Denon ADV-1000 Service Manual

SERVICE MANUAL

For Europe model

Hi-Fi Component

MODEL

DVD SURROUND RECEIVER

ADV-1000

 Some illustrations using in this service manual are slightly different from the actual set.

16-11, YUSHIMA 3-CHOME, BUNKYOU-KU, TOKYO 113-0034 JAPAN

Telephone: 03 (3837) 5321

X0146 NC 0207

SAFETY PRECAUTIONS

The following check should be performed for the continued protection of the customer and service technician.

LEAKAGE CURRENT CHECK

Before returning the unit to the customer, make sure you make either (1) a leakage current check or (2) a line to chassis resistance check. If the leakage current exceeds 0.5 milliamps, or if the resistance from chassis to either side of the power cord is less than 460 kohms, the unit is defective.

SPECIFICATIONS



 Audio section



• Power amplifier Output power: Front: 55 W + 55 W (6 Ω/ohms, 1 kHz with 10% T.H.D.)

Output terminals:

• Analog Input sensitivity / input impedance: 200 mV / 47 kΩ/kohms Frequency response: 10 Hz ~ 60 kHz: +1.5, −3 dB (DIRECT mode) S / N : 94 dB (DIRECT mode) Rated output: 1.2 V (Subwoofer preout, 20 Hz)

• Digital Digital input / output: Format  Digital audio interface



 Video section



• Standard video jacks Input / output level and inpedance: 1 Vp-p, 75 Ω/ohms

• S-video jacks Input / output level and inpedance: Y (brightness) signal  1 Vp-p, 75 Ω/ohms

• AV1 connector Video output: 1Vp-p, 75Ω/ohms S-video output: Y (brightness) signal  1 Vp-p, 75 Ω/ohms

RGB output (DVD only): R/G/B signal  0.7 Vp-p, 75 Ω/ohms Audio output: L/R (Fixed output)



 Tuner section



Receiving Range: 87.50 MHz~108.00 MHz 522 kHz~1611 kHz Usable Sensitivity: 1.5 µV (14.8 dBf) 20 µV



 DVD section



Signal Format: NTSC/PAL Applicable discs: (1) DVD-Video discs

Audio output: Fixed output level: 2 Vrms, (CDR/TYPE, VCR OUT)



 Clock, Timer section



Clock system: Power source synchronous system Timer functions: Everyday timer (DVD or Tuner): 1 setting



 General



Power Supply: AC 230 V, 50 Hz Power Consumption: 70 W (Stand-by 1 W) Maximuim external Dimensions: 434(W) × 80 (H) × 368 (D) mm Mass: 6.0 kg



 Remote Control Unit RC-901



Type: Infrared pulse Power Supply: DC 3V, 2 R6P batteries

Center: 55 W (6 Ω/ohms, 1 kHz with 10% T.H.D.) Surround: 55 W + 55 W (6 Ω/ohms, 1 kHz with 10% T.H.D.) Subwoofer: 55 W (6 Ω/ohms, 60 Hz with 10% T.H.D.) Front, Center, Subwoofer, Surround:

C (color) signal  0.3 Vp-p, 75 Ω/ohms

[FM]

(note: µV at 75 Ω/ohms, 0 dBf=1×10

1-layer 12 cm single-sided discs, 2-layer 12 cm single-sided discs, 2-layer 12cm double-sided discs (1 layer per side) 1-layer 8 cm single-sided discs, 2-layer 8 cm single-sided discs, 2-layer 8 cm double-sided discs (1 layer per side)

(2) Compact discs (CD-DA, Video CD)

12 cm discs, 8 cm discs

Sleep timer: maximum 120 min.

6 ~16 Ω/ohms

-15

W)

[AM]

ADV-1000

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 disassembly is prohibited.

∗ Design and specifications are subject to change without notice in the course of porduct improvement.

2

ADV-1000

DIAGNOSTICS OF OPTICAL PICKUP AND REPLACING TRAVERSE UNIT

Make failure diagnostics of the Optical Pickup as follows. If the laser drive current becomes more than 1.5 times of the initial value, the Optical Pickup should be replaced. The laser drive current is registered on the seal attached to the rear of the Mecha. Unit. In case of replacing the Pickup, change the whole part of the Traverse Unit. No mechanical adjustment is necessary after the replacement.

Disc no read, unsteady playback, etc.

Laser drive current check HF wave form check (Refer to page 76, 77)

Example:

DVD 30mA

CD 30mA

Label Indication of DVD Mechanism

Present value exceeds the initial value by 1.5 times

Traverse Unit replacing (See page 10 for details)

Laser current registering after replacement

Step: Disc playback Write the measured value on the seal attached to the Mecha. Unit * As to the measuring method, refer to page 4

Laser current consumption value ex) DVD ***mA, CD ***mA

3

ADV-1000

Note for Handling the Laser Pick-up

The protection for the damage of laser diode. If you want to change the optical device unit from any other units, you must keep the following. (1) It should be done at the desk already took measures the static electricity in care of removing the OPU's

(Optical device unit) connector cable. (2) Workers should be put on the "Earth Band". (3) It shold be done to add the solder to the short land to prevent the broken Laser diode before removing the

24P FFC cable. (4) Don't touch OPU's connector parts carelessly.

Replacement of the Laser Pick-up (Traverse Unit)

Check the Iop (Laser drive current). If the present Iop (current) value exceeds +50% of the initial value, replace the Traverse unit (Laser Pick-up) with a new one.

Iop Measurement Method

When measureing Laser drive current (Iop), playback the discs (CD, DVD) described below, measure Iop for CD Laser and DVD Laser by the test point (LD1 ~ LD4) on the DVD Main P.W.B.

Test Disc : DVD/DVDT-S01 or commercially available discs.

: CD/TCD-784 (manufactured by ALMEDIO INC) or commercially available discs.

1. DVD Laser current measurement

LD1

(SIGNAL)

(GND)

LD2

LD1

(1) Connect the oscilloscope to LD1 of test point

for GND side and LD2 of test point for signal side.

(2) Playback the title 1 / chapter 1 of the DVD

Test Disc.

(3) Measure the voltage between LD1 and LD2,

calculate Iop by the formula as shown below.

Measurement Voltage Value

Iop=

39 (Resistance Value)

2. CD Laser current measurement

(1) Connect the oscilloscope to LD3 of test point

for GND side and LD4 of test point for signal

side. (2) Playback the track 1 of the CD Test Disc. (3) Measure the voltage between LD3 and LD4,

calculate Iop by the formula as shown below.

1

LD2

LD4

(SIGNAL)

LD3

(GND)

114

15 28

114

15 28

Measurement Voltage Value

Iop=

39 (Resistance Value)

B

C

E

C

E

B

GU-3430 DVD Main Unit foil side

4

Optical Pick-up Diagnostics and Replacement

When repairing, carry out failure diagnostics by following the procedure described below. If the present value of the laser drive current is 50% up to initial value, it is the point of the pickup replacement. In case of the pickup replacement, replace the Traverse Unit with no adjustment. The initial value is indicated on the label on back side of Mecha.

NO DISC indicated, Playback not smooth, etc.

 Laser drive current check

 HF signal check

Present value: 50% up to initial value

Traverse Unit replacement (refer to page 10)

ADV-1000

Laser drive current check after replacement.

If the present value is less than 80mA, write on

the new label by hand, put on the new label over

the old label.

If the present value exceeds 80mA,

replace the Traverse Unit with a new one.

Cause: Damaged electrostatically when replaced.

5

DISASSEMBLY

( Follow the procedure below in reverse order when reassembling )

1. Top Cover

(1) Remove 4 screws 1 on both sides.

(2) Remove 6 screws

(3) Remove the top screw

(4) Detach the Top Cover to the arrow direction.

on the rear panel.

2

.

3

1

3

ADV-1000

2

2. Front Panel

(1) Remove 4 bottom screws 4 from the Front Panel.

(2) Disconnect FFC on the DSP Audio P.W.B. and 2

pcs of 3P connectors (white and blue) on the Power Supply P.W.B.

(3) With releasing the hooks on both sides, detach the

Front Panel to the arrow direction together with the Inner Panel.

3P connector (blue)

3P connector (white)

1

DSP Audio P.W.B.

FFC

Power Supply P.W.B.

4

Hook

Inner Panel

6

3. DVD Mecha. Unit

(1) Remove 4 top screws 5 on the DVD Mecha.

(2) Disconnect 2 FFCs and 2 pcs of 8P connectors

from the DVD Mecha.

5

ADV-1000

8P connector

FFC

4. Power Supply P.W.B.

(1) Disconnect FFC, 2P connector, 3P connector, and

7P connector from the Power Supply P.W.B.

(2) Disconnect 6P connector from the Amp P.W.B.

(3) Remove 4 screws

Power Supply P.W.B.

(4) Release 3 P.W.B. supports.

and the screw 8 fixing the

7

8P connector

7P connector

3P connector

7

FFC

7

6P connector

8

Power Supply P.W.B.

P.W.B. support

2P connector

Amp P.W.B.

7

5. Back Panel

(1) Take off the cord bush.

(2) Remove 5 screws 9 and 23 screws .

6. Video P.W.B.

Disconnect 3 FFCs and 3P connector.

ADV-1000

Cord bush



9



7. DSP Audio P.W.B.

(1) Remove the screw  and 3 screws  .

(2) Disconnect 3 FFCs, 3P connector, and 6P connector.

FFC

Video P.W.B.

FFC

3P connector

9



9

3P connector

DSP Audio P.W.B.



FFC

6P connector





8

8. Amp P.W.B.

(1) Remove the screw ! and 4 screws ".

(2) Disconnect FFC and 6P connector.

ADV-1000

"

6P connector

Amp P.W.B.

FFC

!

9

ADV-1000

TRAVERSE UNIT DISASSEMBLY

(Follow the procedure below in reverse order when reassembling) Caution: The optical pickup can be damaged easily by static electricity charged on human body. Take necessary anti-static

measures when repairing around the optical pickup.

1. Guide Clamp Bracket disassembly

(1) Remove 2 screws 1.

(2) Remove Guide Clamp Bracket to arrow direction.

2. Tray disassembly

(1) Remove to arrow direction.

(2) Solder the short-circuit (see in the frame).

1

Guide Clamp Bracket

Solder to Short-Circuit (DVD)

Tr a y

Solder to Short-Circuit (CD)

10

3. Traverse Unit disassembly

(1) Remove 24P FFC (CX241), 15P FFC (CX151), 5P

PH WIRE (CX051) and 3P PH WIRE (CX031)

connecting with from the DVD Main P.W.B.

(2) Remove 4 screws of

(3) Remove Traverse Unit to arrow direction.

and 3 fixing Damper.

2

15P FFC (CX151)

ADV-1000

3

24P FFC (CX241)

2

3P PH WIRE (CX031)

Damper

DVD Main P.W.B.

Note for disassembly Traverse Unit

(1) When assembling, reverse the order of the above.

(2) When inserting Tray, confirm boss on Slide Cam set to

ditch of the Tray (Compare with right drawing).

Slide gear

Tr a y

CAUTION IN SERVICING



 Initialization



Initialization should be performed when the µcom, peripheral parts of µcom, and DVD Main P.W.B. are replaced.

Boss

How to initialize

 At the player is in the state of AC OFF, turn the AC ON with pressing the PLAY ( ) and STOP ( ) buttons simultaneously.

Check that the Standby LED lights orange and the initialization has been activated. (until "INITIALIZE" disappears from

the FL display).

Note: All user settings will be lost and its factory setting will be recovered when this initialization is made. So make sure to

memorize your setting for restoring after the initialization.

11

TROUBLESHOOTING

1. No power (LED doesn't light.)

Check connector insertion.  P. SUPPLY (1U-3434-2):

[CX171/CX033]

 DSP/AUDIO (1U-3435-3):

[CY171/CY191]

No

Re-insert the connector.

ADV-1000

When replacing µcom, µcom peripheral parts, or Main P.W.B. in servicing, perform initializing of the DVD player. (AC power on while pressing "STOP" and "PLAY" buttons of the unit.)

Check voltage of IC907 input [+10V] on P. SUPPLY P.W.B.

Check voltage of IC907 output [+5V] on P. SUPPLY P.W.B.

Check voltage of IC303 (6)pin RESET signal [+5V] on DSP/AUDIO P.W.B.

2. No power (LED lights.)

Check connector insertion.

 P. SUPPLY (1U-3434-2): [CX033]  DSP/AUDIO (1U-3435-3): [CY191]

Check soldering of T901 secondary

No

circuit.

Check short-circuit of power line further

No

CX171 connection.

Check soldering of IC302, IC303 on

No

DSP/AUDIO P.W.B.

No

Re-insert the connector.

Check after replacing IC303 on DSP/

No

AUDIO P.W.B. (1U-3435-3), then change IC302 if still NG.

Check voltage of FFC wire.  [CY191] 19P FFC for DSP/AUDIO P.W.B.: 3+5V/

Check voltage of power wire.  [CX033] 3P PH for DISPLAY P.W.B.: 1+5V/

Perform check from the step where is marked in the item 3.

1 2

GND

2

3

GND

No

Refer to "6. Switching power no output".

No

Refer to "6. Switching power no output".

12

3. DVD no operation (MECHA ERR display)

Check connector insertion.  P. SUPPLY (1U-3434-2):

[CX171/CW035]

 DVD MAIN (GU-3430):

[CX081/CX082]

 Mecha. Unit: [CX241/CX151/CX051]

No

Re-insert the connector.

ADV-1000

Check voltage of power wire.  [CX071] 7P PH for P. SUPPLY P.W.B.:

+5V/ +12V/ GND]

Perform operation check after

changing DVD MAIN P.W.B. (GU-3430) with a perfect one.

No

Refer to "6. Switching power no output".

There is something wrong in DVD MAIN

No

P.W.B. (GU-3430).

Check IC101(49)XIN, (105)CLK, (116)PCLK2X 27MHz output on DVD MAIN P.W.B.

There is something wrong in DVD MAIN P.W.B. (GU-3430).

Check IC101(39)MCLK 94.5kHz output on DVD MAIN P.W.B.

There is something wrong in DVD MAIN P.W.B. (GU-3430).

Check IC101(160)AUX0, (161)AUX1 on DVD MAIN P.W.B. whether SCK and SDA signal of IIC BUS outputted when power on.

After checking soldering of IC106 and

No

IC101 on DVD MAIN P.W.B. (GU-3430), replace IC101 if NG. Then change IC106 if still NG.

No

Change IC101 on DVD MAIN P.W.B. (GU-3430).

After checking soldering of IC108,

No

IC701, and IC101 on DVD MAIN P.W.B. (GU-3430), replace IC101 if NG. Change IC108 then IC701 if still NG.

Check soldering of IC101 (208P IC) on DVD MAIN P.W.B. (GU-3430).

Perform re-soldering.

Check IC501(50)IDERST +5V output on DVD MAIN P.W.B. (GU-3430).

Check laser drive current and HF waveform. Criterion: Iop exceeds 1.5 times of the initial value.

Replace the traverse unit.

Write laser current after the replacement.

No

Check soldering of R522, RA127, and IC101(145) on DVD MAIN P.W.B. (GU-3430).

Perform re-soldering.

13

4. No video output (Interlace)

ADV-1000

Check YUV signal.  Check if signals are output from

IC101(106, 107, 108, 109, 110, 113, 114, 115 pins) on P.W.B. (GU-3430).

Check analog video signal1.  Check if signals are output from

IC701(24, 25, 29, 33, 35 pins) on P.W.B. (GU-3430).

Check analog video signal2.  Check if signals are inputted to

IC206(3)C, (5)Y, (8)PY, (12)Pb, and (14)Pr on P.W.B. (1U-3443-1).

Check analog video signal3.  Check if signals are output from

IC206(17)Pr, (19)Pb, (21), (22)PY, (24), (25)Y, (29), (30)Composite, and (32)C on P.W.B. (1U-3443-1).

Check soldering of RA125, RA126,

No

IC701, and IC101 on DVD MAIN P.W.B. (GU-3430).

No

Check soldering of IC701 on DVD MAIN P.W.B. (GU-3430).

Check soldering of components (Tr, C,

No

R) in the Y-sig. Amp circuit, C-sig. Amp circuit, and Component Amp circuit.

No

Check soldering of IC206 on P.W.B. (1U-3443-1).

No

Check by replacing IC101 on DVD MAIN P.W.B. (GU-3430).

No

Check by replacing IC701 on DVD MAIN P.W.B. (GU-3430).

No

Check by replacing IC206 on P.W.B. (1U-3443-1).

Check analog video signal4.  Check if signals are output from 1-pin

of IC201 (Composite), IC202(C), and IC203(Y) on P.W.B. (1U-3443-1).

No

Check soldering of IC201, IC202, or IC203 causing NG on P.W.B. (1U-3443-1)

No

Check by replacing NG IC (201 ~ 203) on P.W.B. (1U-3443-1).

14

5. No analog signal output (Audio)

ADV-1000

Check audio digital signal.  Check if signals are output from

IC101(32)TWS, (33)TSD0, (39)MCLK, and (40)TBCK.

Check analog audio signal1.  Check if signals are output from IC401

(12)R-sig., (13)R-sig., (16)L-sig., and (17)L-sig.

Check analog audio signal2.  Check if signals are output from

IC404 (7)R-sig. and (1)L-sig.

Check soldering of chip emi-fil put in

No

series to IC101 on DVD MAIN P.W.B. (GU-3430).

No

Check soldering of IC401 on DSP/ AUDIO P.W.B. (1U-3435-3).

No

Check if 12V power is supplied to IC402 on DSP/AUDIO P.W.B. (1U-3435-3).

Check soldering of IC402 on DSP/ AUDIO P.W.B. (1U-3435-3).

Check by replacing IC101 on DVD MAIN

No

P.W.B. (GU-3430).

No

Check by replacing IC401 on DSP/ AUDIO P.W.B. (1U-3435-3).

No

Refer to "6. Switching power no output".

Check by replacing IC402 on DSP/

No

AUDIO P.W.B. (1U-3435-3).

6. Switching power no output

Check fuse  Check if F901 (6.3A/125V) is blown out.

Check actuating voltage.  [IC201]: 4+17~18VDC/5GND

Check soldering of IC201 and primary

No

rectifier diode on P. SUPPLY P.W.B. (1U-3434-2).

No

Check if the secondary regulator circuit in P. SUPPLY P.W.B. (1U-3434-2) is shorted or solder-touched.

Check by replacing shorted or soldertouched element in the secondary regulator circuit in P. SUPPLY P.W.B. (1U-3434-2).

Check by replacing IC901 on P. SUPPLY

No

P.W.B. (1U-3434-2).

Check if the power lines of CX071,

No

CW035, CW061, CX171, and CX033 on P. SUPPLY P.W.B. (1U-3434-2) are short-circuited further their connections.

15

BLOCK DIAGRAM

AVD-1000

1

2

3

4

DVD ENGINE UDVD-10

DVD MECHA FRONT-END CIRCUIT

1U-3435-1 DISPLAY UNIT

ROTARY ENCODER

REMOCON

RPM6938-V4

FL TUBE

15-ST-36GN

FL DRIVER

M66005FP

KEY

DVD DECODER DVD DSP VIDEO

CPU

ROM RAM

DOWNMIX OUT

BITSTREAM OUT

ES4408

YUV DATA

D/A

AD7172

5

EEPROM 16k

S29590A

1U-3443-1

VIDEO UNIT

R

B

G

Y

C

A

C

Y

C

BH7862

VIDEO DRIVER

with Filter

BU4053

R

B

G

Y

C

BA7625

BA7626

76

BA7660

MUTE

Y

C

SCART UNIT

Y

C

Y

C

Y

C

Y

C Y

C

1U-3434-3

SCART TERMINAL

VCR IN

TV/DBS IN

V.AUX IN

MONITOR OUT

VCR OUT

VCR IN

TV/DBS IN

8

A

AV1 VIDEO OUTPUT

B

S-VIDEO

OPT OUT

DIGITAL IN/OUT

AUDIO IN/OUT

SUB WOOFER OUT

OPT IN1

OPT IN2

V.AUX IN

TV/DBS IN

CDR/TAPE IN

VVCR OUT

CDR/TAPE OUT

PRE OUT

TV/DBS

V.AUX

VCR IN

TUNER PACK

L/R

MUTE

RDS

LC72720NM

LRCK

BCK MCK

D/A CONVERTER

AD1854KSRL

MUTE

V

V.AUX IN

MONITOR OUT

VCR OUT

1U-3435-2

H/P UNIT

FL

FR

C

SW

SL

SR

H/P

SPEAKER OUT

COMPOSITE VIDEO

C

D

E

CPU

M30624FGFP

V

1U-3435-3 AUDIO/DSP UNIT

SPDIFSDATRA

DIR AUDIO DSP

LC89055W CS493292

BA15218

A

A/D CONVERTER

CODEC

AK4527

6ch D/A CONVERTER

ROM

2Mbit

BA15218 BA15218

FL

MUTE

FR

MUTE

C

MUTE

SL

MUTE

SR

MUTE

LFE

MUTE

[+6dB]

SUB SUM

BA15218

DATA CLK

[0dB]

0/+6dB

VR

FUNCTION/VR/TONE/SDB

BD3811K1

PASS

SWITCHING

DSP/EXT/DIRECTBASS/TREBLE SDB

INPUT GAIN AMP

H/P AMP

OUTPUT GAIN

0~+18dB

2dBstep

[0dB]

Max output

4.2Vrms

VR MUTE

PRE AMP

MUTE

ALC MUTE

LPF

MUTE

SW MUTE

MUTE

BA7625

1U-3434-1 AMP UNIT

CLASS-D POWER AMP

TC2000

TP2050

PWM

FET

Modulator

Driver

TC2000

TP2050

PWM

FET

Modulator

Driver

TC2000

TP2050

PWM

FET

Modulator

Driver

MUTE

H/P MUTE

SP RELAY

RELAY FR RELAY C RELAY SW RELAY SR

16

LEVEL DIAGRAMS

D/A

VR

PRE AMP POWER AMP

+

SP OUT

+

D/AOUT

LPF

D/A OUT

0dBFS

-10dBFS

-20dBFS

6dB

Vol:0: -18dB (-15dB)

15.63dB

22.17dB

SP OUT 40W/6ohm (15.5Vrms)

CENTER REAR

Only when Dolby Prologic

ANALOG

IN

200mV

ANALOG

IN

200mVrms

+

BUFF.

AMP

D/AOUT

LPF

DIRECT

DSP

REV. AMP

A/D DSP D/A

VR

PRE AMP POWER AMP

config1: OFF config2: ON

FROM S.W

+

H/P AMP

+

SP OUT

H/P JACK

FRONT

-12dB

A/D IN D/A OUT

0dBFS

-10dBFS

-20dBFS

6dB

Only when Dolby Prologic

H/P

30dB

15.63dB

22.17dB

SP OUT 40W/6ohm (15.5Vrms)

ADV-1000

1 5678

32

4

A

B

C

D

E

17

ADV-1000

VR

+

+ +

SP OUT

SW PRE OUT

+

D/AOUT

FROM

DSP

LPF

LINE AMP

0dBFS

-10dBFS

-20dBFS

-30dBFS

-35dBFS

6dB

Config-1

Config-2

2.85dB (8.85)

Vol: 0

-18dB

3.31dB (12.16)

7.5dB

To FRONT CH

17.84dB (30)

22.3dB (37.2)

-15.1dB (14.9)

22.17dB

SP OUT

SW PRE OUT

40W/6ohm (15.5Vrms)

VOLMAX: 0.55Vrms VOL"00": 0.07Vrms

SUB WOOFER

D/A

PRE AMP

POWER

AMP

MUTE

1 5678

32

4

A

B

C

D

E

18

CLOCK FLOW

ADV-1000

1 5678

32

4

A

B

C

D

E

19

SEMICONDUCTORS



 IC's



Note: Abbreviation ahead of IC No. indicates the name of P.W.B. AP: AMP / Power P.W.B. MA: Main P.W.B. VO: Video / Out P.W.B. DM: DVD Main P.W.B.

M30624FG (MA: IC302)

P10

7

P9

6

/ANEX1/S

5

/ANEX0/SLK4

P9

3

/INT

11

12

13

/D

3

4

5

P1

75

74

P12/D

10

P1

P0

7

/AN7/KI

6

/AN6/KI

5

/AN5/KI

4

/AN4/KI

P10

3

P10

2

1

P10

AV

0

/AN

P10

AV

/AD

TRG/SIN

76

2/D9

77

0/D8

78

7/D7

79

6/D6

80

5/D5

81

4/D4

82

3/D3

83

2/D2

84

1/D1

85

0/D0

86

3

87

2

88

1

89

0

90

/AN

3

91

/AN

2

92

/AN

1

93

SS

94

0

95

V

REF

96

CC

97

4

98

OUT

4

99

73

100

1

2

3

)

0

4

/INT

14

/D

6

P1

72

4

1

5

/-)

/D

0

1

2

/INT

(/D

15

0

1

2

/D

/A

7

0

1

2

P2

P1

71

70

69

68

5

6

7

8

ADV-1000

)

2

/D

3

(/D

3

/A

3

P2

67

9

)

3

4

5

6

)

/D

4

5

(/D

4

5

/A

4

5

P2

66

65

10

11

7

/D

6

7

(/D

(/-/D

6

7

8

9

10

11

12

13

14

15

16

/A

6

7

0

1

SS

CC

P2

V

P3

P2

64

12

V

P3

63

62

61

60

59

13

14

15

16

17

/A

2

3

4

5

P3

58

57

56

55

18

19

20

21

17

/A

6

7

0

1

P3

P4

54

53

52

51

50

49

48

47

46

45

44

43

42

41

40

39

38

37

36

35

34

33

32

31

30

29

28

27

26

22

23

24

25

2/A18

P4

3/A19

P4

4

/CS0

P4

5

/CS1

P4

6

/CS2

7

/CS3

P4

0

/WRL/WR

P5

1

/WRH/BHE

2

/RD

P5

3

/BCLK

4

/HLDA

P5

5

/HOLD

P5

6

/ALE

7

/RDY/CLK

OUT

P5

0

/CTS0/RTS

0

P6

1

/CLK

0

P6

2

/RXD

0

3

/TXD

0

P6

4

/CTS1/RTS1/CTS0/CLKS

P6

5

/CLK

1

P6

6

/RXD

1

P6

7

/TXD

1

0

/RXD2/SDA/TA0

P7

1

/RXD2/SCL/TA0IN/TB5

2

/CLK2/TA1

OUT

P7

1

OUT

IN

/V

2

1

IN

/TB4

1

/DA

4

P9

IN

/TB3

0

/DA

3

P9

3

OUT

/S

IN

/TB2

4

P9

3

IN

/S

IN

/TB1

1

P9

/CLK3

IN

/TB0

0

P9

IN

SS

CIN

/X

7

BYTE

CNV

P8

SS

CC

X

OUT

V

COUT

/X

6

RESET

P8

V

X

/NMI

5

P8

0

IN

/U

IN

/INT

4

P8

out

/INT

3

2

/TA3

7

/TA4

P8

/TA4

1

P7

0

P8

/V

/W

OUT

IN

out

/TA3

/TA1

6

/TA2

2

/TA2

5

4

P7

/RTS

2

/CTS

3

P7

M30624FG Terminal Function

Pin No.

Port Name Function

Symbol

1 P94 E2P CS Chip select signal to EEPROM

2 P93 62446 LATCH Serial data latch to E. VR IC

3 P92 62446 DATA, E2P DI, FUNC DA Serial data to EEPROM/E. VR IC/Input Switch IC

4 P91 E2P DO Serial data from EEPROM

5 P90 62446 CLK, E2P SK, FUNC CLK Serial clock to EEPROM/E. VR IC/Input Switching IC

6 BYTE (VSS) GND

7 CNVSS (PullDown), FLASH CNVss Flash write mode select input

8 P87 BUS ON/OFF Serial data/clock separate command output to E. VR IC

9 P86 FUNC CE(STB) Data latch to Input Switch IC

10 RESET RESET Reset input

11 XOUT XTAL(12.5MHz) Oscillator output (12.5 MHz)

12 VSS (VSS) GND

13 XIN XTAL(12.5MHz) Oscillator input (12.5 MHz)

14 VCC (VCC) Power supply

15 P85 (PullUp) NMI, not used

16 P84 PROTECT Speaker and Drive IC abnormal detect

17 P83 /CS Comm. chip select input with DVD

20

ADV-1000

Pin No.

Port Name Function

18 P82 RESERVED(DENON BUS) Arbitration input on DENON BUS (same as serial data)

19 P81 50/60 Detect input of power pulse (50/60 Hz)

20 P80 FAN ON/OFF Fan motor drive output

21 P77 IN JOGB JOG pulse input B for function switching

22 P76 IN JOGA JOG pulse input A for function switching

23 P75 VOL JOGB JOG pulse input B for VOL

24 P74 VOL JOGA JOG pulse input A for VOL

25 P73 FLCS Chip select output to FL Driver IC

26 P72 RESERVED(DENON BUS) Serial sync clock output on DENON BUS

27 P71 RESERVED(DENON BUS) Serial data input on DENON BUS

28 P70 RESERVED(DENON BUS) Serial data output on DENON BUS

29 P67 FLDA, FLASH TxD Serial data output to FL Driver IC

30 P66 PULL DOWN, FLASH RxD Open pin, serial data input at flash write

31 P65 FLCK, FALSH MODE, FLASH CLK Serial clock output to FL Driver IC

32 P64 FL RESET, FLASH BUSY Reset output to FL Driver IC

33 P63 sDATAout(DVD) Serial comm. output with DVD

34 P62 sDATAin(DVD) Serial comm. input with DVD

35 P61 SCLK(DVD) Serial comm. clock input with DVD

36 P60 PWRON(DVD) Power control output for DVD unit

37 RDY/P57 /RESET Reset output to DVD unit

38 ALE/P56 H/P SW Headphone on/off detect input

39 HOLD/P55 LED G, FLASH EPM Control output to power indicator LED green

40 HLDA/P54 /DFRES Reset detect signal for DVD unit

41 BCLK/P53 DVD ON/OFF Power control output for DVD unit

42 RD/P52 RGB H Composite/S/RGB switching, aspect ratio switching

43 WRH/BHE/P51 VCNT1/YC H Aspect ratio switching input (16:9, 4:3LB, 4:3)

44 WRL/WR/P50 LED R, FLASH CE Control output to power indicator LED red

45 CS3/P47 VCNT2/WIDE Aspect ratio switching input (16:9, 4:3LB, 4:3), WIDE

46 CS2/P46 DSEL1 Digital in/out select output

47 CS1/P45 S-SEL Select output of monitor source internal/external

48 CS0/P44 A Select output A of external input source

49 A19/P43 B Select output B of external input source

50 A18/P42 C Select output C of external input source

51 A17/P41 SCART MUTE Mute output of SCART pin

52 A16/P40 TEMP Temp. sensor input

53 A15/P37 DSEL2 Open

54 A14/P36 SDB ON/OFF SDB ON/OFF output

55 A13/P35 FRT MUTE(VR MUTE) Mute output of all channel (mute output of front channel)

56 A12/P34 SW MUTE Mute output of sub-woofer channel

57 A11/P33 RL FRONT Speaker relay ON/OFF output of front channel

58 A10/P32 RL SURR Speaker relay ON/OFF output of surround channel

59 A9/P31 RL CENT Speaker relay ON/OFF output of center channel

60 VCC (VCC) Power supply

61 A8/P30 RL HP Headphone relay ON/OFF output

62 VSS (VSS) GND

63 A7/P27 OPEN Open

64 A6/P26 STEREO Tuner’s stereo indicator input

65 A5/P25 TUNED Tuner’s station detect input

66 A4/P24 T.MUTE Tuner’s mute output

67 A3/P23 SANYO CE Comm. chip enable output to PLL/RDS IC of tuner

68 A2/P22 SANYO DI Serial data output to PLL/RDS IC of tuner

69 A1/P21 SANYO CLK Serial clock output to PLL/RDS IC of tuner

70 A0/P20 SANYO DO Serial data input from PLL/RDS IC of tuner

71 D15/P17 INTREQ OUT Comm. request input from surround DSP

Symbol

21

ADV-1000

Pin No.

Port Name Function

Symbol

72 D14/P16 89055 CSFLAG Signal change detect input from DIR

73 D13/P15 REMOTE IR remote control input

74 D12/P14 /SYR Reset output to RDS IC of tuner

75 D11/P13 INTREQ IN Open drain operation (L: output, H: switch to input)

76 D10/P12 4932 CE Serial comm. chip enable output to surround DSP

77 D9/P11 4932 RST Reset output to surround DSP

78 D8/P10 4527 CE Serial comm. chip enable output to CODEC(AD/DA)

79 D7/P07 ROM/RAM ROM/RAM used surround DSP select output

80 D6/P06 ROM2 ROM address used surround DSP select output

81 D5/P05 ROM3 ROM address used surround DSP select output

82 D4/P04 ROM30 ROM address used surround DSP select output

83 D3/P03 ERR MUTE Digital mute output when error

84 D2/P02 SEL CLK Data clock select output

85 D1/P01 4527 RST Reset output to CODEC

86 D0/P00 89055 CE Serial comm. enable output to DIR

87 P107 96 DET 96kHz sampling signal detect input from DIR

88 P106 89055 ERR Error input from DIR

89 P105 89055 RST Reset output to DIR

90 P104 P.ON/OFF Whole unit’s power ON/OFF (standby) output

91 P103 AAC AAC function on/off select input

92 P102 MODE1 Unit’s operation spec select input

93 P101 KEY 0 Button operation detect input

94 AVSS (VSS) GND

95 P100 KEY 1 Button operation detect input

96 VREF (VCC) Ref. V input for A/D conversion

97 AVCC (VCC) Power supply

98 P96 89055 DO, 4932 DO Serial data input from DIR/CODEC/DSP

99 P97 89055 DIN, 4527 DIN, 4932 DIN Serial data output to DIR/CODEC/DSP

100 P95 89055 CLK, 4527 CLK, 4932 CLK Serial clock output to DIR/CODEC/DSP

LC72720NM (MA: IC511)

VREF

MPXIN

Vdda

Vssa

FLOUT

COIN

XOUT

1

2

3

4

5

6

7

T1

8

T2

9

T3

10

T4

11

T5

12

24

23

22

21

20

19

18

17

16

15

14

13

SYR

CE

D1

CL

D0

RDS-1D

SYNC

T7

T6

Vddd

Vssd

XIN

1

2

8

7

18

16

17

3

4

REFERENCE VOLTAGE

ANTIALIASING FILTER

26 BIT SHIFT REGISTER x 2

SYNDROME REGISTER AND ERROR CORRECTION

SOFT DECISION

SC-BANDPASS FILTER (57kHz)

GROUP AND BLOCK SYNC DET

SMOOTHING FILTER

BUFFER RAM (24 BLOCK)

DATA RAM 16 BIT

1965

RDS DETECTOR

COMPARATOR

FRAG RAM 16 BIT

ARI DETECTOR

PARALLEL TO SERIAL

S

W

D (

Ð

90°)

D-PLL (D-YCO)

Ð 0

°)

D (

TIMING GENERATOR AND SYSTEM CONTROLLER

BIPHASE DECODER

PC

POWER ON RESET

1415

DIFFRENTIAL DECODER

CLOCK RECOVERY (D-YCO)

XTAL OSC AND DIVIDER

CCB INTERFACE

11

10

9

13

12

20

21

22

23

24

22

BD3811K1 (MA: IC504)

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

47k

IN31

1

IN32

2

IN41

3

IN42

4

IN51

5

IN52

6

IN61

7

IN62

8

IN71

9

IN72

10

IN81

11

IN82

12

INDVDSR

13

INDVDSL

14

INDVDC

15

INDVDSW

16

OUT2(+)

17

OUT2(-)

18

OUT1(+)

19

OUT1(-)

20

IN1DSP

21

IN1MIX

IN2DSP

IN2MIX

47k

22

47k

23

24

25 26

BD3811K1 Pin Description

IN22

47k

INDSPSR

IN21

IN12

IN11

ROUT32

ROUT31

ROUT22

ROUT21

ROUT12

ROUT11

AGND10

GOUT2

VIN2

47k

GOUTSW

RECSW

23

VINSW

AGND2

REC SW1

REC

INSW

LINE R/L MIX LINE R/L MIX

5.1ch Mode SW1

GOUTC

VINC

OUTSW

OUTC

OUTSL

RECSW

1 2

3

1 2

3

Input mute SW

5.1ch Mode SW2 DVD

47k

5.1ch Mode SW2 DSP

47k

27 28 29 30 31 32 33 34 35 36 37 38 39 40

INDSPSL

INDSPC

INDSPSW

AGND1

TREBLE

LOGIC

AGND9

BASS

BOOST

OUTSR

GOUT1

VCC

VEE

VINSL

VIN1

GOUTSL

64

63

62

61

60

59

58

57

56

55

54

53

52

51

50

49

48

47

46

45

44

43

42

41

ADV-1000

TNF2

TNF1

BNF11

BNF21

BNF12

BNF22

BBNF2

OUT2

BBNF1

OUT1

AGND8

AGND7

VCC

AGND6

VEE

AGND5

MUTE

CL

DA

DGND

AGND4

GOUTSR

VINSR

AGND3

Pin No. DescriptionPin Name

1 IN31 1ch input terminal 3 2 IN32 2ch input terminal 3 3 IN41 1ch input terminal 4 4 IN42 2ch input terminal 4 5 IN51 1ch input terminal 5 6 IN52 2ch input terminal 5 7 IN61 1ch input terminal 6 8 IN62 2ch input terminal 6

9 IN71 1ch input terminal 7 10 IN72 2ch input terminal 7 11 IN81 1ch input terminal 8 12 IN82 2ch input terminal 8 13 INDVDSR DVD surround Rch input terminal 14 INDVDSL DVD surround Lch input terminal 15 INDVDC DVD center speaker input terminal 16 INDVDSW DVD sub woofer input terminal 17 OUT2(+) 2ch (+) A/D output terminal 18 OUT2(-) 2ch (-) A/D output terminal 19 OUT1(+) 1ch (+) A/D output terminal 20 OUT1(-) 1ch (-) A/D output terminal

23

Pin No. DescriptionPin Name

21 IN1DSP 1ch DSP input terminal 22 IN1MIX 1ch DSP MIX input terminal 23 IN2DSP 2ch DSP input terminal 24 IN2MIX 2ch DSP MIX input terminal 25 INDSPSR DSP surround Rch input terminal 26 INDSPSL DSP surround Lch input terminal 27 INDSPC DVD center speaker input terminal 28 INDSPSW DSP sub woofer input terminal 29 AGND1 Analog ground terminal 30 GOUTSW Sub woofer input gain output terminal 31 VINSW Sub woofer volume input terminal 32 AGND2 Analog ground terminal 33 GOUTC Center speaker input gain output terminal 34 VINC Center speaker volume input terminal 35 OUTSW Sub woofer output terminal 36 OUTC Center speaker output terminal 37 OUTSL Surround Lch output terminal 38 OUTSR Surround Rch output terminal 39 VINSL Surround Lch volume inut terminal 40 GOUTSL Surround Lch input gain output terminal 41 AGND3 Analog ground terminal 42 VINSR Surround Rch volume input terminal 43 GOUTSR Surround Rch input gain output terminal 44 AGND4 Analog ground terminal 45 DGND Ground terminal for comparator. 46 DA Serial data and latch input terminal 47 CL Serial clock input terminal 48 MUTE Mute terminal 49 AGND5 Analog ground terminal 50 VEE (-) Power supply terminal 51 AGND6 Analog ground terminal 52 VCC (+) Powr supply terminal 53 AGND7 Analog ground terminal 54 AGND8 Analog ground terminal 55 OUT1 1ch output terminal 56 BBNF1 1ch bass boost filter terminal 57 OUT2 2ch output terminal 58 BBNF2 2ch bass boost filter terminal 59 BNF22 2ch bass filter terminal 2 60 BNF12 2ch bass filter terminal 1 61 BNF21 1ch bass filter terminal 2 62 BNF11 1ch bass filter terminal 1 63 TNF1 1ch treble filter terminal 64 TNF2 2ch treble filter terminal 65 VIN1 1ch (Lch) volume input terminal 66 GOUT1 1ch (Lch) input gain output terminal 67 AGND9 Analog ground terminal 68 VIN2 2ch (Rch) volume input terminal 69 GOUT2 2ch (Rch) input gain output terminal 70 AGND10 Analog ground terminal 71 ROUT11 1ch REC input and output terminal 1 72 ROUT12 2ch REC input and output terminal 1 73 ROUT21 1ch REC output terminal 2 74 ROUT22 2ch REC output terminal 2 75 ROUT31 1ch REC output terminal 3 76 ROUT32 2ch REC output terminal 3 77 IN11 1ch input terminal 1 78 IN12 2ch input terminal 1 79 IN21 1ch input terminal 2 80 IN22 2ch input terminal 2

ADV-1000

24

ES4408F (DM: IC101)

LA10

LA11

LA12

LA13

LA14

LA15

LA16

LA17

LA18

LA19

LA20

LA21

RESET#

TDMDX/RSEL

TDMDR

TDMCLK

TDMFS

TDMTSC#

TWS/SEL_PLL1

TSD/SEL_PLL0

TSD1

TSD2

TSD3

MCLK

TBCK

SPDIF_DOBM

RSD

RWS

RBCK

APLLCAP

XOUT

ES4408F Terminal Function

Vss

LA3

LA2

LA1

LA0NCNC

Vcc

Vss

LWRHL#

LWRLL#

LD15

LD14

LD13

LD12

Vcc

Vss

LD11

LD10

LD9

LD8

LD7

LD6

LD5

Vss

Vcc

LD4

LD3

LD2

LD1

LD0

Vss

LCS3#

LCS2#

LCS1#

LCS0#

Vcc

208

207

206

205

204

203

202

201

200

199

198

197

196

195

194

193

192

191

190

189

188

187

186

185

184

183

182

181

180

179

178

177

176

175

174

173

1

Vcc

2

LA4

3

LA5

4

LA6

5

LA7

6

LA8

7

LA9

8

Vss

9

Vcc

10

11

12

13

14

15

16

17

Vss

18

Vcc

19

20

21

22

23

24

25

Vss

26

Vcc

27

28

29

30

31

32

33

Vss

34

Vcc

35

36

37

38

39

40

41

NC

42

Vss

43

Vcc

44

45

46

47

48

XIN

49

50

Vcc

51

Vss

52

5354555657585960616263646566676869707172737475767778798081828384858687888990919293949596979899

Vcc

DMA0

Vss

DMA1

DMA2

DMA3

DMA4

DMA5

Vss

Vcc

DMA6

DMA7

DMA8

DMA9

DMA10

DMA11

DCAS#

Vcc

Vss

DB0

DB1

DB2

DB3

DWE#

DRAS0#

DRAS1#

DOE#/DSCK_EN

DB4

DRAS2#

172

Vcc

Vss

DB5

DB6

DB7

DB8

DB9

DB10

ADV-1000

Vss

LOE#

AUX7

AUX6

AUX5

AUX4

AUX3

Vcc

Vss

AUX2

AUX1

AUX0

VPP

HA2

Vcc

171

170

169

168

167

166

165

164

163

162

161

160

159

158

157

156

Vss

155

HA1

154

HA0

153

HCS3FX#

152

HCS1FX#

151

HIOCS16#

150

HRD#/DCI_ACK#

149

HWR#/DCI_CLK

148

Vcc

147

Vss

146

HIORDY

145

HRST#

144

HIRQ/DCI_ERR#

143

HRDQ#

142

HWRQ#/DCI_REQ#

141

HD15

140

HD14

139

Vcc

138

Vss

137

HD13

136

HD12

135

HD11

134

HD10

133

HD9

132

HD8/DCI_FDS#

131

HD7/DCI7

130

Vcc

129

Vss

128

HD6/DCI6

127

HD5/DCI5

126

HD4/DCI4

125

HD3/DCI3

124

HD2/DCI2

123

HD1/DCI1

122

HD0/DCI0

121

Vcc

120

Vss

119

HSYNCH#

118

VSYNCH#

117

PCLKQSCN

116

PCLK2XSCN

115

YUV7

114

YUV6

113

YUV5

112

Vss

111

Vcc

110

YUV4

109

YUV3

108

YUV2

107

YUV1

106

YUV0

105

100

Vss

Vcc

Vss

DB11

Vcc

DB12

DB13

DB14

DB15

DCS1#

DCS0#

DCLK

101

102

103

104

Vss

Vcc

DQM

DSCK

Pin No.

Pin Name

I/O

Function

1 Vcc I 3.6V power supply

2 LA 4 O Device address output

3 LA 5 O Device address output

4 LA 6 O Device address output

5 LA 7 O Device address output

6 LA 8 O Device address output

7 LA 9 O Device address output

8 Vss I GND

9 Vcc I 3.6V power supply

10 LA 10 O Device address output

11 LA 11 O Device address output

12 LA 12 O Device address output

13 LA 13 O Device address output

14 LA 14 O Device address output

15 LA 15 O Device address output

16 LA 16 O Device address output

17 Vss I GND

18 Vcc I 3.6V power supply

19 LA 17 O Device address output

20 LA 18 O Device address output

21 LA 19 O Device address output

22 LA 20 O Device address output

23 LA 21 O Device address output

24 RESET# I Reset input, active low

TDMDX O TDM transmit data

25

RSEL I ROM select

26 Vss I GND

27 Vcc I 3.6V power supply

28 TDMDR I TDM receive data

Pin Name

I/O

FunctionPin No.

29 TDMCLK I TDM clock input

30 TDMFS I TDM frame sync

31 TDMTSC# O TDM output enable, active low

TWS O Audio transmit frame sync

32

SEL_PLL1 I Select PLL1

TSD0 O Audio transmit serial data port0

33

SEL_PLL0 I Select PLL0

34 Vss I GND

35 Vcc I 3.6V power supply

36 TSD1 O Audio transmit serial data port1

37 TSD2 O Audio transmit serial data port2

38 TSD3 O Audio transmit serial data port3

39 MCLK I/O Audio master clock for audio DAC

40 TBCK I/O Audio transmit bit clock

41

SPDIF_DOBM

O S/PDIF (IEC958) format output

42 NC No connect pin

43 Vss I GND

44 Vcc I 3.6V power supply

45 RSD I Audio receive serial data

46 RWS I Audio receive frame sync

47 RBCK I Audio receive bit clock

48 APLLCAP I Analog PLL capacitor

49 XIN I Crystal input

50 XOUT O Crystal output

51 Vcc I 3.6V power supply

52 Vss I GND

53 DMA 0 O DRAM address bus

54 DMA 1 O DRAM address bus

55 DMA 2 O DRAM address bus

25

ADV-1000

Pin Name

56 DMA 3 O DRAM address bus

57 DMA 4 O DRAM address bus

58 DMA 5 O DRAM address bus

59 Vcc I 3.6V power supply

60 Vss I GND

61 DMA 6 O DRAM address bus

62 DMA 7 O DRAM address bus

63 DMA 8 O DRAM address bus

64 DMA 9 O DRAM address bus

65 DMA 10 O DRAM address bus

66 DMA 11 O DRAM address bus

67 Vss I GND

68 Vcc I 3.6V power supply

69 DCAS# O Column address strobe, active low

DOE# O Output enable, active low

70

DSCK_EN I Clock enable, active low

71 DWE# O DRAM write enable, active low

72 DRAS 0# O Row address strobe, active low

73 DRAS 1# O Row address strobe, active low

74 DRAS 2# O Row address strobe, active low

75 Vcc I 3.6V power supply

76 Vss I GND

77 DB 0 I/O DRAM data bus

78 DB 1 I/O DRAM data bus

79 DB 2 I/O DRAM data bus

80 DB 3 I/O DRAM data bus

81 DB 4 I/O DRAM data bus

82 DB 5 I/O DRAM data bus

83 Vcc I 3.6V power supply

84 Vss I GND

85 DB 6 I/O DRAM data bus

86 DB 7 I/O DRAM data bus

87 DB 8 I/O DRAM data bus

88 DB 9 I/O DRAM data bus

89 DB 10 I/O DRAM data bus

90 DB 11 I/O DRAM data bus

91 Vss I GND

92 Vcc I 3.6V power supply

93 DB 12 I/O DRAM data bus

94 DB 13 I/O DRAM data bus

95 DB 14 I/O DRAM data bus

96 DB 15 I/O DRAM data bus

97 DCS 1# O SDRAM chip select [1], active low

98 Vss I GND

99 Vcc I 3.6V power supply

100 DCS 0# O SDRAM chip select [0], active low

101 DQM O Data input/output mask

102 DSCK O Clock to SDRAM

103 Vss I GND

104 Vcc I 3.6V power supply

105 DCLK I Clock input (27MHz)

106 YUV 0 O 8-bit YUV output

107 YUV 1 O 8-bit YUV output

I/O

FunctionPin No.

Pin Name

108 YUV 2 O 8-bit YUV output

109 YUV 3 O 8-bit YUV output

110 YUV 4 O 8-bit YUV output

111 Vcc I 3.6V power supply

112 Vss I GND

113 YUV 5 O 8-bit YUV output

114 YUV 6 O 8-bit YUV output

115 YUV 7 O 8-bit YUV output

116

PCLK2XSCN

117

PCLKQSCN

118 VSYNCH# I/O

119 HSYNCH# I/O

120 Vss I GND

121 Vcc I 3.6V power supply

122 HD 0 I/O Host data bus

123 HD 1 I/O Host data bus

124 HD 2 I/O Host data bus

125 HD 3 I/O Host data bus

126 HD 4 I/O Host data bus

127 HD 5 I/O Host data bus

128 HD 6 I/O Host data bus

129 Vss I GND

130 Vcc I 3.6V power supply

131 HD 7 I/O Host data bus

132 HD 8 I/O Host data bus

133 HD 9 I/O Host data bus

134 HD 10 I/O Host data bus

135 HD 11 I/O Host data bus

136 HD 12 I/O Host data bus

137 HD 13 I/O Host data bus

138 Vss I GND

139 Vcc I 3.6V power supply

140 HD 14 I/O Host data bus

141 HD 15 I/O Host data bus

142 HWRQ# O Host write request

143 HRDQ# O Host read request

144 HIRQ I/O Host interrupt

145 HRST# O Host reset

146 HIORDY I Host I/O ready

147 Vss I GND

148 Vcc I 3.6V power supply

HWR# O Host write request

149

HWR#/DCI_ACK#

150

HRD#/DCI_CLK

151 HIOCS16# I Device 16-bit data transfer

152 HCS1FX# O Host select 1

153 HCS3FX# O Host select 3

154 HA 0 I/O Host address bus

155 HA 1 I/O Host address bus

I/O

I/O 2X pixel clock

I/O Pixel clock

Vertical sync for screen video interface, programmable for rising or falling edge, active low

Horizontal sync for screen video interface, programmable for rising or falling edge, active low

Host write / DCI interface acknowledge

I, I

signal, active low

I, I Host read / DCI interface clock

FunctionPin No.

26

TP2050 (AP: IC102, 202, 302)

ADV-1000

Pin Name

156 Vss I GND

157 Vcc I 3.6V power supply

158 HA 2 I/O Host address bus

159 VPP I Peripheral protection voltage

160 AUX 0 I/O Auxiliary port, (SDATA) I/O

161 AUX 1 I/O Auxiliary port, (SCLK) O

162 AUX 2 I/O Auxiliary port, (VFD DATA) I/O

163 Vss I GND

164 Vcc I 3.6V power supply

165 AUX 3 I/O Auxiliary port, (AMUTE) O

166 AUX 4 I/O Auxiliary port, (IR) I

167 AUX 5 I/O Auxiliary port, (POWER) I

168 AUX 6 I/O Auxiliary port, (VFDCS) O

169 AUX 7 I/O Auxiliary port, (VFDCLK) O

170 LOE# O Device output enable, active low

171 Vss I GND

172 Vcc I 3.6V power supply

173 LCS 0# O Chip select [0], active low

174 LCS 1# O Chip select [1], active low

175 LCS 2# O Chip select [2], active low

176 LCS 3# O Chip select [3], active low

177 Vss I GND

178 LD 0 I/O Device data bus

179 LD 1 I/O Device data bus

180 LD 2 I/O Device data bus

181 LD 3 I/O Device data bus

182 LD 4 I/O Device data bus

183 Vcc I 3.6V power supply

184 Vss I GND

185 LD 5 I/O Device data bus

186 LD 6 I/O Device data bus

187 LD 7 I/O Device data bus

188 LD 8 I/O Device data bus

189 LD 9 I/O Device data bus

190 LD 10 I/O Device data bus

191 LD 11 I/O Device data bus

192 Vss I GND

193 Vcc I 3.6V power supply

194 LD 12 I/O Device data bus

195 LD 13 I/O Device data bus

196 LD 14 I/O Device data bus

197 LD 15 I/O Device data bus

198 LWRLL# O Device write enable, active low

199 LWRHL# O Device write enable, active low

200 Vss I GND

201 Vcc I 3.6V power supply

202 NC No connect pin

203 NC No connect pin

204 LA 0 O Device address output

205 LA 1 O Device address output

206 LA 2 O Device address output

207 LA 3 O Device address output

208 Vss I GND

I/O

FunctionPin No.

136 GNDSUBVCCSIGN 235 OUT2BVCCSIGN 334 OUT2BVSS 433 VCC2BVSS 532 GND2BIN2B 631 GND2AIN2A 730 VCC2AIN1B 829 OUT2AIN1A

928 OUT2ATH_WAR 1027 OUT1BFAULT 1126 OUT1BTRISTATE 1225 VCC1BPWRDN 1324 GND1BCONFIG 1423 GND1AIBIAS 1522 VCC1AVDD 1621 OUT1AVDD 1720 OUT1AGNDREG 1819 NCGNDCLEAN

TP2050 Terminal Function

Pin Function Description

1 GNDSUB Substrate ground 2,3 OUT2B Output half bridge 2B 4 VCC2B Positive supply 5 GND2B Negative supply 6 GND2A Negative supply 7 VCC2A Positive supply 8,9 OUT2A Output half bridge 2A 10,11 OUT1B Output half bridge 1B 12 VCC1B Positive supply 13 GND1B Negative supply 14 GND1A Negative supply 15 VCC1A Positive supply 16,17 OUT1A Output half bridge 1A 18 NC Not connected 19 GNDCLEAN Logic ground 20 GNDREG Ground for Vdd regulator 21,22 VDD 23 IBIAS Logic high voltage 24 CONFIG Config input 25 PWRDN Stand-by pin 26 TRISTATE Hi-Z pin 27 FAULT Fault output 28 TH_WAR Thermal warning output 29 IN1A Input half bridge 1A 30 IN1B Input half bridge 1B 31 IN2A Input half bridge 2A 32 IN2B Input half bridge 2B 33,34 VSS 5V regulator referenced to Vcc 35,36 VCCSIGN Signal positive supply

5V regulator referenced to ground

27