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– Ref. No.: HS-030SF board; 6,000 series –

F101

1.6A

250V

C101

0.1

µ

F

250V

L101

18mH

!

!

!

CN101 2P

1

2

AC IN

!

L102

18mH

!

C102

0.1

µ

F

250V

R101

1M

1/2W

!

D101

S1WBAO60

T102

!

Q181

2SK2663

SWITCH

C183

0.0022uF

R181

27k

R188

180k

1/2W

R187

180k

1/2W

C186

1uF

400V

D184

D1N60

D185

RD18

FB2

Q182

2SC3377

SWITCH

C184

0.0047uF

L182

RS204

R189

15k

C185

0.01uF

C182

0.0033uF

R182

330

2W

R184

5.6K

D182

RD2.7ESB2

D183

1SS270A

R183

2.2k

R185

10K

PC102

TLP721F

!

+

+

C181

2200pF

1kV

R186

(SHORT)

+

+

+

C110

220uF

400V

R104
3.3M
1/2W

Q101

2SK2333

SWITCH

C117

0.0033uF

R115

27k

D102

RD18FB2

C131

10uF

50V

D135

1SS270A

Q131

2SC3377

POWER

CONTROL

R134

10k

D133

RD2.7ESB2

D132

1SS270A

R132

22k

C132

1uF

50V

R131

2.2k

R135

2.7k

R133

1k

D131

1SS270A

C113

47pF

2kV

Q103

2SK2333

SWITCH

C112

0.047uF

630V

R152

0.22

L150

45

T101

!

Q102

2SC3377

SWITCH

C115

0.033uF

R113  680

R110  2.2K

D104  RD3.0ESB2

R112

10K

C116

0.01uF

50V

R116

220

2W

R114

2.2k

D105

1SS270A

!

PC103

TLP721F

!

PC101

TLP721F

IC401

AN1431T

R402

1k

C402

1uF

50V

R403

1.2k

R404

270

R405

1.5k

R401

68

D401

11EQS04

C401

100uF

35V

D402

RD7.5ESB1

C107

330pF

250V

!

C103

330pF

250V

!

C104

330pF

250V

!

+

+

+

+

+

+

D211

S2L20U

L211

10uH

C211

330uF

35V

C213

47uF

35V

D311

21DQ04

D611

D3S4M

L311  10uH

L611  39uH

C611

560uF

35V

C311

330uF

35V

D511

S2L20U

R301

68

C511

1000uF

25V

D212

RD24FB2

L511

10uH

+

C313

47uF

35V

+

C512

47uF

35V

P311

2.0A  60V

P611

1.5A  60V

!

!

P211

500mA 60V

!

R304

1.5k

R305

(SHORT)

R306

1.5k

R303

1k

C301

1uF

50V

IC301

AN1431T

P511

750mA  60V

!

1

2

3

4

5

6

7

8

+3.3V

+5V

GND

+12V

GND

-12V

E+5V

GND

CN201   8P

AU-212 BOARD B301
(SEE PAGE 4-41)

7

6

5

4

3

2

1

+3.3V

+3.3V

+5V

GND

GND

M+12V

A+12V

CN202   7P

MB-85 BOARD
CN001
(SEE PAGE 4-37)

1

2

3

4

5

6

P-CONT

E+5V

+5V

GND

-12V

GND

CN203   6P

FR-150 BOARD
CN001
(SEE PAGE 4-53)

R211

10

2W

R713

1k

B+

B+

B+

B-

B-

B+

B+

B+

B-

B+

B-

1

2

3

4

5

6

7

8

05

A

B

C

D

HS-030SF BOARD

E

B+

B+

+

Q183

2SK2663

SWITCH

+

C613

47uF

35V

S

S

IC301

SHUNT REG

IC401

SHUNT REG

314

435

314

3.1

314

0

9.0

-0.1

3.1

2.5

3.9

2.5

4

314

448

314

1.2

314

S

1.2

-0.3

S

Note: The components identified by mark 

!

 or dotted line

with mark 

!

 are critical for safety.

Replace only with part number specified.

68

EOP0

I

Not used

69

A

VCC

-

Power supply

70

A

VRH

-

Reference power supply (+3.3V)

7

1

AGND

-

Ground

72

AN0

I

Set of mode 0

73

AN1

I

Set of mode 1

74

AN2

I

Set of mode 2

75

AN3

I

Set of mode 3 (fixed at “H”)

76

SI0

I

Serial data input from IF CON and EEPROM

77

SO0

O

Serial data output to IF CON and EEPROM

78

SC0

O

Serial clock output to IF CON and EEPROM

79

SI1

I

Serial bus 1 (for data input)

80

SO1

O

Serial bus 1 (for data output)

81

SI2

I

Serial bus 2 (for data input)

82

SO2

O

Serial bus 2 (for data output)

83

PF7

O

Reset signal output

8

4

DACK1

O

Output of DMA-ACK 0 to 

A

V

 DEC

8

5

DACK0

O

Output of DMA-ACK 1 to 

A

V

 DEC

86

DREQ1

I

Input of DMA-REQ 0 from 

A

V

 DEC

87

DREQ0

I

Input of DMA-REQ 1 from 

A

V

 DEC

88

INT3

I

Input of interrupt from HGA

89

SC1

O

Serial clock output

90

GND

-

Ground

91

X1

O

Clock output (12.5MHz)

92

X0

I

Clock input (12.5MHz)

93

VCC5

-

Power supply

94

INT1

I

Input of interrupt 

ARP

 and SER

VO DSP

95

INT0

I

Input of interrupt from 

A

V

 DEC

96

PB0

I

Rear panel lime input select (“H”: DISC “L”: EXT)

97

PB1

O

Chip select signal to IF CON

98

PB2

O

Chip select signal to DAC (Lt and Rt)

99

PB3

O

Chip select signal to DAC (L

 and R)

100

PB4

O

DVD/CD select (“H”: 44.1kHz “L”: 48kHz)

1

PB5

O

Analog filter gain control

2

PB6

O

VES gain control “H”: 

VES

3

PB7

O

Rear CH boost control “H”: rear boost

4

VCC3

-

Power supply

5

CLK

O

CPU clock out (25 MHz)

6

CS5

O

Not used

7

CS4

O

Chip select signal for 

ARP

, SER

VO DSP

 and HGA

8

CS3

O

Chip select signal for SDRAM and 

A

V

 DEC

9

CS2

O

Chip select signal for REG and 

A

V

 DEC

10

CS1

O

Chip select signal for external SRAM

11

CS0

O

Chip select signal for external FLASH ROM

12

NMI

I

Not used (fixed at “H”)

13

HST

I

Not used (fixed at “H”)

14

RST

I

Reset signal input from IF CON

15

GND

-

Ground

16

MD0

I

Input of mode select 0 (fixed at “1”)

17

MD1

I

Input of mode select 1 (fixed at “0”)

18

MD2

I

Input of mode select 2 (fixed at “0”)

19

R

D

Y

I

W

ait signal input

20

P81

I

T

est terminal (fixed at “H”)

21

P82

I

T

est terminal (fixed at “L”)

22

RD

O

Read enable signal output

23

WR0

O

High byte write enable signal output (16 bit and 8 bit)

24

WR1

O

Low byte write enable signal output (16 bit only)

25-32

D16-D23

I/O

Data bus D0-D7 (16 bit)

33-39

D24-D30

I/O

Data bus D8-D14 (16 bit), D0-D6 (8 bit)

40

GND

-

Ground

41

D31

I/O

Data bus D15 (16 bit), D7 (8 bit)

42

A00

O

Address bus 

A0

43

VCC5

-

Power supply

44-64

A01-A21

O

Address bus 

A1-A21

65

GND

-

Ground

66

P66

O

PLL IC control output “H”: DOUBLE

67

P67

I

DIAG mode signal input “L”: DIAG

The Test Mode allows you to make diagnosis and adjustment eas-
ily using the remote commander and monitor TV. The instructions,
diagnostic results, etc. are given on the on-screen display (OSD).

Press 

[TITLE]

, 

[CLEAR]

, 

[POWER]

 buttons on the remote com-

mander in this order with the power of main unit in OFF status,
and the Test Mode starts, then the menu shown below will be dis-
played on the TV screen. At the bottom of menu screen, the model
name and revision number are displayed.
To execute each function, select the desired menu and press its
number on the remote commander.
To exit from the Test Mode, press the POWER button.

Test Mode Menu

0. Syscon Diagnosis

1. Drive Auto Adjustment

2. Drive Manual Operation

3. Mecha Aging

4. Emergency History

5. Version Information

6. Video Level Adjustment

Exit: Power Key

_

Model

: DPX12xxxx

Revision : 1.xxxx

The same contents as board detail check by serial interface can be
checked from the remote commander.
On the Test Mode Menu screen, press 

[0]

 key on the remote com-

mander, and the following check menu will be displayed.

### Syscon Diagnosis ###

Check Menu

0. Quit

1. All

2. Version

3. Peripheral

4. Servo

5. Supply

6. AV Decoder

7. Video

8. Audio

_

Quit the Syscon Diagnosis and return to the Test Mode Menu.

All items continuous check
This menu checks all diagnostic items continuously. Normally, all
items are checked successively one after another automatically
unless an error is found, but at a certain item that requires judg-
ment through a visual check to the result, the following screen is
displayed for the key entry.

### Syscon Diagnosis ###

Diag All Check

No. 2 Version

 2-3. ROM Check Sum

Check Sum = xxxx

Press NEXT Key to Continue

Press PREV Key to Repeat

_

For the ROM Check, the check sum calculated by the Syscon is
output, and therefore you must compare it with the specified value
for confirmation.
Following the message, press 

[NEXT]

 key to go to the next item,

or 

[PREV]

 key to repeat the same check again. To quit the diagno-

sis and return to the Check Menu screen, press 

[STOP]

 or

[ENTER]

 key. If an error occurred, the diagnosis is suspended

and the error code is displayed as shown below.

### Syscon Diagnosis ###

 3-3. EEPROM Check

Error 03: EEPROM Write/Reed N

Address

: 00000001

Write Data : 2492

Read Data

: 2490

Press NEXT Key to Continue

Press PREV Key to Repeat

_

Press 

[STOP]

 key to quit the diagnosis, or 

[PREV]

 key to repeat

the same item where an error occurred, or 

[NEXT]

 key to continue

the check from the item next to faulty item.

Submenu

Selecting 2 and subsequent items calls the submenu screen of each
item.
For example, if “5. Supply” is selected, the following submenu
will be displayed.

### Syscon Diagnosis ###

Check Menu

No. 5 Supply

0. Quit

1. All

2. ARP Register Check

3. ARP to RAM Data Bus

4. ARP to RAM Address Bus

5. ARP RAM Check

_

Quit the submenu and return to the main menu.

All submenu items continuous check
This menu checks 2 and subsequent items successively. At the
item where visual check is required for judgment or an error oc-
curred, the checking is suspended and the message is output for
key entry. Normally, all items are checked successively one after
another automatically unless an error is found.

Selecting 2 and subsequent items executes respective menus and
outputs the results.
For the contents of each submenu, see “Check Items List”.

General Description of Checking Method

(2-2) Revision

ROM revision number is displayed.
Error: Not detected.
The revision number defined in the source file of ROM
(IC206) is displayed with four digits.

(2-3) ROM Check Sum

Check sum is calculated.
Error: Not detected.
The 8-bit data are added at addresses 0x000F0000 ~
0x002EFFFF of ROM (IC206) and the result is displayed
with 4-digit hexadecimal number. Error is not detected.
Compare the result with the specified value.

(2-4) Model Type

Model code is displayed.
Error: Not detected.
The model code read from EEPROM (IC201) is displayed
with 2-digit hexadecimal number.

Model Type

DVP-S533D (PX)

2

0

(2-5) Region

Region code is displayed.
Error: Not detected.
The region code determined from the model code is dis-
played.

(3-2) Gate Array Check

Data write 

→

 read, and accord check

Error 02: Gate array write/read discord
Data 0x00~0xFF are written to the address 0xF of GA
(IC601), then read and checked if they accord.

(3-3) EEPROM Check

Data write 

→

 read, and accord check

Error 03: EEPROM write/read discord
Data 0x9249, 0x2942, 0x4294 are written to addresses
0x00~0xFF of EEPROM (IC201), then read and checked.
Before writing, the data are saved, then after checking, they
are written to restore the contents of EEPROM.

(4-2) Servo DSP Check

Data write 

→

 read, and accord check

Error 12: Read data discord
Data 0x9249, 0x2942, 0x4294 are written to the address
0x602 of RAM in the Servo DSP (IC701), then read and
checked.

(4-3) DSP Driver Test

Test signal data 

→

 DSP Driver

Error: Not detected.

Caution: Do not conduct this test with a mechanical deck

connected.

The maximum voltage is applied to the Servo Driver IC
(IC801, IC802). If mechanical deck is connected, the mo-
tor and optics could be damaged. Disconnect mechanical
deck following the output message, then enter specified 4-
or 5-digit number from the remote commander, and press
the 

[ENTER]

. The test is conducted only when the input

data accord. Check the output level, then press the 

[NEXT]

to finish the test.
This test is skipped if “All” is selected.

Supplement: How to disconnect mechanical deck

Disconnect flat cables connected to the CN002
and CN003 of MB-85 board. Also, disconnect
harness from the CN011.

Caution: Do not conduct this check with a mechanical deck con-

nected.
An access is made to the stream supply and servo con-
trol IC (IC303) and external RAM (IC304) using check
data. If mechanical deck is connected, the motor and
optics could be damaged. This check is also executed by
the “All” menu item.

Supplement: How to disconnect mechanical deck

Disconnect flat cables connected to the CN002 and
CN003 of MB-85 board. Also, disconnect harness
from the CN011.

(5-2) ARP Register Check

Data write 

→

 read, and accord check

Error 08: ARP register write, and read data discord
Data 0x00 to 0xFF are written to the TMAX register (ad-
dress 0xC6) in ARP (IC303), then they are read and checked.

(5-3) ARP to RAM Data Bus

Data write 

→

 read, and accord check

Error 09: ARP 

←→

 RAM data bus error

Data 0x0001 to 0x8000 where one bit each is set to 1 are
written to the address 0 of RAM (IC304) connected to the
ARP (IC303) through the bus, then they are read and
checked. In case of discord, written bit pattern and read
data are displayed. If data where multiple bits are 1 are
read, the bits concerned may touch each other. Further, if
data where certain bit is always 1 or 0 regardless of written
data, the line could be disconnected or shorted.