JVC RX-8010-RBK, RX-8012-RSL Service manual

RX-8010RBK/ RX-8012RSL

SERVICE MANUAL

AUDIO/VIDEO CONTROL RECEIVER

RX-8010RBK

CATV/DBS VCR 1 TV AUDIO

DVD MUILTIDVD

CD

CDR

TV/DBS VIDEO PHONO

TAPE/MD

VCR 1 VCR 2

DSP

ANALOG/DIGITAL

SURROUND

MODE INPUTON/OFF

LINE DIF.ECT BOOST EFFECT

231

MENU

MIDNIGHT

TEST CTR TONE

MODE

564

ENTER

SUBWFR

L/R BAL*CENTER

SOUND

*

*

7/P

89

REAR L *REAR R

DIGITAL EQ

MUTING

*

*

0 +1010

RETURN FM MODE 100
CATV/DBS
CONTROL

CONTROL

BAL L

*

+-+-+

LEVEL TV VOL

CH/

*

TV/VIDEO

BAL R

*

PLAY

MENU

TEXT

/REW FF/

PAUSE

DISPLAY

SET

REC

PTY–PTY SEARCH–PTY

PAUSE

DISPLAY

MODE

STOP

A/V CONTROL RECEIVER

LIVENESS

VOLUME

CONTROL

RX-8012RSL

FM/AM

USB

SLEEP

ROOMBASS

SIZE

+

-

EXIT

SPEAKERS ON/OFF

SUBWOOFER OUT ON/OFF

PHONES

STANDBY

STANDBY/ON

1

2

FM/AM TUNING FM/AM PRESET FM MODE

DIGITAL

DIGITAL

SURROUND

SURROUND ON/OFF

USB AUDIO

S-VIDEO VIDEO

PUSH OPEN

MEMORY

INPUT

ANALOG/DIGITAL

INPUT ATT

VIDEO

MIDNIGHT MODEDSP MODE

L—AUDIO—R

AUDIO/VIDEO CONTROL RECEIVER

SOUCE NAME

TV SOUND/DBSVIDEOVCR 2VCR 1DVDDVD MULTI

SOUCE NAME

FM / AMUSB AUDIOTAPE / MDCDRCDPHONO

EON TA / NEWS / INFO DISPLAY MODE

DIGITAL

LEVEL

EQ

ADJUST

EFFECT SETTING

CONTROL

DOWN UP

PTY SEARCH

MASTER VOLUME

LINE DIRECT

BASS BOOST

Area Suffix

E
EN

Continental Europe

DIGITAL

Northern Europe

Contents

Safety precautions --------------------------------------------------------1-2
Disassembly method -----------------------------------------------------1-3
Adjustment method -------------------------------------------------------1-9
Self-diagnose function ----------------------------------------------------1-10
Description of major ICs -------------------------------------------------1-12~29

COPYRIGHT 2001 VICTOR COMPANY OF JAPAN, LTD.

No.20979

May. 2001

http://getMANUAL.com

RX-8010RBK/ RX-8012RSL

1. This design of this product contains special hardware and many circuits and components specially for safety
purposes. For continued protection, no changes should be made to the original design unless authorized in
writing by the manufacturer. Replacement parts must be identical to those used in the original circuits. Services
should be performed by qualified personnel only.

2. Alterations of the design or circuitry of the product should not be made. Any design alterations of the product
should not be made. Any design alterations or additions will void the manufacturer`s warranty and will further
relieve the manufacture of responsibility for personal injury or property damage resulting therefrom.

3. Many electrical and mechanical parts in the products have special safety-related characteristics. These

characteristics are often not evident from visual inspection nor can the protection afforded by them necessarily
be obtained by using replacement components rated for higher voltage, wattage, etc. Replacement parts which
have these special safety characteristics are identified in the Parts List of Service Manual. Electrical
components having such features are identified by shading on the schematics and by ( ) on the Parts List in
the Service Manual. The use of a substitute replacement which does not have the same safety characteristics
as the recommended replacement parts shown in the Parts List of Service Manual may create shock, fire, or
other hazards.

4. The leads in the products are routed and dressed with ties, clamps, tubings, barriers and the like to be
separated from live parts, high temperature parts, moving parts and/or sharp edges for the prevention of
electric shock and fire hazard. When service is required, the original lead routing and dress should be
observed, and it should be confirmed that they have been returned to normal, after re-assembling.

5. Leakage currnet check (Electrical shock hazard testing)
After re-assembling the product, always perform an isolation check on the exposed metal parts of the product
(antenna terminals, knobs, metal cabinet, screw heads, headphone jack, control shafts, etc.) to be sure the
product is safe to operate without danger of electrical shock.
Do not use a line isolation transformer during this check.

Plug the AC line cord directly into the AC outlet. Using a "Leakage Current Tester", measure the leakage
current from each exposed metal parts of the cabinet, particularly any exposed metal part having a return
path to the chassis, to a known good earth ground. Any leakage current must not exceed 0.5mA AC (r.m.s.).

Alternate check method
Plug the AC line cord directly into the AC outlet. Use an AC voltmeter having, 1,000 ohms per volt or more
sensitivity in the following manner. Connect a 1,500 10W resistor paralleled by a 0.15 F AC-type capacitor
between an exposed metal part and a known good earth ground.
Measure the AC voltage across the resistor with the AC
voltmeter.
Move the resistor connection to each exposed metal part,
particularly any exposed metal part having a return path to
the chassis, and meausre the AC voltage across the resistor.
Now, reverse the plug in the AC outlet and repeat each
measurement. Voltage measured any must not exceed 0.75 V
AC (r.m.s.). This corresponds to 0.5 mA AC (r.m.s.).

0.15 F AC TYPE

1500 10W

Good earth ground

AC VOLTMETER
(Having 1000
ohms/volts,
or more sensitivity)

Place this
probe on
each exposed
metal part.

!

1. This equipment has been designed and manufactured to meet international safety standards .

2. It is the legal responsibility of the repairer to ensure that these safety standards are maintained.

3. Repairs m ust be made in accordance with the relevant safety standards.

4. It is essential that safety critical components are replaced by approved parts.

5. If mains voltage selector is provided, check setting for local voltage.

Burrs formed during molding may
be left over on some parts of the
chassis. Therefore, pay attention to
such burrs in the case of
preforming repair of this system.

In regard with component parts appearing on the silk-screen pr inted side (parts side) of the PWB diagrams, the
parts that are printed over with black such as the resistor ( ), diode ( ) and ICP ( ) or identified by the " "
mark nearby are critical for safety.
When replacing them, be sure to use the parts of the same type and rating as specified by the manufacturer.
(Except the JC version)

1-2

RX-8010RBK/ RX-8012RSL

Disassembly method

Removing the top cover (See Fig.1)

1.

Remove the four screws A attaching the top cover
on both sides of the body.

2.

Remove the three screws B on the back of the body.

3.

Remove the top cover from behind in the direction of
the arrow while pulling both sides outward.

Removing the front panel assembly

(See Fig.2 and 3)

Prior to performing the following procedure, remove
the top cover.

1.

Disconnect the card wire from connector CN400 on
the audio board and CN402 on the power supply
board in the front panel assembly.

2.

Cut off the tie band fixing the harness.

3.

Remove the three screws C attaching the front
panel assembly.

Top cover

A

Tie band

Main

board

CN400

Audio board

B

2

A

Fig.1

2

Front panel assembly

C

Fig.2

C

CN402

Power
supply

board

4.

Remove the four screws D attaching the front panel
assembly on the bottom of the body. Detach the front
panel assembly toward the front.

Removing the rear panel (See Fig.4)

Prior to performing the following procedure, remove
the top cover.

1.

Remove the power cord stopper from the rear panel
by moving it in the direction of the arrow.

2.

Remove the thirty one screws E attaching the each
boards to the rear panel on the back of the body.

3.

Remove the three screws F attaching the rear panel
on the back of the body.

E

Front panel assembly

D

Fig.3

EE

E

D

Cord stopper

F

F

Rear panel

F

E

Fig.4

1-3

RX-8010RBK/ RX-8012RSL

Removing each board connected to the
rear side of the audio board

(See Fig.5 to 11)

Prior to performing the following procedure, remove
the top cover and the rear panel.

1.

Cut off the tie band fixing the harness.

2.

Extract the plastic rivet a, which prevents the PWB
from pulling out, from the audio input board.

3.

Disconnect the connect CN501, CN243, CN205,
CN381, CN361 on the DVD board.

4.

Disconnect the harness from connector CN721,
CN722 and CN723.

5.

Disconnect the tuner board and audio board from
connector CN101, CN102 and CN301 on the audio
board.

Plastic

rivet a

CN361

CN381

CN205

CN243

Fig.5

CN721

Tie band

CN501

CN722

6.

Pull out the video audio board, video board, S-video
board.

7.

Disconnect the DSP board from connector CN601 on
the audio board.

Audio

board

CN416

CN206

CN723

CN731
CN732

Fig.6

DVD board

Fig.7

1-4

CN303

CN201
CN241

Video audio

board

Video
board

Fig.9

S Video

board

CN244

Tuner

board

CN102

CN101

Fig.8

CN301

Audio input

board

RX-8010RBK/ RX-8012RSL

Removing the audio board
(See Fig.12 and 13)

Prior to performing the following procedure, remove
the top cover and the rear panel.

1.

Disconnect the harness from connector CN813 and
CN814 on the main board.

Video audio

board

Main

board

CN814

Fig.10

Fig.11

CN813

Video
board

CN601

Relay board

CN71

S Video

board

DSP board

power
supply
board

Tie band

2.

Disconnect the card wire from connector CN931 and
CN932 on the audio board.

3.

Cut off the tie band fixing the harness.

4.

Disconnect the relay board from the audio board and
the power supply board. (CN71,CN81)

5.

Disconnect the card wire from connector CN831 on
the main board.

6.

Remove the three screws G attaching the audio
board assembly.

7.

Remove the screw H attaching the audio board
assembly.

Audio board

CN831

G

CN931/ 932

Fig.12

Fig.13

G

CN81

H

Power
transformer

Power / Fuse

board

1-5

RX-8010RBK/ RX-8012RSL

Removing the main board (See Fig.14)

Prior to performing the following procedure, remove
the top cover, the rear panel and audio board.

I

J

I

1.

Cut off the tie band fixing the harness.

2.

Disconnect the harness from connector CN811 on
the power supply board respectively.

3.

Disconnect the harness from connector CN881 on
the main board.

4.

Remove the four screws I and the two screws J
attaching the main board.

Removing the Heat sink
(See Fig.15 and 16)

1.

Remove the two screws L' attaching the heat sink
from the rear side of main board.

2.

Disconnect the connect CN701, CN702, CN703,
CN705 and CN706 on the main board.

3.

Remove the ten screws K and four screws L
attaching the heat sink.

J
I

Main

board

Heat sink

L'

CN881

I

Fig.14

J

CN811

Tie band

L'

Main board

rear side

Heat sink

L

Main board

CN706

K

CN705

Fig.15

CN702

Fig.16

K

CN701

K

L

CN703

1-6

RX-8010RBK/ RX-8012RSL

Removing the power transformer

(See Fig.17)

Prior to performing the following procedures, remove
the top cover.

1.

Unsolder the two harnesses connected to the power
transformer.

2.

Disconnect the harness from connector CN55 and
CN56 on the power transformer board.

3.

Remove the four screws M attaching the power
transformer.

Power
transformer
board

CN55/
CN56

Power
supply
board

M

Power
transformer

Removing the power / fuse board

(See Fig.17)

Prior to performing the following procedure, remove
the top cover and the rear panel.

1.

Remove the screw N attaching the power / fuse
board.

2.

Unsolder the power cord and other harnesses
connected to the power / fuse board.

Removing the power supply board

(See Fig.18 and 19)

Prior to performing the following procedure, remove
the top cover and the front panel.

1.

Remove the screws b fixing a bonding ground.

2.

Remove the one nut attaching the headphone jack of
the power supply board on the front side of the body.

3.

Disconnect the card wire from connector CN402 on
the power supply board.

4.

Remove the three screws O attaching the power
supply board and pull out the power supply board
from the front bracket backward.

Power
supply

board

Solder

O

Power cord

Fig.17

Fig.18

Power supply

board

M

N

Solder

Power / fuse board

b

Headphone jack

Nut

Headphone jack

5.

Unsolder the three harnesses connected to the
power supply board.

CN402

Hook

Fig.19

O

Tie band

O

Tie band

Solder

1-7

RX-8010RBK/ RX-8012RSL

Removing the system control board /
power switch board (See Fig.20 to 22)

Prior to performing the following procedure, remove
the top cover and the front panel assembly.

1.

Pull out the volume knob on the front side of the front
panel and remove the nut attaching the system
control board.

2.

Remove the two screws P attaching the power
switch board.

3.

Remove the two screws Q attaching the switch
board.

4.

Remove the cords from the three hooks a.

5.

Remove the eight screws R attaching the system
control board on the back of the front panel.

6.

On the back of the front panel, release the four joints
by pushing the joint tabs inward.
Remove the operation switch panel toward the front.

Operation switch panel

Switch
board

R

Q

Fig.20

Front panel assembly

Nut

Volume knob

Cords

R

Power switch

board

R

P

7.

Disconnect the harness from connector CN420 and
CN422 on the system control board.

8.

Release the two hooks b attaching the system
control board.

Matters that require attention during
replacement of IC400 (See Fig.24 and 25)

In case where there is a resistance array:
Both onetime IC and mask IC can be used

In case where there is no resistance array:
Only mask IC can be used

Joint

CN420

Joint

Fig.21

Hook b

Fig.22

System control board reverse side

Fig.24

Joint

System control board

Hook b

IC400

Joint

Hook a

CN422

1-8

Resistance array

System control board top view

Fig.25

RX-8010RBK/ RX-8012RSL

Adjustment method

Tuner section

1.Tuner range
FM 87.5MHz~108.0MHz
AM(MW) 522kHz~1629kHz
(LW) 144kHz~288kHz

Power amplifier section

Adjustment of idling current

Measurement location B2204-B2205(Lch) , B2213-2214(Rch)
Adjustment part VR787(Lch) , VR788(Rch)

Attention
This adjustment does not obtain a correct adjustment value immediately after the amplifier is
used (state that an internal temperature has risen).
Please adjust immediately after using the amplifier after turning off the power supply of the
amplifier and falling an internal temperature.

<Adjustment method>

1.Set the volume control to minimum during this adjustment.(No signal & No load)

2.Set the surround mode OFF.

2.Turn VR787 and VR788 fully counterclockwise to warm up before adjustment.
If the heat sink is already warm from previous use the correct adjustment can not be made.

3.For L-ch,connect a DC voltmeter between B2204 and B2205 (Lch)
And,connect it between B2213 and B2214(Rch).

4.30 minutes later after power on, adjust VR787 for L-ch, or VR788 for R-ch so that the DC voltmeter
value has 1mV~10mV.

* It is not abnormal though the idling current might not become 0mA even if it is finished to turn variable
resistance (VR787,VR788) in the direction of counterclockwise.

Heat sink

B2213, B2214

VR788 (Rch)

VR787 (Lch)

B2204, B2205

1-9

RX-8010RBK/ RX-8012RSL

Self-diagnose function

1. Detection of abnormal power supply and voltage

When the power is turned ON, if an abnormality is detected during the signal input at the A/D port (IC901,
pin 2-5, 7) for one second continuously, the status will become STANDBY mode immediately.

When the power is turned ON again, detection of abnormal power supply and voltage will not be carried out
during the first 4 seconds.

Given below is a list of threshold values at the detection of abnormalities.

Pin 2
Micro-computer+5V
Pin 3
Digital+5V
Pin 4
Analog+5V
Pin 5
+12V
Pin 7
Tuner+9V

At abnormal state
(Low voltage)
Analog value
0 - 2.2V
Analog value
0 - 2.2V
Analog value
0 - 2.2V
Analog value
0 - 2.2V
Analog value
0 - 2.2V

At normal state

Analog value

2.2 - 2.8V
Analog value

2.2 - 2.8V
Analog value

2.2 - 2.8V
Analog value

2.2 - 2.8V
Analog value

2.2 - 2.8V

At abnormal state
(High voltage)
Analog value

2.8 - 5.0V
Analog value

2.8 - 5.0V
Analog value

2.8 - 5.0V
Analog value

2.8 - 5.0V
Analog value

2.8 - 5.0V

2. Initial setting on ship

To gain the initial setting on ship, put the power plug in the socket while pressing DOWN key and UP key
together simultaneously, then turn the power ON.

3. Test mode

To enter the test mode, put the power plug in the socket while pressing EFFECT key and UP key together
simultaneously, then turn the power ON.

Workings of test mode:
All FLs are turned ON for 3 seconds. (the FLs, which are divided in two groups, are turned ON alternatively)
Faster volume UP/DOWN operation can be achieved with the remote controller.

When the power is turned OFF, the test mode will be released.
The FL display returns to normal after the three seconds. Then the STANDBY LED is turned ON (flashing

ON and OFF for each one second) to show the present status being a test mode.

1-10

RX-8010RBK/ RX-8012RSL

4. Self-diagnose

To enter the self-diagnose mode, put the power plug in the socket while pressing SETTING key and UP key
together simultaneously, then turn the power ON. With the UP/DOWN key operation, DSP microcomputer,
ROM No.of system microcomputer as well as working status of DSP can be displayed for five seconds.
While the working status is being displayed, the followings items can be switched with the UP/DOWN key
operation.

VERSION of system microcomputer Local microcomputer CH0
Local microcomputer CH01 Local microcomputer CH2
Local microcomputer CH3 Local microcomputer CH4

When the power is turned OFF, the self-diagnose mode will be released.
During the self-diagnose mode, the STANDBY LED is turned ON .
(flashing ON for one second then OFF for three seconds)
FL transient display will be carried out as follows. When the transient display is not carried out,
normal display/workings are carried out.

FL Display

S 0 0 1 1
2 0 0 0 1 2 0 9 0 0

D 0 0

D 0 1

D 0 2

Upper 1 2 3 4 5 digits
Lower 1 2 3 4 5 6 7 8 9 10 digits

Information on VERSION of system microcomputer (IC901)
Example : VER1.1 2000/12/9

Display of communication information on DSP microcomputer (IC581)

Display of communication information on DIR AK4112A (IC551)

Display of communication information on DSP XCA56367 (IC501)

D 0 3

D 0 4 1 1
2 0 0 0 1 2 0 9 0 0

Display of communication information on CODEC AK4527 (IC571)

Information on VERSION of DSP microcomputer (IC581)
Example :VER1.1 2000/12/9

1-11

RX-8010RBK/ RX-8012RSL

Description of major ICs

AK4112AVF (IC551) : Digital audio receiver

1.Pin layout

DVDD
DVSS
TVDD

V/ TX

XTI
XTO
PDN

R

AVDD

AVSS

RX1

RX2/ DIF0
RX3/ DIF1
RX4/ DIF2

2.Pin function

Function

Pin Name

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

28
27
26
25
24
23
22
21
20
19
18
17
16
15

CM0/ CDTO
CM1/ CDT1
OCKS1/ CCLK
OCKS0/ CSN
MCKO1
MCKO2
DAUX
BICK
SDTO
LRCK
ERF
FS96
P/ SN
AUTO

No.

1
2
3
4

5
6
7

8

9
10
11

12

DVDD
DVSS
TVDD
V
TX
XTI
XTO
PDN

R

AVDD
AVSS
RX1

DIF0
RX2
DIF1

13

RX3
DIF2

14

RX4
AUTO

15

P/S

16

FS96

17

ERF

18

LRCK

19

SDTO

20

BICK

21

DAUX

22

MCK02

23

MCK01

24

OCKS0

25

CSN
OCKS1

26

CCLK
CM1

27

CDTI
CM0

28

CDTO

I/O

Digital power supply pin, 3.3V

­Digital ground pin

­Input buffer power supply pin, 3.3V or 5V

­Validity flag output pin in Parallel Mode

O

Transmit channel (through data) output pin in Serial Mode

O

X'tal input pin

I

X'tal output pin

O

Power-down mode pin

I

When "L", the AK4112A is powerd-down and reset.
External resistor pin

­ 18k +/-1% resistor to AVSS externally.
Analog power supply pin

­Analog ground pin

­Receiver channel 1

I

This channel is selected in Parallel Mode or default of Serial Mode.
Audio data interface format 0 pin in Parallel Mode

I

Receiver channel 2 in Serial Mode

I

Audio data interface format 1 pin in Parallel Mode

I

Receiver channel 3 in Serial Mode

I

Audio data interface format 2 pin in Parallel Mode

I

Receiver channel 4 in Serial Mode

I

Non-PCM detect pin

O

"L" : No detect, "H" : Detect
Parallel/ Serial select pin

I

"L" : Serial Mode, "H" ; Parallel Mode
96kHz sampling detect pin

O

(RX Mode) "H" : fs=88.2kHz or more, "L" fs=54kHz or less.
(X'tal Mode) "H" : XFS96=1, "L" : XFS96=0.
Unlock & parity error output pin

O

"L" : No error, "H" : Error
Output channel clock pin

I/O

Audio serial data output pin

O

Audio serial data clock pin

I/O

Auxiliary audio data input pin

I

Master clock #2 output pin

O

Master clock #1 output pin

O

Output clock select 0 pin in Parallel Mode

I

Chip select pin in Serial Mode

I

Output clock select 1 pin in Parallel Mode

I

Control data clock pin in Serial Mode

I

Master clock operation Mode pin0 in Parallel Mode

I

Control data input pin in Serial Mode

I

Master clock operation Mode pin1 in Parallel Mode

I

Control data output pin in Serial Mode

O

1-12

Note 1 : All input pins except internal pull-down pins should not be left floating.

RX-8010RBK/ RX-8012RSL

AK4527 (IC571) : A/D,D/A Converter

1.Pin layout

CDTO

CDTI

CCLKCSPIS

XTO

XTI

AVSS

AVDD

VREFH

VCOM

2.Block diagram

LIN+
LIN-

SDOS
OCKS
MIS
BCLK
LRCK
SDTI1
SDTI2
SDTI3
SDTO
DAUX
DFS

4443424140393837363534

1
2
3
4
5
6
7
8
9
10
11

1213141516171819202122

DEM1

DEM0

MCKO

DVDD

ADC

DVSSPDICkS2

HPF

ICKS1

ICKS0

CAD1

Audio
I/F

33
32
31
30
29
28
27
26
25
24
23

CAD0

VREFL
RIN+
RIN­LIN+
LIN­ROUT1
LOUT1
ROUT2
LOUT2
ROUT3
LOUT3

RIN+
RIN-

LOUT1

ROUT1

LOUT2

ROUT2

LOUT3

ROUT3

HPF

DA TT

DA TT

DA TT

DA TT

DA TT

DA TT

LRCK
BICK

MCLK

SDOUT

SDIN1
SDIN2
SDIN3

LPF

LPF

LPF

LPF

LPF

LPF

ADC

DAC

DAC

DAC

DAC

DAC

DAC

Block Diagram (DIR and AC-3) DSP are external parts)

DAUX

Format

Converter

SDOS
SDTO
SDTI1

SDTI2
SDTI3

1-13

RX-8010RBK/ RX-8012RSL

3. Pin function
No.

1

2

3

4
5
6
7
8
9
10
11

12

13

14
15
16
17

18
19
20
21

22

23
24
25
26
27
28
29
30
31
32

Pin name
SDOS

OCKS

MIS

BICK
LRCK
SDTI1
SDTI2
SDTI3
SDTO
DAUX
DFS

DEM1

DEM0

MCKO
DVDD
DVSS
PD

ICKS2
ICKS1
ICKS0
CAD1

CAD0

LOUT3
ROUT3
LOUT2
ROUT2
LOUT1
ROUT1
LIN­LIN+
RIN­RIN+

I/O

SDTO Source select pin

I

Function

"L" : Internal ADC output, "H" : DAUX input
ORed with serial control register if P/S="L".
MCKO Clock frequency select pin

I

"L" : MCLK, "H" : MCLK/2. ORed with serial control register if P/S= "L".
Connect to GND

I

Audio serial data clock pin

I

Input/Output channel clock pin

I/O

DAC1 Audio serial data input pin

I

DAC2 Audio serial data input pin

I

DAC3 Audio serial data input pin

I

Audio serial data output pin

O

AUX Audio serial data input pin

I

Double speed sampling mode pin

I

"L" : Normal speed, "H" : Double speed, the ADC is powered down.
ORed with serial control register if P/S="L".
De-emphasis pin

I

ORed with serial control register if P/S="L"
De-emphasis Pin

I

ORed with serial control register if P/S="L"
Master clock output pin

O

Digital power supply pin

­Digital ground pin

­Power-down & Reset pin

I

When "L", the AK4527 is powered-down and the control registers are reset
to default state. If the state of CAD0-1 changes, then the AK4527
must be reset by PDN.
Input clock select 1 pin

I

Input clock select 1 pin

I

Input clock select 0 pin

I

Chip address pin

I

Used during the serial control mode.
Chip address pin

I

Used during the serial control mode.
Lch #3 analog output pin

O

Rch #3 analog output pin

O

Lch #2 analog output pin

O

Rch #2 analog output pin

O

Lch #2 analog output pin

O

Rch #1 analog output pin

O

Lch analog negative Input Pin

I

Lch analog positive Input Pin

I

Rch analog negative Input Pin

I

Rch analog positive Input Pin

I

AK4527(1/2)

1-14

RX-8010RBK/ RX-8012RSL

3.Pin function
No.

33
34

35
36
37
38
39

Pin Name
VREFL
VCOM

VREFH
AVDD
AVSS
XTI
XTO
MCKI

40

41

P/S

DIF0
CS

42

DIF1
CCLK

43

LOOP0

CDTI

44

LOOP1

CDTO

I/O
I
O

I

-

­ I
O
I
I

I
I
I
I
I

I
I

O

AK4527(2/2)

Function
Negative voltage reference Input pin, AVSS
Common voltage output pin,AVDD/2
Large external capacitor around 2.2uF is used to reduce power-supply noise
Positive voltage reference input pin,AVDD
Analog power supply pin
Analog ground pin
X'tal input pin
X'tal output pin if XTS="H"
External master clock input pin if XTS="L"
Parallel/Serial select pin
"L" : Serial control mode, "H" : Parallel control mode
Audio data interface format pin in parallel mode
Chip select pin in serial mode
Audio data interface format pin in parallel mode
Control data clock pin in serial mode
Loop back mode pin in parallel mode
Enables digital loop-back from ADC to 3 DACs.
Control data input pin in serial mode
Loop back mode pin in parallel mode
Enable all 3 DAC channels to be input from SDTII.
Control data output pin in serial mode

1-15

RX-8010RBK/ RX-8012RSL

BA15218F (IC303, IC304, IC372, IC385, IC386, IC521, IC522, IC523, IC524, IC525, IC526,
IC527, IC528, IC529) : Op amp.

1OUT1

2-IN1

-

8

7

V

CC

OUT2

1

3+IN1

+

-

-IN2

6

2

EE

4

+

5V

+IN2

BA7625 (IC201, IC242) : Video selector

MONITOR OUT

GND

IN5

GND

IN4

CTL E

IN3

CTL D

1

2

3
4

5

6

7
8

logic

logic

16

15

14

13

12

11

10

11

IN1

CTL A

VOUT 1

CC

V

IN2

CTL B

VOUT 2
CTL C

A B E MONITOR OUT

LL

HL

LH
H H L IN4
H H H IN5

*
*
*

IN1
IN2
IN3

C D E VOUT1

LL
HL

LH
H H L IN4
H H H IN5

*
*
*

-­IN2
IN3

C D E VOUT2

LL

HL

LH
H H L IN4
H H H IN5

*
*
*

IN1

--

IN3

BA7626 (IC241) : Video selector

MONITOR OUT

1-16

GND

IN5

GND

IN4

CTL E

IN3

CTL D

1

2

3
4

5

6

7
8

logic

logic

16

15

14

13

12

11

10
11

IN1

CTL A

VOUT 1

V

CC

IN2

CTL B

VOUT 2
CTL C

A B E MONITOR OUT

LL

HL

LH
H H L IN4
H H H IN5

*
*
*

IN1
IN2
IN3

C D E VOUT1

LL
HL

LH
H H L IN4
H H H IN5

*
*
*

-­IN2
IN3

C D E VOUT2

LL

HL

LH
H H L IN4
H H H IN5

*
*
*

IN1

--

IN3

RX-8010RBK/ RX-8012RSL

BU2092(IC402) : Port expander

1.Terminal Layout

Vss

DATA

CLOCK

LCK

Q0

Q1

Q2

Q3

Q4

1

2

3

4

5

6

7

8

9

CONTROL

CIRCUIT

12BIT SHIFT RESISTER

12BIT STRAGE RESISTER

OUTPUT BUFFER(OPEN DRAIN)

17

16

15

14

13

12

11

10

18

Vdd

OE

Q11

Q10

Q9

Q8

Q7

Q6

Q5

2.Pin Function
Pin No.

1
2
3
4

5~16

17
18

Symbol

Vss

DATA

CLOCK

LCK

Q0~Q11

OE

Vdd

I/O

­I
I
I

O

I

-

Function

Connect to GND
Serial Data input
Shift Clock of Data
Latch Clock of Data
Parallel Data Output

Latch Data L H
OUTPUT ON OFF

Output Enable
Power Supply

1-17

RX-8010RBK/ RX-8012RSL

LA1838(IC102) : FM AM IF AMP&detector, FM MPX decoder

1. Block Diagram
30

ALC

BUFF

FM
S-METER

FM IF

1

2. Pin Function

Pin

Symbol

No.

FM IN

1

AM MIX

2

3

FM IF

AM IF

4

GND

5
6

TUNED

STEREO

7

8

VCC

9

FM DET

10

AM SD

FM VSM

11

AM VSM

12
13

MUTE

14

FM/AM

MONO/ST O

15

29

28

AM

OSC

SD
COMP

S-CLRVE

PM
DET

2

I/O

I

This is an input terminal of FM IF

REG

AM

MIX

AM/FM
IF-BUFF

3

27

FM

RF.AMP

AM IF

4

26

AGC

AM
S-METER

GND

Function

DET

TUNING
DRIVE

5

signal.
This is an out put terminal for AM

O

mixer.

I

Bypass of FM IF

Input of AM IF Signal.

I

I

This is the device ground terminal.

When the set is tuning, this terminal

O

becomes "L".

O

Stereo indicator output. Stereo "L",
Mono: "H"

III

This is the power supply terminal.

I

FM detect transformer.

I

This is a terminal of AM ceramic filter.

O

Adjust FM SD sensitivity.

O

Adjust AM SD sensitivity.

I/O

When the signal of IF REQ of IC121(
LC72131) appear, the signal of FM/AM
IF output. //Muting control input.

Change over the FM/AM input.

I

"H" :FM, "L" : AM

Stereo : "H", Mono: "L"

25

21

DECODER
ANIT-BIRDIE

10

I/O

O

O

20

STEREO
5N
SW

FF
38k

11

Left channel signal output.

Right channel signal output.

Input terminal of the left channel post

I

24

STEREO
DRIVE

6

7

22

23

P-DET

VCC

89

Pin

Symbol

No.

16

L OUT

17

R OUT

18

L IN

VCO
384KHz

18

19

MUTE

FF

/

19k

2

12 13

FF
19k

/

LS

Function

17 16

PILOT
DET

15

14

AMP.

Input terminal of the right channel

19

R IN

I

post AMP.
Mpx Right channel signal output.

20

21

22

23
24

25

RO
LO

IF IN

FM OUT
AM DET
AM AGC

O

O

Mpx Left channel signal output.

I

Mpx input terminal

FM detection output.

O

AM detection output.

O

This is an AGC voltage input terminal

I

for AM

I

26

AFC

This is an output terminal of voltage
for FM-AFC.

27
28

AM RF

REG

AM RF signal input.

I

Register value between pin 26 and pin28

O

desides the frequency width of the
input signal.

29

AM OSC

I

This is a terminal of AM Local
oscillation circuit.

30

OSC BUFFER

AM Local oscillation Signal output.

O

1-18

RX-8010RBK/ RX-8012RSL

MB90088 (IC203) : On screen display controller

1.Terminal Layout

YIN
VIN
CIN
AVcc

IOUT

VOC
Vcc
EXS

XS
HSYNC
VSYNC

EXHSYN

EXVSYN

Vss

2.Block Diagram

SIN

SCLK

CS

EXHSYN

EXVSYN

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

28

AVss

27

YOUT

26

VOUT

25

COUT

24

CS

23

SIN

22

SCLK

21

TEST

20

BOUT

19

ROUT

18

GOUT

17

VOB

16

XD

15

EXD

Serial Input
Control

H/V Separate

Each Control, Data

VIN
YIN

CIN

HSYNC

VSYNC

XS

EXS

XD

EXD

NTSC/PAL
Signal OSC

Display Memory
Control

VRAM

4FSC CLK
OSC

Dot CLK
OSC

Each Block

Each Block

Analog SW

Video Signal
OSC

Output
Control

CGROM

VOUT
YOUT
COUT

BOUT
ROUT
GOUT
IOUT
VOC
VOB

1-19

RX-8010RBK/ RX-8012RSL

3.Functions

pin

Symbol I/O Function

no

YIN

1
2
3
4
5
6
7
8

9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28

VIN
CIN
AVcc
IOUT
VOC

Vcc
EXS
XS
HSYNC
VSYNC
EXHSYN

EXVSYN

Vss
EXD
XD
VOB
GOUT
ROUT

BOUT
TEST

SCLK
SIN
CS
COUT
VOUT
YOUT

AVss

I

Lux signal Input terminal for Superinpause indication

I

Composite video signal input terminal for Superinpause indication
Contrast signal input terminal for Superinpause indication

I

-

Analog power supply terminal

O

Color (Lux) signal output terminal
Character output terminal

O

Power supply terminal

­Clock generater outside circuit terminal for color burst

I
O
O

Horizontal signal output terminal

O

Vertical signal output terminal

EXT horizontal signal input terminal

I

EXT vertical signal input terminal

I

GND

­Dot clock generater outside circuit signal terminal for indication

I
O

Character & background signal output terminal

O

Color signal (Green, Red, Blue)

O

I

Test signal input terminal
Shift clock input terminal for serial transmission

I

Serial data input terminal

I

Chip select terminal

I

Contrast signal output terminal

O

Composite video signal output terminal

O

Lux signal output terminal

O

Analog GND terminal

-

NJM2285V-W(IC202) : 2-Input 3channel VIDEO switch

+

H

CLAMP TYPE

1-20

IN1A GND1 IN2B V CTL2 IN2A GND3 IN3B

16 15 14 13 12 11 10 9

BIAS TYPE

L

H

1 2 3 4 5 6 7 8

IN1B CTL1 OUT1 GND2 OUT2 OUT3 CTL3 IN3A

L

H

CLAMP TYPE

L

RX-8010RBK/ RX-8012RSL

NJM4580DD (IC301) : LPF, Mic and H.phone Amp.

1.Terminal layout

2.Block diagram

+

V

INPUT

+

A OUT

A -IN

A +IN

V

1

2

A

3

-

4

(TOP VIEW)

B

8

7

6

5

+

V

B OUT

B -IN

B +IN

-

V

NJU7241F33(IC411) : Voltage regulator

PIN FUNCTION

1

5

2

3

4

1. GND

2. VIN

3. VOUT

4. +NC

5. STB

OUTPUT

1-21

RX-8010RBK/ RX-8012RSL

PCM2702E-X (IC410) : Digtal / Analog converter

1.Pin layout

XTI

1

DD

C

V

2

DGNDC

3

DD

V

4

DGND

5

D+

6

D-

7

BUS

V

8

DGND

9

PLYBCK

10

SSPND

11

ZERO

12

TEST3

13

TEST2

14

3.Pin function

XTO

VccP

AGNDP

VccL

AGNDL

OUT

V

Vcc

COM

V

AGND

OUT

V

AGNDR

VccR
TEST0
TEST1

2. Block diagram

PLYBCK

28
27
26
25
24

L

23
22
21
20

R

19
18
17
16
15

D+

D-

VBUS

DGNDU

VDDC

DGNDC

SSPDN

USB I/F

MCLK

USB clock

generator

Crystal OSC

XTI

XTO

USB packet
data

WRCLK

FIFO

SPACT

audio
data

RDCLK

ZERO

8x

Oversampling

Digital Filter

System Clock

Audio clock

generator

DGNDP

VDDP

Multi-level

Delta-Sigma

Modulator

VccL

AGNDL

VccR

AGNDR

DAC

DAC

Power supply

VCC AGND VDD DGND

Low-pass

Filter

Low-pass

Filter

VOUTL

VCOM

VOUTR

PIN

1
2
3
4
5
6
7
8

9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28

Symbol
XTI

DD

C

V
DGNDC

DD

V
DGND
D+
D-

BUS

V
DGNDU
PLYBCK
SSPND
ZERO
TEST3
TEST2
TEST1
TEST0
VccR
AGNDR

OUT

R

V
AGND

COM

V
Vcc

OUT

L

V
AGNDL
VccL
AGNDP
VccP
XTO

I/O

IN

-

-

-

­I/O
I/O

IN

-

OUT
OUT
OUT

IN
IN
IN
IN

-

-

OUT

-

-

-

OUT

-

-

-

-

OUT

Function
Crystal Oscillator Input.
Digital Power Supply for Clock Generator, +3.3V.
Digital Ground for Clock Generator.
Digital Power Supply, +3.3V.
Digital Ground.
USB Differential Input/Output Plus.
USB Differential Input/Output Minus.
USB Bus Power (This pin NEVER consumes the USB bus power).
Digital Ground for USB Transceiver.
Playback flag, active LOW. (LOW: playback, HIGH: idle).
Suspend flag, active LOW. (LOW: suspend, HIGH: operational).
Zero flag, (LOW: Normal, HIGH: ZERO).
Test pin 3. Connect to digital ground.
Test pin 2. Connect to digital ground.
Test pin 1. Connect to digital ground.
Test pin 0. Connect to digital ground.
Analog Supply for R-channel, +5V.
Analog Ground for R-channel.
Analog Output for R-channel.
Analog Ground.
Common for DAC.
Analog Supply, +5V.
Analog output for L-channel.
Analog Ground for L-channel.
Analog Supply for L-channel, +5V.
Analog Ground for PLL.
Analog Supply for PLL, +5V.
Crystal Oscillator Output.

(1)

(2)

(2)
(2)
(2)
(2)

1-22

Note:
(1) 3.3V tolerant.
(2) Schmitt trigger input with internal pull-down, 5V tolerant.

RX-8010RBK/ RX-8012RSL

SAA6588 (IC191) : RDS detector

1.Terminal Layout

MRO
MPTH
TCON

OSCO

OSCI

VSSD
VDDD
DAVN

SDA
SCL

1
2
3
4
5
6
7
8
9
10

20
19
18
17
16
15
14
13
12
11

LVIN
CIN
SCOUT
Vref
MPX
VSSA
VDDA
AFW
MAD
PSWN

2.Pin Function
Pin

No.

1
2
3
4
5
6
7
8

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

MRO
MPTH
TCON

OSCO

OSCI
VSSD
VDDD
DAVN

SDA

SCL

PSWN

MAD

AFW
VDDA
VSSA

MPX

Vref

SCOUT

CIN

LVIN

FunctionI/OSymbol

Multi-path rectifier output

O

Multi-path detector output

­Test control input pin

I

Oscillator output

O

Oscillator input

I

Digital ground (0V)

­Digital power supply (5V)

­Data available output (active LOW)

O

IC-bus serial data I/O

I/O

IC-bus serial clock input

I

Pause switch output (active LOW)

­Slave addrese (LSB) input

­Audio signal input

­Analog power supply (5V)

­Connect to ground

­Multiplex input signal

I

Reference voltage output

O

Band-pass filter output

O

Comparator output

O

Level input

I

3.Block Diagram

16

MPX

AFIN

LVIN

VDDA

14

8th ORDER

BAND-PASS

13

DETECTOR

20

AND RESET

VSSA

SCOUT

57 kHz

PAUSE

POWER
SUPPLY

15

18

17
Vref

19

CLOCK

COMPARATOR

MULTI-PATH

DETECTOR

TEST

CONTROL

3

TCON

RDS/RDBS

DEMODULATOR

SIGNAL QUALITY

DETECTOR

OSCILLATOR

AND CLOCK

1
MRO

OSCI OSCO

VDDDCIN
7

DAVN

12
MAD

11

10

8

2

9

PSWN

MPTH

SDA
SCL

RDS/RDBS

DECODER

INTERFACE

REGISTER

IC-BUS SLAVE

TRANSCEIVER

5

4

6
VSSD

1-23

RX-8010RBK/ RX-8012RSL

TC9162AN (IC380) : Analog switch

VSS
L-S1
L-S2

L-COM1

L-S3
L-S4

L-COM2

L-S5
L-S6

L-COM3

L-S7

L-COM4

ST

GND

L-S1

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

2

28
27
26
25
24
23
22
21
20
19
18
17
16
15

VDD
R-S1
R-S2
R-COM1
R-S3
R-S4
R-COM2
R-S5
R-S6
R-COM3
R-S7
R-COM4
DATA
CK

VSS

GND VDD

1

14

28

27

R-S1

L-S2

L-COM1

L-S3

L-S4

L-COM2

L-S5

L-S6

L-COM3

L-S7

L-COM4

ST

3

4

5

6

7

8

9

10

11

12

13

LEVEL SHIFTER

LATCH CIRCUIT

LATCH CIRCUIT

LEVEL SHIFTER

26

25

24

23

22

21

20

19

18

17

16

R-S2

R-COM1

R-S3

R-S4

R-COM2

R-S5

R-S6

R-COM3

R-S7

R-COM4

DATA

1-24

SHIFT REGISTER

15

CK

RX-8010RBK/ RX-8012RSL

TC9163AF-X (IC371) : Analog switch

VSS
L-S1
L-S2
L-S3

L-COM1

L-S4
L-S5
L-S6

L-COM2

L-S7
L-S8

L-COM3

ST

GND

L-S1

L-S2

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

2

3

28
27
26
25
24
23
22
21
20
19
18
17
16
15

VDD
R-S1
R-S2
R-S3
R-COM1
R-S4
R-S5
R-S6
R-COM2
R-S7
R-S8
R-COM3
DATA
CK

VSS

GND VDD

1

14

28

27

26

R-S1

R-S2

L-S3

L-COM1

L-S4

L-S5

L-S6

L-COM2

L-S7

L-S8

L-COM3

ST

10

11

12

13

4

5

6

7

8

9

LEVEL SHIFTER

LATCH CIRCUIT

LATCH CIRCUIT

LEVEL SHIFTER

SHIFT REGISTER

25

24

23

22

21

20

19

18

17

16

15

R-S3

R-COM1

R-S4

R-S5

R-S6

R-COM2

R-S7

R-S8

R-COM3

DATA

CK

1-25

RX-8010RBK/ RX-8012RSL

TC9164AF-X (IC302) : Analog switch

VSS
L-S1
L-S2
L-S3
L-S4

L-COM1

L-S5
L-S6

L-COM2

L-S7
L-S8

L-COM3

ST

GND

L-S1

L-S2

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

2

3

28
27
26
25
24
23
22
21
20
19
18
17
16
15

VDD
R-S1
R-S2
R-S3
R-S4
R-COM1
R-S5
R-S6
R-COM2
R-S7
R-S8
R-COM3
DATA
CK

VSS

GND VDD

1

14

28

27

26

R-S1

R-S2

L-S3

L-S4

L-COM1

L-S5

L-S6

L-COM2

L-S7

L-S8

L-COM3

ST

10

11

12

13

25

24

23

22

21

20

19

18

17

16

15

R-S3

R-S4

R-COM1

R-S5

R-S6

R-COM2

R-S7

R-S8

R-COM3

DATA

CK

4

5

6

7

8

LEVEL SHIFTER

9

LATCH CIRCUIT

LATCH CIRCUIT

LEVEL SHIFTER

SHIFT REGISTER

1-26

RX-8010RBK/ RX-8012RSL

TC9459F (IC381, IC382, IC383) : Electronic volume control

1.Terminal layout

VSS
L-OUT
NC

L-ch

L-IN
L-LD1
L-LD2
L-A-GND
NC
CS1
NC
GND
CK

2. Block diagram

VSS

1

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

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

VDD
R-OUT
NC
R-IN
R-LD1
R-LD2
R-A-GND
NC
CS2
NC
STB
DATA

R-ch

L-OUT

NC

L-1N

L-LD1

L-LD2

L-A-GND

NC

CS1

NC

GND

CK

9

10

11

12

2

3

4

5

6

7

8

50k /
915TEP

VR

L-ch 7 to 91
decoder
L-ch data
latch circuit

Shift register (24BIT)

Level shift circuit

VDD

24

R-ch 7 to 91
decoder
R-ch data
latch circuit

Same as L-ch
Circuit

23

22

21

20

19

18

17

16

15

14

13

R-OUT

NC

R-IN

R-LD1

R-LD2

R-A-GND

NC

CS2

NC

STB

DATA

3.Pin function

Pin No.
1
2
3
4
5
6
7
8
9
10
11
12

Symbol
VSS
L-OUT
NC
NC
L-LD1
L-LD2
L-A-GND
NC
CS1
NC
GND
CK

Function
Negative power supply pin
Volume output pin
No connection
No connection
Loudness tap output pin
Loudness tap output pin
Analog GND pin
No connection
Chip select input pin
No connection
Digital GND pin
Clock input pin

Pin No.
13
14
15
16
17
18
19
20
21
22
23
24

Symbol
DATA
STB
NC
CS2
NC
R-A-GND
R-LD2
R-LD1
R-IN
NC
R-OUT
VDD

Function
Data input pin
Strobe input pin
No connection
Chip select input pin
No connection
Analog GND pin
Loudness tap output pin
Loudness tap output pin
Volume input pin
No connection
Volume output pin
Positive power supply pin

1-27

RX-8010RBK/ RX-8012RSL

TC7S04FU (IC502, IC503) :CMOS Inverter

NC

IN A

GND

1

2

3

5

4

VDD

OUT Y

TC7SET32FU (IC582) : Z-Input or gate

IN B

1

2

IN A

GND

3

54VCC

OUT Y

W24L010AJ-12 (IC511) : CMOS static RAM

1. Pin layout

V

DD

32

A15

31

CS2

30

WE

29

A13

28

A8

27

A9

26

A11

25

OE

24

A10

23

CS1

22

I/O8

21

I/O7

20

I/O6

19

I/O5

18

I/O4

17

32

OE

31

A10

30

CS1

29

I/O8

28

I/O7

27

I/O6

26

I/O5

25

I/O4

24

Vss

23

DO3

22

DO2

21

DO1

19

A0

18

A1

17

A2

16

A3

VDD

1

NC

2

A16

3

A14

4

A12

5

A7

6

A6

7

A5

8

A4

9

A3

10

A2

11

A1

12

A0

13

I/O1

14

I/O2

15

I/O3

16

Vss

1

A11

2

A9

3

A8

4

A13

5

WE

6

CS2

7

A15

8
9

NC

10

A16

11

A14

12

A12

13

A7

14

A6

15

A5

16

A4

32-pin
TSOP

2. Block diaglam

DD

V
Vss

A0

DECODER

A16

CS2
CS1

CONTROL

OE

WE

3. Pin function
SYMBOL

A0 - A16
I/O1 - I/O8
CS1, CS2
WE
OE

DD

V
Vss
NC

CORE

ARRAY

DATA I/O

I/O1

I/O8

DESCRIPTION
Address Input
Data Input/Output
Chip Select Inputs
Write Enable Input
Output Enable Input
Power Supply
Ground
No Connection

1-28

RX-8010RBK/ RX-8012RSL

UPD784215AGC132(IC581) : Unit CPU

1.Pin layout

75 ~ 51

76

~

50

~

100

1 ~ 25

26

2.Pin function
Pin No. Symbol I/O Function

1~8

9
10
11
12
13
14
15
16
17
18

19~22

23
24

25~32

33

34,35

36

37,38

39
40
41
42
43
44

45,46

47
48
49

50,51

52
53
54
55
56

57~63

64,65

66
67

68~70

71
72

73~75

76
77
78

79,80

81

82,83

84
85
86
87
88

89~93

94

95~100

VDD

X2
X1

VSS

XT2
XT1

RESET

AUTO

ERR

Fz96k

P03~P06

AVDD
AV REF0
P10~P17

AVSS

P130, P131

AV REF1

RX, TX

DSPCOM

DSPSTS
DSPCLK

DSPRDY

MIDIO_IN/OUT

MICK

HREQ

SS

DSP_RST

D_CS

PD/ DIR

CDTI/CDTO

CCLK

CS

PD

GND

EQ

CTR TONE

3D

VDD

ANA_TT

LEF_MIX

LEF_OUT
MIX_OUT

S_MUTE

TEST

Non connect

­Power supply terminal

­Connecting the crystal oscillator for system main clock

­Connecting the crystal oscillator for system main clock

I

Connect to GND

­Connecting the crystal oscillator for system sub clock

­Connect VSS

I

System reset signal input

I

Output of DSP to general-purpose port

I

Output of DSP to general-purpose port

I

Output of DSP to general-purpose port

I

Output of DSP to general-purpose port

I

Power supply terminal

­Connect to GND

­Connect to GND

­Connect to GND

­Non connect

O

Power supply terminal

­Not use

O

Non connect

O

Communication port from IC901

I

Status communication port to IC901

O

Clock input from IC901

I

Ready signal input from IC901

I

Non connect

O

Interface I/O terminal with microcomputer

I/O

Interface I/O terminal with microcomputer of clock signal

O

HREQ

I

System slave select

O

Non connect

­Reset signal output of DSP

O

Non connect

­Chip setselct output

O

Non connect

­Reset signal output

O

Non connect

­Interface I/O terminal with microcomputer

O/I

Interface I/O terminal with microcomputer of clock signal

O

CS

O

Non connect

­Reset signal output

O

Connect to GND

­Non connect

­EQ

O

CENTER TONE

O

3D-Phonic

O

Non connect

­Power supply

­Non connect

­Analog./T.TONE

O

Select 1

O

Select 2

O

Select 3

O

S.MUTE

O

Non connect

­Test terminal

­Non connect

-

1-29

Block diagrams

Signal I/O block section

5

CN244 CN242

CN406

SYSTEM CONTROL

& FL

CN243

COMP LINK

TEXT LINK

CN731 CN732

L/R

CEN

SL/SR

Main section

LVA10220-1

L ch

Q761
Q763

CN711

CN701

LVA10221-1

RX-8010RBK/ RX-8012RSL

LVA10221-2

RY831

L

SPK1

R

CN240

LVA10222-1

S Video

LVA10219-5

MON

MON

IC381

IC382

IC383

R ch

Q762
Q764

CN712

CN702

CN813

CN823

RY832

L

SPK2

R

4

L/R

CN200 CN204 CN206

Video

LVA10219-4

DATA

CEN

L/R

CN587 CN581

SL/SR

CN501 CN205

IC380

DSP

3

CPU

IC901

2

DATA

CN313 CN371 CN416

V Audio input

CN311 CN351

LVA10223

LVA10219-3

CN381

V SIG

CN361

AUDIO

DVD REAR

CEN

SW

DVD

SUB WOOFER

DVD CENTER

IC386

SL/SR

DVD

SUB WOOFER

DVD

CENTER

LVA10220-2

LVA10220-3

CEN

CN722

Q1751
Q1752

LVA10220-4

CN713

R

CN721

L

CEN

CN703

SL

SR

CN723

CN814CN881

CN824

RY851

RY852

CENTER

REAR L
REAR R

Audio input

LVA10219-2

CN101CN102 CN301 CN303 CN601 CN201 CN241

CN111

LVA10219-1

RL ch

Q1851
Q1853

CN715

CN705

FW881

& FL

CN112

1

CN400

LVA10009

Tuner

CN406

SYSTEM CONTROL

RR ch

Q1852
Q1854

CN716

LVA10222-7

CN706

LVA10220-5

CN410

SYSTEM

CONTROL

& FL

ABCD E F G

2-1