10

ADR12

ADR14

ADR8

ADR9

CC41 0.1uF

ADR18
ADR19

ADR20
ADR21

SST39VF16 0-7 0- 4C -EK

UU1

26

CE

27

VSS

28

OE

29

DT0

DQ0

DT8

30

DQ8

31

DT1

DQ1

32

DT9

A17

DQ9

33

DT2

DT3

DT4

DT5

DT6

DT7

NRST

CC8

0.1uF

DT0

DT1

DT4

DT3

DT2

D0D1D2D3D4D5D6

VDD

UU2

A15

A16

A17

A18

A19

VRE F-

ADR18

ADR19

ADR15

ADR17

ADR16

DT10

DT11

DT12

DT13

DT14

DT15

ADR20

notRST

A20

DECSEL

RR21 10K

ADSEP

notIRQ4

A21

A22

TP13

ADR21

RR 64 1 00K

DQ2

34

DQ10

35

DQ3

36

DQ11

37

VCC

38

DQ4

39

DQ12

40

DQ5

41

DQ13

42

DQ6

43

DQ14

44

DQ7

45

DQ15

46

VSS

47

NC

48

A16

767778798081828384858687888990919293949596979899100

notIRQ1

notIRQ2

notIRQ3

not N MI

VREF+

A23

P80

P81

TP14

RR 65 1 00K

A18
NC
NC
NC
NC
WE
NC
A19

A10
A11
A12
A13
A14
A15

RR16 27K
RR17 27K

TP2

RR20 10K

12

JJ2

notIRQ0

75
74

PD1

73

PD0

72

P75

71

P74

70

P73

69

P72

68

P71

67

P70

66

VDD

65

P97

64

P96

63

P95

62

P94

61

AVSS

60

P93

59

P92

58

P91

57

P90

56

P87

55

P86

54
53

P85

52

P84

51

P83

P82

(+3.3V)

RR 57 10K

JJ4

SL2

12

CC63
82pF

TP30

TP32

TP31

TP33

TP34

TP36

TP35

TP37

HOST

PO WER-UP CONFI GUR ATI ON RES ISTO R

Pull down resistor on AD4 allows
sel ec t i on of 16/ 32 bi t Bo ot P ro mWidth.
AD[4] has internal pull up resistor.
Default= 32 bit ROM width.

AD[4]

R130

BOOT MODE

1

32-bits

NO

0

16-bitsYES

JUMPER SETTING

SW DEVELOPM ENT (SRAM )

1-2

PRODUCTION (FL ASH)

3-4

Not e: F or prod uct ion ver sion, the
j umper is not ass emble d. Ins tead,
assemble the zero-Ohm resistor.

FLASH CS 0-

FLASH CS 0-P5

R38 3.3K N/A

12

34

JP1

AD4

XJP1

SRAMCS­PCS0-

R54
0R N / A

MANUF ACT URER: AMP

P/N: 179030-4

100 PIN , 0.8M M PIT CH

12

+5V+5V

34

+5V+5V

56

+3.3V+3.3V

78

+3.3V+3.3V

SRST-

910

SRST-SPARE1

RSTP-FPGA-

1112

RSTP-SPARE2

1314

GNDGND

AD31

AD30

AD28

AD26

AD24

AD23

AD22

AD21

AD19

AD17

AD16

AD15

AD14

AD13

AD12

AD11

AD10

AD8

AD7

AD6

AD5

AD3

AD1

PWE0-

LA0

LA2

RD-

LHLD

XIO3

XIO5

XIO7

XIO9

XIO11

1516

AD31AD30

1718

AD29

AD29AD28

AD27

1920

AD27AD26

2122

AD25

AD25AD24

2324

GNDAD23

PWE3-

2526

PWE3-AD22

2728

GNDAD21

2930

AD20

AD20AD19

AD18

3132

AD18AD17

3334

GNDAD16

3536

PWE2-

PWE2-AD15

3738

GNDAD14

3940

SCLKR

SCLKAD13

4142

GNDAD12

4344

ACK-

ACK-AD11

4546

GNDAD10

4748

AD9

AD9AD8

4950

GNDAD7

5152

PWE1-

PWE1-AD6

5354

GNDAD5

5556

AD4

AD4AD3

5758

AD2

AD2AD1

5960

AD0

AD0GND

6162

GNDPWE0-

6364

ALE

ALEGND

6566

GNDLA0

6768

LA1

LA1LA2

6970

LA3

LA3GND

7172

GNDRD-

7374

LHLD A

LHLD AGND

7576

GNDLHLD

7778

PCS0-

PCS0-GND

7980

GNDSRAMCS-

8182

XIO1FLASHCS0-

XIO1GND

8384

GNDXIO3

8586

XIO4

XIO4GND

8788

GNDXIO5

8990

XIO6

XIO6GND

9192

GNDXIO7

9394

XIO8GND

9596

GNDXIO9

9798

XIO10

XIO10GND

99100

GNDXIO11

J7

AD[31:0]

USER DE FI NED PO WER-UP
CONFIGURATION RESISTORS

THESE WIRE S MAY BE LONG IF NECESSARY. IF
THE FUNCTION NEEDS TO BE CONFIGURABLE,
A SWITCH MAY BE A DDED BETWEEN THE
RESISTOR AND GROUND. THE SWITCHES MAY
BE LOCATED NEAR THE BACK PANEL.

Used as BOARD-ID
configuration resistors in this
bo ard . The r esist or s are use d
to con fig ure the S W
automatically. This board I D
is 0x8.

SHORT WIRES

R12 3.3K

R13 3.3K N/A

R14 3.3K N/A

R15 3.3K N/A

LA3
LA2
LA1
LA0

LA[3:0]

PWE3­PWE2­PWE1­PWE0-

SCLKR

ACK-

ALE

LHLD AXIO8

LHLD

RD-

PCS0-

XIO[11:1]

AD[31:0] P2,5

SRST-P2,5,10

LA3

LA2

LA1

LA0

LA[3:0] P2,5

PWE3- P2
PWE2- P2
PWE1- P2
PWE0- P2,5

SCLKR P2

ACK- P2

ALE P2,5

LHLD A P 2

LHLD P2

RD- P2,5

PCS0- P2

XIO[11:1] P2,3,7,9

POWER-ON
RES ET &
SUPERVI SOR

V3.3

R48
470R

R52

3

470R

C44

0.1UF

C89

10UF/10V

TP15

R57
100K

S3B

RST
VCC
GND

U12

LM809M3-2.63

RSTP-

2

1

RSTP- P2

/XBUSFLAS H

XBUS Connector
to be Mounted On
Bottom Of PCB

AMP179030 _4

THIS CONNECTOR (XBUS) IS USED FOR SW DEVELOPMENT, FLASH PROGRAMMING, AND
CONNEC TING W ITH OTH ER HW DEVELOPM ENT PLATFORMS AND LOGIC ANALYZER.

IMP ORTANT NOT E !
THIS CON NECTO R IS M ANDATO RY ON T HE FIRST REVIS ION OF THE BOARD TO
ALLOW SW DEVELOPMENT. WITHOUT THIS CO NNEC TOR IT IS IMPOSSIBLE TO
DEVELOP SW FOR THE CUSTOMER SPECIFIC APPLICATIONS. LATER, AFTER
THE DESIGN IS FINALIZED, THE CONNECTOR MAY BE REMOVED.