Onkyo HTR-640 Service Manual

SERVICE MANUAL

AV RECEIVER

HT-R640

Ref. No. 3951

082006

MODEL

HT-R640

HT-R640 Black, Silver models

B MDD
S MPP

120V AC, 60Hz
230-240V AC, 50Hz

HT-R640

REMOTE MODE

ON/STANDBY

DVD

RECEIVER

TAPE

INPUT SELECTOR

MD/CDR

CD

123

HDD

V1V4V2 V3

TV

456

DVD

MULTI CH

VCR

789

CDTAPE TUNER

CABLE

10 11 12

+

SAT

CLR

10

0

ENT

D TUN

--/---

DIMMER

SLEEP

CH

TV

DISC

VOL

VOL

ALBUM

INPUT

PREVIOUS

GUIDE

MENU

TOP MENU

MUTING

ENTER

PLAYLIST/CAT PLAYLIST/CAT

SETUPRETURN

LISTENING MODE
SURROUND

STEREO

RANDOM

SUBTITLE

AUDIO REPEAT

-

TESTTONE

CH SEL

LEVEL+LEVEL

PLAY MODE

AUDYSSEY

DISPLAY

CINE FLTR

L NIGHT

HDDDVDVCR

-

668M

RC

RC-668M(MDD)
RC-669M(MPP)

SAFETY-RELATED COMPONENT
WARNING!!

COMPONENTS IDENTIFIED BY MARK ON THE
SCHEMATIC DIAGRAM AND IN THE PARTS LIST ARE
CRITICAL FOR RISK OF FIRE AND ELECTRIC SHOCK.
REPLACE THESE COMPONENTS WITH ONKYO
PARTS WHOSE PART NUMBERS APPEAR AS SHOWN
IN THIS MANUAL.
MAKE LEAKAGE-CURRENT OR RESISTANCE
MEASUREMENTS TO DETERMINE THAT EXPOSED
PARTS ARE ACCEPTABLY INSULATED FROM THE
SUPPLY CIRCUIT BEFORE RETURNING THE
APPLIANCE TO THE CUSTOMER.

SERVICE PROCEDURE

9

USE

33

R

>

r

USE

2

333GR

>

r

USE

5A-S

50V

8GR

>

910

USE

5A-UL/

33

6GR

910 or

USE

5

2

58GR

USE

50V

GR

9

USE

5A-S

K

8GR

>

3

USE

K

5GR

>

USE

5A-UL/

33

6GR

>

r

USE

50V

5GR

>

r

USE

5

2

58GR

>

1. Replacing the fuses

This symbol located near the fuse indicates that the
fuse used is show operating type, For continued protection against
fire hazard, replace with same type fuse, For fuse rating, refer to
the marking adjacent to the symbol.

Ce symbole indique que le fusible utilise est e lent.
Pour une protection permanente, n'utiliser que des fusibles de meme
type. Ce demier est indique la qu le present symbol est apposre.

<Notes>

<DD> : HT-R640 USA model

: HT-R640 European model

<PP>

HT-R640

REF NO.

01

F
F901 o

01

F
F901 o

F903
F903 o
F90
F903 o
F
F
F6901
F6902

PART NAME

F
F

F
F

F
F
F
F
F
F
F
FUSE

DESCRIPTION

10A-UL/T-2
10A-T/UL-ST

E-EA
E-TL2

T-2

A-T/UL-ST

2.5A-SE-EA

2.5A-SE-TL2
T-2

A-T/UL-ST
12A-TUL-2
12A-TUL-250V

PART NO.

252330G
252

25207
25227

25232
2522
25207
25227
25232
2522
252301
252301GR

REMARKS

!, <DD
!, <DD

!, <PP
!, <PP

!, <DD

!, <DD

!, <PP

!, <PP

!

2. To initialize the unit

1. Press and hold down the VIDEO 1/VCR 1 button, then press the STANDBY/ON button when the unit is Power on.

2. After " Clear " is displayed, the preset memory and each mode stored in the memory are initialized and will return to
the factory settings.

3. To check the version of microprocessor

Main microprocessor Q701 only.

1. Press and hold down the DISPLAY button , then press the STANDBY/ON button when the unit is Power on.
The version is displayed on FL display for 3 seconds.

Ex.

Main1.01/05305A

2. Press the STANDBY/ON button to Power off.

4. Memory Backup

The AV receiver uses a battery-less memory backup system in order to retain radio presets and other settings
when it's unplugged or in the case of a power failure.
Although no batteries are required, the AV receiver must be plugged into an AC outlet in order to charge the
backup system. Once it has been charged, the AV receiver will retain the settings for several weeks,
although this depends on the environment and will be shorter in humid climates.

OPERATION CHECK-1

SPEAKER PROTECT-1 (DC VOLTAGE DETECTION)

[When]

1. Exchange power transistors (Q6050 - Q6054, Q6060 - Q6064).

2. Exchange amplifier PC board ass'y (NAAF-8911).
[Procedure]

<Note>
No load. No input.

1. Press and hold down the CD button, then press the STANDBY/ON button while the unit is Power ON.
" Test - _ " is displayed only for 5 seconds.

HT-R640

Test - _

2. Press the VIDEO 3 button, while the characters of " Test - _ " are displayed.

The unit will be in the state of "

Test-4-00

Blinks

".

Test - 4-00

3. Repeatedly press TONE

+ button until the characters of " Test-4-21 " are displayed.

Test - 4-21

Check whether the operation starts and continues automatically as follows.

Test - 4-21

Front L ch

Protect OK

Check

Test - 4-22

Front R ch

Protect OK

Check

Test - 4-23

Center ch

Protect OK

Check

Test - 4-25

Protect OK

Protect

Surround R ch
Check

Test - 4-24

Protect OK

If all channels are OK, the characters of

Test - 4-35

4. Press the STANDBY/ON button.

Clear

Surround L ch
Check

" Test - 4 - 35 "

Turn off

are displayed.

OPERATION CHECK-2

SPEAKER PROTECT-2 (CURRENT DETECTION)

[When]

1. Exchange power transistors (Q6050 - Q6054 Q6060 - Q6064.

2. Exchange amplifier PC board ass'y (NAAF-8911).
[Procedure]

<Note>
No input.
Do not check two or more channels at the same time.
Do not connect a dummy load to speaker terminal longer than 2 seconds.

HT-R640

1. Press and hold down the
" Test - _ " is displayed only for 5 seconds.

2. Press the VIDEO 3 button, while " Test - _ " is displayed.

The unit will be in the state of "

CD

button, then press the

Test - _

Test-4-00

".

Blinks

STANDBY/ON

button while the unit is Power ON.

Test - 4-00

3. Repeatedly press

TONE

+

button until

" Test-4-35 " is displayed.

Test - 4-35

4. Connect the dummy load of
At this time, confirm that the speaker relay is

3

ohms to the Front L ch speaker terminal.

not turned off.

Test - 4-35

5. Connect the dummy load of 1 ohm to the Front L ch speaker terminal.
At this time, confirm that the speaker relay is turned off and " Protect " is displayed.

Protect

Disconnect the dummy load immediately after checking the display of

" Protect ".

Test - 4-35

6. Check other channels according to the same procedure as 4 and 5.

7. Press the

STANDBY/ON

button.

Turn off

Clear

OPERATION CHECK-3

CONTROL OF POWER SUPPLY (OUTPUT SENSOR AND THERMAL SENSOR)

[When]

1. Exchange power transistors (Q6050 - Q6056, Q6060 - Q6066).

2. Exchange power amplifier PC board ass'y (NAAF-8911).

3. Exchange thermal sensor PC board ass'y (NAETC-8913).
[Procedure]

<Note>
No output. No input.

Output sensor

1. Press and hold down the CD button, then press the
" Test - _ " is displayed only for 5 seconds.

STANDBY/ON

button while the unit is Power ON.

HT-R640

Test - _

2. Press the
The unit will be in the state of "

VIDEO 3

button while

" Test - _ "

Test-4-00

Blinks

is displayed.

".

Test - 4-00

3. Repeatedly press TONE

+

button until

" Test-4-37 " is displayed.

Test - 4-37

4. At this time, confirm that the red characters of

And, check relay RL6901 and RL6902 are

" FM STEREO " is displayed.

turned off in 2 or 3 seconds.

FM STEREO

Test - 4-37

5. Press the STANDBY/ON button.

Clear

Thermal sensor

1. Press and hold down the
" Ver. 0.50/05131a " is displayed only for 2 seconds.

<Ex.>

DISPLAY button, then press the

Ver. 0.50/05131a

Turn off

STANDBY button when the unit is power ON.

TONE

2. Press the

3. Confirm that the displayed temperature is within +/-20 degree C from the ambient temperatures.

4. Press STANDBY/ON button.

button while " Ver.0.50/05131a " is displayed.

<Ex.>

T: 25 C/ 77 F

Turn off

Clear

OPERATION CHECK-4(1/2)

DSP DEBUG MODE

The operation of DSP is able to checked by the information displayed on FL in this debug mode.
This information will help to pursue the cause of trouble.

To set in DSP debug mode

1. Press and hold down the

<Ex.>

DISPLAY button, then press the

The version number of microprocessor is displayed only for 2 seconds.

STANDBY

Ver. 0.50/05131a

1. Press the TONE+ button within 2 seconds above, the version number of DSP is displayed.
<Ex.>

DSP :06421A

button while the unit is power ON.

HT-R640

2. Press the

DISPLAY

<Ex.>

To exit

Press

STANDBY/ON button.

Content of display

2

1

-------------------------------- DIR ------------------------------------

1

UNLOCK

E = UNLOCK

= LOCK

Digital Selector

2

0 = None
1 = OPT 3
2 = OPT 2
3 = OPT 1
4 = COAX 1
5 = COAX 2
6 = HDMI
7

= FRONT

DIR Status

3

D = Digital
A

= Analog
M = Multich
P = Multich PCM
p = PCM Fixed

= DTS Fixed

d

button while

" DSP :06421A"

E1A48K0N/OFFPoO

4

4

Sampling Frequency
and Emphasis

= 32 kHz without Emphasis

32K

= 44.1 kHz without Emphasis

44K

= 48kHz without Emphasis

48K

= 64 kHz

64K

= 88.2 kHz

88K

= 96 kHz

96K

= 176.4 kHz

176

= 192 kHz

192

= 32 kHz with Emphasis

32e

= 44.1 kHz with Emphasis

44e

= 48 kHz with Emphasis

48e

5

CODEC CLOCK MODE

N = Normal
U = Up Sampling
H = High Sampling (Double Rate)
D = Down Sampling
Q

= Quad Rate

6

DIR Detect Type

0 = Analog
1 = PCM
2 = Not PCM
3 = Data
4 = DTS CD (Not used)
5 = Multich
6

= Not Decided

is displayed. The status of DSP and DIR will be displayed.

5 6 8

7 1039

11

------------------ DSP --------------------

DSP Port

7

0 = NIC
1 = DEC
2 = BUSY

= EXEC WAIT

3

8

DSP Sequence

04 = Boot
11 = Restart
FF

= Free

DSP Detect Format

9

P = PCM (Analog)
D = Dolby Digital

d = DTS
A = AAC
? =

UNKNOWN

10

DSP Decode

o = Decode OK
x

= Decode NG

------- Main Micro Processor --------

Mute

11

= Selector IC(Q5501)

0
1

= DSP(Q201)

2

= DIR(Q301)

3

(Normal state)

(Abnormal state)

OPERATION CHECK-4(2/2)

DSP DEBUG MODE

Trouble Cause Analysis by Debug Mode

This debug mode will help in digital audio no sound trouble.

Check information on FL display and the related devices or circuits.

HT-R640

Digit no.
on FL

1
4

6

8

9

10

11

Symptom on display

"E" is displayed

Displayed freq. is different

from input

Displayed format is different

from input

"04" or "11" do not change
to "FF"

Displayed format is different

from input

"x" is displayed

This identifies IC which

outputs error

Cause

No input signal to DIR
No input signal to DIR

No input signal to DIR

ROM or RAM error

Input signal to DSP is no good

Interface between DSP and
Micro processor is no good

IC outputs error to main
micro processor

Check

Related devices from digital input to Q301
Related devices from digital input to Q301

Related devices from digital input to Q301

Q281, Q282 & related devices

Related devices from Q301 to Q201

Related devices from Q701 to Q201

Q5501, Q201, Q301 & related devices

HT-R640

EXPLODED VIEWS-1

P901

A044

F901C

U03

A035

A017

x 2 pcs.

A037

F901

F903C

F910C

U04

F910

A097

x 38 pcs.

A002

A002

U19

F6902
F6901

U15

A013

x 4 pcs.

F903

U16

A020

x 2 pcs.

A044

A093

A018

A030

x 4 pcs.

A031
A033

T901

A021

x 4 pcs.

U14

U010

U21

U13

A028

A051

U17

A040
A044

A041
A045

A016

U06

U18

P101

Refer to
<Fig-1> in
EXPLODED VIEWS-2

A002

x 2 pcs.

A002

A045

A016

x 2 pcs.

A050

A016

x 2 pcs.

A016
A015

A065

x 4 pcs.

A002

x 4 pcs.

A066

x 4 pcs.

A002

x 2 pcs.

U12

A022

U11

A016
A042

A050

A016x 2 pcs.

U01

U02

A002

A002

U10

A002

x 7 pcs.

A002

x 5 pcs.

A052

A053

A050

x 2 pcs.

A051

A070

A081

A077

A061

x 6 pcs.

A102

A060

A109

DD Only

P701

A051

A002

x 2 pcs.

U09

U05

A001

A062

A055

A073

A112

x 4 pcs.

A110

HT-R640

A089

x 3 pcs.

EXPLODED VIEWS-2

<Fig-1>

HT-R640

Q6050B

x 4 pcs.

A049

x 10 pcs.

Q6054

Q6064

Q6053

Q6063

Q6052

Q6062

Q6051

Q6061

Q6050

Q6050A

x 2 pcs.

Q6060

HT-R640

HT-R640

A

BLOCK DIAGRAM-1

AUDIO SECTION

1

2

3

XM ANTENNA

UNIT

FRONT

VIDEO 4 IN

CD

TAPE OUT

TAPE IN

VIDEO 3 IN

VIDEO 2 OUT

VIDEO 2 IN

VIDEO 1 OUT

VIDEO 1 IN

DVD

INPUT

MULTI CHANNEL

SW

FL
FR

SL
SR

BCDEFGH

FM/AM TUNER UNIT

40

L

59

XM-RADIO

DD ONLY

XM/DT IC

DAC

AK4384

L
R

L
R

L
R

L
R

L
R

L
R

L
R

L
R

L
R

C

R

60

L

63

R

64

65

66

61

62

57

58

55

56

53

54

51

52

49

50

47

48

45

46

71

72

69

MAIN L

MAIN R

SUB L

SUB R

REC L

REC R

37

36

74

INVERTING

35

73

INVERTING

38

39

25k25k 25k25k25k25k

34

75

30

78

25k25k25k25k25k25k25k25k25k25k

33

77

32

76

31

80

29

79

28

4

COAX 1
COAX 2

70

67

68

FR

FL

C

SW

SL

FRONT OPT

OPT 1

OPT 2

OPT 3

OPT OUT

HDMI

RX

HDMI

TX

SPDIF

I2S(DVD-AUDIO)

HDMI

IN 1

IN 2

Micro

Controller

5

OUT

16
15

-

14

13

-

49

43
42

44

46
45
48
47
50

2ch ADC

DIR

Q301 CS42518

LPF

31

LPF

32

30

LPF

33

36

LPF

35

37

LPF

28

34

29

8ch DAC

Q5501 R2S15211FP

TONE

TONE

HT-R640

5 CH

POWER

17

16

+

19

20

7

6

+

14
15

+ +++

12
11

9

SW

FL

FR

C

PREOUT

SUB

SL

SR

WOOFER

AMPLIFIER

+29dB

+29dB

+29dB

+29dB

+29dB

HEADPHONES

LEFT

FRONT SPEAKERS

RIGHT

CENTER SPEAKER

LEFT

SURROUND SPEAKERS

RIGHT

SR

10

4

5

2

1

AMUT

SD RAMFLASH ROM

4M Bit

16M bit

HP DET

FRL

CSRL

INTERFACE

RI

RI

117
116

LPF

27

29

22

26

21

23

20

115

113

DSP

TMS320DA707

62
63
64
1

61
60
54

I2S(DVD-AUDIO)

I2S(DIR/ADC)

I2S(DVD-AUDIO)

135

137

TC74VHCT157FT

138

120

139

141

<Note>
Refer to SCHEMATIC DIAGRAM-11(SD-11) for
digital audio signal flow and wave forms.

Q701

M30627FHPGP

MAIN MICRO

PROCESSOR

HT-R640

A

BLOCK DIAGRAM-2

VIDEO SECTION

1

HDMI INPUT

COMPONENT
VIDEO INPUT

2

IN1

IN2

IN1

IN2

Y

CB

CR

Y

CB

CR

BCDEFGH

C

V_Y

Q4002 AN-15881A

Y

CB

Y

CB

IN3

CR

CR

3

COMPOSITE

Micro Processor

SDET

SDET*{OSD+(OSD*SI)}

M-SDET

Y

SDET*{OSD+(OSD*SI)}

OSD

Q4004

LC74763

-9836

OSDDA

OSDCS

OSDCK

0dB

DIGITAL VIDEO DECODER

1k

-6dB

1k

1k

-6dB

1k

1k

-6dB

1k

1k

-6dB

1k

Q4001 ADV7183A

Y1

AIN1

COMPOSITE / Y2AIN2
COMPOSITE

AIN3

C1

AIN4
AIN5

C2

SDA

VDRST

VIDEO INPUT

DVD

VIDEO1

VIDEO2

VIDEO3

4

VIDEO4

(FRONT)

S VIDEO INPUT

DVD

YC

YC

VIDEO1

C

Y

V

Y

VIDEO2

VIDEO3

YC

VIDEO4

YC

(FRONT)

C

5

6dB
6dB
6dB

6dB
6dB
6dB

6dB
6dB
6dB

0dB

0dB

0dB

Q4002 AN-15881A

HT-R640

Y1
COMPOSITE / Y2AIN2
COMPOSITE
C1

C2

SCL

SDA

HDMI BOARD

DIGITAL VIDEO ENCODER

Q4003 ADV7172

DACA
DACB
DACC

DACD
DACE
DACF

HDMI OUTPUT

Q4002 AN-15881A

Y

CB

CR

COMPONENT
VIDEO OUTPUT

Y
CB
CR

V
Y
C

SDET*{OSD+(OSD*SI)}
SDET*{OSD+(OSD*SI)}
SDET*{OSD+(OSD*SI)}

6dB

6dB

6dB

Y

CB

CR

COMPOSITE

SDET*{OSD+(OSD*SI)}

6dB

SDET*{OSD+(OSD*SI)}

OSD*(SDET + SI)

SDET*OSD

SELV1

SELV2

VIDEO OUTPUT

MONITOR

VIDEO1
VIDEO2

Q4002 AN-15881A

SDET*{OSD+(OSD*SI)}

SDET*{OSD+(OSD*SI)}

6dB

6dB

SDET*{OSD+(OSD*SI)}

SDET*OSD
SDET*OSD

SDET*{OSD+(OSD*SI)}

SDET
SELV1

SELV1

SELV2

SELV2

C

C

C

Y

MONITOR

Y

VIDEO1

Y

VIDEO2

S VIDEO
OUTPUT

A

BCDEFGH

SCHEMATIC DIAGRAM-1(SD-1)

AUDIO SECTION

NAAF-8911 (1/2)

AMPLIFIER PC BOARD

1

2

3

4

U15

CD

TAPE OUT

TAPE

VIDEO 3

VIDEO 2 OUT

VIDEO 2

VIDEO 1 OUT

VIDEO 1

DVD MULTI IN

RI

FR

FL

SW

SR

SL

P5505

R

L

R

L

R

L

R

L

R

L

R

L

R

L

R

L

C

P7900

P7902

P7903

P7904

P7905

R5500

R5504

R5505

R5506

R5508

R5509

R5511

R5512

R5513

R5514

R5515

R5516

R5517

R5518

R5519

R5520

R5521

R5522

R5523

R5524

330

R5503

330

R5543

220K

330

330

330

R5507

330

330

330

R5510

330

330

330

330

330

330

330

330

330

330

330

330

330

330

330

TO NADG-8816

C5701

102J

R5544

220K

R5545

220K

R5546

220K

R5547
220K

R5548

220K
R5549

220K

R5550

220K

R5551
220K

R5552
220K

R5553
220K

R5554

220K

R5555
220K

R5556
220K

R5557

220K

R5558

220K

C5704

102J

R5559

220K

R5560

220K
R5561

220K

R5562

220K

R5563

220K

R5564

220K
C5706

102J

(SD-6:A3)

P304

C5503

221K

C5504

221K

C5507

221J

C5508

221J

C5702
102J

C5509

221J

C5510

221J

C5703
102J

C5513

221J
C5514

221J

C5517

221J

C5518
221J

C5519

221K

C5520

221K

C5521

221J

C5522

221J

C5705

102J

C5523

221J

C5524
221K

C5576

47/50

74

FLIN1

Downmix

47/50

75

FRIN1

R5590

R5594

R5598

123456789

DACR

C5569

77

76

78

CIN1

SLIN1

SRIN1

SWIN1

1-OUT

2-OUT

SBRIN1

3-OUT

4-OUT

5-OUT

6-OUT

FLOUT

FROUT

BASS_R225BASS_R1

BASS_L1
BASS_L2

TRE_L

C5564

223J

Q5503

NE5532

1

10K

C5590

330J

10K

10K
C5591
330J

10K

7

Q5503

TO NADG-8816

(SD-6:A2)

P302

-12V

+12V

GNDA

DACL

DACC

DACSW

GNDDG

79

80

C5551

47/25

1

1-C

SBLIN1

2
3

AGND

4

C5552

47/25

5

2-C

6

C5553

3-C

47/25

7
8

AGND

9

C5554

47/25

10

4-C

C5555

11

5-C

12

47/25

13

AGND

47/25

14
15

C5556

6-C

C5557

16

FLC

17

47/25

18

AGND

19

C5558

47/25

20

FRC

21

C5559

C5560

22
23

C5561

24

223J

2SC1815

AVCC

Q5684

26

7.5V

823J

474J

C5674

470/16

C5562

C5563

C5684

1.8K

R5586

C5685

C5675

470/16

-7.5V
Q5685

2SA1015

4

3

R5591

10K

2

R5593

R5592

1.2K

470

R5597

R5596

470

1.2K

5

R5599

6

10K

8

NE5532

1011121314

VLDATA

VLCLK

PROTECT

823J

220/25

220/25

DAC_FR

DAC_SW

DAC_FL

R5684

R5685

R5675

VOLH

SEC1H

474J
R5585

1.8K

R5674

68

680

D5672

D5671

680

68

AMUT

MTZJ7.5C

MTZJ7.5C

SW_OUT1

R5667

R5666

+12V

22

C5667

C5666

22

-12V

220/25

220/25

+12V

C5630
47/50

C_OUT

SR_OUT
SL_OUT

TO NADG-8816

R5575
R5576
R5577

R5578

R5579

220K

10K

R5587

220K
220K
47K
47K

RI

TUPACKL

(SD-6:A3)

P303

987654321

V4R

V4L

ADLT+

MIC

GNDv4

ADRT+

TUPACKR

GNDTU

65

67

66

64

INL9

63

INR9

62

INLA/RECL1

61

INRA/RECR1

60

INL8

59

INR8

58

INL7

57

INR7

56

INL6

55

INR6

54

INL5

53

INR5

52

INL4

51

INR4

50

INL3

49

INR3

48

INL2

47

INR2

46

INL1

45

INR1

44

AVEE

43

CLOCK

42

DATA

DGND

41

MONO39SUBL38SUBR37ADCR36ADCL35FRIN234FLIN233SRIN232SLIN231SWIN230CIN229SBRIN228SBLIN227TRE_R

40

C5566

R5589

1K

1413121110

DACSBR

DACSBL

DACSL

DACSR

C5574

C5572

C5573

C5575

47/50

47/50

47/50

47/50

71

68

69

70

INL11/RECL5

INR11/RECR5

INLB/RECL2

INRB/RECR2

INR10/RECR4

Q5501
R2S15211FP
(Botom view)

47/25

C5565

47/25

C5571

C5570

47/50

47/50

72

73

RECL3

RECR3

INL10/RECL4

DMIXR

R5595

DMIXL

TO XM

TO NADG-8817

(SD-7:H1)

321

JL5502A

1234567

XM_R

XM_L

GND_AMP

R5581

220K

R5580

220K

R5582

R5583

220K

220K

+12V

-12V

10K

R5588

5

<Note>
SD-x:XY is short for Shcematic Diagram-x and
each socket's location, X=A to H, Y=1 to 5.

TO NADG-8816

(SD-6:A2)

P301

65432

1

HT-R640

C5630
47/50

C_OUT

SR_OUT
SL_OUT

L_OUT
R_OUT

R5630

3

3

220

R5631

Q5670
78M12

O

C5672

C5673

O2I

Q5671

79M12

47K

2

220/25

220/25

1

G

G

C5631

15K

I

C5671

1

10/50

3
2

221J

R5632

5
6

4

R5633

1.2K

8

C5670

10/50

Q5630A
NE5532

C5632

Q5630B
NE5532

GND_IR

VOLH

SEC1H

PROTECT

(SD-2)

TO MAIN AMP

R5681

220K

RN1441

Q5600

Q5601

Q5603

2.2K

Q5604
Q5605

2.2K

Q5606
Q5607

2.2K

RN1441

R5620
100

Q5610

RN1441

RN1441

R5623

R5624

0

RN1441
RN1441

R5625

R5626

0

RN1441

R5627

0

0

0

221J

D5707

22K

R5571

C5707

R5531

100

PRE OUT

SW

D5717

C5600

47/50

C5603

47/50

C5604
47/50

C5605

47/50

C5606

47/50

C5607

47/50

R5610

R5600

R5603

R5613
R5614

R5604

R5605

R5615
R5616

R5606

R5607

R5617

270

220K

220K

2.2K

220K

220K

2.2K

220K

220K

SW_OUT

1

R5634

10K

103J

7

SR_OUT
SL_OUT

L_OUT
R_OUT

C_OUT

+12V

R5677

8.2(2W)

R5670

R5678

R5672

47(2W)

R5673
68(2W)

R5671

68(2W)

8.2(2W)

47(2W)

+22V

-22V

C9004

RL1N4003 x4

1000/35

D9002

C9003

D9004

470/35

D9001

D9003

2.2(1W)

C9001

R5660

334J

R5661

2.2(1W)

GND_S1

GND_AMP

S1L+

S1L-

(SD-2:A3)

TO MAIN AMP

(SD-2:B5)

FROM AMP

221J

D5718

D5708

C5708

P7908

SR

SL

13
12
11
10

9
8
7
6

R

5
4

L

3
2

C

1

P5504B

(SD-3:A1)

TO NAAF-8917

P5503B

NOTE

THE COMPONENTS IDENTIFIED BY MARK ARE CRITICAL FOR SAFETY
REPLACE ONLY WITH PART NUMBER SPECIFIED.
VOLTAGE (MEASURED WITH VOLTMETER) IS DC VOLTAGE.(NO INPUT SIGNAL).
ALL PNP TRANSISTORS ARE EQUIVALENT TO 2SA1015-GR UNLESS OTHERWISE NOTED.
ALL NPN TRANSISTORS ARE EQUIVALENT TO 2SC1815-GR UNLESS OTHERWISE NOTED.
ALL DIODES ARE EQUIVALENT TO 1SS133 UNLESS OTHERWISE NOTED.
ELECTROLYTIC CAPACITORS ( ) ARE IN uF/WV.
ALL CAPACITORS ARE IN pF/50WV UNLESS OTHERWISE NOTED.
EX) 030- 3pF 330- 33pF 331- 330pF 333- 0.033uF
ALL RESISTORS ARE IN OHMS 1/4WATTS UNLESS OTHERWISE NOTED.
THE THICK LINES ON PC BOARD ARE THE PRINTING SIDE OF THE PARTS.
EX) PRINTING SIDE
CIRCUIT IS SUBJECT TO CHANGE FOR IMPROVEMENT.

!

A

SCHEMATIC DIAGRAM-2(SD-2)

POWER AMP SECTION-1

NAAF-8911 (2/2)

BCDEFGH

1

NOTE

THE COMPONENTS IDENTIFIED BY MARK ARE CRITICAL FOR SAFETY
REPLACE ONLY WITH PART NUMBER SPECIFIED.
VOLTAGE (MEASURED WITH VOLTMETER) IS DC VOLTAGE.(NO INPUT SIGNAL).
ALL PNP TRANSISTORS ARE EQUIVALENT TO 2SA1015-GR UNLESS OTHERWISE NOTED.

2

ALL NPN TRANSISTORS ARE EQUIVALENT TO 2SC1815-GR UNLESS OTHERWISE NOTED.
ALL DIODES ARE EQUIVALENT TO 1SS133 UNLESS OTHERWISE NOTED.
ELECTROLYTIC CAPACITORS ( ) ARE IN uF/WV.
ALL CAPACITORS ARE IN pF/50WV UNLESS OTHERWISE NOTED.
EX) 030- 3pF 330- 33pF 331- 330pF 333- 0.033uF
ALL RESISTORS ARE IN OHMS 1/4WATTS UNLESS OTHERWISE NOTED.
THE THICK LINES ON PC BOARD ARE THE PRINTING SIDE OF THE PARTS.
EX) PRINTING SIDE
CIRCUIT IS SUBJECT TO CHANGE FOR IMPROVEMENT.

3

AMPLIFIER PC BOARD

NAETC-8913

U17

THERMAL
SENSOR
PC BOARD

VOLH
SEC1H
GNDS1

+22V

PROTECT

(SD-1:G1 & F4)

FROM AUDIO SECTION

1

JL6402A

T0 NADG-8816

(SD-6:A2)

!

R6701

22K

Q6380

LM61CIZ

G

V

O

2

+5VDIS

THERMAL

GNDDG2

321

10K

R6702

C6703

Q6703

2SA1163-BL

+

1/50

C6704

3

D6703

104Z

R6704

UDZS5.1B

POWER TRANSISTOR LIST

TYPE

Q6050-56

MN130S

DD

2SC5242

PP

33K

R6708

2SC2712-GR

2SC2712-GR

Q6702

Q6701

47K

R6706

220K

D6702

KDS4148U

+

10/50

C6706

D6701

KDS4148U

C6701

5.6K

UDZS5.1B

R6709

D6704

+

100/25

12K

R6710

Q6060-66

MP130S
2SA1962

Center ch

Front L ch

Front R ch

P6000B

5

NF

4

-B1
3

+B1

2

+B

1

-B

T0 NAAF-8917 (SD-3:B3)

P6001B

5

NF

4

-B1
3

+B1

2

+B

1

-B

T0 NAAF-8917 (SD-3:B4)

P6002B

5

NF

4

-B1
3

+B1

2

+B

1

-B

T0 NAAF-8917 (SD-3:B5)

U15

R6040

R6041

R6042

+B1C

1.1V

+BC

R6020

(1/4W)

2.2

470

R6030

1.0V

-0.4V

3.3K

1.0V

3.3K

3.3K

NFC

+BL

NFL

+B1R

+BR

NFR

-BC

-B1C

+B1L

-BL

-B1L

-BR

-B1R

Q6000

2SC1740S-S

Q6010

-1.1V

1.1V
R6021

2.2

Q6001

2SC1740S-S

2SC1740S-S

Q6011

-1.1V

1.1V

R6022

2.2

2SC1740S-S

Q6002

2SC1740S-S

Q6012

-1.1V

0.6V

2SC1740S-S

-0.6V

(1/4W)

0.6V

-0.6V

(1/4W)

0.6V

-0.6V

5.6K

R6000

-0.3V

3.9K
R6010

2K

R6050

470

R6031

5.6K
R6001

-0.3V

3.9K
R6011

-0.4V

2K

R6051

470

R6032

1.0V

5.6K
R6002

-0.3V

3.9K
R6012

-0.4V

2K

R6052

Q6030
2SC5171 or
2SC5993

(1/4W)
82

R6070

Q6040
2SA1930 or
2SA2140

Q6031
2SC5171 or
2SC5993

(1/4W)

R6071

82

Q6041
2SA1930 or
2SA2140

Q6032
2SC5171 or
2SC5993

(1/4W)

R6072

82

Q6042
2SA1930 or
2SA2140

+

C6040

+

C6041

+

C6042

R6080

0.22

(1/4W)

ID+
ID-

47/50

R6090

0.22

(1/4W)

R6081

0.22

(1/4W)

ID+
ID-

47/50

R6091

0.22

(1/4W)

R6082

0.22

(1/4W)

ID+
ID-

47/50

R6092

0.22

(1/4W)

P6080

-54.5V

P6081

P6082

-54.5V

-54.5V

54.5V

2
1

54.5V

2
1

54.5V

2
1

Q6050

LIST

R6140

22K

R6100

0.22(5W)

Q6060

LIST

R6170

47K

D6000
KDS4148U

Q6051

LIST

R6141

22K

R6101

0.22(5W)

Q6061
LIST

R6171
47K

D6001
KDS4148U

Q6052
LIST

R6142
22K

R6102

0.22(5W)

Q6062
LIST

R6172
47K

D6002

KDS4148U

4

NAPS-8912

U16

SEC. TERMINAL-2 PC BOARD

P15-P19 : Power Trans S1 terminal

P6904B(GRN)

P18

P6900B(BLK)

P17 P19

P16

P6903B(YEW)

5

<Note>
SD-x:XY is short for Shcematic Diagram-x and
each socket's location, X=A to H, Y=1 to 5.

P15

JL6952A

1
2
3
4

JL6952B

1
2
3
4

P6903B

P6904B

(1W)

R6197

S1H+

S1H-

F6901

12A 250V

F6902

12A 250V

FROM AUDIO SECTION

100

2SC2712-GR

102J

C6911

S1L+

S1L-

(SD-1:F4)

Q6707

D6902

R6903

4

3 2

3

1SS352

4 1

47K

R6902

1K

RL6902

1
RL6901

2

C6912

334J/100V

C6913

C6915

C6916

D6901

334J/100V

D10XB60H

D10XB60H

104J

D6903

104J

GND_AMP

P6901A

+54.5V

+

C6901

LIST

P6900B

+

LIST

C6902

-54.5V

P6902A

CAPACITOR RATING

MODEL

C6901,C6902

DD

10000uF/63V
10000uF/69V

PP

P6011A

(COPPER BUS PLATE)

GND_SPSL

GND_SPSR

GND_SPR

GND_SPSBL

GND_SPSBR

987654321

R6130-6134

8.2(1W)

C6030-6034

473J(50V)

GND_S1

GND_SPL

GND_SPC

+22V

TO NAVD-8819
(SD-5:G1)

JL6603A

R6132

C6033

C6031

R6130

R6133

R6131

C6032

C6030

R6134

TO NAVD-8819 (SD-5:A3)

C6034

HT-R640

Q6050

LIST

R6140
22K

R6100

0.22(5W)

Q6060

LIST

R6170
47K

D6000
KDS4148U

Q6051

LIST

R6141

22K

R6101

0.22(5W)

Q6061

LIST

R6171
47K

D6001
KDS4148U

R6150

R6180

47K

12K

R6181

47K

12K

R6151

C6050

R6190

D6010

C6051

R6191

D6011

R6160

103J

220K

KDS4148U

VPRO
VOLH

R6161

103J

220K

KDS4148U

VPRO
VOLH

Q6070
2SC2240

2SC2240

CLIMP AS

from C6901/6902

to Power Amp of all ch

IPRO

33K

SPC

IPRO

33K

Q6071

SPL

P6901B

-B

P6902B

P6910A

+B

P6902C

P6901C

CLIMP AS

from C6901/6902

to Power Amp
of Surr ch

P6910C

P6910B

P6910E

Surround L ch

Surround R ch

P6910D

P6910F

PVC ASSY
from C6901/6902
to Power Amp of Front ch

P6003B

5

NF

4

-B1
3

+B1

2

+B

1

-B

T0 NAAF-8917 (SD-3:D2)

P6004B

5

NF

4

-B1
3

+B1

2

+B

1

-B

T0 NAAF-8917 (SD-3:D3)

R6043

R6044

+B1SL

1.1V

+BSL

R6023

2.2

R6033

R6003

R6013

R6053

R6034

R6004

R6014

R6054

-0.3V

-0.4V

1.0V

-0.3V

-0.4V

1.0V

NFSL

3.3K

-BSL

-B1SL

+B1SR

+BSR

NFSR

3.3K

-BSR

-B1SR

(1/4W)

Q6003

2SC1740S-S

2SC1740S-S

Q6013

-1.1V

1.1V
R6024

(1/4W)

2.2

Q6004

2SC1740S-S

2SC1740S-S

Q6014

-1.1V

0.6V

-0.6V

0.6V

-0.6V

470

5.6K

3.9K

2K

470

5.6K

3.9K

2K

Q6033
2SC5171 or
2SC5993

(1/4W)

R6073

100

Q6043
2SA1930 or

2SA2140

Q6034
2SC5171 or
2SC5993

(1/4W)

R6074

100

Q6044
2SA1930 or

2SA2140

+

C6043

+

C6044

R6083

0.22

(1/4W)

47/50

R6093

(1/4W)

R6084

(1/4W)

47/50

(1/4W)

ID+
ID-

P6083

0.22

0.22

ID+
ID-

P6084

R6094

0.22

-54.5V

-54.5V

54.5V

2
1

54.5V

2
1

Q6053
LIST

R6143
22K

R6103

0.22(5W)

Q6063

LIST

R6173
47K

D6003
KDS4148U

Q6054

LIST

R6144
22K

R6104

0.22(5W)

Q6064

LIST

R6174

47K

D6004
KDS4148U

R6153

R6183

47K

R6154

R6184

IPRO

33K

R6163

Q6073

2SC2240

12K

103J

C6053

SPSL

220K

R6193

D6013

KDS4148U

VPRO
VOLH

IPRO

33K

R6164

Q6074

2SC2240

12K

103J

C6054

SPSR

220K

R6194

D6014

KDS4148U

VPRO
VOLH

47K

Q6052

LIST

R6142

22K

R6102

0.22(5W)

Q6062

LIST

R6172

47K

D6002
KDS4148U

R6152

R6182

IPRO

33K

R6162

Q6072

2SC2240

12K

103J

C6052

SPR

220K

R6192

D6012

KDS4148U

VPRO
VOLH

47K

TO NAVD-8819 (SD-5:A3)

SPC

1

SPL

2

SPR

3

SPSL

4

SPSR

5
6
7

JL6600A

VOLH
IPRO
VPRO

HT-R640

A

SCHEMATIC DIAGRAM-3(SD-3)

POWER AMP SECTION-2

1

NAAF-8917

U19

DRIVER AMPLIFIER PC BOARD

TO NAAF-8911 (SD-1)

P5503A

2

Center ch

R5000

C5010

+

47/50

1K

R5010

221K

C5000

3

R5040

D5000

MTZJ5.6B

Front L ch

C5011

R5001

+

1K

47/50

R5011

C5001

221K

R5041

4

D5001

MTZJ5.6B

Front R ch

C5012

R5002

+

1K

47/50

R5012

221K

C5002

R5042

MTZJ5.6B

5

D5002

P5504A

123

4

56789

101112

13

+53.8V

1K

R5110

100K

R5090

Q5000

2SC2240-BL

R5020

-0.65V

330

56K

R5050

4.7K

2.2K

-48.2V

100K

R5021

330

R5022

330

100K

R5100

-48.2V

100K

R5101

100K

-48.2V

R5102

100K

R5111

Q5001

2SC2240-BL

-0.65V

R5051

4.7K

R5112

Q5002

2SC2240-BL

-0.65V

R5052

4.7K

R5060

R5080

K
1

R5061

R5081

1K

R5062

R5082

1.2K

470

1.2K

470

1.2K

470

10/50

+

C5020

R5091

56K

2.2K

10/50

+

C5021

R5092

56K

2.2K

10/50

+

C5022

+52.3V

Q5010

2SC2240-BL

+

C5040

Q5050

2SC2240-BL

-52.9V

-53.8V

+52.3V

Q5011

2SC2240-BL

C5041

Q5051

2SC2240-BL

-52.9V

-53.8V

+52.3V

Q5012

2SC2240-BL

C5042

Q5052

2SC2240-BL

-52.9V

-53.8V

C5100

C5110

+53.8V

C5101

+

C5111

+53.8V

C5102

+

C5112

+

+

+

+

+

+

0V

220/25

0V

0V

220/25

22/100

22/100

22/100

220/25

22/100

22/100

22/100

R5160

R5170

R5161

R5171

R5162

R5172

100

Q5030

C5080

100

100

Q5031

C5081

100

100

Q5032

C5082

100

(1/4W)

2SA949Y

040D

R5230
120K

Q5040

(1/4W)

(1/4W)

040D
R5231

120K

Q5041

(1/4W)

(1/4W)

040D
R5232

120K

Q5042

(1/4W)

P6011B

(1/4W)

10

R5180

1.1V

R5030

120K

C5090

-1.1V

2SC2229-Y

10
R5190

(1/4W)

10
R5181

1.1V

2SA949Y

R5031
120K

C5091

-1.1V

2SC2229-Y

10

R5191

(1/4W)

10

R5182

2SA949Y

1.1V

R5032

120K

C5092

-1.1V

2SC2229-Y

10

R5192

BCD

R5200

101K

(1/4W)

R5201

101K

(1/4W)

R5202

101K

(1/4W)

18K

R5130

18K

R5131

18K

18K

R5132

COPPER BUS PLATE

+

C5050

47/50

18K

+

C5051

47/50

18K

+

47/50

C5052

NFC

5
4

-B1C

+B1C

3

+BC

2

-BC

1

P6000A

TO NAAF-8911 (SD-2:D1)

NFL

5

-B1L

4
3

+B1L

2

+BL

1

-BL

TO NAAF-8911 (SD-2:D2)

P6001A

NFR

5
4

-B1R

+B1R

3

+BR

2

-BR

1

P6002A

TO NAAF-8911 (SD-2:D3)

NOTE

THE COMPONENTS IDENTIFIED BY MARK ARE CRITICAL FOR SAFETY
REPLACE ONLY WITH PART NUMBER SPECIFIED.
VOLTAGE (MEASURED WITH VOLTMETER) IS DC VOLTAGE.(NO INPUT SIGNAL).
ALL PNP TRANSISTORS ARE EQUIVALENT TO 2SA1015-GR UNLESS OTHERWISE NOTED.
ALL NPN TRANSISTORS ARE EQUIVALENT TO 2SC1815-GR UNLESS OTHERWISE NOTED.
ALL DIODES ARE EQUIVALENT TO 1SS133 UNLESS OTHERWISE NOTED.
ELECTROLYTIC CAPACITORS ( ) ARE IN uF/WV.
ALL CAPACITORS ARE IN pF/50WV UNLESS OTHERWISE NOTED.
EX) 030- 3pF 330- 33pF 331- 330pF 333- 0.033uF
ALL RESISTORS ARE IN OHMS 1/4WATTS UNLESS OTHERWISE NOTED.
THE THICK LINES ON PC BOARD ARE THE PRINTING SIDE OF THE PARTS.
EX) PRINTING SIDE
CIRCUIT IS SUBJECT TO CHANGE FOR IMPROVEMENT.

P5019

Surround L ch

C5013

R5003

+

1K

47/50

C5003

221K

D5003

MTZJ5.6B

R5013

R5043

R5093

100K

R5023

330

56K

2.2K

-48.2V

10/50

+

100K

R5103

C5023

Surround R ch

R5094

100K

C5014

+

47/50

221K

MTZJ5.6B

D5004

R5014

R5044

R5024

330

56K

2.2K

-48.2V

10/50

+

100K

R5104

C5024

R5004
1K

C5004

1K

R5113

Q5003

2SC2240-BL

-0.65V

R5053

4.7K

1K

R5114

Q5004

2SC2240-BL

-0.65V

R5054

4.7K

R5063

R5083

R5064

R5084

+52.3V

Q5053

1.2K

-52.9V

470

+52.3V

Q5054

1.2K

-52.9V

470

-53.8V

Q5013

Q5014

!

+53.8V

+

C5103

22/100

2SC2240-BL

0V

+

220/25

C5043

+

C5113

22/100

2SC2240-BL

-53.8V
+53.8V

+

C5104

22/100

2SC2240-BL

0V

+

220/25

C5044

+

22/100

C5114

2SC2240-BL

R5163

R5173

R5164

R5174

100

Q5033

C5083

Q5043

100

100

Q5034

C5084

120K

100

R5183

(1/4W)

2SA949Y
R5033

120K

040D

R5233

120K

(1/4W)

R5184
10

(1/4W)

2SA949Y

R5034

120K

040D

R5234

Q5044

(1/4W)

(1/4W)

10

1.1V

R5203

101K

C5093

-1.1V

2SC2229-Y

R5193

(1/4W)

10

(1/4W)

1.1V

R5204

101K

C5094

-1.1V

2SC2229-Y

(1/4W)

10
R5194

22K

22K

R5133

22K

22K

R5134

+

C5053

+

C5054

47/50

47/50

NFSL

5
4

-B1SL

+B1SL

3
2

+BSL

1

-BSL

P6003A

TO NAAF-8911 (SD-2:F1)

NFSR

5
4

-B1SR
3

+B1SR

2

+BSR

1

-BSR

P6004A

TO NAAF-8911 (SD-2:F2)

<Note>
SD-x:XY is short for Shcematic Diagram-x and
each socket's location, X=A to H, Y=1 to 5.

HT-R640

A

SCHEMATIC DIAGRAM-4(SD-4)

VIDEO SECTION

NAVD-8819 (1/2)

1

PR

COMPONENT

VIDEO IN3

PB

Y

Y

PR

2

COMPONENT

PB

VIDEO IN2

Y

PR

COMPONENT

PB

VIDEO IN1

Y

PR

3

COMPONENT

PB

VIDEO OUT

Y

VIDEO 3 IN

VIDEO 2 OUT

4

VIDEO 2 IN

VIDEO 1 OUT

VIDEO 1 IN

DVD IN

5

MONITOR

OUT

P4001

P4002

P4003

P4004

P4006

P4005

U14

C4019
102K

C4013
102K

YC

YC

YC

YC

YC

C

Y

Y

C

BCDEFGH

VIDEO PC BOARD

C4001

PRIN3

10/50

75

R4001

C4002

PBIN3

10/50

75

R4002

C4003

CYIN3

10/50

75

R4003

PRIN2

C4004

10/50

75

R4004

C4005

PBIN2

10/50

75

R4005

C4006

CYIN2

10/50

75

R4006

PRIN1

C4007

10/50

75

R4007

PBIN1

C4008
10/50

75

R4008

CYIN1

C4009
10/50

75

R4009

C4158

470

C4159

470

C4160

470

R4201

75

R4202

75

R4203

75

C4021

R4015

75

C4219

R4016

R4021

C4162

C4015

102K

102K

R4030

C4020

102K

181J

75

75

101J

75

C4143

100K

R4204

R4205

R4206

R4010

100K

C4014

R4210

R4025

181J

100K

100K

102K

R4213

75

R4014

R4207

R4017

R4020

100K

75

R4022

75

100k

R4011

75

C4218

75

C4161

R4023

R4026

R4029

PROUT

PBOUT

CYOUT

75

181J

75

101J

R4211

75

75

R4027

75

R4214

C4142

181J

C4217

R4208

R4024

C4010
C4011

C4012

10/50

75
R4012
R4013

75

100K

C4016

104Z
C4017

10/50

C4018

10/50

R4018
R4019

75

C4163

100K

C4022

104Z

C4023

10/50

C4024

10/50

75

C4025

104Z

C4026

10/50

C4027
10/50

75
R4028

100k

181J

75

75

104Z

10/50

101J

181J

C4144

CIN_V3
YIN_V3
VIN_V3

COUT_V2
YOUT_V2

VOUT_V2

100K

R4209

CIN_V2
YIN_V2

VIN_V2

COUT_V1
YOUT_V1

VOUT_V1

100K

R4212

CIN_V1
YIN_V1
VIN_V1

CIN_DVD
YIN_DVD

VIN_DVD

C4110

104Z

R4215

100k

PBOUT2
PBOUT

CYOUT2
CYOUT

COUT_MON

YOUT_MON

VOUT_MON

BA33BC0FP

Q4007

1

I

2

C4041

104Z

O

G

C4157

3

102K

LBC2518
L4003

022K

C4042

470/6.3

R9007

103K

C4043

2.2(1/2W)

C4044

GND_VD

+5V_VDD

Q4019

TX-SR574 ONLY

COUT_MON

VOUT

COUT

R4037

C4050
10/16

104Z

C4047

+3.3V

C4053

10/16

C4045

10/16

C4057

104Z

10/16

104Z

C4046

L4010

RN1443

COUT_V2

COUT_V1

YOUT

OSDOUT_1

BA18BC0FP

1

C4028

R4033

1K

R4035

1K

C4035

1K

C4037

C4049

C4051

C4056

R4039

1K

+5V

YOUT_MON

YOUT_V1

YOUT_V2

COUT

+5V_VDD
+5V_VD

R9009

10(1/2W)

Q4006

3

I

O

G

2

104Z

C4156

R4034

C4033

R4036

104Z

104Z

R4038
104Z

C4048

104Z

C4052

C4054

104Z

10/16

104Z

C4055

R4040

1K

C4058

104Z

C4059

L4005

LBC2518

220K

GND_VD

C4122

104Z

C4123

C4124
47/25

C4125

104Z

TX-SR604 ONLY

104Z

C4109

220K

LBC2518

L4002

103Z

470/6.3

C4030

102K

C4029

3.9K

1K
1K

102J

104Z
102K

104Z

C4135

104Z
R4133

75

R4135

75

75

C4103

220/6.3

C4106
220/6.3

C4108

220/6.3

C4111

104Z

C4114

C4116

470/6.3

C4118

470/6.3

C4119
220/6.3

C4121

470/6.3

SDA

VOUT_MON

823J

4.7k

C4034

R4056

1K

R4055

R4057

37

38

36

LEPF

PVDD

^PWRDN

104Z

100

R4041

41
42

C4154

43

221J

44
45
46
47
48

C4155

221J

49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64

104Z

C4036

C4038

34

32

P133P0

NC35NC

ADV7183B

Video Decoder

R4042

R4043

100

100

PBOUT2
PBOUT1
GND2
CYOUT3-FB
CYOUT3
CYOUT2-FB
CYOUT2
COUT4
VCC2
COUT3
COUT2
COUT1
GND3
YOUT4-FB
YOUT4
YOUT3-FB
YOUT3
YOUT2-FB
YOUT2
YOUT1
VCC3
VOUT4-FB
VOUT4
SDA

220J

C4167

103K

30

31

DVDD

DGND

Q4001

C4061

103K

080D

C4039

X4003

29

XTAL

C4062

R4134

C4104
220/6.3
C4105
22/50

C4107

22/50

47/25

C4112

104Z

470/6.3

+5V

220J

C4168

L4001

YOUT

RN72K2E-022JE

LBC2518

L4004
022K

+1.8V

680

104Z

103J

C4031

C4032

39

AGND40AGND

41

AIN7

42

AIN1

43

AIN8

44

AIN2

45

AIN9

46

AIN3

47

AGND

48

CAPY1

49

CAPY2

50

AVDD

51

REFOUT

52

CML

53

AGND

54

CAPC1

55

CAPC2

56

AGND

57

AIN10

58

AIN4

59

AIN11

60

AIN5

AIN1262AIN663NC64RESET65NC66ALSB67SDA68SCLK69NC70NC71DGND72DVDD73P1574P1475P1376P1277NCC78NC79OE80FIELD

61

C4060

PROUT2

PROUT

33

PRIN1

PRIN2

PRIN3

R4136

C4133

220/6.3

C4134

220/6.3

30

36

37

38O139

40

O2

PROUT1

PROUT2

MUTE

PR131PR232PR333PR434PR535PR6

Q4002

AN-15881A-VT

Video Switch

VOUT3-FB66VOUT367VOUT2-FB68VOUT269VOUT170SCL71V172V273V374V475V576V677V778V879Y180Y2

65

C4130

C4127

470/6.3

VOUT_V2

080D

C4040

28.6363MHz

R4054
33

FCX-03

26

28

XTAL1

104Z

C4129

VOUT_V1

VOUT

25

NC

LLC227LLC1

220/6.3

470/6.3

VIN_DVD

DVDDIO

DVDDIO

DGND

INTRQ

DVDD

DGND

DGND

VIN_V1

VIN_V2

21

P522P423P324P2

P6

P7
NC
NC
NC

NC

SFL

P8

P9

P10
P11

HS
VS

VIN_V4

VIN_V3

20
19
18
17
16
15
14
13

R4053

12
11
10
9
8
7
6
5
4
3
2
1

R4052

C4131

AGND

33

33

C4132

104Z

OSDOUT_1

VIN_DAC

PBIN3

25

BP226PB327PB428PB529PB6

10/50

YIN_V1

YIN_DVD

104Z

PBIN2

BIAS

GND1

VCC1

PB1
CY6
CY5
CY4
CY3
CY2
CY1

C4063

HT-R640

25

PB3

Y180Y2

YIN_V1

104Z

BP2

PBIN2

BIAS

GND1

VCC1

PB1
CY6
CY5
CY4
CY3
CY2
CY1

C8
C7
C6

C5
C4
C3
C2
C1

Y8
Y7
Y6
Y5
Y4
Y3

+5V_VD

C4065
104Z

C4064
104Z

C4063

C4176

C4177
C4244
C4243
C4178 104Z

24

C4242

23
22

104Z
21
20
19
18

C4136

17
16

C4150

15

C4137 104Z

14
13
12
11
10
9
8

C4138

7
6

C4139

5

10/50

C4140

4

104Z

3
2
1

L4011

+5V_VDD

R4159

10k

Q4018

RN1401

104Z

104Z
104Z
104Z

22/50
104Z

104Z

C4141
47/25

2SK3019

Q4008

R4031

Q4009

2SK3019

R4032

TO NADG-8816 (SD-6:D1)

GND_VD

104Z

104Z

C4148

C4149

VMUT

PRIN_DAC

PBIN_DAC

PBIN1

CYIN_DAC
CYIN3

CYIN2
CYIN1

COUT
CIN_DAC

CIN_V4
CIN_V3
CIN_V2
CIN_V1
CIN_DVD

OSDOUT_2
YIN_DAC

YIN_V4
YIN_V3
YIN_V2

COFF

SCL
SDA

VDRST

VSYNC

SCL

SDA

D

G

S

D

G

0

R4058

S

2.2k

0

Q4010

RN1401

R4061

R4060

4.7K

R4051
R4050
R4049
R4048

R4047
R4046
R4045
R4044

L4006

LBC2518

022K

P2004B

987654321

10

104Z

10/50

10/50

GND_VD

C4152

C4151

C4153

YIN_V4

VIN_V4

CIN_V4

SYCDET

OSDCS
OSDDA
OSDCK

COFF

SDET
OSDOUT_1
OSDOUT_2
VOUT

SELV

YOUT

SELY

R4059

2.2k

100

+3.3V

1

33

2

33

3

33

4

33

5
6

33

7

33

8

33

9

33

10

C4069

11

104Z

12

C4070
10/16

SCL

SDA

180J

180J

Q4016

RN1443

Q4015

RN1443

VAA
P0
P1
P2
P3
P4
P5
P6
P7
CSO_HSO
VAA
GND

C4071

104Z

VSYNC

SDET

VMUT

VDRST

14.23MHz
X4001

C4079

100D
C4080
C4081

C4082

17.73MHz

X4002

080D

2.2K

R4100

2.2K

R4101

2.2K

R4102

470J

C4083

R4128

33

C4086

1/50

104Z

104Z

C4066

C4067

47

43

45

48

44

46

VSO

VAA

GND

RESET

CLOCK

PAL NTSC

Q4003

ADV7172

Video Encoder

GND14HSYNC15FIELD/VSYNC

BLANK17ALSB18GND19VAA20SCLOCK21SDATA22RSET223COMP224DAC F

16

13

4.7K

R4075

R4074

470J

C4084

42

CLAMP

4.7K

470J

220

R4125

41

TTX

R4076100

R4063

40

R4077100

OSD

1

VSS

2

XTALIN1

3

XTALOUT1

4

HSYNCOUT

5

XTALIN2

6

XTALOUT2

7

VSYNCOUT

8

CS

9

SIN

10

SCLK

11

SW1

12

SW2

13

C4085

SW3

14

SW4

15

RST16CVOUT

220

R4124

Q4014

2SA1162-GR

2SA1162-GR

1.2K

1.2K
R4064

C4068

39

37

38

VREF

RSET1

COMP1

TTXREQ

DAC A

SCRESET/RTC

DAC B

DAC C
DAC D

DAC E

R4079

R4078

1.2K

1.2K

TO NADG-8816 (SD-6:D1)

R4147

2.7k

1SS352
D4142

30

VDD1

29

SYNCDET

28

CVCOOUT

27

VCOIN

26

FC

R4104

25

AMPOUT

120

24

AMPIN

R4107

23

PDOUT

1.5K

22

VSS

21

SEPC

20

SYNCIN

19

R4108

CVCR

820K

18

Q4004

CVIN

17

VDD2

LC74763-9836

220

220

R4120

R4121

12k

R4118

Q4013

104Z

VAA
VAA

GND

VAA

VAA

GND

C4072

104Z

36
35
34
33
32
31
30
29
28
27
26
25

+3.3V

104Z

C4073

R4084

C4076
105K

R4088

R4092

C4165

104Z

R4068

R4080

C4074

C4075
104Z

68
C4077

104Z

R4096

P2006B

987654321

10

SPRLB

SPRLSB

SPRLCS

SELY

SPRLF

C4147

0.47/50
C4087

47k

R4148

474J

022K

L4008

C4088

L4009

C4089

056J

C4090

R4103

1K

R4106

C4092

6.8K

C4093

R4109

0.33/50
C4094

C4096

470/6.3

C4097

C4095

470J

104Z

C4099

100/16

Q4012

2SA1162-GR

C4102

104Z

2.7k

R4119

R4065
100

R4067

68

82

R4081

82

68

R4082

100

104Z

R4085

68

82

R4086
100

100

R4090

R4089

82

R4094

100
82

R4093

68

R4098

C4078
105K

100

R4097

82

68

SELV

C4175

R4117

101J

OSDCS

SYCDET

C4091

682J

220

122K

33k

OSDCK

OSDDA

+5V_VDD

022K

L4007

LBC2518

1/50

R4105

R4112

+5V_VD

68

R4114

D4001

C4101

104Z

R4116

2.2K

CYIN_DAC

C4170
101J

C4171
101J
PBIN_DAC

C4172

101J
PRIN_DAC
VIN_DAC
C4173

101J
YIN_DAC
C4174

101J

CIN_DAC

TO SD-5:G3

L4009

NCH-1572

L4008

LBC2518
C4088
C4089
C4090

6.8K
Q4017

2SC2712-GR

1K

R4110

3.3K

47K

R4111

C4100

1SS352

1

D4002

1SS352

270J

220J
223J

100/16
C4098

10K

R4113

104Z

Q4011

10K

R4115

+5V_VDD

+5V_VD

RN2402

NOTE

THE COMPONENTS IDENTIFIED BY MARK ARE CRITICAL FOR SAFETY
REPLACE ONLY WITH PART NUMBER SPECIFIED.
VOLTAGE (MEASURED WITH VOLTMETER) IS DC VOLTAGE.(NO INPUT SIGNAL).
ALL PNP TRANSISTORS ARE EQUIVALENT TO 2SA1015-GR UNLESS OTHERWISE NOTED.
ALL NPN TRANSISTORS ARE EQUIVALENT TO 2SC1815-GR UNLESS OTHERWISE NOTED.
ALL DIODES ARE EQUIVALENT TO 1SS133 UNLESS OTHERWISE NOTED.
ELECTROLYTIC CAPACITORS ( ) ARE IN uF/WV.
ALL CAPACITORS ARE IN pF/50WV UNLESS OTHERWISE NOTED.
EX) 030- 3pF 330- 33pF 331- 330pF 333- 0.033uF
ALL RESISTORS ARE IN OHMS 1/4WATTS UNLESS OTHERWISE NOTED.
THE THICK LINES ON PC BOARD ARE THE PRINTING SIDE OF THE PARTS.
EX) PRINTING SIDE
CIRCUIT IS SUBJECT TO CHANGE FOR IMPROVEMENT.

!

TO SD-5:G3

<Note>
SD-x:XY is short for Shcematic Diagram-x and
each socket's location, X=A to H, Y=1 to 5.

HT-R640

A

SCHEMATIC DIAGRAM-5(SD-5)

SPEAKER OUT SECTION

NAETC-8819 (2/2)

U14

1

JL6605B

NAETC-8790 (SD-8:B5)

2

3

JL6600B

TO NAAF-88911 (SD-2:E2)

VIDEO PC BOARD

01

HPL

02

LSPE

03

HPR

04
05

HPDET

R6691

MPUGND

390(1/2W)

R6992

390(1/2W)

LSP

01
02
03
04
05
06
07

CSP

RSP
SLSP
SRSP

BCDEFGH

PP-TYPE

L6602 S1.3C
R6602 22

22

R6612

J6851

DD-TYPE

PP-TYPE

L6600 S1.3C
R6600 22

22

R6610

J6600

DD-TYPE

PP-TYPE

S1.3C

L6601

22

R6601
R6611

22

J6604

DD-TYPE

PP-TYPE

S1.3C

L6603

22

R6603

22

R6613

J6619

DD-TYPE

PP-TYPE

L6604

S1.3C

22

R6604
R6614

22

J6620

DD-TYPE

C6602

223Z

RL6602

6

2

D6600

1SS352

C6600

223Z

RL6600

6

2

D6603

1SS352

C6603

223Z

RL6603

6

2

5 4

FRONT SPEAKERS

1

3

45

C6640

1

3

45

1

3

C6650

102J

C6643

103J

103J

C6653

102J

L

SL

P6601

P6602

SR

102J

C6652

C

R

103J

C6642

102J

103J

C6651

C6641

5 8

10

C6644

103J

C6654

102J

DTC123JKA

SURROUND SPEAKERS

4

TO NAPS-8787

TO NAETC-8788

5

<Note>
SD-x:XY is short for Shcematic Diagram-x and
each socket's location, X=A to H, Y=1 to 5.

5
4
3
2

JL901B

(SD-9:F1)

1

1
2
3
4
5

JL9101B

6

(SD-9:G2)

POFF
+12VD
MPUGND

FLAC1
FLAC2
SEC3-1
SEC3-2
SEC2-1
SEC2-2

+10S
POWERD

R9010

82(1/2W)

RL1N4003

D9002

+

C9001

R9005

220(1/2W)

470/63

D9013

1SS352

8.2K

R9003

D9005

Q9001

2SC2235-Y

8.2K

R9006

C9005

UDZS36B

47/50

R9004

33K

+5VDIS

223Z

C9006

R9011

4.7(1/2W)

APOWER

SEC2-1

Q9002

RN1405

-VP

SEC2-2

1SS352

1

R9013

D9015

1SS352

C9013

1

R9012

D9014

3.3/50

1SS352

D9012

C9012
334J

100k

R9014

3

D9017

1

D9011

C9011

1SS352

POFF2

10000/16

4

D5SBA20

2

UDZS5.6B

D9024

Q6602

Q6601

DTC123JKA

SPRLF

SPRLCS

R6690

10(1/2W)

RLGND

+24V

+24V
RLGND

CSPE

LSPE
RSPE
SLSPE
SRSPE

01
02

03
04
05
06

JL6603B

07
08

TO NAAF-8911 (SD-2:D5)

09

HT-R640

DD:+12V
PP:+10V

R9028

0.47(1/2W)

+

C9021

470/16

1

VIN

5

SS

D9022

RL1N4003

Q9021

SI-8008

GND

TO SD-4:G1

SPRLCS

SPRLF

GND_HD

PP-TYPE

(PURE AUDIO)

Q9022

C9024

3

223Z

+

C9032

1
2

D9020

1SS352

470/6.3

BA00JC5WT

Vc
Vin

GND

3

GND_VD

Adj

Vo

+6V

R9002

R9020

R9021

10k

R9027

1.5k
R9008

MPC2905HF

+

C9031

470/16

DD-TYPE

R9018

0

10k

C9023

1.5k

Q9031

1

I

2

+

O

G

470/6.3

NCH-2541_470K

L9001

2

SW

4

VADJ

3

R9001

D9021

3.3(2W)

CRS09

3.3(2W)

R9017

0

5
4

100k

R9022

6.8k

R9023

33k

R9024

+

+5V_VD

C9025

470/6.3

VPOWER

223Z

C9022

R9029

0.47(1/2W)

L4015

LBC2518

HPDET
VPOWER
+5V_XM
GND_XM
+5VDIS

+5VDSP

GND_VD
GND_VD

+10VDSP

POFF
POFF2
APOWER

10S+12VD

-VP
FLAC1
FLAC2

047K

+5V_VDD

4
3
2
1

JL8001A

TO NAVD-8928 (SD-10 :B1)

TO SD-4G3

16
15
14
13
12
11
10

9
8

P2005B

7
6
5

TO NADG-8816 (SD-6:D1)

4
3
2
1

1

Q9031A

432

NOTE

THE COMPONENTS IDENTIFIED BY MARK ARE CRITICAL FOR SAFETY
REPLACE ONLY WITH PART NUMBER SPECIFIED.
VOLTAGE (MEASURED WITH VOLTMETER) IS DC VOLTAGE.(NO INPUT SIGNAL).
ALL PNP TRANSISTORS ARE EQUIVALENT TO 2SA1015-GR UNLESS OTHERWISE NOTED.
ALL NPN TRANSISTORS ARE EQUIVALENT TO 2SC1815-GR UNLESS OTHERWISE NOTED.
ALL DIODES ARE EQUIVALENT TO 1SS133 UNLESS OTHERWISE NOTED.
ELECTROLYTIC CAPACITORS ( ) ARE IN uF/WV.
ALL CAPACITORS ARE IN pF/50WV UNLESS OTHERWISE NOTED.
EX) 030- 3pF 330- 33pF 331- 330pF 333- 0.033uF
ALL RESISTORS ARE IN OHMS 1/4WATTS UNLESS OTHERWISE NOTED.
THE THICK LINES ON PC BOARD ARE THE PRINTING SIDE OF THE PARTS.
EX) PRINTING SIDE
CIRCUIT IS SUBJECT TO CHANGE FOR IMPROVEMENT.

!

A

SCHEMATIC DIAGRAM-6(SD-6)

DSP SECTION

NADG-8816

U12

1

DSP PC BOARD

2

3

4

5

THERMAL

3

JL6402B

+5VDSP

2

GNDDG

1

(SD-2:B2)

TO NAETC-8913

SBZ2MUT

6

Z2MUT

5

TRGZ2

4

GNDDG

3

P301A

+5VCPU

2

IRIN

1

AMUT

14

VOLH

13

SEC1H

12

PROTECT

11

VOLCLK

10

VOLDAT

9

GNDDG

8

+12VA

7

P302A

SD-1:D1 SD-1:F1

-12VA

6

GND+12V

5

DAC_CT

4

DAC_SW

3

DAC_FL

2

DAC_FR

1

14
13

DAC_SL

12

DAC_SR

11

LTAD

10

RTAD

9

MICOUT

8

V4_R

7

P303A

GNDV4

6

SD-1:C1

V4_L

5

TO NAAF-8911(1/2)

SD-1:B1

P304A

TU_R

4

GNDTU

3

TU_L

2

RI

1

3
2
1

123456789

OPTF

MICDET

MICMUT

TO NADIS-8785 (SD-8:G2)

101112131415161718192021222324252627282930313233343536

V4CIN

-12VA

+12VA

V4YIN

MICOUT

GNDMIC

LEDSTBY

LEDZONE2

R580

V4V

0

BCDEFGH

R103

V4_L

GNDV4V

GNDV4

R576

R575

R574

R573

R572

R571

TYPE

P701A

KEY1

KEY0

FLDSDO

FLDCLK

FLDCS

+12V

REMIN

FLDRST

-12V

22(1/2W)

R591

22(1/2W)

R592

C591

220/25

+

220/25

C592

+

KEY3

FLAC2

KEYINT1

FLAC1

KEYINT0

+5.6DIS

KEY2

-VP

VOLB

GNDDG

+5VDIS

VOLA

GNDDG

V4_R

0

0

0

0

0

0

P101A

SR

SL

SW

C

FR

FL

C102

470/16

+

C741

(VX)
(VX)

-12V_OP

-12V

TO TUNER PACK

123456789

SD

PLLSDA

PLLSCL

+9VTU

STEREO

D101

RL1N4003

D103 D102

104Z

1

VIN

5

SS

104K

C742

+12V_OP

R341

10K

R342

10K

+12V

8

7

Q403

4

NE5532APSR

NE5532APSR

1

Q403

1

Q402

NE5532APSR

NE5532APSR

4

7

Q402

8

1

Q401

NE5532APSR

NE5532APSR

4

7

Q401

8

DD
PP

TU_L

GNDTU

R103

R748
D742

SI8008TM

Q741

GND

3

C426

6
5

C416
331J

C415

3

2

C425

C424

2
3
273J

C414

C413

5

6

C423

C422

2

3

C412

C411

5

6

C421

10(1/2W)

4.7(1/2W)

TU_R

+

C103

100/16

LIST

2.2(1/2W)
1SS355

SW

VADJ

2

3

NE5532APSR

NE5532APSR

5

6

R352

R476

180

331J

R466

180

R465

331J

180

R475

180

331J

R474

273J

180

R464

180

R463
180

331J

R473

180

331J

R472
180

R462

180

121K121K 121K

R461

180

121K

R471

180

101112

2
4

C341
R351

Q341:B

Q341:A

C342

R741

C406
R446

C405
R455

C404
R444

C403

R453

R442

C401

R451

1K

C402

R742
R743

4

8

RDSDAT

222J

R445

4.7K

333J

R443

4.7K

222J 222J

471J471J

R104

NO

YES

13

LIST

LIST

LIST

R104

R106

RDSCLK

6.8K

6.8K

470K

3.9K

R749

101J

10K

1

(VX)
C323

10/50

(VX)

C322

7

10K

101J

4.7K

R416

R456
R436

R406

470

R426

470

4.7K
R405

R425
470

R415

R435
470

4.7K

4.7K

R434

R454

470

R404

R424

470

4.7K

R403

3.3K

R423

R413

470

3.3K

R433

470

4.7K

R412

10K

3.3K

R452
R432

680

R402

R422

10K

680
10K

R441
R421

680
R431

680

10K

R106,R107

YES

NO

R107

L741

D741

CRS09

C324

10/50

10/50
(VX)

C321
10/50

(VX)

3.3K

3.3K

3.3K

3.3K

R414

3.3K

3.3K

3.3K

R401

3.3K
R411

3.3K

C743

+4.1V

+

+

+
+

+

RL1N4003

1000/6.3

R324

56

R323

R322

56

R321

56

TO NAVD-8819

(SD-4:F1)

9

10

GNDV4V

V4V

SELV

SELY

R164

100K

100K

R161

R162

+3.5V

D744

1

(VX)

D743

+

1SS355

C745

10/50

222J

R326

C326

56

222J

R325

C325

SR­SR+
SL+
SL­FR­FR+

470/6.3

SW-

SW+
C­C+

FL+

FL-

P2004A

5

6

7

8

V4YIN

V4CIN

VCSCL

VCSDA

RN2402
Q164

47

RN1404

_SHUT2INPUT3GND4OUTPUT5DAJ

+

+

C747

10/50

3.9K

3.9K

47/25(RFS)

C306

100/16

C309
104Z

C303

(VX)

TO NAVD-8819

3

1

4

VSYNC

VCRST

Q162

TO SD:G1

Q742
BD7820

R744

C746

100/16

Q746

1

I

(VX)

+

C307

104Z

+

C308

+

L303

2

SDET

0

2

141516

VMUT

+5VXM

HPDET

VPOWER

OSDINY

OSDINV

RN2402

Q163

47

R163

Q161

RN1404

R745

39K

R746

39K

33K

R747

TA48033AF

3

O

G

+

C748

100/16

P801A

SPDIFOUT

18

VMRST_3.3V

17

VMSDO_3.3V

16

TXMUTE_3.3V

15

VMCLK_3.3V

14

RXMUTE_3.3V

13

VMSTB_3.3V

12

VMSDI_3.3V

11

HDMISPF

10

GNDHD

9

GNDHD

8

PCMLR

7

(SD-10:D1)

PCMBCK

6

PCMLRCK

5

PCMCSW

4

PCMSLR

3

TO NAVD-8928, P8003B

PCMSBLR

2

MCK_HDMI

1

C320

HDMISPF

C316

221J

220

R309

13

14

15

16

17

AINL-

AINR-

AINL+

VQ

AINR+

18

FLT+

19

REFGND

20

AOUTB4-

21

AOUTB4+

22

AOUTA4+

23

AOUTA4-

24

VA

CS42518-CQ

25

AGND1

26

AOUTB3-

27

AOUTB3+

28

AOUTA3+

AOUTB2+:31

29

AOUTA3-

AOUTA2+:32

30

AOUTB2-

31
32

AOUTA2-34AOUTB1-35AOUTB1+36AOUTA1+37AOUTA1-38MUTEC39LPFLT40AGND241VARX42RXP7/GP743RXP6/GP644RXP5/GP545RXP4/GP446RXP3/GP347RXP2/GP248RXP1/GP1

33

LBC2518T4R7M

+5.0V

C331-337

330J

(SD-5:G4)

P2005A

9

13

11

10

12

POFF

GNDDG

POFF2

GNDA

+5VDSP

GNDXM

+5VDSP

+10VDSP

+5.0V

VMCLK

TXMUTE

VMSDO

VMRST

1.2VDSP

+3.3V

GND

TC74VHC541FT

Q154
Y812Y713Y614Y515Y416Y317Y218Y119_G220VCC

11

47

47

R15247R153

R151

104Z

C171

104Z

Q171

TC7WU04FU

1

VD

2
3
4

GND

R171

1M

X171

24.576MHz

060D

C172

104Z

C318

DIGCLK_3.3V

DIGSDI_3.3V

DIGSDO_3.3V

DIRCS_3.3V

DIRINT_3.3V

DIRRST_3.3V

12

47

R308

INT1

_RST

Q301

220

R307

CS/AD0

47

220

R305

R306

CDIN/AD1

R304 220

6

VLC

CCLK/SCL

CDOUT/SAD

64:CX_SDIN2
63:CX_SDIN3
62:CX_SDIN4

C315

104Z

5

C305 104Z

DGND1

CODEC

50:TXP

49:RXP0

R311

2.7K

222K

473K

C312

104Z

C311

C310

C331
C333
C334
C336
C337
C332
C335

3

45678

2

FLAC1

-VP

+10S

APOWER

2A13A24A35A46A57A68A79A810

1

_G1

104Z

C154

+3.3V

L153

BLM21PG221SN1

LBC2518T470M

+3.3V

LM182

8

L172

7
6

L173

5

LM182

060D

C173

LM182

47

47

L312

R303

R301

1

2

3

4

VD1

CX_SCLK

CX_LRCK

CX_SDIN1

SAI_SLCK
SAI_LRCK

OMCK
ADCIN1
ADCIN2

CX_SDOUT

RMCK

SAI_SDOUT

VLS

DGND2

VD2

R331
R333
R334
R336
R337
R332
R335

TO NAVD-8819

1

10

FLAC2

SPRLZ2

10K

R105

L171

L302

LBC2518T2R2M

R302

47

+

C302

(VX)

470/6.3

+3.3V
64
63
62
61
60
59
58
57
56
55
54
53
52
51
50
49

+5.0V

LBC2518T4R7M

+

(VX)

C304

470/6.3

330

330

330

330

330

330

330

HT-R640

TO NAVD-8819

(SD-4:F1)

P2006A

8

9

7

5

6

10

SPRLSB

SPRLCS

SPRLF

SPRLZ2

SELY

SELV

D104

10K

S812C56AUA-C3G-T2

2

R105

104Z

470/16

+

C706

C701

VOLA

LEDZONE2

LEDSTBY

FLDSDO
FLDCLK
FLDCS
FLDRST

MICDET
MICMUT

VMRST
VMSTB
TXMUTE
RXMUTE

KEYINT1
KEYINT0
KEY3
KEY2
KEY1

KEY0

R172

47

47

R173

L302

LBC2518T4R7M

LBC2518T2R2M

L301

+

(VX)

470/6.3

(VX)

470/6.3

+

+3.3V

C301

R319

47

64

R318

47

63

R317

47

62

L313

61

R315

47

60

R314

47

59
58
57
56

+5.0V

55

47

R312

54
53

104Z

C314

52

C313

51

104Z

50

47

R338

49

L304

LBC2518T4R7M

+

(VX)

C304

470/6.3

330

OPT3

330

OPT1

330

OPT2

330

COAX1

330

COAX2

330

HDMISPF

330

OPTF

4

SYNC

1SS355

Q702

I

TYPE

D
P

W, G

+5VDSP

3

OSDCS

O

G

1

102K

C616-621

+5.0V

L313

LM182

TX

TO NADG-8817

(SD-7:G5)

1

123456789

2

0

OSDCLK

OSDSDO

XMDACRST

XMCOMSEL

XMREQERR

D703
1SS355

D701

1SS355

+5.6V

3

+

C702

100/16

102K

10K

R706

C615

2.7K

R719

C616

C617

C618

C619

D601

+

C604

Q601

4.7/50

RN1404
R618,R627,

R628,R649,

R616 R617

NO

YES

YESNONO

MCHSEL_3.3V

R181

330
330

R182

330

R183

R185

330

330

L182 LM182

R186

47

R184

DPSCLKIN

DIR_LRCK

OMCK

SAI_LRCK

DIR_SDOUT

JL101A

R101

XMSRRXD

XMSRTXD

XMSRSEL

1SS355

+5VMPU

R731

+

C704

DX-5R5L224

10K

R713

R716
R717
R718
R720
R722

2.7K

2.7K

R723

R721

C620

1SS355

R652

YESYES
NO
NO

C181

1

SELECT

2

1A

3

1B

4

1Y

5

2A

6

2B

7

2Y

8

GND93Y

TC74VHC157FT

CX_SDIN2

CX_SDIN3

R316

47

TRST

GNDXM

XMRST

D702

D705

1K

C705

27K
27K

10K

R698

R710

R701
R702
R703
R704
R705
R707

R708
R709
R711
R712

R714
R715

R725

C621

104Z

C603

R625 R626

220 NO
1K

104Z

VCC

Q181

CX_SDIN1

CX_LRCK

CX_SCLK

CX_SDIN4

JTAG

10
12
14 13

EMU0

+5VXM

1SS355

+

1K

4.7K

4.7K

4.7K

4.7K

4.7K
R724

4.7K

2.7K

ST

4A
4B
4Y
3A
3B

2
4
6
8

+5VCPU

100/16

R694
R692
R696

220
220
220
220
1K
220

220
220
47
220

10K
10K

YESNONO

16
15
14
13
12
11
10

+5.0V

330

TYPE

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

47K

R619

R602

R604

R606

330

R190

R193

47

R189

R188

DIR_BCK

SAI_SLCK

P711
1
3
5
7
9
11

DD
PP

+5VCPU

RI

VOLB

102K

1K

C614

R697

10K

102

P11/D9

P04/AN04/D4
P03/AN03/D3
P02/AN02/D2
P01/AN01/D1
P00/AN00/D0
P117
P116
P07/AN07/D7
P06/AN06/D6
P113
P112
P111
P110
P107/AN7/KI3
P106/AN6/KI2
P105/AN5/KI1
P104/AN4/KI0
P103/AN3
P102/AN2
P101/AN1
AVss
P100/AN0

1

104Z

C601

10K

10K

10K

330

47

R191

SAI_SDOUT

DEC_DSP_3.3V

NIC_DSP_3.3V

R262-

R269

330

EMU1

R101

YES

NONE

RN2402

Q602

SD

REMIN

HPDET

STEREO

220

1K

R690

R695

1K

1K

R693

R691

98

99

101

100

P14/D12

P13/D11

P12/D10

5

4

47

220

C602 104Z

R603 47

R601

R605

VMSDI

VMCLK

VMSDO

L181

DIGSDO_3.3V
DIGSDI_3.3V

PCMSBLR

PCMSLR
PCMCSW
SAI_SLCK

SAI_LRCK
CX_SCLK
RMCK
CX_LRCK

R290

10K

TDI

TCK

TDO

TMS

TYPE

JL101A

YES

DD
PP

NONE

R672

1M

10K

10K

10K

10K

R678

R679

R683

R685

R681

R682

D604

1SS355

R684

IRIN

INT1

INT2

INT3

BAND

SYSOUT

THERMAL

220

47K

220

R687

R689

97

P15/D13/INT3

P95/ANEX0/CLK4

6

R607 220

VCRST

R677

96

93

94

95

90

91

92

P17/D15/INT5

P16/D14/INT4

P20/AN20/A0(/D0/-)

P25/AN25/A5(/D5/D4)

P24/AN24/A4(/D4/D3)

P23/AN23/A3(/D3/D2)

P22/AN22/A2(/D2/D1)

P21/AN21/A1(/D1/D0)
P10/D8
P07/AN07/D7
P06/AN06/D6
P05/AN05/D5

Vref2Avcc3P97/_ADTRG/SIN4

P96/ANEX1/SOUT4

P94/DA1/TB4IN7P93/DA0/TB3IN8P92/TB2IN/SOUT3

P91/TB1IN/SIN310P90/TB0IN/CLK311P14112P14013BYTE14CNVss15P87/XCIN16P86/XCOUT17RESET18Xout19Vss20Xin21Vcc122P85/NMI23P84/INT224P83/INT125P82/INT026P81/TA4IN/U27P80/TA4OUT/U28P77/TA3IN29P76/TA3OUT30P75/TA2IN/W31P74/TA2OUT/W32P73/CTS2/RTS2/TA1IN/V

9

220

220

220

220

220

R615

R621

R610

R612

R609

R608

R613

1M

R617

10K

OSDCLK

OSDSDO

VMUT

SYNC

OSDCS

R678

TYPE

NO

DD

33K

PP

RN2402

R732

+5.0V

Q752

47

+

RN1404

Q751

C753

470/6.3

LIST

33K

10K

VOLH

SEC1H

C611

PROTECT

104Z

220

220

R674

C613
104Z

R675

R676

87

86

88

89

Vss

P30/A8(/-/D7)

P27/AN27/A7(/D7/D6)

P26/AN26/A6(/D6/D5)

Q701

MAIN MICRO PROCESSOR

10K

220

R618

6.000MHz

R616 1K

CNVSS

XMSRSEL

RDSDAT

RESET

R752

1K

R753

+

AMUT

C752

105K

TRGZ2

220K

C607

UDZS5.1B

D603

R686

220

104Z

220

C612

104Z

R673

85

80

Vcc2

P12481P12382P12283P12184P120

M30627FHPGP

P60/CTS0/RTS0

P62/RXD0/SCL0
P63/TXD0/SDA0

P64/CTS1/RTS1/CTS0/CLKS1

10K

R620

C605

104Z

220

C606
104Z

R623

X701

D602

1SS355

R622

10K

POFF

VSYNC

10K

R624

R625
1K:D-TYPE
220:PP

2.2K

1/50

C751

P61/CLK0

P65/CLK1

R625

220

R627

XMREQERR

XMCOMSEL

RDSCLK

R751

10K

VPOWER

APOWER

POFF2_5

220

220

R671

Vss

R631

220

220

220

R629

R628

XMDACRST

DSPCLK

DIRINT0

R632

220

DSPINT2

L201

DSPCS_3.3V

DSPCLK_3.3V

BLM21PG221SN1

+3.3V

470/6.3

R286

R253
R254

R255
R256
R257

R258
R259

C228

C210

47

C229

C271

10K

GPIO1
GPIO2

GPIO3

GPIO4

GPIO5

104Z

C215

R252

10K

104Z

R260

R261
R262
104Z
R263
R264
R265

R266
R267
R268
R269

C213
C214

+

330

47
47

47
47
47

330

47

BLM21PG221SN1

D1.2V

109
110

112
113

115
116
117

119
120

122
123

126
127
128

130

133

136
137
138
139
140
141
142
143
144

104Z
104Z
104Z

R207

RESET_3.3V

330

330

R250

+1.2V

R251

+3.3V

106

107

108

111

VSS

AXR0[0]

114

SPIO_SIMO

VSS

SPIO_SOMI/I2C0_SDA

AXR0[1]

DVDD

AXR0[2]
AXR0[3]

118

VSS
AXR0[4]
AXR0[5]/SPI1_SCS

121

AXR0[6]/SPI1_ENA]
AXR0[7]/SPI1_CLK
CVDD

124

VSS

125

DVDD
AXR0[8]/AXR1[5]/SPI1_SOMI
AXR0[9]/AXR1[4]/SPI1_SIMO
CVDD

129

VSS
AXR0[10]/AXR1[3]

131

AXR0[11]/AXR1[2]

132

CVDD
VSS

134

AXR0[12]/AXR1[1]

135

AXR0[13]/AXR1[0]
DVDD
AXR0[14]/AXR2[1]
AXR0[15]/AXR2[0]
ACLKR0
VSS
AFSR0
ACLKX0
AHCLKR0/AHCLKR1
AFSX0

1

3

330

RMCK

DSPINT_3.3V

104Z

104Z

SD_CS

OE

CS2

RAS

C209

C227

97

98

99

100

101

102

103

104

105

VSS

CVDD

DVDD

EM_OE

EM_RW

EM_RAS

EM_CS[0]

EM_CS[2]

SPIO_CLK/I2C0_SCL

TMS320D707E001RFP250

VSS2AHCLKX0/AHCLKX2

AMUTE04AMUTE15AHCLKX1

VSS7ACLKX18CVDD9ACLKR110DVDD11AFSX112AFSR113VSS14RESET15VSS16CVDD17CLKIN18VSS19TMS

6

330

R200

10K

R201

C201

C221

R202

R204

R205

R203

R206

330

10K

10K

10K

10K

104Z

104Z

BA0

96

EM_BA[0]

SPIO_SCS/I2C1_SCL

AMUT

SPRLZ2

SPRLSB

SPRLCS

SPRLF

VOLDAT

VOLCLK

47

220

220

220

220

R666

R664

R668

R667

R665

R66947R670

R634

220

DEC

69

P43/A1970P42/A1871P41/A1772P40/A1673P37/A1574P36/A1475P35/A1376P34/A1277P33/A1178P32/A1079P31/A09
P50/WRL/WR

P51/WRH/BHE

P47/CS366P46/CS267P45/CS168P44/CS0

P57/RDY/CLKOUT

P72/CLK2/TA1OUT/V

P71/RXD2/SCL2/TA0IN/TB5IN

P70/TXD2/SDA2/TA0OUT

34

35

33

R638

R640

R642

R636

47

47

C609

220

220

C608

R643
R641
R630
R633
R635
R637
R639

NIC

SDET

PLLSDA

PLLSCL

A0

A10

BA1

91

92

93

94

95

VSS

DVDD

EM_A[10]

EM_BA[1]

VSS

SPIO_ENA/I2C1_SDA

65

64

P125

63

P126

62

P127

61
60
59

P52/RD

58

P53/BCLK

57

P130

56

P131

55

P132

54

P133

53

P54/HLDA

52

P55/HOLD

51

P56/ALE

50

49

P134

48

P135

47

P136

46

P137

45
44
43
42

41

40

39

P67/TXD1/SDA137Vcc138P66/RXD1/SCL1

36

R645

104Z

C610

10K
R626

101J

101J

2.2K

2.2K
10K
10K
10K
10K
10K

87

88

90

CVDD

EM_A[2]89EM_A[1]

EM_A[0]

Q201

DSP

THERMALPAD

145

GNDDG

CVDD21TRST22OSCVSS23OSCIN24OSCOUT25OSCVDD26VSS27PLLHV28TDI29TDO30VSS31DVDD32EMU[0]33CVDD34EMU[1]35TCK36VSS

20

10K

10K

104Z

104Z

R208

R209

104Z

C202

101J

C203

C245

L241

ACF451832-333

TRST

TMS

R726
R650

R649
R648

R647

VSS

R652

86

R663

R660

R656

R727

85

EM_A[3]

104Z

C242

470/6.3

220

CVDD

C241

R662

10K

220

10K

220

220
220
220

47

47

R646

47

R644

47

RESET

9

CNVSS

8

FRXD

7

FCLK

6

+5VCPU

5

FBUSY

4

FTXD

3

TO FLASH WRITER

GNDDG

2

APOWER

1

P751A

+5VDSP

104Z

A5A4A3A2A1

C226

81

82

83

VSS

DVDD

EM_A[5]84EM_A[4]

C204

+

+3.3V

TDI

DIGSDO
DIGSDI
DIGCLK

MCHSEL

DSPRST

DSPCS
DIRRST

R651

OSDINY
OSDINV

DIRCS

XMRST
XMSRRXD
XMSRTXD

FBUSY

FCLK

FRXD

FTXD

A7

A6

79

EM_A[7]80EM_A[6]

TDO

10K

78

C222

104Z

10K

R771

10K

10K

104Z

C208

77

VSS

EMU0

+5.0V

A11A9A8

74

75

CVDD

EM_A[9]76EM_A[8]

EM_WE_DQM[1]

EM_WE_DQM[0]

C205

104Z

EMU1

TCK

OPT1
OPT2
OPT3

COAX1

LBC2518T470M
COAX2

C225

73

DVDD

VSS

EM_A[11]

EM_CKE
EM_CLK

VSS

DVDD

EM_D[8]

CVDD

EM_D[9]

EM_D[10]

VSS

EM_D[11]

DVDD
EM_D[12]
EM_D[13]

CVDD
EM_D[14]
EM_D[15]

VSS

CVDD

EM_D[0]
EM_D[1]

DVDD

EM_D[2]
EM_D[3]

VSS
EM_D[4]
EM_D[5]

CVDD

EM_D[6]

DVDD

EM_D[7]

VSS

EM_WE

EM_CAS

+3.3V
+1.2V

104Z

220/6.3

+

C139

C140

L134

TX

DIRCS_3.3V
DIRRST_3.3V
DSPCS_3.3V
RESET_3.3V
MCHSEL_3.3V
DIGCLK_3.3V
DIGSDO_3.3V
DSPCLK_3.3V

C151
104Z

+3.3V

DIRINT0
DIRINT_3.3V

DSPINT2

DSPINT_3.3V

BLM21PG221SN1

L152

+5LOGIC

RXMUTE

RXMUTE_3.3V

VMSTB
VMSTB_3.3V

L151

BLM21PG221SN1

L202

BLM21PG221SN1

C272

104Z

470/6.3

+

72

LL241

71

L203

70
69
68
67

DQM1

66

D8
65
64

D9
63

D10
62
61

D11

C224

60
59

D12
58

D13
57
56

D14
55

D15
54

C207

53

D0

52
51

D1
50
49

D2

D3

48
47

D4

46

D5

45

C206

44

D6

43

C223

42
41

D7

40

DQM0

39
38
37

C230
C231

C232

C230-232

104Z

R135
220K

R136
220K

L133

LBC2518T4R7M

080D

10K

C135

R137

1

VCC13IN612OUT611IN510OUT59IN48OUT4

14

10K

R138

C137
104K

11

Y8

12

Y7

13

Y6

14

Y5

15

Y4

16

Y3

17

Y2

18

Y1

19

_G2

20

VCC1_G1

TC74VHCT08AFT

10K

R280

8

9
10
11
12
13
14 1

+5.0V

TC74VHCT08AFT
8
9

10
11
12
13
14 1

C153

104Z

CKE
CLK

R221

47

104Z

104Z

104Z

104Z

WE
CAS

R133

10

104K
C133

C131
101J

C132

101J

C134
104K

R134

10

+5.0V

65432

7

GND

10K

C136

080D

C138

R139

10

GND

9

A8

8

A7

7

A6

6

A5

5

A4

4

A3

TC74VHC541FT

3

A2

2

A1

Q151

Q152

GND

VCC
C152

104Z

Q153

GND

VCC

C281
C282

BA1
CS2

OE
D0
D8
D1
D9
D2
D10
D3
D11

D4
D12
D5
D13
D6
D14
D7
D15

GPIO4

220/6.3

C283

+

C284

D0
D1

D2
D3

D4
D5

D6
D7

DQM0

WE
CAS
RAS

SD_CS

BA0
A10
A0
A1
A2
A3

C285
104Z

Q131

080D

R140

+

104Z

104Z

10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25

LBC2518T2R2M

LBC2518T2R2M

C146

103K

74HCU04F

220K

220/6.3

7
6
5
4
3
2

7
6
5
4
3
2

220/6.3

25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48

R285

1

VCC0

2

DQ0

3

DQ1

4

GNDQ1

5

DQ2

6

DQ3

7

VCCQ1

8

DQ4

9

DQ5
GNDQ2
DQ6
DQ7
VCCQ2
LDQM
_WE
_CAS
_RAS
_CS
A11
A10
A0
A1
A2
A3
VCC1

P131

L131

R131
75

R132

L132

75

103K

C147

47

R141

C141
104Z

R142

47

C142
104Z

R143

47

C143
104Z

R144

220

+

C145

C144

104Z
DIRCS
DIRRST
DSPCS
DSPRST
MCHSEL
DIGCLK
DIGSDO
DSPCLK

R279

10K
DEC
DEC_DSP_3.3V

NIC
NIC_DSP_3.3V

10K

R278

DIGSDI
DIGSDI_3.3V

VMSDI
VMSDI_3.3V

+3.3V

A0
CE#
GND
OE#
Q0
Q8
Q1
Q9
Q2
Q10

RY/BY#
Q3
Q11
VCC

RESET#
Q4
Q12

ES29LV400ET-70TG

Q5
Q13
Q6
Q14

Q282

Q7
Q15/A-1
GND
BYTE#
A161A15

10K

+3.3V

GNDQ4

VCCQ4

GNDQ3

VCCQ3

or IC42S16100

M12L16161A-7TG

Q281

COAX1

COAX2

GP1FAV51TKBF

U131

IN

VCC

OPT1

GND

GP1FAV51RKF5

U132

IN

VCC
GND

GP1FAV51RKF5

U133

IN

VCC
GND

GP1FAV51RKF5

U134

IN

VCC
GND

BLM21PG221SN1

L281

24

A0

A1

A1

23

A2

A2

22

A3

A3

21

A4

20

A4

A5

19

A5

A6

A6

18

A7

17

GPIO5

A17

16

NC

15
14

NC

13

NC

330

R287

12

WE

11

WE#

10

NC

9

NC

8

A7

A8

7

A8

A9

A9

6

A10

A10

5

A11

4

A11

A12

3

GPIO1

A13

GPIO2

2

A14

GPIO3

R281

R282 R283

50

GND2

49

D15

DQ15

D14

48

DQ14

47
46

D13

DQ13

45

D12

DQ12

44
43

D11

DQ11

42

D10

DQ10

41
40

D9

DQ9

39

D8

DQ8

C286

38
37

104Z

NC2

36

DQM1

UDQM

CLK

35

CLK

CKE

34

CKE

33

NC1

A9

32

A9

A8

31

A8

A7

30

A7

29

A6

A6

28

A5

A5

27

A4

A4

26

GND1

<Note>
SD-x:XY is short for Shcematic Diagram-x and
each socket's location, X=A to H, Y=1 to 5.

OPT2

OPT3

DIGITAL
OUT

RESET_3.3V

R284

L282

DIGITAL IN

FLASH ROM

4M Bit

Q282

10K

R281-284

L282

BLM21PG221SN1

SD RAM

16M bit

Q281

HT-R640

A

SCHEMATIC DIAGRAM-7

NADG-8817

1

2

3

U13

XM PC BOARD

XM_SDI_L

XM_SDO_L

XM_COM_SEL

XM_ERR_IRQ

XM_RESET

BCDEFGH

Q2002

AK4384ET

1

MCLK

2

BICK

3

SDTI

4

LRCK

5

PDN

6

SMUTE/CSN

7

ACKS/CCLK

8

DIF0/CDTI

+3.3V

C2033

TA48033AF

3

470/6.3

R2001

100K

R2003

100K

C2001

R2002

100K

C2002

102K

104Z

R2004

100K

1

LSDP

2

VSS

3

SC_TX_OUT

4

VDD

5

SC_RX_IN

6

VSS

7

CMD_SEL

8

VDD

9

ERR_IRQ

10

VSS

11

RST

12

SLAVE

_SEL

104Z

C2013

48

47

45

46

VDD

SAII_DA

SAII_EN

F2602E-01

COMM_RX_DIG

COMM_TX_DIG

COMM_TX_EN

13

14

15

16

100K

R2005

R2006

R2007

L2002

BK1608LM182

C2012

41

40

43

42

44

VSS

VSS

VDD

SAII_CLK

I2S_OCLK

I2S_LRCLK

Q2001

XMDTIC

VSS17VDD18COMM_RX_P

COMM_RX_M

VDD21VSS22COMM_TX_M

19

20

104Z

C2003

104Z

R2008

C2004

100

1K

R2009

1K

100

104Z

39

38

VSS

I2S_CLK

HSDP_CLK

COMM_TX_P

23

I2S_OCLK
I2S_SCLK
I2S_SDO
I2S_LRCLK

37

I2S_DA

HSDP_EN

VSS

VDD

HSDP_DA

VSS

TEST

VSS

OSC_IN

VDD

OSC_OUT

VSS

VSS

24

104Z

C2005

C2006

104Z

100

R2012
R2013

330

R2014

330

R2015

330

R2016

0

C2014

102K

DAC_RESET

36
35
34

C2011

33

104Z

32
31
30
29
28
27
26
25

C2007

C2010

104Z

100/16

C2009

080D

1M

R2011

R2010

C2008
040C

+3.3V_XM

X2001

45.1584MHz

680

L2001

LBC2518T2R2M

4

NOTE

THE COMPONENTS IDENTIFIED BY MARK ARE CRITICAL FOR SAFETY
REPLACE ONLY WITH PART NUMBER SPECIFIED.
VOLTAGE (MEASURED WITH VOLTMETER) IS DC VOLTAGE.(NO INPUT SIGNAL).

5

ALL PNP TRANSISTORS ARE EQUIVALENT TO 2SA1015-GR UNLESS OTHERWISE NOTED.
ALL NPN TRANSISTORS ARE EQUIVALENT TO 2SC1815-GR UNLESS OTHERWISE NOTED.
ALL DIODES ARE EQUIVALENT TO 1SS133 UNLESS OTHERWISE NOTED.
ELECTROLYTIC CAPACITORS ( ) ARE IN uF/WV.
ALL CAPACITORS ARE IN pF/50WV UNLESS OTHERWISE NOTED.
EX) 030- 3pF 330- 33pF 331- 330pF 333- 0.033uF
ALL RESISTORS ARE IN OHMS 1/4WATTS UNLESS OTHERWISE NOTED.
THE THICK LINES ON PC BOARD ARE THE PRINTING SIDE OF THE PARTS.
EX) PRINTING SIDE
CIRCUIT IS SUBJECT TO CHANGE FOR IMPROVEMENT.

!

Q2002

DZFL

DZFR

VDD

VSS

2ch DAC

VCOM

AOUTL

AOUTR

P/S

16
15
14
13
12
11
10
9

+5V

1

C2018

470/6.3

C2017

104Z

C2016

10/50

C2015

104Z

2

O3I
Q2005

78L05

G

C2021

10/50

C2022

10/50

104Z

L2003

C2031

LBC2518T2R2M

R2023

R2024

R2021

2.2K

100K

100K

R2022

2.2K

R2025

2.2K

R2026

2.2K

C2025

821J

C2023

C2024

C2026

821J

821J

R2029

R2030

821J

3

2

3.3K

3.3K

6

5

NE5532APSR

8

Q2003

R2027

2.2K

R2028

2.2K

Q2003

4

NE5532APSR

HT-R640

R2031

22(1/2W)

C2027

1

10/50

C2029

220/16

C2030

C2028

7

10/50

220/16

R2032

22(1/2W)

XM_L_OUT

XM_R_OUT

GND_A

+12V

-12V

1
2
3
4
5

JL5502B

6
7

TO NAAF-8911 (SD-1:C1)

C2033

TA48033AF

3

470/6.3

Q2004

1

O

I

G

2

XM_ERR_IRQ

XM_SDI_L

DAC_RESET
XM_COM_SEL
XM_SDO_L
XM_RESET

C2032

104Z

R2047

22(1/2W)

C2043

100/16

R2036

0

Q2006

TC74HCT7007AF

1
2
3
4
5
6
7

GND8OUT4

Q2007

TC74VHC541FT

11

Y8

12

Y7

13

Y6

14

Y5

15

Y4

16

Y3

17

Y2

18

Y1

19

_G2

20

VCC1_G1

104Z

C2036

VCC

OUT6

OUT5

GND

102K

C2044

E2002

L2004

BLM21PG221SN1

104Z

C2042

C2034

100/16

R2033

22

R2034

22

L2005

BLM21PG221SN1

D2001

UDZS5.1B

C2035

104Z

14
13

IN6

12
11

IN5

10
9

IN4

10
9

A8

8

A7

7

A6

6

A5

5

A4

4

A3

3

A2

2

A1

R2035

R2046

0

0

R2044

220

XMDACRST
XMCOMSEL
XMERRIRQ

XMSRSEL
XMSRTXD
XMSRRXD

XMRST
GND

+5V_XM

E2003

E2001

4
3
2
1

P2001

GND

D+

XM

D-

+V

1
2
3
4
5
6

JL101B

7
8
9

TO NADG-8816 (SD-6:E1)

<Note>
SD-x:XY is short for Shcematic Diagram-x and
each socket's location, X=A to H, Y=1 to 5.

A

BCDEFGH

SCHEMATIC DIAGRAM-8(SD-8)

DISPLAY SECTION

1

NOTE

THE COMPONENTS IDENTIFIED BY MARK ARE CRITICAL FOR SAFETY
REPLACE ONLY WITH PART NUMBER SPECIFIED.
VOLTAGE (MEASURED WITH VOLTMETER) IS DC VOLTAGE.(NO INPUT SIGNAL).
ALL PNP TRANSISTORS ARE EQUIVALENT TO 2SA1015-GR UNLESS OTHERWISE NOTED.
ALL NPN TRANSISTORS ARE EQUIVALENT TO 2SC1815-GR UNLESS OTHERWISE NOTED.
ALL DIODES ARE EQUIVALENT TO 1SS133 UNLESS OTHERWISE NOTED.
ELECTROLYTIC CAPACITORS ( ) ARE IN uF/WV.
ALL CAPACITORS ARE IN pF/50WV UNLESS OTHERWISE NOTED.
EX) 030- 3pF 330- 33pF 331- 330pF 333- 0.033uF

2

3

4

ALL RESISTORS ARE IN OHMS 1/4WATTS UNLESS OTHERWISE NOTED.
THE THICK LINES ON PC BOARD ARE THE PRINTING SIDE OF THE PARTS.
EX) PRINTING SIDE
CIRCUIT IS SUBJECT TO CHANGE FOR IMPROVEMENT.

<Note>
SD-x:XY is short for Shcematic Diagram-x and
each socket's location, X=A to H, Y=1 to 5.

NADIS-8786

U02

SWITCH PC BOARD

2.2K

R7151

D7152

STBY

SLI-343URC

S7108

!

DTA114ES

STBY

R7104

820

Q7151

D7154

SDPB3DD0C

R7152

S7110

PURE AUDIO

120

R7105

1.2K

DD

PURE AUDIO

EXCEPT

PP ONLY

R7106

2.2K

LEDSTBY

GNDLED

+BLED

LEDPURE

KEY0_2

KEYINT0

NADIS-8785

U01

DISPLAY PC BOARD

F212F225P356P347P338P329P3110P3011P2912P2813P2714P2615P2516P2417P2318P2219P2120P2021P1922P1823P1724P1625P1526P1427P1328P1229P1130P1031P932P833P734P635P536P437P338P239P14016G4115G4214G4313G4412G4511G4610G479G488G497G506G515G524G

1

LEDSTBY

8

8

LEDZONE2

7

7

GNDCPU

6

6

+BLED

5

5

LEDPURE

4

4

KEY0_2

3

3

KEYINT0

2

2

1

1

JL7101A

JL7101B

C7001

223Z

R7001

100K

Q7004

2SC2458

Q7006

DTA114ES

D7001

VOLUME

SDPB3DD0C

R7010

Q7002

16-BT-128GNYK

49

SEG2

50

SEG1

51

SEG0

52

VCC2

53

DIG15/SEG39

54

DIG14/SEG38

55

DIG13/SEG37

56

DIG12/SEG36

57

DIG11

58

DIG10

59

DIG9

60

DIG8

61

DIG7

62

DIG6

63

DIG5

DIG4

64

DIG032DIG023DIG014DIG005_RESET6_CS7SCK8SDATA9P110P011VCC112XOUT13XIN14VSS15SEG35

1

104J

C7002

101J

C7003
C7004

101J
101J

C7005

120

R7103

560

42

SEG943SEG844SEG745SEG646SEG547SEG448SEG3

Q7003

M66005

3.3K

3.3K

R7006

220
220

33

32

SEG1834SEG1735SEG1636SEG1537SEG1438SEG1339SEG1240SEG1141SEG10

31

SEG20

SEG19

30

SEG21

29

SEG22

28

SEG23

27

SEG24

26

SEG25

25

SEG26

24

VP

23

SEG27

22

SEG28

21

SEG29

20

SEG30

19

SEG31

18

SEG32

SEG34

17

SEG33

16

+

100/6.3

104J

C7009
FLDRST

FLDCS
FLDCLK
FLDSDO

KEY0

+5V

S7102S7116

MULTIMEMORY

R7101

330

27K

101J

C7008

C7007

R7002
R7003
R7004
R7005

NAETC-8790

U06

KEY1

R7107

330

CD

TUNER

HEADPHONE
PC BOARD

P7201

5
4
2

HEADPHONES

5

3
7
8
1

102J

C7204

L7201

102J

C7203

022M

L7202

L7203
022M

022M

JL6605A

E7201

5
4
3
2

1

102J

C7201

KEY2

SD-5

TO NAVD-8819

KEY3

S7132

S7150

TUN UP

R7115

330

R7123

330

DIGITAL IN

PRESET UP

HT-R640

6G515G524G533G542G551G58F1159F12

223Z

C7010

R7007

220

C7011

223Z

R7008

220

C7012
223Z

223Z
C7014

C7013

33/50

D7002

MTZJ8.2C

C7015

100/16
+

R7021

10K

MASTER VOLUME

ROTARY
ENCODER

S7002

1

4

C7045

100/6.3

R7045

100

+

102K

C7047

R7046

1K

R7023

10K

R7022

10K

10K

R7024

3

103Z

103Z

5

2

C7022

C7021

L7032

022M

L7031
022M

+5.6V

5

4
3
2
1

U7042

REMOTE CONTROLLER

SENSOR

JL7351A

3
2
1

REMIN

FLDRST

FLDCS

FLDCLK

FLDSDO

KEY0
KEY1
KEY2
KEY3

+5.6S

KEYINT0

FAC1

KEYINT1

FAC2

-VP

VOLA

+5VDIS

VOLB

GNDCPU

V4_R

GNDV4

V4_L

LEDSTBY

V4V

GNDV4V

V4Y

LEDZONE2

V4C

GNDMIC

-12V

+12V
MICOUT
MICDET

MICMUT

OPTF

NAETC-8789

U05

FRONT OPT
PC BOARD

R7351

3

220

L7351

2

+

1

022M

JL7351B

C7352

100/16

C7351

IN
VCC
GND
TORX177L

223Z

36
35
34
33
32
31
30
29
28
27
26
25
24
23
22
21
20
19
18
17
16
15
14
13

TO NADG-8816 (SD-6)

12
11
10

9
8
7
6
5
4
3
2
1

P701B

U7351

VIDEO-4
DIGITAL

R7101

330

R7107

330

R7115

330

R7123

330

R7102

S7118

TUNER

S7134

DIGITAL IN

470

R7108

470

R7116

470

R7124

470

TAPE

S7120

S7136

DISPLAY

R7109
560

R7117

560

R7125

560

S7122

VIDEO4

S7138

LIS MODE>

R7110

820

R7118

820

R7126

820

S7124

VIDEO3

R7119

S7140

LIS MODE<

R7127

R7111

1.2K

1.2K

1.2K

S7126

VIDEO2

S7142

STEREO

R7112

2.2K

R7120

2.2K

R7128

2.2K

S7128

VIDEO1

S7144

TONE +

R7113

3.9K

R7121

3.9K

R7129

3.9K

DVD

S7130

S7146

TONE -

R7122

12K

R7130

12K

TONE

S7148

DTC114TS

DTC114TS

470

R7412

Q7404

R7414

Q7403

R7413

100K

10/16

220K

330J

C7405

C7404

R7410

R7409

+

220

220

MTZJ6.8B

33K

R7408

D7412

P7301

470

R7411

47/16

D7411

+

C7411
NJM4580D-D

+

C7412

NJM4580D-D

Q7401

MTZJ6.8C

C7301

471J

DTC114ES

R7406

7

47/16

1

R7301

Q7007

Q7401

4

8

C7303

104Z

C7302
471J

330

330

R7302

R L

VIDEO 4 INPUT

DTA114ES

Q7005

330

5

1K

6

+

R7407

D7401

MTZJ5.1B

3
2

R7303

47/16

C7403

75

101J

C7402

C7401

47K

R7405

10/16

C7304

104Z

E7301

R7304

+

75

R7404

220

R7403

L7401

L7402

022M

4.7K

022M

R7402

102J

R7401

47K

C7421

100

P7401

5
4
2
3
7
8
1

SETUP MIC

S7152

PRESET UP

S7154

ENTER

DOWN

PRESET

S7156

S7158

TUN DOWN

S7160

SETUP

S7162

RETURN

S7164

TUN MODE

S7166

DIMMER

RT/PTY/TP

A

SCHEMATIC DIAGRAM-9(SD-9)

POWER SUPPLY SECTION

1

BCDEFGH

NAPS-8787

POWER SUPPLY PC BOARD

U03

D933

1SS133

D935

1SS133

C933

4.7/50

NOTE

THE COMPONENTS IDENTIFIED BY MARK ARE CRITICAL FOR SAFETY
REPLACE ONLY WITH PART NUMBER SPECIFIED.
VOLTAGE (MEASURED WITH VOLTMETER) IS DC VOLTAGE.(NO INPUT SIGNAL).
ALL PNP TRANSISTORS ARE EQUIVALENT TO 2SA1015-GR UNLESS OTHERWISE NOTED.
ALL NPN TRANSISTORS ARE EQUIVALENT TO 2SC1815-GR UNLESS OTHERWISE NOTED.
ALL DIODES ARE EQUIVALENT TO 1SS133 UNLESS OTHERWISE NOTED.
ELECTROLYTIC CAPACITORS ( ) ARE IN uF/WV.
ALL CAPACITORS ARE IN pF/50WV UNLESS OTHERWISE NOTED.
EX) 030- 3pF 330- 33pF 331- 330pF 333- 0.033uF

2

ALL RESISTORS ARE IN OHMS 1/4WATTS UNLESS OTHERWISE NOTED.
THE THICK LINES ON PC BOARD ARE THE PRINTING SIDE OF THE PARTS.
EX) PRINTING SIDE
CIRCUIT IS SUBJECT TO CHANGE FOR IMPROVEMENT.

<Note>
SD-x:XY is short for Shcematic Diagram-x and
each socket's location, X=A to H, Y=1 to 5.

!

D930

1SS133

T902

NPT-1519*

1
2
3
4

9
8
7
6
5

C921

223Z

3

1SS133

1SS133

1SS133

1SS133

1SS133

D925

1SS133

C902

104J

D931

D923

D921

D924

D922

56(1/2W)

2

3

PP

4 1

C901

103M/275VAC

RL901

F901

T5AL250V

AC CORD

1
2

P901A

1
2

P911

4 1

103M/275VAC

RL901

C901

F903

5A 125V

4

P902

AC OUTLET

100W MAX

F903

T2.5AL250V

P902

AC OUTLET

100W MAX

POWER SUPPLY VOLTAGE AND FREQ.

TYPE

D

120V 60HZ

PAC230-240V 50HZ

5

POWER TRANSFORMER

TYPE

D

P

T901

NPT-1518D
NPT-1518P

T902

NPT-1520JQ
NPT-1519GQ

HT-R640

R934

R921

56(1/2W)

MTZJ5.1B

D934

100K

C922

2200/16

+

C930

100/35

+

POFF

+12VD

MPUGND

+10VS

POWERD

102J

C911

E901

D911

1SS133

5
4
3
2
1

D912

1SS133

POWER TRANS

T901

1

JL901A

(SD-5:A5)

TO NAVD-8819

S4

S3

NAETC-8788

U04

SEC TERMINAL-1
PC BOARD

R9102

8

5.6 (1/2W)
104J

9

10

11

12

13

C9101

TO NAVD-8819

(SD-5:A5)

12345

FLAC1

FLAC2

SEC3_2

SEC3_1

JL9101A

6

SEC2_1

SEC2_2

F901

10A 125V

1
2

1
2

3

S2

14

F910

5A 125V

P911

S1

CAUTION

(SD-2:A5)

TO NAPS-8912, P15-P19

FOR CONTINUED PROTECTION
AGAINST FIRE HAZARD, REPLACE
ONLY WITH FUSE OF SAME TYPE

AV

AND RATING INDICATED.

ATTENTION

CAUTIONF AFIN D'ASSURER UNE PROTECTION

V A

THIS SYMBOL LOCATED NEAR THE FUSE INDICATES
THAT THE FUSE USED IS SLOW OPERATING TYPE
FOR CONTINUED PROTECTION AGAINST FIRE FUSE
HAZARD,REPLACE WITH SAME TYPE FUSE. FOR FUSE
RATING REFER TO THE MAKING ADJACENT TO THE SYMBOL.

CE SYMBOLE INDIQUE QUE LE FUSIBLE UTLISE EST
A LENT, E POUR UNE PROTECTION PERMANENTE,N'UTILISER
QUE DES FUSIBLES DE MEME TYPE. CE DARNIER EST
INDIQUE LA QU LE PRESENT SYMBOL EST APPOSE.

PERMANENTE CONTRE LES RISQUES
D'INCENDIE, REMPLACER UNIQUEMENT
PAR UN FUSIBLE DE MEME TYPE
ET CALIBRATION COMME INDIQUE.

HT-R640

A

SCHEMATIC DIAGRAM-10(SD-10)

HDMI SECTION

NAVD-8928

U21

1

2

3

4

5

HDMI PC BOARD

R1HPR

+3_3VHD1

1K

10K

R8534

R8545

R8541

R8538

10K

10K

22

HP DET

Shield

DDC DATA

DDC CLK

CERemote

CK Shield

D0 Shield

HDMI IN1

D1 Shield

P8501

D2 Shield
Shield

23

R2HPR

+3_3VHD1

Q8605

10K

1K

R8634

R8645

R8638

10K

22

HP DET

Shield

DDC DATA

DDC CLK

CERemote

CK Shield

D0 Shield

HDMI IN2

D1 Shield

P8601

D2 Shield
Shield

23

Q8510

Q8505

104Z

+5V

GND

CK-

CK+

D0+

D1+

D2+

104Z

R8641

10K

+5V

GND

CK-

CK+

D0+

D1+

D2+

R0PWR5V

10K

UM6K1N

R8536

D8501

C8599

102J

20

NC

D0-

D1-

D2-

C8598

21

Q8610

10K

UM6K1N

R8636

C8681

D8601

C8699

20

NC

D0-

D1-

D2-

C8698

21

3.3K

10K
R8535
C8581

19

18

17

16

15

14

13

12

11

10

9

8

7

6

5

4

3

2

1

10K
R8635

102J

19

18

17

16

15

14

13

12

11

10

9

8

7

6

5

4

3

2

1

102J

DTA144EE

3.3K

R8546

R8547

1SS226

102J

DTA144EE

3.3K

R8646
R8647

3.3K

1SS226

Q8603

PRODDC1

Q8503
UM6K1N

CEC

R0XCN

R0XCP
R0X0P

R0X0N
R0X1N

R0X1P

R0X2N

R0X2P

PRODDC2

UM6K1N

R1XCN

R1XCP
R1X0N

R1X0P
R1X1N

0

Q8504

8

7

WP

VCC

A02A13A24GND

1

0

8

7

WP

VCC

A02A13A24GND

1

CEC

R1X1P
R1X2N

R1X2P

SCLDDC1

SDADDC1

R8539

UM6K1N

R8542

5

6

SCL

SDA

DSCL0
DSDA0

R1PWR5V

SCLDDC2

SDADDC2

R8639

Q8604

R8642

UM6K1N

R8643

3.3K

6

5

SCL

SDA

DSCL1
DSDA1

R8540

3.3K

R8543

3.3K

R8640

3.3K

BCDEFGH

CEC

0

Q8506

256*8 EEPROM

BR24L02FV-W

0

Q8606

BR24L02FV-W

256*8 EEPROM

TO NAVD-8819 (SD-5:G3)

JL8001B

123

4

GND

+12DG

+12DG

GNDS2

+3.3V

+12.0V

22/4

C8517 105Z

C8518

C8519

102J

PVCC

C8520

22/4

C8521

37

PVCC0

102J

38

C8522

102J

102J

C8523
C8524

105Z

C8525

102J

102J

102J

C8528

102J

C8529
105Z

C8530
102J

C8531

102J

C8532
105Z

C8624
220/4

C8623

4

VOUT
VIN2VSS3CE

C8622

105Z

105Z

NC

1K

AVCC

39

R0XC-

40

R0XC+

41

AGND

42

AVCC

43

R0X0-

44

R0X0+

45

AGND

46

AVCC

47

R0X1-

48

R0X1+

49

AGND

50

AVCC

51

R0X2-

52

R0X2+

53

AGND

54

TMDSPGND

55

PVCC1

56

RSVD_A

57

AVCC

58

R1XC-

59

R1XC+

60

AGND

61

AVCC

62

R1X0-

63

R1X0+

64

AGND

65

AVCC

66

R1X1-

67

R1X1+

68

AGND

69

AVCC

70

R1X2-

71

R1X2+

72

AGND

R8567

0

R8568

0

R8569

0

R8570

0

R8571

0

R8572

0

R8573

0

R8574

0

C8526

C8527

R8575

0

R8576

0

R8577

0

R8578

0

R8579

0

R8580

0

R8581

0

R8582

0

L8506

BLM21PG221

+3_3VPLL
5

Q8602

1

XC6213B332M

R8633

+5VHD

L8591

BLM21PG221SN1

R0PWR5V

R1PWR5V

102J

C8516

34

35

33

36

CGND

CVCC18

R0PWR5V

+

C8585

DSCL0

DSDA0

32

31

DSCL0

DSDA0

R1PWR5V

470/16

DSCL1

30

DSCL1

223Z

C8586

DSDA1

29

DSDA1

1
5

104Z

C8587

SCL_RX

SDA_RX

28

27

CSCL

CSDA

VIN
SS

102J

C8515

26

IOVCC

Q8593

SI-8008

GND

3

105Z

C8514

25

24

CGND

IOGND

SW

VADJ

23

CVCC18

22

2
4

102J

C8513

20

21

CGND

VPP3318

L8592

NCH-2541 470K

CRS09

D8591

18

19

17

DL2

DL3

DR3

DR2

C8511

16

IOVCC

Q8501

SII9033

HDMI Receiver

CGND74CVCC1875IOGND76IOVCC77MUTEOUT78SPDIF79CVCC1880CGND81SD382SD283SD184SD085WS86SCK87NC88MCLKOUT89IOVCC90IOGND91CGND92CVCC1893NC94AUDPVCC18

105Z

C8533

73

102J

C8534

102J

C8535

33

33

R8509

R8508

MUTERX

HDMISPF

102J

C8536

PCMSBLR

33X4

R8511

PCMCSW

PCMSLR

33

R8512

PCMLR

PCMLRCK

33

R8513

BK1608LL241

PCMBCK

105Z

C8538

C8537

102J

L8517

47

R8514

MCK_HDMI

C8539

102J

28.332MHz

C8540105Z

+3_3VHD1

+5.0V

4.7K

R8591

R8592

820

R8593

105Z

12

14

13

15

DL0

DL1

DR1

IOGND

AUDPGND96XTALOUT97XTALIN98XTALVCC99REGVCC

95

C8541

102J

070D

R8516

C8543

C8542

33

X8501
R8515

1M

TO NAVD-8816, P801A (SD-6:D3)

181716151413121110

VD_SI

VDRST

VD_SCK

TXMUTE

+

47K

C8588

470/16

HDM_VSYNC

33

102J

105Z

R8503

C8505

EVNODD

RSVDL

102

100

R8518

C8547

102J

RST_RX

6

NC7NC8NC

RESET#

SCDT

103

4.7K

R8517

100

R8519

SCDT

C8504

4

5

IOVCC

INT

104

105

105Z

R8520

INT_RX

3

IOGND

VSYNC

CVCC18

CGND

106

C8548

100

11

070D

DR0

C8544

10

105Z

9

DCLK

100NC101

C8545

102J

C8546

105Z

VD_SO

VD_STB

RXMUTE

HDM_BLNK

HDM_HSYNC

DVCC

33

33

R8502

R8501

2

1

DE

ePAD

HSYNC

Q0
Q1
Q2
Q3
Q4

CVCC18

CGND

Q5

Q6
IOGND
IOVCC

Q7

Q8

Q9

Q10
Q11

CVCC18

CGND

Q12
Q13
Q14
Q15

IOVCC

ODCK

IOGND

Q16
Q17
Q18
Q19

CGND

CVCC18

Q20
Q21
Q22
Q23

IOVCC

CLK48B

IOGND

107

108

R8521

C8549

C8589

10K

102J

22/4

987

GND

HDMISPF

145
144
143
142
141
140
139
138
137
136
135
134
133
132
131
130
129
128
127
126
125
124
123
122
121
120
119
118
117
116
115
114
113
112
111
110
109

22/4

C8550

GND

C8502

C8501

R8528

C8561

C8560

C8559

R8526
C8558

R8525

R8524
C8556

R8523
C8555
R8522

C8554
C8553
C8552

22/4

22/4

102J
105Z

33

PCMLR

22/4

IOVCC

C8551

432

PCMCSW

PCMSLR

+5VHD

C8591

105Z

1

I

2

G

Q8591

O

3

100/4
C8592

+3_3VHD1

L8501

L8502
L8504

L8505

BLM21PG221

CVCC18

HDM_CB2
HDM_CB3
HDM_CB4
HDM_CB5

C8562

105Z

R8527

33X4

HDM_Y2
HDM_Y3
HDM_Y4
HDM_Y5

HDM_Y6
HDM_Y7
HDM_Y8
HDM_Y9

HDM_CR2
HDM_CR3
HDM_CR4
HDM_CR5

HDM_CR6
HDM_CR7
HDM_CR8
HDM_CR9

BLM21PG221

L8508
L8507

BLM21PG221

L8509

BLM21PG221

P8003B

1

PCMSBLR

MCK_HDMI

C8593

1

G

Q8592

BA18BCOFP

3

100/4
C8594

105Z

I

2

O

+1_8VHD2

C8595

105Z

I

G

Q8595

O

BA18BCOFP

C8596

100/4

+1_8VHD3

+3_3VHD1

FOR NAVD8824

C8428 050C

HDM_Y6
HDM_Y5
HDM_Y4
HDM_Y3
HDM_PIXCLK
HDM_Y2
HDM_CB9
HDM_CB8
HDM_CB7

HDM_CB6

HDM_CB5
HDM_CB4
HDM_CB3
HDM_CB2
HDM_BLNK

1

2

3

100K
100K

HDM_CB6
HDM_CB7
HDM_CB8
HDM_CB9

C8424
C8425

C8426

+1.8V

R8739-R8742
R8746-R8756

22

DVDA_ENH

RXMUTE
INT_VSYNC
RTC

HDMI_POW

DVIHDMI
TEST0

RST_RX
R1HPR

R2HPR
VDOFF
RST_IP
HPD_TX

HDOE

RST_VE

RST_VD

R8757

R8758

R8421

22X4

100D

R8422

22

22X4
105Z
102J

105Z

C8427

102J

22

R8424

22X4

BLM21PG221

BLM21PG221

+1_8VHD3
+3_3VHD1

L8701

C8708

C8428

R8423

R8424
R8425
R8426

105Z

22

22/4

C8401

R8738

R8739

R8756
R8755
R8754
R8740
R8741
R8752
R8747
R8748
R8749
R8750
R8751

R8742
R8753

R8744

22

220M

C8423

61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81

PROEP2

PROEP1

PRODDC1

PRODDC2

22X4

R8737

DB0

DB1

DB2

DB3

71

72

73

74

75

76
77

47K

PDL5/FLMD1

78

PDL6/AD6

79

PDL7/AD7
PDL8/AD8

80

PDL9/AD9

81

PDL10/AD10

82

22

PDL11/AD11

83

PDL12/AD12

84

PDL13/AD13

85

PDL14/AD14

86

PDL15/AD15

87

PDH0/A16

88

PDH1/A17

89

P711/ANI11

90

P710/ANI10

91

P79/ANI9

92

P78/ANI8

93

P77/ANI7

94

P76/ANI6

95

P75/ANI5

96

P74/ANI4

97

P73/ANI3

98

P72/ANI2

99

P71/ANI1

100

P70/ANI0

R8746

AVREF0

220/4

C8709

4.7K

R8704

HDM_Y7

105Z

C8422

22x4

102J

R8418

59

60

CGND
D13
D12
D11
D10
D9
IDCK
D8
D7
D6
D5
IOVCC
IOGND
CGND
CVCC18
D4
D3
D2
D1
D0
DE
ePAD

HSYNC2VSYNC3CGND4CVCC185SPDIF6MCLK7SD38SD29SD110SD011WS12SCK13IOVCC14IOGND15CGND16CVCC1817INT18HPD19DSDA20DSCL

1

22/4

22

C8403

C8402

105Z

L8401

R8401

L8402

HDM_HSYNC

PDL0/AD0

PDL1/AD1

PDL2/AD2

PDL3/AD3

PDL4/AD4

AVSS03 P10/ANO04 P11/ANO15 AVREF16 PDH4/A207 PDH5/A218 FLMD09 VDD0

1

2

105Z

C8701

C8702

MODE1

MODE0

4.7K

R8702

R8417

22X4

HDM_Y8

HDM_Y9

HDM_CR3

HDM_CR2

HDM_CR4

CVCC18

HDMI Transmitter

22

22

22

C8404

102J

R8404

R8402

R8403

HDM_VSYNC

HDMISPF

MCK_HDMI

PCMSBLR

R8712-8715
R8729-8732

R8736,R8761

105Z

C8707

70

66

65

68

67

69

BVSS

BVDD

PCT4/_RD

PCT6/ASTB

PCT1/_WR1

MPD70F3716GC-8EA

REGC

10

11

105Z

C8704

4.7/50

C8703105Z

R8706

10K

X8701

CSTCR5M00G53-B0

R8416

22X4

HDM_CR7

HDM_CR6

HDM_CR5

HDM_CR9

HDM_CR8

49

D2350D2251D2152D2053D1954D1855D1756D1657D1558D14

Q8401

SII9030

22

22X4

R8406

R8405

R8407

PCMBCK

PCMLR

PCMLRCK

PCMSLR

PCMCSW

22

63

64

62

PCT0/_WRO

PCM2/_HLDAK

PCM3/_HLDRQ

Q8701

VSS0

12 X113 X214

C8705

X8701

105Z

VDRST

C8419

102J

105Z

C8421

C8420

48

47

46

CGND

IOVCC

IOGND

22

105Z

102J

C8406

C8405

HS

INT_VD

TXMUTE

R8732

R8736

58

59

60

61

PHD3/A19

PDH12/A18

PCM0/_WAIT

PCM1/CLKOUT

RESET

XT1

XT2

P02/NMI

15

16

17

18

R8720

R8707

R8719

22

22

10K

D8701

INT_TX

RST_TX

1SS355

SDA_TX

4.7k

4.7k

SCL_TX

102J

R8415

R8414

44

45

42

43

CSCL

CSDA

RESET#

CVCC18

EXT_SWING

22

22

102J

R8409

R8408

C8407

INT_TX

SDAODDC

HPD_TX

MUTERX

HPLGDET

R8730

R8731

57

56

P913/INTP4

P914/INTP5

P915/INTP6

P04/INTP0

P04/INTP1

P05/INTP2/_

19

20

R8721

R8710

22

10K

INT_RX

RST_TX

7k

105Z

4.7k

4.

R8411

R8413

41

CI2CA

NC
PGND2
PVCC2

AGND

TX2+

TX2-

AVCC

TX1+

TX1-

AGND

TX0+

TX0-

AVCC

TXC+

TXC-

AGND

PVCC1
PGND1
RSVDL

BLM21PG221

1SS226

SCLODDC

FSI

FSO

FCLK

R8715

R8714

R8713

53

55

54

P910/SIB3

P911/SOB3

P912/_SCKB3

P90/SDA02

P38/SDA00

P32/ASCKA0

P31/RXDA0

P06/INTP3

PP40/SDA01

P41/SCL01

21

22

23

22

R8709

SCDT

SCLODDC

SDAODDC

XC6213B332M

+5VHD

C8451

1K

R8452

BLM21PG221

C8418

40

C8417

39

C8416

38

C8415

37

102J

36
35
34
33
32

C8414

31

105Z

30
29
28
27

C8413

26

C8412

25

R8410

24
23
22

C8411

21

R8427
C8410

C8409
C8408

D8301

R8325

VD_SO

VD_SCK

R8729

R8761

51

52

P98/SOB1

P99/SCKB1

P97/SIB1

P96/A6
P95/A5
P94/A4

P93/A3
P92/A2

P91/SCL02

P55/DMS
P54/DCK
P53/DDO

P52/DDI

P51
P50

P39/SCL00

EVDD
EVSS

P37
P36
P35

P34
P33

P42

P30TXDA0

24

25

2.2K
R8712

Q8404

1

VIN

2

VSS

3

CE4NC

22/4
105Z
102J

102J
105Z

560

4.7K
105Z

22/4

22/4

L8403

Q8306

4.7K

1

R8324

2
3

47K

VD_SI

R8762

50
49
48

22

R8705

47

2.2K

46

R8727

45
44
43

R8726

42

2.2K

41
40
39
38

R8734

37
36
35

C8706

34

105Z

33
32

R8725

31
30
29
28
27

R8759

26

2.2K

R8760

2.2K

2.2K

R8711

R8716
R8717
R8718

5

VOUT

C8452

L8404

L8405

R8462

BLM21PG221

CEC_IO

CEC

SCLODDC

102J

R8337

SDAODDC

R8338

DVIHDMI

R8333

1K

+3_3VHD1

TC7SZ08FU

INA

VCC
INB
GND4OUTY

22

2.2K

R8733

2.2K

2.2K
R8724
R8723
R8722

22
0
0

220/4

C8453

105Z

27K

DLP2ADN900HL4L

DLP2ADN900HL4L

UM6K1N

4.7K

4.7K

5

HPLGDET

CEC_IO

VD_STB
SCL_TX
SDA_TX
SCLDDC2
SDADDC2

OC_DMS
OC_DCK
OC_DDO
OC_DDI

2.2K

2.2K

2.2K

OC_FLMDO

OC_SYSRST

+3_3VHD1

L8407

1
2
3
4 5

L8406

1
2
3
4 5

D8461

Q8309

Q8308

DTA144EE

R8334

2.2K

R8335

2.2K
C8330

105Z

C8329

105Z

SCL_VDVE
SDA_VDVE

SCLDDC1
SDADDC1

SCL_RX

SDA_RX

SCL_IP

SDA_IP

TX2+

8

TX2-

7

TX1+

6

TX1­TX0+

8

TX0-

7

TXC+

6

TXC-

1SS226

C8332

105Z

22/16

C8328

C8327

R8728

DBGRXD

+3.3VMPU

DBGTXD

GND

105Z

C8461

C8398

102J

1
2
3
4
5
6
7
8

9
10
11
12
13
14
15
16
17
18
19

C8399

TX_HPLG

102J

4

VO

BYP2GND1CONT

3

105Z

R8323

10KX4

D2+
D2 Shield
D2­D1+
D1 Shield
D1­D0+
D0 Shield
D0­CK+
CK Shield
CK­CERemote
NC
DDC CLK
DDC DATA
GND
+5V
HP DET

5

VIN

10K

FWFLMD0
+3.3VMPU
FWRESET

2
4
6

8
10
12
14
16
18
20 19

1
2
3
4
5
6
7
8
9

0

R8708

23

21

Shield

Shield

20

22

100

R8341

105Z

C8326

Q8305

NJM2860F3-05

HDMI_POW

FCLK

FSO
FSI

C8710

(P8703)

P8302

HS

105Z

(P8704)

+12DG

8
7
6
5
4
3
2
1

P8702

1
3
5
7
9
11
13
15
17

Debug

HT-R640

FLASH MICOM WRITER

HDMI OUT

+5.0V

<Note>
SD-x:XY is short for Shcematic Diagram-x and
each socket's location, X=A to H, Y=1 to 5.

HT-R640

A

SCHEMATIC DIAGRAM-11

DIGITAL AUDIO WAVE FORM SECTION

NOTE:

1.

WF01 is short for WaveForm01 .

1

2

2. See SD-6(SCHEMATIC DIAGRAM-6) for details.

74HCU04F

Q131

COAX1

4

COAX1
COAX2

DIGITAL
OUT

OPT1

OPT2

OPT3

1

R336

COAX2

10

13

R337

IN

VCC
GND

IN

R141

VCC

WF01

GND

IN

R142

VCC
GND

IN

R143

VCC
GND

TX

6

9

OPT1

OPT2

OPT3

WF02

43

42

50

46

45

48

Q301

DIR

TO NAVD-8928 (SD-10)

WF03

SAI_SDOUT

54

R312

SAI_SLCK

61

R316

SAI_LRCK

60

R315

WF04

CS42518-CQ

LR CLOCK (SAI_LRCK, CX_LRCK)

Fs=48kHz : DVD, Clock width=20.8us
Fs=44.1kHz : CD, Clock width=22.7us

BCD

P801A

1

3

2

PCMSLR

MCK_HDMI

PCMSBLR

WF05

4

PCMCSW

7

5

6

PCMLR

PCMBCK

PCMLRCK

14

12

13

11

9

10

5

7

6

Q181

TC74VHC157FT

TMS320D707E001

Q201

DSP

113

138
137

115

135

SAI_SDOUT

SAI_SLCK

SAI_LRCK

MASTER CLOCK=128Fs or 256Fs

116
117

120

139

142

141

144

BIT CLOCK (SAI_SLCK, CX_SLCK)

64Fs=3072kHz : DVD, Clock width=325ns
64Fs=2822.4kHz : CD, Clock width=354ns

CX_SDIN1
CX_SDIN2
CX_SDIN3
CX_SDIN4

CX_SCLK

CX_LRCK

WF07

WF06

WF08

R254
R255
R256
R257

R267

R269

1

DAC

64
63
62

2

3

WF09

R411

DAC_OUT ­DAC_OUT+

33

32
30
31
37
36
29
28
26
27
23

22

20
21
34
35

R401

R412

R402
R413

R403

R415

R405

R416

R406

R417
R407

R418

R408

R414
R404

Q401

Q401

Q402

Q403

Q403

Q404

Q404

Q402

FL

FR

C

SL

SR

SBL

SBR

SW

WF10

AUDIO_FL

WF01

OPT1

4.0V

WF02

COAX1

5.0V

WF03

SAI_SDOUT

3.3V

3

Duty varies according to audio data

SAI_LRCK

WF04

3.3V

4

WF07

20.8us

CX_LRCK

3.3V

20.8us

Duty always varies according to audio data

SAI_SLCK

WF05

325 ns

WF08

CX_SCLK

325 ns

3.3V

3.3V

Duty varies according to audio data

CX_SDIN1

WF06

20.8us

WF09

DAC_OUT-

Analog audio wave form with aliasing noise

3.3V

2.8V

0V

AUDIO_FL

WF10

WF10

AUDIO_FL

5

2.8V

Analog audio wave form with aliasing noise

0V

Aliasing noise in no audio data

220mVp-p

HT-R640

A

PRINTED CIRCUIT BOARD VIEWS-1

U01

1

2

DISPLAY PC BOARD
(NADIS-8785)

Component Side

BCD

3

4

5

HT-R640

HT-R640

A

PRINTED CIRCUIT BOARD VIEWS-2

U01

1

2

DISPLAY PC BOARD
(NADIS-8785)

Soldering Side

BCD

3

4

5

HT-R640

HT-R640

A

PRINTED CIRCUIT BOARD VIEWS-3

U02

1

2

SWITCH PC BOARD
(NADIS-8786)

Component Side

BCD

3

Soldering Side

4

5

HT-R640

A

PRINTED CIRCUIT BOARD VIEWS-4

U03

1

2

POWER SUPPLY PC BOARD
(NAPS-8787)

Component Side

BCD

3

U04

SEC. TERMINAL-1 PC BOARD
(NAETC-8788)

Component Side

Soldering Side

4

5

HT-R640

A

PRINTED CIRCUIT BOARD VIEWS-5

U05

1

2

U06

FRONT OPT PC BOARD
(NAETC-8789)

Component Side

HEADPHONE JACK PC BOARD
(NAETC-8790)

BCDEFGH

Component Side

3

4

U07

OUTLET TERMINAL PC BOARD
(NAETC-8793)

Component Side

5

HT-R640

U08

PRI. SWITCH PC BOARD
(NASW-8794)

Component Side

HT-R640

A

PRINTED CIRCUIT BOARD VIEWS-6

U12

1

2

DSP PC BOARD
(NADG-8816)

Component Side

BCDEFGH

3

4

5

HT-R640

HT-R640

A

PRINTED CIRCUIT BOARD VIEWS-7

U12

1

2

DSP PC BOARD
(NADG-8816)

Soldering Side

BCDEFGH

3

4

5

HT-R640

HT-R640

A

PRINTED CIRCUIT BOARD VIEWS-8

U13

1

2

XM PC BOARD
(NADG-8817)

Component Side

BCD

3

Soldering Side

4

5

HT-R640

A

PRINTED CIRCUIT BOARD VIEWS-9

U14

1

2

VIDEO PC BOARD
(NAVD-8819)

Component Side

BCD

3

4

5

HT-R640

HT-R640

A

BCD

PRINTED CIRCUIT BOARD VIEWS-10

U14

1

2

VIDEO PC BOARD
(NAVD-8819)

Soldering Side

3

4

5

HT-R640

HT-R640

A

BCD

PRINTED CIRCUIT BOARD VIEWS-11

U15

1

2

AMPLIFIER PC BOARD
(NAAF-8911)

Component Side

3

4

5

HT-R640

HT-R640

A

BCD

PRINTED CIRCUIT BOARD VIEWS-12

U15

1

2

AMPLIFIER PC BOARD
(NAAF-8911)

Soldering Side

3

4

5

HT-R640

HT-R640

A

BCD

PRINTED CIRCUIT BOARD VIEWS-13

U16

1

2

SEC. TERMINAL-2 PC BOARD
(NAPS-8912)

Component Side Soldering Side

3

U17

4

5

THERMAL SENSOR PC BOARD
(NAETC-8913)

Component Side

HT-R640

A

BCD

PRINTED CIRCUIT BOARD VIEWS-14

U19

1

2

DRIVER AMPLIFIER PC BOARD
(NAAF-8917)

Component Side

3

U20

4

5

SPEAKER TERMINAL PC BOARD
(NAETC-8918)

Component Side

HT-R640

HT-R640

A

PRINTED CIRCUIT BOARD VIEWS-15

U21

1

2

HDMI PC BOARD
(NAVD-8928)

Component Side

BCDEFGH

3

4

5

Soldering Side

HT-R640

IC BLOCK DIAGRAMS AND TERMINAL DESCRIPTIONS -1

Q4003: ADV7172 (Digital PAL/NTSC Video Encoder with six DACs)

BLOCK DIAGRAM

HT-R640

MD-2000

FIELD/

TTX

TTXREQ

V

AA

P0

COLOR

DATA

P7

PAL

CLOCK

INSERTION BLOCK

4:2:2 TO

4:4:4

INTER-

POLATOR

NTSC

TELETEXT

8

8

8

VIDEO TIMING

GENERATOR

Y

YCrCb

U

TO

YUV

MATRIX

V

8

8

8

CLAMP

SCLOCK SDATA

I2C MPU PORT

BRIGHTNESS AND

CONTRAST CONTROL

SATURATION CONTROL

+

ADD SYNC

+

INTERPOLATOR

+

ADD BURST

+

INTERPOLATOR

CONTROL CIRCUIT

REAL-TIME

SCRESET/RTC

ALSB

PROGRAMMABLE

10

SHARPNESS

10

PROGRAMMABLE

10

LUMA

FILTER

+

FILTER

CHROMA

FILTER

GND

YUV TO

RBG

MATRIX

+

YUV

LEVEL

CONTROL

BLOCK

MODULATOR

+

HUE

CONTROL

10 10

SIN/COS

DDS BLOCK

M

10

10

U

10-BIT

L

DAC

T

10

10

I

10-BIT

P

DAC

L
E

10

10

10-BIT

X

DAC

E
R

DAC

CONTROL

M

BLOCK
U
L

10

10-BIT

T

I
P
L
E
X
E
R

10

10-BIT

10

10-BIT

DAC

CONTROL

BLOCK

DAC

DAC

DAC

10

10

10

DAC A

DAC B

DAC C

V

REF

R

SET2

COMP2

DAC E

DAC F

DAC D

R

SET1

COMP1

PIN CONFIGURATION

V

AA

P0
P1
P2
P3
P4
P5
P6
P7

CSO_HSO

V

AA

GND

AA

RESET

VSO

CLOCK

GND

48 47 46 45 44 39 38 3743 42 41 40

1

PIN 1

2

IDENTIFIER
3
4
5
6
7
8
9

10

11
12

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

GND

HSYNC

V

ADV7172

TOP VIEW

BLANK

ALSB

PAL NTSC

GND

CLAMP

TTX

AA

V

SCLOCK

FIELD/VSYNC

SET1

R

SCRESET/RTC

TTXREQ

SET2

R

SDATA

COMP2

REF

V

DAC F

36
35
34
33
32
31
30
29
28
27
26
25

COMP1
DAC A
V

AA

DAC B
V

AA

GND
V

AA

DAC C
DAC D
V

AA

GND
DAC E

MD-2000

HT-R640

IC BLOCK DIAGRAMS AND TERMINAL DESCRIPTIONS -2

Q4003: ADV7172 (Digital PAL/NTSC Video Encoder with six DACs)

TERMINAL DESCRIPTION

Mnemonic Input/Output Function
P7–P0 I 8-Bit 4:2:2 Multiplexed YCrCb Pixel Port (P7ÐP0) P0 represents the LSB.

CLOCK I TTL Clock Input. Requires a stable 27 MHz reference clock for standard operation. Alter-

natively, a 24.5454 MHz (NTSC) or 29.5 MHz (PAL) can be used for square pixel operation.

HSYNC

FIELD/VSYNC I/O Dual Function FIELD (Mode 1) and

BLANK

SCRESET/RTC I This pin can be configured as an input by setting MR42 and MR41 of Mode Register 4. It

V

REF

R

SET1

R

SET2

COMP1 O Compensation Pin for DACs A, B, and C. Connect a 0.1 uF Capacitor from COMP to

COMP2 O Compensation Pin for DACs D, E, and F. Co nnect a 0.1 uF Capacitor from COMP to V
DAC A O GREEN/Composite/Y Analog Output. This DAC is capable of providing 34.66 mA output.
DAC B O BLUE/S-Video Y/U Analog Output. This DAC is capable of providing 34.66 mA output.
DAC C O RED/S-Video C/V Analog Output. This DAC is capable of providing 34.66 mA output.
DAC D O GREEN/Composite/Y Analog Output. This DAC is capable of providing 8.66 mA output.
DAC E O BLUE/S-Video Y/U Analog Output. This DAC is capable of providing 8.66 mA output.
DAC F O RED/S-Video C/V Analog Output. This DAC is capable of providing 8.66 mA output.
SCLOCK I MPU Port Serial Interface Clock Input.
SDATA I/O MPU Port Serial Data Input/Output.
CLAMP O TTL Output Signal to external circuitry to enable clamping of all video signals.
PAL_NTSC I Input signal to select PAL or NTSC mode of operation, pin set to Logic "1" selects PAL.

VSO
CSO_HSO

ALSB I TTL Address Input. This signal sets up the LSB of the MPU address.

RESET

TTX I Teletext Data Input Pin.
TTXREQ O Teletext Data Request output signal used to control teletext data transfer.
V

AA

GND

I/O

I/O Video Blanking Control Signal. The pixel inputs are ignored when this is Logic Level "0."

I/O Voltage Reference Input for DACs or Voltage Reference Output (1.235 V).
I A 150 resistor connected from this pin to GND is used to control full-scale amplitudes of

I A 600 resistor connected from this pin to GND is used to control full-scale amplitudes of

O VSO TTL Output Sync Signal.
O Dual Function

I T he input resets the on-chip timing generator and sets the ADV7172/ADV7173 into

P Power Supply (3 V to 5 V).

G

HSYNC
Mode) or as an input and accept (Slave Mode) Sync signals.

configured to output (Master Mode) or as an input (Slave Mode) and accept these
control signals.

This signal is optional.

can be configured as a subcarrier reset pin, in which case a low-to-high transition on this
pin will reset the subcarrier phase to Field 0. Alternatively it may be configured as a Real­Time Control (RTC) Input.

the Video Signals from DACs A, B, and C (the "large" DACs).

the Video Signals from DACs D, E, and F (the "small" DACs).

V
COMP1 capacitor can be lowered to as low as 2.2 nF.

default mode. This is NTSC operation, Timing Slave Mode 0, DACs A, B, and C powered
OFF, DACs D, E, and F powered ON, Composite and S-Video out.

Ground Pin.

(Modes 1 and 2) Control Signal. This pin may be configured to output (Master

VSYNC

. For Optimum Dynamic Performance in Low Power Mode, the value of the

AA

or HSO TTL Output Sync Signal.

CSO

(Mode 2) Control Signal. This pin may be

AA

.

IC BLOCK DIAGRAM AND TERMINAL DESCRIPTIONS -3

Q4001: ADV7183

(Advanced Video Decoder with 10-Bit ADC and Component Input Support)

HT-R640

BLOCK DIAGRAM

ADV7183

ISO

REFOUT

AIN1

AIN2

AIN3

AIN4

AIN5

AIN6

ANALOG I/P

MULTIPLEXING

AUTOMATIC

GAIN

CONTROL

(AGC)

CLAMP AND
DC RESTRE

PWRDN

SHAPING

AND

NOTCH LPF

10-BIT

ADC

27MHz

10-BIT

ADC

VIDEO TIMING AND
CONTROL BLOCK

HSYNC FIELD VSYNC HREF VREF CLOCK

LUMA

ANTIALIAS

LPF

SWITCH

PEAKING

HPF/LPF

SUB-

CARRIER

RECOVERY

DTO

CHROMA

ANTIALIAS

LPF

27MHz XTAL

OSCILLATOR

BLOCK

RESAMPLING

AND

HORIZONTAL

SCALING

SYNC

DETECTION

RESAMPLING

AND

HORIZONTAL

SCALING

SHAPING

LPF

CLOCK

LUMA
DELAY
BLOCK

2H LINE

MEMORY

CHROMA

COMB

FILTER

I2C-COMPATIBLE
INTERFACE PORT

SCLOCKRESET ALSB

SDATA

P15-P0

PIXEL

O/P PORT

FIFO CONTROL

BLOCK

AND

PIXEL

OUTPUT

FORMATTER

LLC

SYNTHESIS

WITH LINE-

LOCKED
OUTPUT

CLOCK

AFF

HFF/QCLK

AEF

DV

RD

OE

GL/CLKIN

LLC1

LLC2

LLCREF

ELPF

PIN CONFIGURATION

1

VS

2

HS

DGND

3

DVDDIO

DVDDIO

P11
P10

P9
P8

DGND

DVDD

NC

SFL

NC

DGND

NC
NC
NC

P7
P6

4
5
6
7
8

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

FIELD80OE79NC78NC77P1676P1775P1874P1973DVDD72DGND71NC70NC69SCLK68SDA67ALSB66NC65RESET64NC63AIN662AIN12

61

ADV7183A

TOP VIEW

24NC25

P521P422P323P2

27

28

LLC226LLC1

29

30

31P132P033NC34NC35

XTAL

DVDD

XTAL1

DGND

36

37

38

40

ELPF

PVDD

PWRDN

AGND39AGND

60
59
58
57
56
55
54
53
52
51
50
49
48
47
46
45
44
43
42
41

AIN5
AIN11
AIN4
AIN10
AGND
CAP C2
CAP C1
AGND
CML
REFOUT
AVDD
CAP Y2
CAP Y1
AGND
AIN3
AIN9
AIN2
AIN8
AIN1
AIN7

HT-R640

IC BLOCK DIAGRAM AND TERMINAL DESCRIPTIONS -4

Q4001: ADV7183

(Advanced Video Decoder with 10-Bit ADC and Component Input Support)

TERMINAL DESCRIPTION (1/2)

Pin Mnemonic Input/Output Function

1 VS/VACTIVE O VS or Vertical Sync. A dual-function pin, (OM_SEL[1:0] = 0, 0) is an

output signal that indicates a vertical sync with respect to the YUV pixel
data. The active period of this signal is six lines of video long. The polarity
of the VS signal is controlled by the PVS bit. VACTIVE (OM_SEL[1:0] =
1, 0 or 0, 1) is an output signal that is active during the active/viewable
period of a video field. The polarity of VACTIVE is controlled by PVS bit.

2 HS/HACTIVE O

3, 14 DVSSIO G Digital I/O Ground
4, 15 DVDDIO P Digital I/O Supply Voltage (3.3 V)
5-8, 19-24, P15-P0 O Video Pixel Output Port. 8-bit multiplexed YCrCb pixel port (P15-P8),

32, 33, 73-76
9, 31, 71 DVSS1-3 G Ground for Digital Supply
10, 30, 72 DVDD1-3 P Digital Supply Voltage (3.3 V)
11 AFF O Almost Full Flag. A FIFO control signal indicating when the FIFO has

12 HFF/QCLK/GL I/O Half Full Flag. A multifunction pin, (OM_SEL[1:0] = 1, 0) is a FIFO

13 AEF O Almost Empty Flag. A FIFO control signal, it indicates when the FIFO

16 CLKIN I Asynchronous FIFO Clock. This asynchronous clock is used to output

17, 18, 34, 35 GPO[3:0] O General-Purpose Outputs controlled via I C
25 LLCREF O Clock Reference Output. This is a clock qualifier distributed by the inter-

26 LLC2 O Line-Locked Clock System Output Clock/2 (13.5 MHz)
27 LLC1/PCLK O Line-Locked Clock System Output Clock. A dual-function pin (27 MHz 5%)

28 XTAL1 O Second terminal for crystal oscillator; not connected if external clock

29 XTAL I Input terminal for 27MHz crystal oscillator or connection for external

36 PWRDN I Power-Down Enable. A logical low will place part in a power-down status.
37 ELPF I This pin is used for the External Loop Filter that is required for the LLC PLL.
38
39

PVDD
PVSS G

P

HS or Horizontal Sync. A dual-function pin, (OM_SEL[1:0] = 0, 0) is a
programmable horizontal sync output signal. The rising and falling edges
can be controlled by HSB[9:0] and HSE[9:0] in steps of 2 LLC1. The polarity
of the HS signal is controlled by the PHS bit. HACTIVE (OM_SEL[1:0]=
1, 0 or 0, 1) is an output signal that is active during the active/viewable
period of a video line. The active portion of a video line is programmable on
the ADV7183. The polarity of HACTIVE is controlled by PHS bit.

16-bit YCrCb pixel port (P15-P8 = Y and P7-P0 = Cb,Cr).

reached the almost full margin set by the user (use FFM[4:0]). The polarity
of this signal is controlled by the PFF bit.

control signal that indicates when the FIFO is half full. The QCLK
(OM_SEL[1:0] = 0, 1) pin function is a qualified pixel output clock when
using FIFO SCAPI mode. The GL (OM_SEL[1:0] = 0, 0) function
(Genlock output) is a signal that contains a serial stream of data that contains
information for locking the subcarrier frequency. The polarity of HFF signal
is controlled by PFF bit.

has reached the almost empty margin set by the user (use FFM[4:0]). The
polarity of this signal is controlled by PFF bit.

data onto the P19-P0 bus and other control signals.

2

nal CGC for a data rate of LLC2. The polarity of LLCREF is controlled
by the PLLCREF bit.

or a FIFO output clock ranging from 20 MHz to 35 MHz.

source is used.

oscillator with CMOS-compatible square wave clock signal

IC BLOCK DIAGRAM AND TERMINAL DESCRIPTIONS -5

Q4001: ADV7183

(Advanced Video Decoder with 10-Bit ADC and Component Input Support)

TERMINAL DESCRIPTION (2/2)

Pin Mnemonic Input/Output Function

40, 47, 53, 56,
63

41, 43, 45, 57,
59, 61

42, 44, 46, 58,
60, 62

48, 49
50
51
52
54, 55
64
65

66

67
68
69

70

77

78

79

80

AVSS

AVSS1-6

AIN1-6

CAPY1-2
AVDD
REFOUT
CML
CAPC1-2
RESET
ISO

ALSB

SDATA
SCLK
VREF/VRESET

HREF/HRESET

RD

DV

OE

FIELD

G

G

I

I
P
O
O
I
I/O
I

I

I/O
I
O

O

I

O

I

O

Ground for Analog Supply

Analog Input Channels. Ground if single-ended mode is selected. These
pins should be connected directly to REFOUT when differential mode is
selected.
Video Analog Input Channels

ADC Capacitor Network
Analog Supply Voltage (5 V)
Internal Voltage Reference Output
Common-Mode Level for ADC
ADC Capacitor Network
System Reset Input. Active Low.
Input Switch Over. A low to high transition on this input indicates to the

decoder core that the input video source has been changed externally and
configures the decoder to reacquire the new timing information of the new
source. This is useful in applications where external video muxes are used.
This input gives the advantage of faster locking to the external muxed
video sources. A low to high transition triggers this input.

TTL Address Input. Selects the MPU address:

MPU address = 88h ALSB = 0, disables I C filter

MPU address = 8Ah ALSB = 1, enables I C filter
MPU Port Serial Data Input/Output
MPU Port Serial Interface Clock Input

VREF or Vertical Reference Output Signal. Indicates start of next field.
VRESET or Vertical Reset Output is a signal that indicates the beginning
of a new field. In SCAPI/CAPI mode this signal is one clock wide and
active low relative to CLKIN. It immediately follows the HRESET pixel,
and indicates that the next active pixel is the first active pixel of the next field.

HREF or Horizontal Reference Output Signal. A dual-function pin
(enabled when Line-Locked Interface is selected, OM_SEL[1:0] = 0,0),
this signal is used to indicate data on the YUV output. The positive slope
indicates the beginning of a new active line; HREF is always 720 Y samples
long. HRESET or Horizontal Reset Output (enabled when SCAPI or
CAPI is selected, OM_SEL[1:0] = 0, 1 or 1, 0) is a signal that indicates the
beginning of a new line of video. In SCAPI/CAPI this signal is one clock
cycle wide and is output relative to CLKIN. It immediately follows the last
active pixel of a line. The polarity is controlled via PHVR.

Asynchronous FIFO Read Enable Signal. A logical high on this pin enables
a read from the output of the FIFO.

DV or Data Valid Output Signal. In SCAPI/CAPI mode, DV performs to
functions, depending on whether SCAPI or CAPI is selected. It toggles
high when the FIFO has reached the AFF margin set by the user, and
remains high until the FIFO is empty. The alternative mode is where it can
be used to control FIFO reads for bursting information out of the FIFO. In
API mode DV indicates valid data in the FIFO, which includes both pixel

information and control codes. The polarity of this pin is controlled via PDV.
Output Enable Controls Pixel Port Outputs. A logic high will three-state
P19-P0.

ODD/EVEN Field Output Signal. An active state indicates that an even
field is being digitized. The polarity of this signal is controlled by the PF bit.

HT-R640

2
2

K

K

IC BLOCK DIAGRAMS AND TERMINAL DESCRIPTIONS -6
Q2002: AK4384 (192kHz 24-Bit 2ch DAC )

HT-R640

BLOCK DIAGRAM

MCLK

Clock

Divider

Modulator

Modulator

SMUTE/CSN

ACKS/CCLK

DIF0/CDTI

LRC

BIC

SDTI

P/S

µP

Interface

Audio

Data

Interface

PDN

ATT

ATT

De-emphasis

Control

8X

Interpolator

8X

Interpolator

TERMINAL DESCRIPTION

No. Pin Name I/O Function

1 MCLK I Master Clock Input Pin

An external TTL clock should be input on this pin.
2 BICK I Audio Serial Data Clock Pin
3 SDTI I Audio Serial Data Input Pin
4 LRCK I L/R Clock Pin
5 PDN I Power -Down Mode Pin

When at “L”, the AK4384 is i n the power-down mode and is held in reset.

The AK4384 should always be reset upon power-up.

SMUTE I Soft Mute Pin in parallel mode

6

“H”: Enable, “L”: Disable
CSN I Chip Select Pin in serial mode
ACKS I Auto Setting Mode Pin in parallel mode

7

“L”: Manual Setting Mode, “H”: Auto Setting Mode
CCLK I Control Data Clock Pin in serial mode
DIF0 I Audio Data Interface Format Pin in parallel mode 8
CDTI I Control Data Input Pin in serial mode

9 P/S I

Parallel/Serial Select Pin (Internal pull-up pin)

“L”: Serial control mode, “H”: Parallel control mode

10 AOUTR O Rch Analog Output Pin
11 AOUTL O Lch Analog Output Pin
12 VCOM O Common Voltage Pin, VDD/2

Normally connected to VSS with a 0.1mF c

a 10m F electrolytic cap.
13 VSS - Ground Pin
14 VDD - Power Supply Pin
15 DZFR O Rch Data Zero Input Detect Pin
16 DZFL O Lch Data Zero Input Detect Pin

PIN CONFIGURATION

VDD
VSS

VCOM

DZFL
DZFR

SCF
LPF

SCF
LPF

AOUTL

AOUTR

MCLK

BICK

SDTI

LRCK

PDN

SMUTE/CSN

ACKS/CCLK

DIF0/CDTI

1

2

3

4

Top
View

5

6

7

8

eramic capacitor in parallel with

DZFL

16

DZFR

15

VDD

14

VSS

13

12

VCOM

AOUTL

11

AOUTR

10

P/S

9

IC BLOCK DIAGRAM AND TERMINAL DESCRIPTIONS -7

Q4002: AN15881A (Video SW for TV with Multi-signal 14 Inputs and 4 Outputs)

BLOCK DIAGRAM

HT-R640

V1
V2
V3
V4
V5

V6
V7
V8

Y1
Y2
Y3
Y4

Y5
Y6
Y7

Y8

C1
C2
C3
C4
C5
C6
C7
C8

4/6dB

6dB

4/6dB

6dB

4/6dB

6dB

Buf

75<E

75<E

75<E

Buf

75<E

75<E

75<E

Buf

75<E

75<E

75<E

Vout1

Vout2
Vout2-FB

Vout3
Vout3-FB
Vout4
Vout4-FB

Yout1

Yout2
Yout2-FB

Yout3
Yout3-FB
Yout4
Yout4-FB

Cout4

Cout1

Cout2

Cout3

CY1
CY2

CY3

CY4

CY5

CY6

PB1
PB2
PB3
PB4
PB5

PB6

PR1
PR2
PR3
PR4
PR5
PR6

SDA
SCL

O1 O2

Logic

6dB

6dB

6dB

6dB

6dB

6dB

BIAS

75<E

75<E

75<E

75<E

75<E

75<E

VCC GNDMUTE

CYout2
CYout2-FB
CYout3
CYout3-FB

PBout1

PBout2

PRout1

PRout2

IC BLOCK DIAGRAM AND TERMINAL DESCRIPTIONS -8

Q4002: AN15881A (Video SW for TV with Multi-signal 14 Inputs and 4 Outputs)

TERMINAL DESCRIPTION (1/3)

DescriptionTypePin namePin No.
Luminance signal in put 3InY31
Luminance signal input 4InY42
Luminance signal input 5InY53
Luminance signal input 6InY64
Luminance s ignal input 7InY75
Luminance signal in put 8InY86

5.0V power supplyPower supplyVCC17
Chrominance signal input 1InC18
Chrominance signal input 2InC29
Chrominance signal input 3InC310
Chrominance signal input 4InC411
Chrominance signal input 5InC512
GroundGroundGND113
Chrominance signal input 6InC614
Chrominance signal input 7InC715
Chrominance signal inpu t 8InC816

HT-R640

Bias voltageOutputBIAS17
CY1 signal inputInCY118
CY2 signal inputInCY219
CY3 signal inputInCY320
CY4 signal inputInCY421
CY5 signal inputInCY522
CY6 signal inputInCY623
PB1 signal inputInPB124
PB2 signal inputInPB225
PB3 signal inputInPB326
PB4 signal inputInPB427
PB5 signal inputInPB528
PB6 signal inputInPB629
PR1 signal inputInPR130
PR2 signal inputInPR231
PR3 signal inputInPR332
PR4 signal inputInPR433
PR5 signal inputInPR534
PR6 signal inputInPR635

HT-R640

IC BLOCK DIAGRAM AND

TERMINAL DESCRIPTIONS -9

Q4002: AN15881A (Video SW for TV with Multi-signal 14 Inputs and 4 Outputs)

TERMINAL DESCRIPTION (2/3)

DescriptionTypePin namePin No.
Mute control pinInMUTE36
PROUT2 signal outputOutPROUT237
General output 1OutO138
PROUT1 signal outputOutPROUT139
General output 2OutO240
PBOUT2 signal outputOutPBOUT241
PBOUT1 signal outputOutPBOUT142
GroundGroundGND243
CYOUT3 feedback inputInCYOUT3-FB44
CYOUT3 signal outputOutCYOUT345
CYOUT2 feedback inputInCYOUT2-FB46
CYOUT2 signal outputOutCYOUT247
COUT4 signal outputOutCOUT448

5.0V power supplyPower supplyVCC249
COUT3 signal outputOutCOUT350
COUT2 signal outputOutCOUT251
COUT1 signal outputOutCOUT152
GroundGroundGND353
YOUT4 feedback inputInYOUT4-FB54
YOUT4 signal outputOutYOUT455
YOUT3 feedback inputInYOUT3-FB56
YOUT3 signal outputOutYOUT357
YOUT2 feedback inputInYOUT2-FB58
YOUT2 signal outputOutYOUT259
YOUT1 signal outputOutYOUT160

5.0V power supplyPower supplyVCC361
VOUT4 feedback inputInVOUT4-FB62
VOUT4 signal outputOutVOUT463

2

I

C bus data inputInSDA64
VOUT3 feedback inputInVOUT3-FB65
VOUT3 signal outputOutVOUT366
VOUT2 feedback inputInVOUT2-FB67
VOUT2 signal outputOutVOUT268
VOUT1 signal outputOutVOUT169

2

I

C bus clock inputInSCL70

IC BLOCK DIA GRAM AND TERMINAL DESCRIPTIONS -10

Q4002: AN15881A (Video SW for TV with Multi-signal 14 Inputs and 4 Outputs)

TERMINAL DESCRIPTION (3/3)

DescriptionTypePin namePin No.
Video composite signal input 1InV171
Video composite signal input 2InV272
Video composite signal input 3InV373
Video composite signal input 4InV474
Video composite signal input 5InV575
Video composite signal input 6InV676
Video composite signal input 7InV777
Video composite signal input 8InV878
Luminance signal in put 1InY179
Luminance signal input 2InY280

HT-R640

PIN CONFIGURATION

SDA

64

VOUT3

VOUT2
VOUT1

SCL

65
66
67
68
69
70
71

V1

72

V2

73

V3

74

V4

75

V5

76

V6

77

V7

78

V8

79

Y1

80

Y2

1

Y3

VOUT3-FB

VOUT2-FB

VOUT4

63

2

Y4

VCC3

VOUT4-FB

626160

3

4

Y5

Y6

YOUT2

YOUT1

59585756555453

6

5

Y8

Y7

YOUT3

YOUT2-FB

789

C1

VCC1

YOUT3-FB

GND3

YOUT4

COUT1

YOUT4-FB

525150

AN15881A

10

C3C2C5

13

11

12

C4

GND1

CYOUT2-FB

CY2

CYOUT3-FB

CYOUT3

444342

212223

CY4

CY3C6CY5

PBOUT2

PBOUT1

41

40

O2

39

PROUT1

38

O1

37

PROUT2

36

MUTE

35

PR6

34

PR5

33

PR4

32

PR3

31

PR2

30

PR1

29

PB6

28

PB5

27

PB4

26

PB3

25

PB2

24

PB1

CY6

COUT4

VCC2

COUT3

COUT2

14

15

C7

CYOUT2

48

474645

49

17

181920

16

C8

CY1

BIAS

GND2

IC BLOCK DIAGRAMS AND TERMINAL DESCRIPTIONS -11

Q8506,Q8606: BR24L02FV-W(256X8 bit EEPROM)

BLOCK DIAGRAM AND PIN CONFIGURATION

1

A0

2k Bit EEPROM Array

8

HT-R640

Vcc

8bit

A1

A2

2

3

Address
Decorder

Control circuit

GND

4

High-voltage
generation circuit

TERMINAL DESCRIPTION

Terminal

Vcc

I/O

-

Slave word

8bit

address register

START STOP

Power voltage
detection

Function
Apply a power source.

ACK

8bit

Data
register

7

WP

6

SCL

5

SDA

GND

A0,A1,A2

SCL
SDA

WP

-

I/O

Ground terminal
I
I

I

Slave address setting terminal

Serial clock input

Slave and word address.

Serial data input and output

Write protect terminal

IC BLOCK DIAGRAMS AND TERMINAL DESCRIPTIONS -12

Q301 : CS42518 (8-Ch Codec with S/PDIF Receiver)

BLOCK DIAGRAM

HT-R640

RXP0
RXP1/GPO1
RXP2/GPO2
RXP3/GPO3
RXP4/GPO4
RXP5/GPO5
RXP6/GPO6
RXP7/GPO7

MUTEC

FILT+

VQ

REFGND

VA

AGND

AINL+

AINL-

AINR+

AINR-

AOUTA1+

AOUTA1-

AOUTB1+

AOUTB1-

AOUTA2+

AOUTA2-

AOUTB2+

AOUTB2-

AOUTA3+

AOUTA3-

AOUTB3+

AOUTB3-

AOUTA4+

AOUTA4-

AOUTB4+

AOUTB4-

TXP VARX AGND LPFLT DGND DGND VD

S/P DIF

Decoder

DEM

Gain & Chip

Gain & Chip

Digital Filter

Ref

Rx

GPO

MUTE

ADC#1

ADC#2

Analog Filter

Clock/Data

Recovery

Digital Filter

Digital Filter

DAC#1

DAC#2

DAC#3

DAC#4

DAC#5

DAC#6

DAC#7

DAC#8

C&U Bit

Data Buffer

Format

Detector

Internal MCLK

ADC

Serial

Data

VD

Mult/Div

Interface

Volume Control

Control

Port

Serial
Audio

Port

CODEC

Serial

Port

INT
RST

AD0/CS
AD1/CDIN

SDA/CDOUT
SCL/CCLK

VLC
OMCK

RMCK

SAI_LRCK
SAI_SCLK
SAI_SDOUT

VLS
ADCIN1

ADCIN2

CX_SDOUT
CX_LRCK
CX_SCLK
CX_SDIN1
CX_SDIN2
CX_SDIN3
CX_SDIN4

IC BLOCK DIAGRAMS AND TERMINAL DESCRIPTIONS -13

Q301 : CS42518 (8-Ch Codec with S/PDIF Receiver)

PIN CONFIGURATION

CX_SDIN2

CX_SDIN3

CX_SDIN4

SAI_SCLK

SAI_LRCK

OMCK

ADCIN1

ADCIN2

CX_SDOUT

RMCK

SAI_SDOUT

VLS

CX_SDIN1

CX_SCLK

CX_LRCK

VD

DGND

VLC

SCL/CCLK

SDA/CDOUT

AD1/CDIN

AD0/CS

INT

RST

AINR-

AINR+

AINL+

AINL-

646362616059585756555453525150

1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16

CS42518

DGNDVDTXP

RXPO
49

48
47
46
45
44
43
42
41
40
39
38
37
36
35
34
33

RXP1/GP01
RXP1/GP01
RXP1/GP01
RXP1/GP01
RXP1/GP01
RXP1/GP01
RXP1/GP01
VARX
AGND
LPFLT
MUTEC
AOUTA1­AOUTA1+
AOUTB1+
AOUTB1­AOUTA2-

HT-R640

171819202122232425262728293031

VQ

FILT+

REFGND

AOUTB4-

AOUTB4+

VA

AOUTA4-

AOUTA4+

AGND

AOUTB3-

AOUTA3-

AOUTB3+

AOUTA3+

32

AOUTB2-

AOUTB2+

AOUTA2+

TERMINAL DESCRIPTION (1/3)

Pin Name # Pin Description

CX_SDIN1
CX_SDIN2
CX_SDIN3
CX_SDIN4

CX_SCLK CODEC Serial Clock (Input/Output) - Serial clock for the CODEC serial audio interface
CX_LRCK

VD

DGND

VLC
SCL/CCLK

SDA/CDOUT

AD1/CDIN

1

Codec Serial Audio Data Input (Input) - Input for two's complement serial audio data.
64
63
62

2
3

CODEC Left Right Clock (Input/ Output) - Determines which channel, Left or Right, is currently active on

the CODEC serial audio data line.
4

Digital Power (Input) - Positive power supply for the digital section.
51

5

Digital Ground (Input) - Ground reference. Should be connected to digital ground.
52

6

Control Port Power (Input) - Determines the required signal level for the control port.

7

Serial Control Port Clock (Input) - Serial clock for the serial control port. Requires an external pull-up

resistor to the logic interface voltage in I2C mode as shown in the Typical Connection Diagram.

8

Serial Control Data (Input/Output) - SDA is a data I/O line in IC mode and requires an external pull-up

resistor to the logic interface voltage, as shown in the Typical connection Diagram. CDOUT is the output

data line for the control port interface in SPI mode.

Address Bit 1 (I2C)/Serial Control Data (SPI) (Input) - AD1 a chip address pin in I2C mode; CDIN is

9

the input data line for control port interface in SPI mode.

IC BLOCK DIAGRAMS AND TERMINAL DESCRIPTIONS -14

Q301 : CS42518 (8-Ch Codec with S/PDIF Receiver)

TERMINAL DESCRIPTION (2/3)

Pin Name # Pin Description

AD0/CS 10 Address Bit 0 (I2C)/Control Port Chip Select (SPI) (INput) - AD0 is a chip address pin in I2C mode; CS

is the chip select signal in SPI mode.

INT 11 Interrupt (Ountput) - The CS42518 will generate an interrupt condition as per the Interrupt Mask register.

RST 12 Reset (Input) - The device enters a low power mode and all internal registers are reset to their default

settings when low.

AINR­AINR+

AINL­AINL+

VQ 17 Quiescent Voltage (Output) - Filter connection for internal quiescent reference voltage.
FILT+ 18 Positive Voltage Reference (Output) - Positive reference voltage for the internal sampling circuits.

REFGND 19 Reference Ground (Input) - Ground reference for the internal sampling circuits.
AOUTA1 +, -

AOUTB1 +, ­AOUTA2 +, ­AOUTB2 +, ­AOUTA3 +, ­AOUTB3 +, ­AOUTA4 +, ­AOUTB4 +, -

VA
VARX

AGND 25

MUTEC 38 Mute Control (Output) - The Mute Control pin outputs high impedance following an initial power -on con-

LPFLT 39 PLL Loop Filer (Output) - An RC network should be connected between this pin and ground.
RXP7/GPO7

RXP6/GPO6
RXP5/GPO5
RXP4/GPO4
RXP3/GPO3
RXP2/GPO2
RXP1/GPO1

RXP0 49 S/PDIF Receiver Input (Input) - Dedicated receiver input for S/PDIF encoded data.
TXP 50 S/PDIF Transmitter Output (Output) - S/PDIF encoded data output, mapped directly from one of the

VLP 53 Serial Port Interface Power (Input) - Determines the required signal level for the serial port interfaces.
SAI_SDOUT 54

RMCK 55 Recovered Master Clock (Output) - Recovered master clock output from the External Clock Reference

13
14

15
16

36, 37
35, 34
32, 33
31, 30
28, 29
27, 26
22, 23
21, 20

24
41

40

42
43
44
45
46
47
48

Differential right Channel Analog Input (Input) - Signals are presented differentially to the delta-sigma
modulators via the AINR+/- pins.

Differential right Channel Analog Input (Input) - Signals are presented differentially to the delta-sigma
modulators via the AINR+/- pins.

Differential Analog Output (Output) - The full-scale differential analog output level is specified in the
Analog Characteristics specification table.

Analog Power (Input) - Positive power supply for the analog section.

Analog Ground (Input) - Ground reference. Should be connected to analog ground.

dition or whenever the PDN bit is set to a "1", forcing the codec into power -down mode. The signal will
remain in a high impedance state as long as the part is in power-down mode. The Mute Control pin goes
to the selected "active" state during reset, muting, or if the master clock to left/right clock frequency ratio
is incorrect. This pin is intended to be used as a control for external mute circuits to prevent the clicks
and pops that can occur in any single supply system. The use of external mute circuits are not manda­toy but may be desired for designs requiring the absolute minimum in extraneous clicks and pops.

S/PDIF Receiver Input/ General Purpose Output (Input/ Output) - Receiver inputs for S/PDIF encoded
data. The CS42518 has an internal 8:2 multiplexer to select the active receiver port, according to the
Receiver Mode Control 2 resister. These pins can also be configured as general purpose output pins,
ADC Overflow indicators or Mute Control outputs according to the RXP/General Purpose Pin Control
resisters.

receiver inputs as indicated by the Receiver Mode Control 2 resister.

Serial Audio Interface Serial Data Output (Output) - Output for two's complement serial audio PCM
data from the S/PDIF incoming stream. This pin can also be configured to transmit the output of the inter­nal and external ADCs.

HT-R640

IC BLOCK DIAGRAMS AND TERMINAL DESCRIPTIONS -15

Q301 : CS42518 (8-Ch Codec with S/PDIF Receiver)

TERMINAL DESCRIPTION (3/3)

Pin Name # Pin Description

CL_SDOUT 56 CODEC Serial Data Output (Output) - Output for two's complement serial audio data the internal

and external ADCs.

ADCIN1
ADCIN2

OMCK 59

SAI_LRCK 60

SAI_LRCK 61 Serial Audio Interface Serial Clock (Input/Output) - Serial clock for the Serial Audio Interface

58
57

External ADC Serial Input (Input) - The CS42518 provides for up two external stereo analog to digital
converter inputs to provide a maximum of six channels on serial data output line when the CS42518
is placed in One Line mode.

External Reference Clock (Input) - External clock reference that must be within the ranges specified in
currently active on the serial audio data line.

Serial Audio Interface Left/Right Clock (Input/Output) - Determines which channel, Left of Right, is
currently active on the serial audio data line.

HT-R640

IC BLOCK DIAGRAMS AND TERMINAL DESCRIPTIONS -16

Q282 : ES29LV400 (4 Mbit Flash Memory)

BLOCK DIAGRAM

RY/BY

#

HT-R640

Vcc
Vss

WE

RESET#

A<0:17>

CE#

OE#

BYTE#

Vcc Dete

#

ctor

Command

r

Registe

Chip Enable
Output Enable

c

Logi

Timer/
Counter

Write
State
Machin

DQ0-DQ15(A-1

Analog Bias
Generato

e

Sector Swit

ches

r

Y-Decode

X-Deco

Address Latch

der

Input/Output

ers

Buff

Data Latch/
Sense Amp

r

Y-Decode

ll Array

Ce

)

s

r

IC BLOCK DIAGRAMS AND TERMINAL DESCRIPTIONS -17

Q282 : ES29LV400 (4 Mbit Flash Memory)

PIN CONFIGURATION

HT-R640

A15
A14
A13

A12

A11

A10

A9

A8

NC

NC

WE#

RESET#

NC

NC

RY/BY#

NC

A17

A7
A6
A5
A4
A3
A2
A1

1
2
3

4

5
6
7
8
9
10
11
12
13

14
15
16
17
18
19
20
21
22
23
24

ES29LV400

48-Pin Standard TSOP

48
47
46
45
44

43
42
41

40
39
38
37
36
35
34
33
32
31
30
29
28
27
26
25

A16
BYTE#
Vss
DQ15/A-1
DQ7
DQ14
DQ6
DQ13

DQ5
DQ12
DQ4

Vcc

DQ11
DQ3
DQ10
DQ2
DQ9
DQ1
DQ8
DQ0
OE#
Vss
CE#
A0

TERMINAL DESCRIPTION

Terminal Description

A0-A17 18 Addresses

DQ0-DQ14 15 Data Input

DQ15/A-1

CE# Chip Enable
OE# Output Enable

WE# Write Enable

RESET# Hardware Reset Pin, Active Low

BYTE# Selects 8-bit or 16-bit mode

RY/BY# Ready/Busy Output

Vcc

Vss Device Ground

NC Pin Not Connected Inter

s/Outputs

DQ15 (Data Input/Output, Word Mode)
A-1 (LSB Address Input, Byte Mode)

3.0 volt-only single power supply
(see Product Selector Guide for speed options and voltage supply tolerances)

nally

IC BLOCK DIAGRAMS AND TERMINAL DESCRIPTIONS -18

Q2001 : F2602E (XM Digital Transceiver)

BLOCK DIAGRAM

HT-R640

PIN CONFIGURATION

IC BLOCK DIAGRAMS AND TERMINAL DESCRIPTIONS -19

Q2001 : F2602E (XM Digital Transceiver)

TERMINAL DESCRIPTION (1/2)

HT-R640

IC BLOCK DIAGRAMS AND TERMINAL DESCRIPTIONS -20

Q2001 : F2602E (XM Digital Transceiver)

TERMINAL DESCRIPTION (2/2)

HT-R640

IC BLOCK DIAGRAMS AND TERMINAL DESCRIPTIONS -21

Q281: IC42S16100 (16-Mbit Synchronous Dynamic RAM)

BLOCK DIAGRAM

CLK

CKE

CS
RAS
CAS

WE

A11

A10

A9
A8
A7
A6
A5
A4
A3
A2
A1
A0

1

COMMAND

DECODER

&

CLOCK

GENERATOR

REFRESH

CONTROLLER

REFRESH

COUNTER

ROW

ADDRESS

LATCH

11

MODE

REGISTER

11

SELF

REFRESH

CONTROLLER

MULTIPLEXER

11

8

11

ADDRESS

BUFFER

COLUMN

ADDRESS

BUFFER

ROW

11

ADDRESS LATCH

BURST COUNTER

ROW

11

MEMORY CELL

2048

SENSE AMP I/O GATE

COLUMN DECODER

8

COLUMN

ADDRESS BUFFER

SENSE AMP I/O GATE

MEMORY CELL

2048

ROW DECODER ROW DECODER

ARRAY
BANK 0

256

256

ARRAY
BANK 1

DATA IN

BUFFER

16

DATA OUT

BUFFER

16 16

HT-R640

DQM

16

I/O 0-15

Vcc/VccQ
GND/GNDQ

PIN CONFIGURATION

VCC

I/O0
I/O1

GNDQ

I/O2
I/O3

VCCQ

I/O4
I/O5

GNDQ

I/O6

I/O7

VCCQ

LDQM

WE
CAS
RAS

CS
A11
A10

A0

A1

A2

A3

VCC

50

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

GND

49

I/O15

48

I/O14

47

GNDQ

46

I/O13

45

I/O12

44

VCCQ

43

I/O11

42

I/O10

41

GNDQ

40

I/O9

39

I/O8

38

VCCQ

37

NC

36

UDQM

35

CLK

34

CKE

33

NC

32

A9

31

A8

30

A7

29

A6

28

A5

27

A4
GND

26

IC BLOCK DIAGRAM AND TERMINAL DESCRIPTIONS -22

Q281: IC42S16100 (16-Mbit Synchronous Dynamic RAM)

TERMINAL DESCRIPTION

Pin No. Pin name Function

20 to 24
27 to 32

19 A11 A11 is the bank selection signal. When A11 is LOW, bank 0 is selected and when high, bank 1 is

16 CAS CAS, in conjunction with the RAS and WE, forms the device command. See the "Command Truth

34 CKE The CKE input determines whether the CLK input is enabled within the device.

35 CLK CLK is the master clock input for this device. Except for CKE, all inputs to this device are acquired

18 CS The CS input determines whether command input is enabled within the device.

2, 3, 5, 6, 8, 9,
11, 12, 39, 40,
42, 43, 45, 46,

48, 49
14, 36 LDQM,

17 RAS RAS, in conjunction with CAS and WE, forms the device command. See the "Command Truth

15 WE WE, in conjunction with RAS and CAS, forms the device command. See the "Command Truth

7, 13, 38, 44 V

1, 25 V

4, 10, 41, 47 GNDQ GNDQ is the output buffer ground.

26, 50 GND GND is the device internal ground.

A0-A10 A0 to A10 are address inputs. A0-A10 are used as row address inputs during active command input

I/O0

to

I/O15

UDQM

CCQVCCQ is the output buffer power supply.

and A0-A7 as column address inputs during read or write command input. A10 is also used to
determine the precharge mode during other commands. If A10 is LOW during precharge command,
the bank selected by A11 is precharged, but if A10 is HIGH, both banks will be precharged.
When A10 is HIGH in read or write command cycle, the precharge starts automatically after
the burst access.
These signals become part of the OP CODE during mode register set command input.

selected. This signal becomes part of the OP CODE during mode register set command input.

Table" item for details on device commands.

When is CKE HIGH, the next rising edge of the CLK signal will be valid, and when LOW, invalid.
When CKE is LOW, the device will be in either the power-down mode, the clock suspend mode,
or the self refresh mode. The CKE is an asynchronous input.

in synchronization with the rising edge of this pin.

Command input is enabled when CS is LOW, and disabled with CS is HIGH. The device remains in
the previous state when CS is HIGH.

I/O0 to I/O15 are I/O pins. I/O through these pins can be controlled in byte units using the LDQM and
UDQM pins.

LDQM and UDQM control the lower and upper bytes of the I/O buffers. In read mode, LDQM and
UDQM control the output buffer. When LDQM or UDQM is LOW,
the corresponding buffer byte is enabled, and when HIGH, disabled. The outputs go to theHIGH
impedance state when LDQM/UDQM is HIGH. This function corresponds to OE in conventional
DRAMs. In write mode, LDQM and UDQM control the input buffer.
When LDQM or UDQM is LOW, the corresponding buffer byte is enabled, and data can be written to
the device. When LDQM or UDQM is HIGH, input data is masked and cannot be written to the device.

Table" item for details on device commands.

Table" item for details on device commands.

CC VCC is the device internal power supply.

HT-R640

IC BLOCK DIAGRAMS AND TERMINAL DESCRIPTIONS -23

Q4004: LC74763-9836 (On-Screen Display IC)

BLOCK DIAGRAM

HT-R640

SCLK

RST

SECAM

525/625

NTSC/PAL

3.58/4.43

VDD1
VDD2

VSS

SYNCDET

VCOIN

VCOOUT

AMPIN

AMPOUT

PDOUT

CS

SIN

Serial­parallel
converter

Composite
synchro­nization
signal
control

FC

AFC
circuit

8-bit latch
and
command
decoder

Sync
detector

Composite
synchronization
signal separator
control

Horizontal
character
size register

Horizontal
size
counter

Vertical
character
size register

Vertical
size
counter

Timing generator

Horizontal
display
position
register

Horizontal
dot counter

Horizontal
display
position
detection

Character
control
counter

Vertical
display
position
register

Vertical
dot counter

Vertical
display
position
detection

Line
control
counter

Synchronization
signal generator

Flashing/
reversal
control
register

Flashing/
reversal
control
circuit

Character output control
Background control
video output control

Display
control
register

RAM write
address
counter

Decoder

Display RAM

Decoder

Font ROM

Shift register

SYSIN

SEPC

Sync
separator

PIN CONFIGRATION

VDD1

30

1

VSS

VSYNOUTHSYNOUT

SYNCDET

29

2

XTALIN1

VCOOUT

28

3

XTALOUT1

VCOIN

27

4

HSYNCOUT

FC

26

5

XTALIN2

AMPOUT

25

6

XYALOUT2

Xtal IN1

AMPIN

PDOUT

23

24

LC74763

8

7

CS

VSYNCOUT

Xtal OUT1

VSS

22

9

SIN

21

10

SEPC

SCLK

Xtal IN2

SYNCIN

20

11

SECAM

Xtal OUT2

CVCR

19

12

525/625

CVIN

18

13

NTSC/PAL

VDD2

17

14

3.58/4.43

CVOUTCVINCVCR

CVOUT

16

15

RST

IC BLOCK DIAGRAMS AND TERMINAL DESCRIPTIONS -24

Q4004: LC74763-9836 (On-Screen Display IC)

TERMINAL DESCRIPTION

Pin No. Symbol Function Description

1V
2Xtal
3Xtal

4 HSYNC
5Xtal

6Xtal

7 VSYNC

8 CS Enable input
9 SIN Data input Serial data input (hysteresis input). Pull-up resistor built in (metal option).

10 SCLK Clock input Clock input for serial data input (hysteresis input). Pull-up resistor built in (metal option).

11 SECAM

12 525/625

13 NTSC/PAL

14 3.58/4.43 3.58/4.43 switch input/output During output, functions as general output port or halftone output (command switch).

15 RST Reset input
16 CV

17 V
18 CV
19 CV
20 SYNC
21 SEP
22 V
23 PD
24 AMP
25 AMP
26 FC Control voltage input AFC control voltage input
27 VCO
28 VCO

29 SYNC

30 V

SS

OUT1

OUT2

OUT

DD2

CR

SS
OUT

OUT

DD1

Ground Ground connection

IN1

Crystal oscillator connection

Horizontal synchronization Outputs the horizontal synchronization signal (AFC). The output polarity can be selected

OUT

output (metal option). Also functions as general output port (command switch).

IN2

Crystal oscillator connection

Vertical synchronization output

OUT

SECAM mode switch input/
output (command switch)

525/625 switch input/output
(command switch)

NTSC/PAL switch input/output
(command switch)

(command switch) Low = 3.58, high = 4.43

Video signal output Composite video output
Power supply connection Power supply connection for composite video signal level generation
Video signal input Composite video input

IN

Video signal input SECAM chroma signal input
Sync separator circuit input Built-in sync separator circuit video signal input

IN

Sync separator circuit Built-in sync separator circuit

C

Ground Ground connection
Control voltage output AFC control voltage output

IN

AFC filter connection Filter connection

OUT

IN

LC oscillator connection VCO LC oscillator circuit coil and capacitor connection

External synchronization signal

DET

detection output
Power supply connection

Connection for the crystal and capacitor used to form the crystal oscillator that generates
the internal synchronization signal. The oscillator can be selected with a command switch.

Connection for the crystal and capacitor used to form the crystal oscillator that generates
the internal synchronization signal.

Outputs the vertical synchronization signal. The output polarity can be selected (metal
option). Also functions as general output port (command switch).

Enables/disables serial data input. Serial data is enabled when this pin is low (hysteresis
input). Pull-up resistor built in (metal option).

During input, switches between SECAM and other modes.
During output, functions as general output port or internal V output (command switch).
Low = other modes, high = SECAM mode

During input, switches between 525 scan lines and 625 scan lines.
During output, functions as general output port or character data output (command switch).
Low = 525 lines, high = 625 lines

Switches the color mode between NTSC and PAL.
During output, functions as general output port or frame data output (command switch).
Low = NTSC, high = PAL

Switch FSC between 3.58 MHz and 4.43 MHz.

System reset input pin, low is active (hysteresis input).
Pull-up resistor built in (metal option).

Outputs the exclusive NOR of the horizontal synchronization signal (AFC) and CSYNC (sync
separator). The output polarity can be selected (metal option). Also functions as general
output port (command switch).

Power supply connection (+5 V: digital system power supply)

HT-R640

IC BLOCK DIAGRAM AND TERMINAL DESCRIPTIONS -25

Q7003: M66005 (FL Tube Driver)

BLOCK DIAGRAM

HT-R640

CS

SCK

SDATA

XIN

XOUT

RESET

Vcc1
Vcc2

Vss

Vp

14
15
16

21

20

13

19
60

22
32

Serial
receive
circuit

Clock
generator

data

timing
clock

Display code RAM

Bank 1 : 8bit x 16
Bank 2 : 8bit x 64

code
write

Code/
command
control
circuit

Display
controller

dot data
write

code
select

CGROM

(35bit x 160)

CGRAM

(35bit x 16)

scan pulse

SEG00

59

33

Segment
output
circuit

Segment/
Digit
select/
output
circuit

Digit
output
circuit

2

SEG26

31

SEG27

24

SEG34

SEG35

23
64

DIG12/SEG36

63

DIG13/SEG37

62

DIG14/SEG38

61

DIG15/SEG39

12

DIG00

1

DIG11

P0

18

P1

17

TERMINAL DESCRIPTION

SYMBOL PIN NAME

13

14

15
16

21,

20

1~12

61~64
23~31

33~59

17, 18

19
60
22
32

RESET Reset input This pin is used to initialize the internal state of the M66004.

CS Chip select input

SCK Shift clock input At the rising edge from "L" to "H", input data is shifted.
SDATA Serial data input Character code or command data to display is input from MSB.

XIN,
XOUT

DIG00 ~

Clock input
Clock output

Digit output

DIG15
SEG00 ~

Segment output

SEG39
P0, P1 Output port (static operation)

VCC1
VCC2
VSS GND
VP Negative power supply for VFD drive.

DESCRIPTIONPIN NO.

"L" : Communication with the MCU is possible.
"H" : Any instruction from the MCU is neglected.

This pin is used to connect a resister and a capacitor externally to
set oscillation frequency.

These pins are used to connect to digit pins of VFD.

These pins are used to connect to segment pins of VFD.

Positive power supply for internal logic.
Positive power supply for high-pressure-resistant output port.

HT-R640

IC BLOCK DIAGRAMS AND TERMINAL DESCRIPTIONS -26

Q5501 : R2S15211FP (8 ch Electronic Volume and 11 Input Selector and Tone Control)

SYSTEM BLOCK DIAGRAM

Multi

Rin

Multi

Lin

Out L

for

ADC

Out R

for

ADC

Volume

Volume

Multi
SBLin

Multi
SBRin

Multi
Cin

Multi
SWin

Multi
SLin

Multi
SRin

Rch Tone

Bass&
Trebl

Bass&

Treble

Tone

Lch Tone

e

AGND

Volum

Volume

Volum

Volume

CLOCK DATA

MCU I/F

e

e

AVEE

Volume

Volume

Volume

Volume

Volume

Volume

AVCC

Lout

Rout

SBLout

SBRout

Cout

SWout

SLout

SRout

Lch

Rch

10
11

mono

10
11

REC

1
2

Input selector
3
4
5
6
7
8
9

1
2

Input selector
3
4
5
6
7
8
9

REC

SUB

Input
ATT

Input
ATT

SUB

HT-R640

IC BLOCK DIAGRAMS AND TERMINAL DESCRIPTIONS -27

Q5501 : R2S15211FP (8 ch Electronic Volume and 11 Input Selector and Tone Control)

BLOCK DIAGRAM AND PIN CONFIGURATION

DGND

DATA

CLOCK

AVEE

INR1

INL1

INR2

INL2

INR3

INL3

INR4

INL4

INR5

INL5

41

42

43

44

45

46

47

48

49

50

51

52

53

54

MONO

SUBL

ADCR

SUBR

ADCL

FRIN2

FLIN2

SRIN2

SLIN2

SWIN2

CIN2

SBRIN2

SBLIN2

40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25

ATT

0/-6/-12/-18dB

I/F

MCU

Bass/ Treble

MAIN

SUB

0~-95dB,

-

(1dBstep)

-14~+14dB
(2dB step)

Tone

Tone

Bass/ Treble

0~-95dB,

(1dBstep)

-

-14~+14dB
(2dB step)

+16~-95dB,

- (1dBst

+16~-95dB,

- (1dBst

ep)

+16~-95dB,

-(1dBstep)

ep)

TRER

+16~0dB

(1dBstep)

BASSR2

+16~0dB

(1dBstep)

BASSR1

AVCC

AVCC

24

23

TREL

22

BASSL2

21

BASSL1

FRC

20

FROUT

19

AGND

18

FLOUT

17

FLC

16

6-C

15

6-OUT (SR OUT)

14

AGND

13

5-OUT (SL OUT)

12

5-C

11

INR6

INL6

INR7

INL7

INR8

INL8

INRA/RECR1

INLA/RECL1

INR9

INL9

55

56

57

58

59

60

61

62

63

64

+16~-95dB,

ep)

- (1dBst

+16~-95dB,

- (1dBst

ep)

+16~-95dB,

ep)

- (1dBst

REC

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

CIN1

FRIN1

SWIN1

SLIN1

SRIN1

SBLIN1

INRB/RECR2

INLB/RECL2

INR10/RECR4

INL10/RECL4

INR11/RECR5

RECR3

INL11/RECL5

RECL3

FLIN1

SBRIN1

4-C

10

4-OUT (SW OUT)

9

AGND

8

3-OUT (C OUT)

7

3-C

6

2-C

5

2-OUT (SBR OUT)

4

AGND

3

1-OUT (SBL OUT)

2

1-C

1

HT-R640

IC BLOCK DIAGRAMS AND TERMINAL DESCRIPTIONS -28

Q5501 : R2S15211FP (8 ch Electronic Volume and 11 Input Selector and Tone Control)

TERMINAL DESCRIPTION

PIN No.

19,17,
14,12,
9,7,
4,2

20,16,
15,11,
10,6,
5,1

3,8,
13,18

23,27

21,22,
25,26

24

35,34,
33,32,
31,30,
29,28
73,74,
75,76,
77,78,
79,80

Na

me

FROUT,FLOUT,
6-OUT,5-OUT,
4-OUT, 3-OUT,
2-OUT,1-OUT

FRC,FLC,
6-C,5-C,
4-C,3-C,
2-C,1-C

AGND

TREL, TRER

BASSL1,BASSL2
BASSR1,BASSR2

AVCC

FRIN2, FLIN2,
SRN2,SLIN2,
SWIN2,CIN2,
SBRIN2,SBLIN2
FLIN1, FRIN1,
CIN1,SWIN1,
SLIN1,SRIN1,
SBLIN1,SBRIN1

Function

Output pin of FL/FR/C/SW/SL/SR/SBL/SBR channel

Connects capacitor for reducing click noise of

L/R/C/SW/SL/SR/SBL/SBR channel volum

Analog ground of internal circuit

Frequency characteristic setting pin of L/R channel tone control (Treble)

Frequency characteristic setting pin of L/R channel tone control (Bass

Positive power supply to internal circ

Input pin of L/R/C/SW/SL/SR/SBL/SBR channel (Multi IN 1/2)

uit

e

)

41 DGND

42 DATA

43 CLOCK Input pin of control clock

44

46,48,50,
52,54,56,
58,60,64

45,47,49,
51,53,55,
57,59,63

40

38,39 SUBL,SUBR

36,37 ADCL, ADCR

72

71 RECR3

61,62,
65,66,
67,68,
69,70

AVEE

INL1,INL2, INL3,
INL4,INL5,INL6,
INL7,INL8,INL9

INR1,INR2, INR3,
INR4,INR5,INR6,
INR7,INR8,INR9

MONO

RECL3

INRA/RECR1,INLA/RECL1,

INRB/RECR2,INLB/RECL2,

INR10/RECR4,INL10/RECL4,

INR11/RECR5,INL11/RECL5

Digital ground of internal ci

Input pin of control data

Negative power supply to internal circ

Input pin of L/R channel (Input Selector)

Input pin of monaural (Input Selector)

Output pin for L/R channel SUB Outpu

Output pin for L/R channel ADC

Output pin for L/R channel REC Output

Input pin of L/R channel (Input Selector)/
Output pin for L/R channel REC Outpu

rcuit

uit

t

t

IC BLOCK DIAGRAMS AND TERMINAL DESCRIPTIONS -29

Q8401 : SiI9030CTU (HDMI Transmitter)

BLOCK DIAGRAM

HT-R640

CSDA

CSCL

CI2CA

R

ESET

IDCK

D[23:0]
HSYNC
VSYNC

SPDIF

MC

SCK

SD[3

DE

LK

WS

:0]

I2C

Sla

ve

Registers

E-DDC

er

Mast

DSDA
DSCL

INT

----------- ---- -

Configuration

#

Logic Bl

oc

k

Video Data

Capture /
DE Gen /

4:2:2 to

4:4:4

656

Logic

ck

Blo

control signals

Audio Data

audio data

Receiver Sense + Interrupt Logic

HDCP

Encryption

Engine

CSC XOR

HDCP

Keys

EEPR

encrypted
data

PanelLink

OM

TMDS

Digital

Core

HPD

EXT_SWIN
TXC±

TX0±

TX1±

TX

2±

Capture

Logic

ck

Blo

SYSTEM APPLICATION

DDC

DDC

TMDS

HDMI Connector Port 0

TMDS

DDC

DDC

HDMI Connector Port 1

EDID

HDMI
RECEIVER

SiI9033

EDID

Micro-

controller

Other Au

dio Sources

0

Digital Video

DSD

I2S

SPDIF

MCLK

1

I2C

Audio DSP

TRANSMITTER

I2S

I2S

SiI9030

Audio DAC

HDMI

TMDS

DDC

HDMI Connector

Amplifier

IC BLOCK DIAGRAMS AND TERMINAL DESCRIPTIONS -30

Q8401 : SiI9030CTU (HDMI Transmitter)

PIN CONFIGURATION

AGND

TXC-

TXC+

AVCC

TX0-

TX0+

AGND

TX1-

TX1+

AVCC

TX2-

TX2+

AGND

PVCC2

CI2CA

RESET#

CSCL

CSDA

CVCC18

CGND

IOGND

IOVCC

D23

D22

D21

D20

D19

D18

D17

D16

D15

D14

CVCC18

CGND

41
42
43
44

45
46
47
48
49

51
52
53
54
55
56
57
58
59
60

50

NC

40

61

PGND2

39

62

38

63

37

64

36

65

35

66

31

32

33

34

SiI 9030

80-Pin TQFP

(Top View)

67

68

69

70

30

71

29

72

28

73

27

74

26

75

25

76

EXT_SWING

24

77

PVCC1

23

78

PGND1

22

79

RSVDL

21

20
19
18
17

16
15
14
13
12
11
10

9
8
7
6
5
4
3
2
1

80

HT-R640

DSCL

DSDA

HPD

INT

CVCC18

CGND

IOGND

IOVCC

SCK

WS

SD0

SD1

SD2

SD3

MCLK

SPDIF

CVCC18

CGND

VSYNC

HSYNC

D8

D7

D6

D13

D12

D11

D9

D10

IDCK

D5

IOVCC

CGND

IOGND

D4

D3

D2

D1

D0

DE

CVCC18

y

y

g

g

p

p

pply

g

g

p

g

g

y

g

pply

g

g

g

g

g

pply

g

g

pply

g

g

p

pply

g

g

p

IC BLOCK DIAGRAMS AND TERMINAL DESCRIPTIONS -31

Q8401 : SiI9030CTU (HDMI Transmitter)

TERMINAL DESCRIPTION

Pin # Pin Name I/O Description Use

1 HSYNC I Horizontal S
2VSYNC IVertical S
3CGND Di
4 CVCC18 Di
5 SPDIF I S/PDIF Audio in
6 MCLK I Audio In
7 SD3 I I2S Serial Data Video and Audio
8 SD2 I I2S Serial Data Video and Audio

9 SD1 I I2S Serial Data Video and Audio
10 SD0 I I2S Serial Data Video and Audio
11 WS I I2S Word Select Video and Audio
12 SCK I I2S Serial Clock Video and Audio
13 IOVCC IO Pin VCC. Connect to 3.3V su
14 IOGND IO Pin GND. Ground
15 CGND Di
16 CVCC18 Di
17 INT O Interru
18 HPD I Hot Plug Detect Input. Confirration/Programmin
19 DSDA I/O DDC data Control
20 DSCL I/O DDC Clock Control
21 RSVDL I Reserved for use b
22 PGND1 TMDS Core PLL Ground. Ground
23 PVCC1 TMDS Core PLL Power. Connect to 3.3V su

24 EXT_SWING I
25 AGND Analo

26 TXC- O
27 TXC+ O
28 AVCC Analo
29 TX0- O
30 TX0+ O
31 AGND Analo
32 TX1- O
33 TX1+ O
34 AVCC Analo
35 TX2- O
36 TX2+ O
37 AGND Analo
38 PVCC2 Filter PLL Power. Connect to 3.3V su
39 PGND2 Filter PLL Ground. Ground
40 NC Not connected.
41 CI2CA I I2C device address select Control
42 RESET I Reset Pin. Active LOW Control
43 CSCL I I2C Clock Control
44 CSDA I/O I2C Data Control
45 CVCC18 Di
46 CGND Di
47 IOGND IO Pin GND. Ground
48 IOVCC IO Pin VCC. Connect to 3.3V su
49 D23 I
50 D22 I
51 D21 I
52 D20 I
53 D19 I
54 D18 I
55 D17 I
56 D16 I
57 D15 I
58 D14 I
59 CVCC18 Di
60 CGND Di
61 D13 I
62 D12 I
63 D11 I
64 D10 I
65 D9 I
66 IDCK I In
67 D8 I
68 D7 I
69 D6 I
70 D5 I
71 IOVCC IO Pin VCC. Connect to 3.3V su
72 IOGND IO Pin GND. Ground
73 CGND Di
74 CVCC18 Di
75 D4 I
76 D3 I
77 D2 I
78 D1 I
79 D0 I
80 DE I Data enable Video and Audio

Voltage Swing Adjustment. The resistor between AVCC and this pin
determines the am

TMDS output clock.

TMDS output data.

TMDS output data.

TMDS output data.

12-bit Input Pixel Data Bus. These pins are used in 24-bit mode, single­edge mode.

12-bit Input Pixel Data Bus. These pins are used in 24-bit mode, single­edge mode.

12-bit Input Pixel Data Bus. These pins are used in 24-bit mode, single­edge mode.

12-bit Input Pixel Data Bus. These pins are used in 24-bit mode, single­edge mode.

nc input control signal Video and Audio

nc input control signal Video and Audio
ital core GND. Ground
ital core VCC. Connect to 1.8V supply. Power

ital core GND. Ground
ital core VCC. Connect to 1.8V supply. Power

GND. Ground

VCC. Connect to 3.3Vsupply. Power

GND. Ground

VCC. Connect to 3.3Vsupply. Power

GND. Ground

ital core VCC. Connect to 1.8V supply. Power
ital core GND. Ground

ital core VCC. Connect to 1.8V supply. Power
ital core GND. Ground

ut Data Clock Video and Audio

ital core GND. Ground
ital core VCC. Connect to 1.8V supply. Power

ut Video and Audio

ut Master Clock Video and Audio

. Power

t Output. Confirration/Programmin

Silicon image, and must be tied LOW. Confirration/Programmin

. Power

litude of the voltage swing.

.POwer

. Power

. Power

Differential signal data

Differential signal data

Differential signal data

Differential si

Differential signal data

Video and Audio

Video and Audio

Video and Audio

Video and Audio

HT-R640

gnal data

IC BLOCK DIAGRAMS AND TERMINAL DESCRIPTIONS -32

a

E

k

S

l

Core

t

UX

C

S

e

k

S

l

Core

a

E

Q8501 : SiI9033 (HDMI Receiver)

BLOCK DIAGRAM

HT-R640

DSDA0
DSCL0
DSDA1

DSCL1

R1XC
R1X0

R1X1
R1X2

R0XC

R0X0

R0X1
R0X2

R0PWR5V

R1PWR5V

Por
M

PanelLin
TMD
Digita

PanelLin
TMD
Digita

I2

lav

24-Bit Dat

H8,V8,D

Port
MUX

HS,VS,D

24-Bit Dat

HDCP
Wmbedded Keys

HDCP &
Repeater
Decryption
Engine

24-Bit Encrpted
Pixel DataR

Port
Detect

XOR
Mask

Control Signals

Registers

------------­Configuration
Logic Block

HDMI
Mode
Control

24-Bit
Decrypted
Pixel Data

Video Color
Space
Converter
Up/Down
Sampling

Aux
Data

I2C
Slave

MCLK
Gen

Audio
Data
Decode

24

Auto A/V
Exception
Handling

RESET#

INT

CSDA

CSCL

MCLKOUT

XTALIN
XTALOUT

SCK
WS

SD[3:0]
SPDIF
DCLK
DL[3:0]
DR[3:0]

EVNODD

DE
HSYNC

VSYNC
ODCK

Q[23:0]

CLK48B

MUTEOUT

SCDT

IC BLOCK DIAGRAMS AND TERMINAL DESCRIPTIONS -33

Q8501 : SiI9033 (HDMI Receiver)

SYSTEM APPLICATION

HT-R640

TMDS

HDMI Connector Port 0

HDMI Connector Port 1

DDC

TMDS

DDC

DDC

DDC

EDID

HDMI
RECEIVER

EDID

Micro-

controller

Other Au

0

SiI9033

1

dio Sources

Digital Video

DSD

I2S

SPDIF

MCLK

I2C

Audio DSP

I2S

HDMI
TRANSMITTER

SiI9030

I2S

Audio DAC

TMDS

DDC

HDMI Connector

Amplifier

IC BLOCK DIAGRAMS AND TERMINAL DESCRIPTIONS -34

Q8501 : SiI9033 (HDMI Receiver)

PIN CONFIGURATION

HT-R640

CGND

CVCC18

IOGND
IOVCC

MUTEOUT

SPDIF

CVCC18

CGND

SD3
SD2
SD1
SD0

WS

SCK

NC

MCLK

IOVCC

IOGND

CGND

CVCC

NC

AUDPVCC18

AUDPGND

XTALOUT

XTALIN

XTALVCC

REGVCC

NC

RSVDL

RESET#

SCDT

INT

CVCC18

CGND

CLK48B

IOGND

73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98

99
100
101
102
103
104
105
106
107
108

AGND

R1X2+

72

71

AVCC

R1X2-

69

70

AGND

R1X1+
67

68

R1X1-

AVCC

66

65

AGND

R1X0+

64

63

AVCC

R1X0-

61

62

R1XC+

AGND
60

59

R1XC-

AVCC

58

57

SiI9033
144 Pin
TQFP

RSVD_A

PVCC1

TMDSPGND

56

55

54

R0X2+

AGND

52

53

R0X2-

AVCC

51

50

R0X1+

AGND

48

49

R0X1-

AVCC

47

46

R0X0+101

AGND

44

45

R0X0-

AVCC

43

42

R0XC+

AGND

40

41

R0XC-

AVCC

39

38

PVCCO
37

36 CGND
35 CVCC18
34 R0PWR5V
33 R1PWR5V
32 DSCL0
31 DSDA0
30 DSCL1
29 DSDA1
28 CSCL
27 CSDA
26 IOVCC
25 IOGND
24 CGND
23 CVCC18

22 CVCC18
21 CGND
20 DL3
19 DR3
18 DL2
17 DR2
16 IOVCC
15 IOGND
14 DL1

13 DR1

12 DL0
11 DR0
10 DCLK

9 ENVODD
8 NC
7 NC
6 NC
5 IOVCC
4 IOGND
3 VSYNC
2 HSYNC
1 DE

109

110
Q23

IOVCC

111
Q22

112
Q21

113

114

Q20

CVCC18

115

116

Q19

CGND

117

Q18

118

Q17

119

Q16

121

120

ODCK

IOGND

122

123

Q15

IOVCC

124

Q14

125

Q13

126

Q12

128

127

CGND

CVCC18

129

Q11

130

Q10

131

Q9

132

Q8

133

Q7

134

135

IOVCC

IOGND

136

Q6

137

Q5

138

139

CGND

CVCC18

140

Q4

141
Q3

142

Q2

143
Q1

144

Q0

IC BLOCK DIAGRAMS AND TERMINAL DESCRIPTIONS -35

Q8501 : SiI9033 (HDMI Receiver)

TERMINAL DESCRIPTION (1/5)

Digital Video Output Pins

HT-R640

NOTE

IC BLOCK DIAGRAMS AND TERMINAL DESCRIPTIONS -36

Q8501 : SiI9033 (HDMI Receiver)

TERMINAL DESCRIPTION (2/5) Digital Audio Output Pins

HT-R640

NOTE

TERMINAL DESCRIPTION (3/5) Configuration/Programming Pins

NOTE

IC BLOCK DIAGRAMS AND TERMINAL DESCRIPTIONS -37

Q8501 : SiI9033 (HDMI Receiver)

TERMINAL DESCRIPTION (4/5) Differential Signal Data Pins

HT-R640

TERMINAL DESCRIPTION (5/5) Power and Ground Pins

IC BLOCK DIAGRAMS AND TERMINAL DESCRIPTIONS -38

Q201 : TMS320DA707 (32 bit Floating-Point Digital Signal Processor)

BLOCK DIAGRAM

HT-R640

C67x+ CPU

Interrupts

I/O

Out

D1

Data

R/W

D2

Data

R/W

Program

FetchINTI/O

256

Program

Cache

32K Bytes

32

64

64

256

32

CONTROL

192

256

Memory

Controller

256

256

CSP 32

DMPPMP

3232

HighœPerformance

Crossbar Switch

32

MAX1MAX0

Events

In

Program/Data

RAM

192K Bytes

Program/Data

ROM Page1

256K Bytes

Program/Data

ROM Page2

256K Bytes

Program/Data

ROM Page3

256K Bytes

32

EMIF

JTAG EMU

32

32

32

32

32

32

32

McASP DMA Bus

32

32

32

32

32

Peripheral Configuration Bus

32

McASP0

16 Serializers

McASP1

6 Serializers

McASP2

2 Serializers

DIT Only

SPI1

SPI0

I2C0

I2C1

RTI32

PLL

dMAX

IC BLOCK DIAGRAMS AND TERMINAL DESCRIPTIONS -39

Q201 : TMS320DA707 (32 bit Floating-Point Digital Signal Processor)

SYSTEM DIAGRAM with PERIPHERALS

DSP

Audio Zone 1

SPI or I2C

Control (optional)

Audio Zone 2
Audio Zone 3

C67x+

DSP Core

Program

Cache

Crossbar Switch

192K

Bytes

RAM

768K

Bytes

ROM

Memory Controller

McASP0

SPI1

I2C0
McASP1
McASP2

SPIO

I2C1

RTI

HT-R640

CODEC, DIR,

ADC, DAC, DSD,

Network

CODEC, DIR,

ADC, DAC, DSD,

Network

Digital Out

EMIF dMAX

ASYNC

FLASH

100 MHz

SDRAM

PLL OSC

5 Independent Audio

Zones (3 TX + 2 RX)

16 Serial Data Pins

DSP Control
SPI or I2C

Host

Microprocessor

IC BLOCK DIAGRAMS AND TERMINAL DESCRIPTIONS -40

Q201 : TMS320DA707 (32 bit Floating-Point Digital Signal Processor)

PIN CONFIGURATION

HT-R640

V

SPI0_SOMI/I2C0_SDA

AXR0[8]/AXR1[5]/SPI1_SOMI
AXR0[9]/AXR1[4]/SPI1_SIMO

SPI0_SIMO

DV

AXR0[0]

V
AXR0[1]
AXR0[2]
AXR0[3]

V
AXR0[4]

AXR0[5]/SPI1_SCS

AXR0[6]/SPI1_ENA

AXR0[7]/SPI1_CLK

AXR0[10]/AXR1[3]
AXR0[11]/AXR1[2]

AXR0[12]/AXR1[1]
AXR0[13]/AXR1[0]

AXR0[14]/AXR2[1]
AXR0[15]/AXR2[0]

AHCLKR0/AHCLKR1

CV

V

DV

CV

V

CV

V

DV

ACLKR0

V

AFSR0

ACLKX0

AFSX0

SS

SPI0_CLK/I2C0_SCL

SPI0_SCS/I2C1_SCL

V

SPI0_ENA/I2C1_SDA

EM_OE

DVDDEM_RW

CVDDEM_CS[2]

VSSEM_RAS

EM_CS[0]

EM_BA[0]

VSSEM_BA[1]

108

109

SS

110 71
111 70
112 69

DD

113 68
114 67

SS

115 66
116 65
117 64
118 63

SS

119 62
120 61
121 60
122 59
123 58

DD

124

SS

125 56

DD

126 55
127 54
128 53

DD

129 52

SS

130 51
131 50
132 49

DD

133 48

SS

134 47
135 46
136 45

DD

137 44
138 43
139 42
140 41

SS

141 40
142 39
143 38

1

2 107

3 106

4 105

5 104

6 103

7 102

8 101

9 100

10 99

TMP320DA707

11 98

12 97

13 96

14 95

15 94

EM_A[10]

DVDDEM_A[0]

16 93

17 92

18 91

DD

CV

19 90

EM_A[1]

EM_A[2]

20 89

21 88

VSSEM_A[3]

CVDDEM_A[4]

22 87

23 86

24 85

EM_A[5]

VSSDVDDEM_A[6]

25 84

26 83

27 82

EM_A[7]

28 81

29 80

30 793132 77

VSSCVDDEM_A[8]

EM_A[9]

78

33 76

34 75

DD

EM_A[11]

DV

72

V

SS

EM_CKE
EM_CLK
V

SS

DV

DD

EM_WE_DQM[1]
EM_D[8]
CV

DD

EM_D[9]
EM_D[10]
V

SS

EM_D[11]
DV

DD

EM_D[12]
EM_D[13]

57

CV

DD

EM_D[14]
EM_D[15]
V

SS

CV

DD

EM_D[0]
EM_D[1]
DV

DD

EM_D[2]
EM_D[3]
V

SS

EM_D[4]
EM_D[5]
CV

DD

EM_D[6]
DV

DD

EM_D[7]
V

SS

EM_WE_DQM[0]
EM_WE

37144

EM_CAS

35 74

36 73

SS

V

AMUTE0

AMUTE1

AHCLKX1

SS

V

AHCLKX0/AHCLKX2

DD

CV

ACLKX1

DD

DV

AFSX1

ACLKR1

SS

V

AFSR1

SS

V

RESET

DD

CV

SS

V

CLKIN

TMS

CV

DD

TRST

SS

OSCIN

OSCV

SS

DD

V

OSCV

OSCOUT

TDI

PLLHV

TDO

SS

DD

V

DV

EMU[0]

DD

CV

TCK

EMU[1]

SS

V

IC BLOCK DIAGRAMS AND TERMINAL DESCRIPTIONS -41

Q201 : TMS320DA707 (32 bit Floating-Point Digital Signal Processor)

TERMINAL DESCRIPTION (1/4)

HT-R640

SIGNAL NAME TYPE

EM_A[0] 91 O - N
EM_A[1] 89 O - N
EM_A[2] 88 O - N
EM_A[3] 86 O - N
EM_A[4] 84 O - N
EM_A[5] 83 O - N
EM_A[6] 80 O - N
EM_A[7] 79 O - N
EM_A[8] 76 O - N
EM_A[9] 75 O - N
EM_A[10] 93 O - N
EM_A[11] 74 O - N
EM_BA[0] 96 O - N
EM_BA[1] 94 O - N
EM_CS[0] 97 O - N SDRAM Chip Select
EM_CS[2] 100 O - N Asynchronous Memory Chip Select
EM_CAS 37 O - N SDRAM Column Address Strobe
EM_RAS 98 O - N SDRAM Row Address Strobe
EM_WE 38 O - N SDRAM Write Enable
EM_CKE 71 O - N SDRAM Clock Enable
EM_CLK 70 O - N SDRAM Clock
EM_WE

_DQM[0] 39 O - N Write Enable or Byte Enable for EM_D[7:0]
_DQM[1] 67 O - N Write Enable or Byte Enable for EM_D[15:8]

EM_WE
EM_OE 104 O - N SDRAM Output Enable
EM_RW 102 O - N Asynchronous Memory Read/not Write

(1) TYPE column refers to pin direction in functional mode. If a pin has more than one function with different directions, the functions are

separated with a slash (/).

(2) PULL column:

IPD = Internal Pulldown resistor
IPU = Internal Pullup resistor

(3) If the GPIO column is 'Y', then in GPIO mode, the pin is configurable as an IO unless otherwise

PIN

NO.

(1)

External Memory Interface (EMIF) Address and Control

PULL

(2)

GPIO

(3)

EMIF Address Bus

SDRAM Bank Address and Asynchronous Memory
Low-Order Address

DESCRIPTION

marked.