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AV RECEIVER

RX-V496/RX-V496RDS
HTR-5240/HTR-5240RDS
SERVICE MANUAL

IMPORTANT NOTICE
This manual has been provided for the use of authorized YAMAHA Retailers and their service personnel.
It has been assumed that basic service procedures inherent to the industry, and more specifically YAMAHA
Products, are already known and understood by the users, and have therefore not been restated.

WARNING:

Failure to follow appropriate service and safety procedures when servicing this product
may result in personal injury, destruction of expensive components, and failure of the
product to perform as specified. For these reasons, we advise all YAMAHA product
owners that any service required should be performed by an authorized YAMAHA
Retailer or the appointed service representative.

IMPORTANT: The presentation or sale of this manual to any individual of firm does not constitute
authorization, certification or recognition of any applicable technical capabilities,
or establish a principle-agent relationship of any form.
The data provided is believed to be accurate and applicable to the unit(s) indicated on the cover. The research,
engineering, and service departments of YAMAHA are continually striving to improve YAMAHA products.
Modifications are, therefore, inevitable and specifications are subject to change without notice or obligation
to retrofit. Should any discrepancy appear to exist, please contact the distributor's Service Division.

WARNING:

Static discharges can destroy expensive components. Discharge any static electricity
your body may have accumulated by grounding yourself to the ground buss in the unit
(heavy gauge black wires connect to this buss).

IMPORTANT: Turn the unit OFF during disassembly and part replacement. Recheck all work before
you apply power to the unit.

■ CONTENTS
TO SERVICE PERSONNEL ........................................... 1

AMP ADJUSTMENT ..................................................... 21

REMOTE CONTROL PANELS ....................................... 1
FRONT PANELS ............................................................. 2

TUNER ADJUSTMENT ........................................... 22~25
IC DATA .................................................................. 26~34

REAR PANELS ........................................................... 3~4
SPECIFICATIONS ....................................................... 5~6

DISPLAY DATA ........................................................... 35
BLOCK DIAGRAM .................................................. 36~39

INTERNAL VIEW ............................................................ 7
DISASSEMBLY PROCEDURES .................................... 7

PRINTED CIRCUIT BOARD ................................... 40~59
SCHEMATIC DIAGRAM ......................................... 60~67

SELF DIAGNOSIS FUNCTION ................................ 8~19
FACTORY PRESET ...................................................... 20

PARTS LIST ............................................................ 68~85
REMOTE CONTROL TRANSMITTER ................... 86~87

100704

RX-V496/RX-V496RDS/HTR-5240/HTR-5240RDS

■ TO SERVICE PERSONNEL
1. Critical Components information
Components having special characteristics are marked ! and must
be replaced with parts having specifications equal to those originally
installed.
WALL
2. Leakage Current Measurement (For 120V Model only)
OUTLET
When service has been completed, it is imperative that you verify that
all exposed conductive surfaces are properly insulated from supply
circuits.
Meter impedance should be equivalent to 1500 ohm shunted by 0.15µF.
Leakage current must not exceed 0.5mA.
Be sure to test for leakage with the AC plug in both polarities.

AC LEAKAGE
TESTER OR
EQUIVALENT

EQUIPMENT
UNDER TEST





INSULATING
TABLE

"CAUTION"
"F804: FOR CONTINUED PROTECTION AGAINST RISK OF FIRE,REPLACE ONLY WITH SAME TYPE 6.0A,125V FUSE."
A

V

ATTENTION
F804: UTILISER UN FUSIBLE DE RECHANGE DE MEME TYPE DE 6.0A, 125V FUSE

WARNING: CHEMICAL CONTENT NOTICE!
The solder used in the production of this product contains LEAD. In addition, other electrical/electronic and/or plastic (where
applicable) components may also contain traces of chemicals found by the California Health and Welfare Agency (and possibly
other entities) to cause cancer and/or birth defects or other reproductive harm.
DO NOT PLACE SOLDER, ELECTRICAL/ELECTRONIC OR PLASTIC COMPONENTS IN YOUR MOUTH FOR ANY REASON
WHATSOEVER!
Avoid prolonged, unprotected contact between solder and your skin! When soldering, do not inhale solder fumes or expose eyes
to solder/flux vapor!
If you come in contact with solder or components located inside the enclosure of this product, wash your hands before handling
food.

■ REMOTE CONTROL PANELS
▼ U,C,R,T,A and L models

▼ B and G models
CD

AMP

TAPE
/MD

CD

AMP

TUNER
DVD
/LD

VCR

DVD
/LD

VCR

TV

TV
CBL
/SAT

DVD
MENU

CBL
/SAT

DVD
MENU

POWER

POWER

CD

TUNER

TAPE/MD

CD

TUNER

1

2

3

1

2

DVD/LD SAT/D-TV

VCR

TAPE/MD
3

DVD/LD SAT/D-TV

VCR

4

5

6

4

5

6

PHONO

V-AUX

EXT.DEC.

PHONO

V-AUX

EXT.DEC.

8

9

7

+10

+100

7

8

9

+10

+100

0

ENTER

CLEAR

0

ENTER

CLEAR

TEST

A/B/C/D/E

EFFECT

TEST

A/B/C/D/E

EFFECT

--

DISC SKIP
PRESET

+

--

DISC SKIP
PRESET

CH

CH

CH

TV

ES
COD ET

ES
COD ET

RETURN

E

UM

E

MUTE

OL

V

V

OL

+
CH

TV

MUTE

UM

INDEX

RETURN

SLEEP

DISP

SLEEP

DISP

VCR REC

TV INPUT

VCR REC

TV INPUT

TV

PRG +

-DIR A

--

DIR B

DIR A

MENU

TITLE

PRG -TIME/LEVEL

TV

PRG +

A/B

+
SELECT

TITLE

1

TAPE
/MD

TUNER

INDEX

A/B

+
SELECT

DIR B

MENU
PRG --

SET MENU

TIME/LEVEL

SET MENU

RAV203

RAV204

V473170 US

V473190 EU

RX-V496/RX-V496RDS/HTR-5240/HTR-5240RDS

■ FRONT PANELS
▼ RX-V496 • U, C, A and L models→BL (Black model)
• R and T models→BL (Black model) and GD (Gold model)

▼ RX-V496RDS

▼ HTR-5240

• B model→BL (Black model)
V
model)
• G model→BL (Black model) and TI (TitanRX

• U, C, T and A models→BL (Black model)

▼ HTR-5240RDS

• G model→BL (Black model)

2

RX-V496/RX-V496RDS/HTR-5240/HTR-5240RDS

■ REAR PANELS
▼ RX-V496/HTR-5240 U model

▼ RX-V496/HTR-5240 C model

▼ RX-V496 R model

▼ RX-V496/HTR-5240 T model

3

RX-V496/RX-V496RDS/HTR-5240/HTR-5240RDS

▼ RX-V496/HTR-5240 A model

▼ RX-V496RDS B model

▼ RX-V496RDS/HTR-5240RDS G model

▼ RX-V496 L model

4

RX-V496/RX-V496RDS/HTR-5240/HTR-5240RDS

■ SPECIFICATIONS
■AUDIO SECTION
Minimum RMS Output Power Per Channel
(Power Amp. Section)
U, C models
MAIN L/R, REAR L/R
20Hz to 20kHz, 0.06% THD, 8Ω
70W+70W
1kHz, 0.09% THD, 8Ω
80W+80W
CENTER
20Hz to 20kHz, 0.06% THD, 8Ω
70W
1kHz, 0.09% THD, 8Ω
80W
R,T,A,B,G,L models
MAIN L/R, REAR L/R
20Hz to 20kHz, 0.06% THD, 8Ω
65W+65W
1kHz, 0.09% THD, 8Ω
70W+70W
CENTER
20Hz to 20kHz, 0.06% THD, 8Ω
65W
1kHz, 0.09% THD, 8Ω
70W
Maximum Power (EIAJ)
R, T models only
MAIN L/R, REAR L/R
1kHz, 10% THD, 8Ω
100W+100W
CENTER, 1kHz, 10% THD, 8Ω
100W
Dynamic Power Per Channel (IHF)
MAIN L/R
U, C models
8/6/4/2Ω
100W+100W/120W+120W/140W+140W/160W+160W
R,T models
8/6/4/2Ω
90W+90W/110W+110W/130W+130W/150W+150W
DIN Standard Output Power Per Channel
G model only
MAIN L/R, 1kHz, 0.7% THD, 4Ω
100W+100W
Dynamic Headroom(8Ω)
U, C models only
1.55dB
IEC Power
G model only
MAIN L/R, 1kHz, 0.06% THD, 8Ω
70W+70W
Damping Factor (SPEAKER A)
MAIN L/R, 20Hz to 20kHz, 8Ω
60
Input Sensitivity/Input Impedance
PHONO (MM)
2.5mV/47kΩ
CD etc.
150mV/47kΩ
MAIN L/R (EXTERNAL DECODER)
150mV/47kΩ
CENTER
150mV/40kΩ
SURROUND L/R
150mV/40kΩ
SUB WOOFER
150mV/40kΩ
Maximum Input Signal Level (1kHz)
PHONO (MM), 0.1% THD
100mV
CD etc. (EFFECT ON), 0.5% THD
2.2V
Output Level/Output Impedance
REC OUT
150mV/1.2kΩ
SUB WOOFER (MAIN SP : SMALL)
4V/1.2kΩ
Headphone Jack Rated Output/Impedance
CD etc., Input=1kHz, 150mV, RL=8Ω
0.47V/390Ω
Frequency Response(20Hz to 20kHz)
CD etc., MAIN
0±0.5dB
RIAA Equalization Deviation
PHONO (MM)
0±0.5dB

5

Total Harmonic Distortion(20Hz to 20kHz)
PHONO (MM) to REC OUT (1V)
0.02%
CD etc.(EFFECT OFF) to MAIN SP OUT(35W/8Ω)
0.025%
Signal-to-Noise Ratio(IHF-A Network)
PHONO (MM), Input shorted, REC OUT
U, C, R, T models
86dB
A, B, G, L models
81dB
CD etc,(EFFECT OFF), Input shorted, SP OUT
96dB
Residual Noise(IHF-A Network)
MAIN L/R, SP OUT
150µV
Channel Separation(Vol. –30dB, EFFECT OFF)
PHONO, Input shorted, 1kHz/10kHz
60dB/55dB
CD etc, Input 5.1kΩ terminated, 1kHz/10kHz
60dB/45dB
Tone Control Characteristics
BASS
: Boost/Cut
±10dB(50Hz)
: Turnover Frequency
350Hz
TREBLE : Boost/Cut
±10dB(20kHz)
: Turnover Frequency
3.5kHz
Filter Characteristics
MAIN, CENTER, REAR SP SMALL : H.P.F.
fc=90Hz, 12dB/oct.
SUB WOOFER : L.P.F.
fc=90Hz, 18dB/oct.
■FM SECTION
Tuning Range
U, C models
87.5 to 107.9MHz
R, T models (Frequency Step: 100kHz)
87.5 to 108.0MHz
(Frequency Step: 50kHz)
87.50 to 108.00MHz
A, B, G, L models
87.50 to 108.00MHz
50dB Quieting Sensitivity (IHF)
U, C, R, T models only
Mono, 1kHz, 100% mod
1.6µV(15.3dBf)
Stereo, 1kHz, 100% mod
23µV(38.5dBf)
Usable Sensitivity (DIN)
A, B, G, L models only
DIN, Mono(S/N 26dB)
0.9µV
DIN, Stereo(S/N 46dB)
28µV
Alternate Channel Selectivity
U, C, R, T models (±400kHz)
75dB
A, B, G, L models (±300kHz)
Selectivity(two signals, 40kHz Dev.)
55dB
Signal-to-Noise Ratio
U, C, R, T models (IHF)
Mono/Stereo
81dB/75dB
A, B, G, L models (DIN-Weighted, 40kHz Dev.)
Mono/Stereo
75dB/69dB
Harmonic Distortion (1kHz)
Mono/Stereo
0.1%/0.2%
Stereo Separation (1kHz)
48dB
Frequency Response (20Hz to 15kHz)
0±1dB
Output Level (1kHz)
U, C, R, T models (100% mod.)
550mV
A, B, G, L models (40kHz Dev.)
550mV
Antenna Input
75Ω unbalanced

RX-V496/RX-V496RDS/HTR-5240/HTR-5240RDS

349.5(13-3/4")

530 to 1710kHz
530 to 1710kHz
531 to 1611kHz
531 to 1611kHz
300µV/m
52dB
150mV
Loop antenna

BL........Black model
TI.........Titan model

GD.........Gold model

435(17-1/8")

151(5-15/16")

130(5-3/32")

■GENERAL
Power Supply
U, C models
AC120V, 60Hz
R model
AC110/120/220/240V, 50/60Hz
T model
AC220V, 50Hz
A model
AC240V, 50Hz
B, G, L models
AC230V, 50Hz
Power Consumption
U, R, T, A, B, G, L models
210W
C model
220W/290VA
Standby Power Consumption
U, C, models
0.90W
A, B, G, L models
0.96W
Maximum Power Consumption
R model only
5CH Simultaneous output, 10% THD
500W
AC Outlet
U, C, R, T, G, L models, Switched x 2 100W max(Total)
A, B models, Switched x 1
100W max
Dimensions(W x H x D)
435 x 151 x 390.5mm
(17-1/8" x 5-15/16" x 15-3/8")
Weight
10kg(23Ibs.)
Accessories
Remote Control Transmitter x 1
Indoor FM antenna x 1
AM loop antenna x 1
Battery (size "AAA", "R03") x 4
* Specifications subject to change without notice.
U ......... U. S. A. model
A ......... Australian model
C ......... Canadian model
B ......... British model
R ......... General model
G ......... European model
T .......... China model
L .......... Singapore model

19.5
(13/16")

■VIDEO SECTION
Video Signal Type
U, C models
NTSC
R model
NTSC/PAL
T, A, B, G, L models
PAL
Video Signal Level
1Vp-p/75Ω
S-Video Signal Level
Y:1Vp-p/75Ω,C:0.286Vp-p/75Ω
Maximum Input Level
1.5Vp-p
Signal-to-Noise Ratio
50dB
Monitor Output Frequency Response(–3dB) 5Hz~10MHz

390.5(15-3/8")

21.5
(7/8")

● DIMENSIONS

21
(27/32")

■AM SECTION
Tuning Range
U, C models
R, T models (Frequency Step : 10kHz)
(Frequency Step : 9kHz)
A, B, G, L models
Usable Sensitivity
Signal-to-Noise Ratio
Output Level (1kHz, 30% mod.)
Antenna

Units: mm (inch)

WARNING
Do not change the IMPEDANCE SELECTOR switch
setting while the power to this unit is on, otherwise
this unit may be damaged.
IMPEDANCE SELECTOR

Manufactured under license from Digital Theater
Systems, Inc. US Pat. No. 5,451,942 and other worldwide patents issued and pending. "DTS", "DTS Digital
Surround", are trademarks of Digital Theater
Systems, Inc. Copyright 1996 Digital Theater
Systems, inc. All rights reserved.
Manufactured under license from Dolby Laboratories.
"DOLBY", "AC-3", "PRO LOGIC", and the double-D
symbol

are trademarks of Dolby Laboratories.

Confidential unpublished works.
©1992-1997 Dolby Laboratories. All rights reserved.

6

RX-V496/RX-V496RDS/HTR-5240/HTR-5240RDS

■ INTERNAL VIEW
1 23 4 5

67 8

9

0 A

B

1
2
3
4
5
6
7
8
9
0

C

E

D

F

G H

I

J

P.C.B. INPUT (1)
P.C.B. TUNER
P.C.B. OPERATION (7)
P.C.B. MAIN (4)
P.C.B. INPUT (2)
P.C.B. OPERATION (2)
P.C.B. OPERATION (1)
P.C.B. OPERATION (4)
P.C.B. OPERATION (3)
P.C.B. INPUT (4)
P.C.B. DSP

K

■ DISASSEMBLY PROCEDURES
(Remove parts in disassembly order as numbered.)

4

Center/Rear Speaker Terminal

1. Removal of Top Cover
Remove 4 screws (1) and 4 screws (2) in Fig. 1.
2. Removal of Front Panel
a. Remove 5 knobs.
b. Remove 6 screws (3) in Fig. 1.
3. Before Checking and Parts Replacement of
Main Amplifier [P.C.B. MAIN (1)]
a. Remove 2 screws (4) fixing the Main Speaker terminal
in Fig. 2.
b. Take out the P.C.B. MAIN (3) to Left side in Fig. 4.
c. Remove 3 screws (5) fixing the Center/Rear Speaker
terminal and the Heat Sink in Fig. 2.
Binding Tie
d. Remove the Binding Tie fixing P.C.B. MAIN (1)'s wiring
in Fig. 3.
Note) When the assembling , P.C.B. MAIN (1)'s wiring
regardfully for ungenerated noise induction.
e. Remove 2 screws (6) fixing the Main Unit in Fig. 3.
f. While pull out the Main Unit to the Front Panel side,
place the Main Unit on its side as shown in Fig. 4.
g. Connect to ground by shorting between G201 on
P.C.B. MAIN (1)
P.C.B. MAIN (1) and the chassis.
Note) When unconnected to ground, the protection
function is active.
h. Insert the insulator seet (Cloth, Paper or equivalent)
6
so that unshorted the between bottom side of P.C.B.
MAIN (1) and the chassis.
i. Insert the insulator seet (Cloth, Paper or equivalent)
so that unshorted the between back side of Front Panel
and the Heat Sink.
j. Using a string, fix the between screw-hole of the Heat Sink
and screw-hole of the Front Panel in Fig. 4.
Top Cover

A
B
C
D
E
F
G
H
I
J
K

POWER TRANSFORMER
P.C.B. MAIN (6)
P.C.B. MAIN (5)
P.C.B. MAIN (2)
P.C.B. MAIN (7)
(R, T models only)
P.C.B. MAIN (3)
P.C.B. MAIN (1)
P.C.B. OPERATION (5)
P.C.B. OPERATION (6)
P.C.B. INPUT (3)

Rear Panel

Main Speaker Terminal

Fig.2

5

Main Unit

Heat Sink

G201

6

Fig.3

Main Unit

2

Heat Sink
P.C.B. MAIN (1)

1

String
3
1

Front Panel

7

3 Knob

Front Panel

Chassis

Fig.1

P.C.B.MAIN (3)

Fig.4

RX-V496/RX-V496RDS/HTR-5240/HTR-5240RDS

■ SELF DIAGNOSIS FUNCTION
1. PURPOSE AND OPERATION
The RX-V496/RX-V496RDS/HTR-5240/HTR 5240RDS has a Self Diagnosis Function to locate a faulty part, if any,
by inspecting and taking measurements.
There are 12 main items in the diagnostic menu and sub-menu items as listed below.
No.

MAIN MENU

1

ANALOG THROUGH

1. MAIN BYPASS
2. DSP 0dB

7A–88 ("1" [DSP mode])
–––

2

DSP THROUGH

1. YSS+SRAM M
2. YSS M
3. DSP FULL BIT

7A–89 ("2" [DSP mode])
–––
–––

3

AC–3/DTS THROUGH

1. STATUS (BINARY FORM)

–––

4

PRO LOGIC

1. CENTER LARGE
2. EFFECT OFF

7A–8A ("3" [DSP mode])
–––

5

SPEAKERS SET

1.
2.
3.
4.

7A–8B ("4" [DSP mode])
7A–8C ("5" [DSP mode])
7A–8D ("6" [DSP mode])
7A–8E ("7" [DSP mode])

SUB-MENU

5.
6.
7.
8.
9.

MAIN : SMALL 0dB
MAIN : LARGE 0dB
MAIN : LARGE –10dB
LFE/BASS : MAIN
CENTER : NONE
LFE/BASS : MAIN
LFE/BASS : SUBWOOFER
CENTER : NONE
CENTER : SMALL
REAR : SMALL
FRONT MIX

REMOTE CONTROL CODE (KEY)

7A–8F ("8" [DSP mode])
7A–90 ("9" [DSP mode])
7A–91 ("0" [DSP mode])
–––
–––

6

DISPLAY CHECK
(EFFECT OFF)

1. (EFFECT OFF)
2. ALL SEGMENTS TURN OFF
3. ALL SEGMENTS TURN ON
4. ALTERNATE SEGMENTS TURN ON
5. SOFTWARE RELEASE DATE

–––
–––
–––
–––
–––

7

MANUAL TEST

1. ALL
2. MAIN L
3. CENTER
4. MAIN R
5. REAR R
6. REAR L
7. LFE

–––
–––
–––
–––
–––
–––
–––

8

FACTORY PRESET

1. INHIBIT (Inhibit Memory Initialize)
2. RESERVED (Reserve Memory Initialize)

–––
–––

9

AD DATA CHECK

1. – – –
2. KEY1, KEY2
3. TUNER SIGNAL LEVEL
4. DC PROTECTION
5. PS PROTECTION

–––
–––
–––
–––
–––

10

STATUS
INFORMATION
FROM DSP

1./2. DSP STATUS (1)/(2)
3./4. CHANNEL STATUS (1)/(2)
5./6. BSI0 (1)/(2)
7./8. BSI1 (1)/(2)
9./10. BSI2 (1)/(2)
11./12. BSI3 (1)/(2)
13./14. BSI4 (1)/(2)
15./16. BSI5 (1)/(2)

–––
–––
–––
–––
–––
–––
–––
–––

11

EEPROM WRITING
FUNCTION

1. CHECK SUM
MODIFICATION DATA
EEPROM DATA
2. WRITING CONFIRMATION
3. START WRITING

–––

1. CHECK SUM
2. VERSION
3. PORT SETTING
4. EXIT

–––
–––
–––
–––

12

CHECK SUM/
VERSION/
PORT SETTING/EXIT

–––
–––

8

RX-V496/RX-V496RDS/HTR-5240/HTR-5240RDS

2. BEGINNING AND CANCELLATION
(1) Starting up the function and the display
After starting up, main menu No.1 is selected.

A. How to start diagnostic program
Using the front panel keys of the main unit
Plug in the AC power cord. With the Power OFF, hold down the "PRESET/TUNING
simultaneously (Step 1), then press the "STANDBY/ON" key (Step 2).
Sub menu No. 1 of the diagnosis main menu No. 1 will start.

" and "A/B/C/D/E" keys

FRONT PANEL
"STANDBY/ON" key

"A/B/C/D/E" key

Step2. Press the "STANDBY/ON" key.

Step1. Hold down the "PRESET/TUNING "
and "A/B/C/D/E" key simultaneously.

B. Settings for start-up of diagnostic program
The settings used when starting the diagnostic program are as follows.
1. EFFECT LEVEL
CHANNEL

:
CENTER R SUR

LEVEL (dB)

0

0

L SUR

SWFR

0

0

2. MUTING
3. INPUT (VIDEO)

: DVD/LD (DVD/LD)

4. CENTER SPEAKER
5. REAR SPEAKER

: LARGE

6. MAIN SPEAKER
7. LFE/BASS OUT

: SWFR

: OFF
: LARGE
: LARGE

C. Start-up display
The protection history information appears on the front panel display.

9

"PRESET/TUNING

" key

RX-V496/RX-V496RDS/HTR-5240/HTR-5240RDS

● FL display at start-up of diagnostic program
When the diagnostic program has started, the check sum of the main microcomputer or the protection history (*1) is
displayed. If the protection function has been activated in the past, the type and voltage value are
displayed. After a few seconds the diagnosis function menu will appear.
(*1) If a faulty condition is detected such as excessive current, a bad power supply or excessive amplifier DC offset,
the Power will be switched OFF automatically.
Note) For the voltages of the power and DC protection functions, see the diagnosis main menu No. 9, which will be described
later. The protection history will be cleared when "RESERVED" is selected in the diagnosis main menu No. 8
and FACTORY PRESET is engaged.
● Protection history
The following examples show how the protection history is displayed:

CHK S UM : X X X X X

Appears when the protection function has not been activated.
Displayed the check sum (4-digit, hexadecimal) and the version
(one letter) of the main microcomputer.

I P RO T E C T I ON

Appears when the current protection function has been activated.
When power is turned on in an abnormal condition, the power relay
will come on, protection will operate immediately, and power will
turn off.

P S P R T : X X%

Appears when the power supply protection function has been activated.
For the % value, the voltage at that point is shown by 5V/100%.
When power is turned on in an abnormal condition, power will turn off
after half a second.

D C P R T : X X%

Appears when the power amp DC protection function has been
activated.
For the % value, the voltage at that point is shown by 5V/100%.
When power is turned on in an abnormal condition, power will turn off
after two seconds.

(2) Exiting method
The diagnosis function can be exited by any of the following procedures. Take care with the setting of backup memory
initialization menu (diagnosis No. 8) when releasing the diagnosis function.
1. Select sub-menu No. 4 "EXIT" of the diagnosis main menu No. 12.
2. Press the "STANDBY/ON" key on the main unit or "STANDBY" key on the remote control to turn Power OFF.

10

RX-V496/RX-V496RDS/HTR-5240/HTR-5240RDS

3. OPERATION AND DISPLAY WHEN STARTING DIAGNOSIS FUNCTION
(1) Selection of diagnostic menu
The diagnostic menu and the sub-menu can be selected by using the front panel keys of the main unit or the remote
control unit.
● Selection by using the front panel keys of the main unit
The main menu can be changed cyclically by using the "PROGRAM / " keys, and the sub-menu, by using the
"PRESET/TUNING / " keys. The " " key will increase the main or sub-menu number.

FRONT PANEL

Reverse
Forward
Main menu

Reverse Forward
Sub-menu

● Selection by using the remote control unit
The remote control codes in the menu list (see right column
on page 8) correspond to the DSP program, test and effect keys.
See the figure on the right.

7A-88

CD

TUNER

1

2

DVD/LD SAT/D-TV

7A-8B

6
EXT.DEC.

7A-8D
7A-8F

8

9

7A-90

+10

+100

7A-8E

7

7A-91

0

ENTER

CLEAR

TEST

A/B/C/D/E

EFFECT

--

DISC SKIP
PRESET

Listed below are the other functions available while the diagnosis function is active.
Selection of the input (include TAPE MONITOR/EXTERNAL DECODER)
Effect level control (CENTER, REAR, SUBWOOFER)
Master volume control
Muting on/off
Power on/off

(3) Diagnosis default status
When not otherwise specified, default settings and values in each menu are as follows:

11

SPEAKERS
Electronic Volumes
DYNAMIC RANGE
LFE LEVEL
CENTER DELAY

:
:
:
:
:

All "LARGE"
All "0dB"
MAX
0dB (–10dB in AC-3(DOLBY DIGITAL))
0ms

7A-8A
7A-8C

5

(2) Other functions available while diagnosis function is active







3
VCR

7A-89

AUX

4

CH







TAPE/MD

+
CH

RX-V496/RX-V496RDS/HTR-5240/HTR-5240RDS

4. CONTENTS OF DIAGNOSIS FUNCTION
This section describes the contents of the Self Diagnosis Function in detail.

No.1 ANALOG THROUGH
The input is fixed to analog (A/D). There are two sub-menus.

1. MAIN BYPASS

1 MA I N B Y P A S S

The L/R signals bypass the digital circuit, and are output to the MAIN L/R.
The L/R signals are output without being processed to the CENTER/SUBWOOFER and REAR L/R
through the DSP. (Remote control code 7A-88: "1" key [DSP mode])

CODEC.ADC

AC3D2av(YSS918)

MAIN L

ANALOG IN

MAIN R

CS4227
DECODER

L/R

DSP

DIR2

L/R

CODEC.DAC
CENTER
SUBWOOFER

L/R

DIGITAL IN
L/R

YM3436

: This shows that the device is not operating.

1 DSP

REAR L
REAR R

• INPUT : DVD/LD (Analog signal)
(Lch and Rch, 1KHz, –20dBV)
• OUTPUT : SPEAKERS
MAIN L : 24.0 dBV REAR L : 24.0 dBV
MAIN R : 24.0 dBV REAR R : 24.0 dBV
CENTER: 24.0 dBV

1M SRAM

2. DSP 0dB

CS4227

0dB

The L/R signals are output without being precessed to the MAIN L/R, CENTER/SUBWOOFER and REAR L/R through
the DSP.

CODEC.ADC

AC3D2av(YSS918)

ANALOG IN

CS4227
DECODER

L/R

DSP

DIR2

L/R

CODEC.DAC

CENTER
SUBWOOFER

L/R

DIGITAL IN
L/R

YM3436

1M SRAM

: This shows that the device is not operating.

MAIN L
MAIN R

CS4227

REAR L
REAR R

• INPUT : DVD/LD (Analog signal)
(Lch and Rch, 1KHz, –20dBV)
• OUTPUT : SPEAKERS
MAIN L : 24.0 dBV REAR L : 24.0 dBV
MAIN R : 24.0 dBV REAR R : 24.0 dBV
CENTER: 24.0 dBV

12

RX-V496/RX-V496RDS/HTR-5240/HTR-5240RDS

No.2 DSP THROUGH
The input is automatically discriminated by signal detection and switched with priorities Coaxial>Optical>Analog.
There are the following three sub-menus.

1. YSS+SRAM

2 Y S S + S R AM M

The L/R signals are output without being processed to the MAIN L/R, CENTER/SUBWOOFER through the DSP.
The L/R signals are output without being processed to the REAR L/R through the DSP and the SRAM.
(Remote control code 7A-89:"2" key [DSP mode])

CODEC.ADC

AC3D2av(YSS918)

ANALOG IN

CS4227
DECODER

L/R

DSP

DIR2

L/R

CODEC.DAC

CENTER
SUBWOOFER

L/R

DIGITAL IN

MAIN L
MAIN R

L/R

CS4227

YM3436

REAR L
REAR R

L/R L/R

1M SRAM

2. YSS M

• INPUT : DVD/LD (Analog signal)
(Lch and Rch, 1KHz, –20dBV)
• OUTPUT : SPEAKERS
MAIN L : 24.0 dBV REAR L : 24.0 dBV
MAIN R : 24.0 dBV REAR R : 24.0 dBV
CENTER: 24.0 dBV

2 YSS M

Same as "2. DSP 0dB" of "No.1 ANALOG THROUGH", except for the input switching.

CODEC.ADC

AC3D2av(YSS918)

ANALOG IN

CS4227
DECODER

L/R

DSP

DIR2

L/R

L/R

YM3436

1M SRAM

3. DSP FULL BIT

MAIN L
MAIN R
CENTER
SUBWOOFER

L/R

DIGITAL IN

: This shows that the device is not operating.

CODEC.DAC

CS4227

REAR L
REAR R

• INPUT : DVD/LD (Analog signal)
(Lch and Rch, 1KHz, –20dBV)
• OUTPUT : SPEAKERS
MAIN L : 24.0 dBV REAR L : 24.0 dBV
MAIN R : 24.0 dBV REAR R : 24.0 dBV
CENTER: 24.0 dBV

2 DSP FUL L B I T

Same as the above menu, except that the head margin is disabled, and the digital data is output with full bits from
AC3D2av to DAC.
• INPUT : DVD/LD (Analog signal)
(Lch and Rch, 1KHz, –30dBV)
• OUTPUT : SPEAKERS
MAIN L : 14.0 dBV REAR L : 23.3 dBV
MAIN R : 14.0 dBV REAR R : 23.3 dBV
CENTER: 17.2 dBV

13

RX-V496/RX-V496RDS/HTR-5240/HTR-5240RDS

No.3 AC-3/DTS THROUGH
The input is digital signal only. AC-3 (DOLBY DIGITAL) or DTS Digital Surround decoding operation is executed,
according to the input source.
bit 1

bit 7

1. STATUS(BINARY FORM)

3 ST : 0 0 0 1 0 0 0 0

AC-3 (DOLBY DIGITAL) decoded signals are output to each channel via AC3D2av.
The AC-3 (DOLBY DIGITAL) signal status data will be displayed in the FL display using a binary number.

CODEC.ADC

AC3D2av(YSS918)

ANALOG IN

CS4227
DECODER

L/R

DSP

DOLBY DIGITAL
or
C/LFE
PRO LOGIC
or
DTS
LS/RS

DIR2
DIGITAL IN

L/R

CODEC.DAC

C/LFE
LS/RS

YM3436

MAIN L
MAIN R
CENTER
SUBWOOFER

CS4227

REAR L
REAR R

: This shows that the device is not operating.
1M SRAM

AC-3 Status Info. : bit 7 6 5
(Invalid in DTS)
0 0 0

4
1

3 2 1
0 0 0

0
0
IEC958 digital data bit
IEC958 commercial-use device bit
IEC958 digital format error
Demodulator muting (without RF signal)
1 for audio other than PCM linear audio
1 during red DTS lock
1 during DTS decode OK
1 during AC-3 decode OK

No.4 PRO LOGIC
The submenu is switched between PRO LOGIC (AUTO BALANCE OFF) and EFFECT OFF.

1. CENTER LARGE

4 P RO C N T R : L RG

The input is automatically discriminated by signal detection and switched with priorities Coaxial>Optical>Analog.
DTS Digital Surround is disabled. The input signals are PRO LOGIC decoded and output.
(Remote control code 7A-8A: "3" key [DSP mode])

CODEC.ADC

AC3D2av(YSS918)

ANALOG IN

CS4227
DECODER

DIR2
DIGITAL IN

DOLBY DIGITAL
or
PRO LOGIC
or
DTS

L/R

DSP

C

C

S

S

YM3436

1M SRAM

2. EFFECT OFF

4 P RO E F C T : O F F

L/R

CODEC.DAC

MAIN L
MAIN R
CENTER

CS4227

REAR L
REAR R

• INPUT : DVD/LD (Analog signal)
(Lch and Rch, or Lch only, 1KHz, –20dBV)
• OUTPUT : SPEAKERS
(INPUT : Lch and Rch ) (INPUT : Lch only)
MAIN L : –12.5 dBV
MAIN L : 24.0 dBV
MAIN R : –12.5 dBV
MAIN R : –19.0 dBV
CENTER: 27.0 dBV
CENTER : –10.0 dBV
REAR L : –9.0 dBV
REAR L : –9.0 dBV
REAR R : –9.0 dBV
REAR R : –9.0 dBV

The input is only for analog signal. The L/R signals bypass the digital circuit and are output to the MAIN L/R.
14

RX-V496/RX-V496RDS/HTR-5240/HTR-5240RDS

No.5 SPEAKERS SET
The input is automatically discriminated by signal detection and switched with priorities Coaxial>Optical>Analog.
The L/R signals are output to channels specified by the sub-menu without being processed.
There are the following nine sub-menus items. Signal routes of the sub-menu 1-4 are the same as EFFECT OFF.
But MAIN L/R are signals through the digital circuit.
Signal routes of the sub-menu 5-9 are the same as "2. YSS M" of "No. 2 DSP THROUGH".
However, only MAIN L/R are output in the sub-menu 1-4.

5 MA I N : SM L 0 d B

5 MA I N : L RG 0 d B

5 MA I N : L RG - 1 0

5 B : MA I N C : NON

5 L F E / B : MA I N

5

L F E / B : SWF R

5 C : NON E

5 C : S REAR : S

5

F RON T M I X

The analog switches in each sub-menu are set as follows:
SUB MENU

SETTING
REMOTE
CONTROL
MAIN
CODE CENTER SP REAR SP MAIN SP LEVEL

OUTPUT
MAIN
L

NONE

SUB
REAR REAR
R
WOOFER
L
NONE NONE
L+R

NONE

NONR NONE

1

MAIN:SML 0DB

7A-8B

LARGE

LARGE

SMALL

0dB

SWFR

L

MAIN
R
R

2

MAIN:LRG 0DB

7A-8C

LARGE

LARGE

LARGE

0dB

SWFR

L

R

3

MAIN:LRG -10

7A-8D

LARGE

LARGE

LARGE

-10dB

SWFR

L

R

NONE

NONE NONE

NONE

4

B:MAIN C:NONE

7A-8E

NONE

LARGE

LARGE

0dB

MAIN

L

R

NONE

NONE NONE

NONE

5

LFE/B:MAIN

7A-8F

LARGE

LARGE

LARGE

0dB

MAIN

LFE

LFE

6

LFE/B:SWFR

7A-90

LARGE

LARGE

LARGE

0dB

SWFR

7

C:NONE

7A-91

NONE

LARGE

LARGE

0dB

SWFR

C+L

8

C:S REAR:S

–––

SMALL

SMALL

LARGE

0dB

SWFR

FL

9

FRONT MIX

7A-12

LARGE

LARGE

LARGE

0dB

SWFR

FL

LFE/BASS

CENTER

NONE

C

NONE NONE

NONE

NONE

NONE NONE

LFE

C+R

NONE

NONE NONE

FR

C

FR

NONE

NONE NONE

RL

RR

NONE NONE

LFE
C+RL+RR+LFE
NONE

LARGE: Mode in which speakers with high bass-sound playback capability (large unit) are used. Full-range signals present
on the channel are output from the speaker.
SMALL : Mode in which speakers with low bass-sound playback capability (small unit) are used. Low bass signals (below
90Hz) on the channel are mixed into the channel selected by the LFE/BASS setting.
NONE: Mode in which center speaker is not used. The center channel signal is reduced by 3 dB and mixed into MAIN L/R.
LFE/B:MAIN
: Mode in which subwoofer speaker is not used. The LFE channel signal is reduced by 4.5 dB and mixed into
MAIN L/R. But because of the phase difference, the MAIN L/R output is not simply summed.

Description of the submenu as follows:
SUB MENU

15

DESCRIPTION

1

MAIN:SML 0DB

Verification of the High and low pass filter response and gain in the bass redirection mode.

2

MAIN:LRG 0DB

Reference of the sub menu No. 1 and 3.

3

MAIN:LRG -10

Verification of the effect in the main level function.

4

B:MAIN C:NONE

Verification of the mixing circuit effect to the main channel.

5

LFE/B:MAIN

Verification of the bass mix gain.

6

LFE/B:SWFR

Verification of the LFE maximum output.

7

C:NONE

Verification of the center mix gain.

8

C:S REAR:S

Verification of the high and low pass filter response and gain in the bass redirection mode.

9

FRONT MIX

Verification of the front mix gain.

RX-V496/RX-V496RDS/HTR-5240/HTR-5240RDS

No.6 DISPLAY CHECK
Check program for FL display. The display status will change as follows with sub-menu operation.
signal route is the same as "2. EFFECT OFF" of "No. 4 PRO LOGIC".

6 V FD CHCK
Initial display

All segments turn off

All segments turn on (See page 35)

Software Release date display

(lattice form)
Alternate segments turn on

A defect of the FL drive port and FL display segments can be detected by using "All segments turn off" and "All
segments turn on".
A short-circuit between adjacent segments can be detected by using "Alternate segments turn on" (lattice form).

No.7 MANUAL TEST
By using the noise generator built into the DSP, a test noise outputs to the channel specified by the sub-menu.

7 TEST ALL

7 T E S T MA I N L

7 TEST CENTER

7 T E S T MA I N R

7 T EST REAR R

7 T EST REAR L

7 TEST LFE
No.8 FACTORY PRESET
The initialization of the back-up RAM, which contains, the DSP program, set menu contents, etc. is reserved
or inhibited. Signal route is the same as "2. EFFECT OFF" of "No.4 PRO LOGIC".

8 PRE S E T I NH I

1. INHIBITED:

8 PRESET RSRVD

2. RESERVED: Reserve to initialization of the back-up RAM.
(The RAM is actually initialized when power
is turned on next time.) Specify this option
at the factory preset or to reset the RAM.
For the contents of the initialization, see page 20.
The protection data is also reset.

Caution :

Inhibits initialization of the back-up RAM.
Specify this option protect user set values.

Before setting to the PRESET RESERVED, write down the existing preset memory contents of the Tuner in
a table as shown below. (This is because setting to the PRESET RESERVED will cause the memory contents
to be as factory set, i.e., all the preset memory by the user will be erased.)
Page

P1

P2

P3

P4

P5

P6

P7

P8

A
B
C
D
E

16

RX-V496/RX-V496RDS/HTR-5240/HTR-5240RDS

No.9 AD DATA CHECK
The A/D conversion values of the microcomputer which detects key scan port, protection detection port, etc. are displayed
in % (100%:5V). Signal route is the same as "2. EFFECT OFF" of "No. 4 PRO LOGIC".
The keys on the main unit cannot be operated to detect the values of all keys in the K1/K2 and SI.
Operating the "PRESET/TUNING , "key and turning the rotary encoder ("INPUT SELECTOR" on the main unit) will
switch the sub-menu.

Initial display.
For return to the PS menu, press the "PRESET/TUNING " key.

9 AD DATA CHK

9 K1 : 100K2 : 100

Press the "PRESET/TUNING " key.
K1/K2: Panel key on the main unit.
(See Table 1.)

9 SI :

0

Turning the "INPUT SELECTOR".
SI: Tuner signal sensitivity level
For return to the K1/K2 menu, press the "PRESET/TUNING "key.

9 DC :

7

Press the "PRESET/TUNING " key.
DC: DC protection value
(normal value: 1-13)
For return to the SI menu, press the "PRESET/TUNING "key.

9 PS :

30

Press the "PRESET/TUNING " key.
PS: Power voltage protection value
(normal value: 23-38)
For return to the DC menu, press the "PRESET/TUNING "key.
For return to the initial display, press the "PRESET/TUNING "key again.

Table 1
AD Value

0

14

24

35

45

EFFECT

TAPE/MD MON

EFFECT

55

65

PROGRAM
K1

/EXT DECODER

RDS MODE
/FREQ

75

85
PTY SEEK

EON
MODE

PRESET/TUNING
K2

INPUT MODE

PRESET
/TUNING
EDIT

Cautions:

FM/AM

MEMORY

TUNING

MODE
MAN'L/AUTO FM AUTO/MAN'L
MONO

1. If K1 and K2 are more than ±4% from the reference values, normal operation will not be executed.
2. If DC and PS are outside the normal values, the protection function will operate and power will turn off.

17

START

RX-V496/RX-V496RDS/HTR-5240/HTR-5240RDS

No.10 STATUS INFORMATION FROM DSP
The status data from the DSP block is sequentially displayed in a hexadecimal number.
Signal route is the same as "2. EFFECT OFF" of "No. 4 PRO LOGIC".
High

Low

1 0 CPU / 1 0 0 0 0

1 0 CPU / 1 0 0 0 0

1 0 CHS / 2 0 0 0 0

1 0 CHS / 2 0 0 0 0

10 BI 0 / 1 00 00

10 BI 0 / 2 00 00

10 BI 2 / 1 00 00

10 BI 2 / 2 00 00

10 BI 3 / 1 00 00

10 BI 3 / 2 00 00

10 BI 4 / 1 00 00

10 BI 4 / 2 00 00

10 BI 5 / 1 00 00

10 BI 5 / 2 00 00

[CPU/1]
<High Byte>
bit7
bit6
bit5
bit4

bit

7 6 5 4

Indicate
Mute request
fs
000B:Analog 001B:32kHz
010B:44.1kHz 011B:48kHz
100B:64kHz 101B:88.2kHz
110B:96kHz 111B:undefined

bit3
bit2
bit1
bit0

acmod
0000B:1+1
0010B:2/0
0100B:2/1
0110B:2/2
1000B:7.1

0001B:1/0
0011B:3/0
0101B:3/1
0111B:3/2

[Note]
When acmod is beyond 1000B, it is DTS 7.1 signal. And the DSP block will be muted.
The acmod of DTS 2/0 is as 0000B:1+1.
<Low Byte>
bit7

AC-3 DECODE OK

bit3

DEM (Demodulator) MUTE
(without RF signal)

bit6

DTS DECODE OK

bit2

IEC958 digital format error

bit5

Red DTS record
(Flashes and lights)
1 for audio other than PCM
linear audio

bit1

IEC958 commercial-use device bit

bit0

IEC958 digital data bit

bit4

0 0

Indicate

[Note]

0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F

3 2 1 0

bit

3
7
0
0
0
0
0
0
0
0
1
1
1
1
1
1
1
1

2
6
0
0
0
0
1
1
1
1
0
0
0
0
1
1
1
1

1
5
0
0
1
1
0
0
1
1
0
0
1
1
0
0
1
1

0
4
0
1
0
1
0
1
0
1
0
1
0
1
0
1
0
1

IEC958: Standard to identify the PCM bit stream signal. Digital format error refers to a digital signal with the
sampling frequency undefined (neither 32k,44.1k,48k,64k,88.2k nor 96k). Since the operation of each device
cannot be assured at fs outside specifications, this status handled as the forced analog mode (ignored even if
decoding is OK from the detection terminal level), and the signals from the analog input terminal will be
selected. Bits 4-6 of "CPU/1" will be 000B (Analog), and the microcomputer operates in the same way as with
digital unlocking.
[CPU/2]
<High Byte>
bit7

AC3 KARAOKE

bit3

1

bit6

DIR2 LOCKN

bit2

0

bit5

DIR2 ERR

bit1

DSP is AC3D2 (DTS present)

bit4

AC3D MUTE

bit0

RF DEM (Demodulator) present

<Low Byte> Always “00”
[CHS/1,/2] IEC958 channel status bits 00-31 available from DIR2.
<CHS/1 High Byte>
bits 00-07
<CHS/1 Low Byte>
bits 08-15
<CHS/2 High Byte>
bits 16-23
<CHS/2 Low Byte>
bits 24-31
[BI0/1,/2] Displays the bit stream information contained in AC-3(DOLBY DIGITAL)/DTS Digital Surround signal from the first byte.
[BI1-5/1,/2] Displays the bit stream information contained in AC-3(DOLBY DIGITAL) signal from the first byte.
18

RX-V496/RX-V496RDS/HTR-5240/HTR-5240RDS

No.11 EEPROM WRITING FUNCTION
The check sum value confirmation of EEPROM and data writing.
Signal route is the same as "2. EFFECT OFF" of "No. 4 PRO LOGIC".

M : XXXX E : XXXX

M:XXXX: The check sum value is displayed when the microcomputer has ROM
modification data.
0000 is displayed when there is no data.
E:XXXX: The check sum value is displayed when the EEPROM is installed on and
it has the ROM data .
000 is displayed when EEPROM is not mounted on or data is unusual.
If you want to write ROM modification data of the microcomputer into the
EEPROM, change to the next sub-menu.

No.12 CHECK SUM/VERSION/PORT SETTING/EXIT
The version, the check sum, and the port setting of the microcomputer are displayed.
Signal route is the same as "2. EFFECT OFF" of "No.4 PRO LOGIC".
By the sub-menu operation, the set exits the self-diagnousis mode and returns to the normal operation mode.

1 2 S UM : 9 5 4 9 A

SUM: 9549A : The check sum of the microcomputer software is displayed.

Check sum

1 2 VER : A0 1

VER:A01 : The version of the microcomputer software is displayed.

Version

12 P:01000100

bit

7
0

6
1

5
0

4
0

3
0

2
1

1
0

0
0
Always absent (0)
Always absent (0)
Tuner Mode V1 (*2)
Tuner Mode V2 (*2)
Always absent (0)
Always absent (0)
Model Type RDS (*1)
Model Type DSP-A (*1)

EXIT

*1 Model type distinction (H=1, L=0)
DSP-A (Pin 3)

0

RDS (Pin 6)

0

DSP-A

0
1

DSP-E

1
0

RX-V396
HTR-5230
DSP-R396

1

RX-V396RDS

1

HTR 5230RDS

*2 Destination distinction of Tuner (H=1, L=0)
V1 (Pin 4)

0

J

0

U,C

1

A,B,G

1

R,T

V2 (Pin 5)

0

model

1

models

0

models

1

models

19

RX-V496/RX-V496RDS/HTR-5240/HTR-5240RDS

■ FACTORY PRESET
All of the system settings are initially set from the factory as follows.
● INPUT SELECTOR

● EFFECT LEVEL

INPUT

ROTARY
ENCODER

MONITOR
EXTERNAL

PHONO
CD
TUNER
DVD/LD
SAT/D-TV
VCR
V-AUX
TAPE/MD
EXT. DECODER

FACTORY PRESET PROGRAM
CONCERT HALL
DISCO
ROCK CONCERT
SCI-FI
TV SPORTS
DOLBY NORMAL
DOLBY ENHANCED
EFFECT OFF
NONE

EFFECT CHANNEL
CENTER
RIGHT SURROUND
LEFT SURROUND
SUBWOOFER

PRESET VALUE
0 dB
0 dB
0 dB
0 dB

● DSP PROGRAM
No.
1.
2.
3.
4.
5.
6.
7.
8.

PROGRAM
DOLBY/DTS
SURROUND
MOVIE THEATER
1
MOVIE THEATER
2
MONO MOVIE
TV SPORTS
DISCO
ROCK CONCERT
CONCERT HALL

SUB-PROGRAM
NORMAL
ENHANCED
SPECTACLE
SCI-FI
ADVENTURE
GENERAL






DELAY PRESET VALUE
PRO LOGIC : 20ms,
DOLBY DIGITAL/DTS DIGITAL SUR : 5ms
70mm : 23ms, DGTL/DTS : 15ms
70mm : 20ms, DGTL/DTS : 16ms
70mm : 20ms, DGTL/DTS : 15ms
49ms
9ms
40ms
16ms
44ms

● SET MENU
No.
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
11.

SET MENU
CENTER SP SIZE
REAR SP SIZE
MAIN SP SIZE
BASS OUT MODE
M. LVL CHOICE
D. D. LFE OUT LEVEL
D. RNG CHOICE
DTS LFE OUT LEVEL
C. DELAY CHANGE
MEMORY GUARD
INPUT MODE SAT/D-TV

PRESET VALUE
CENTER SP : LRG(LARGE)
REAR SP : LARGE
MAIN SP : LARGE
BASS OUT : BOTH
MAIN LVL : NRML (NORMAL)
D. D. LFE 0 dB
D-RANGE : MAX
DTS LFE 0 dB
CENTER DELAY 0ms
MEM. GUARD : OFF
SAT INPUT : AUTO

● PRESET STATIONS
STATION
PAGE
NO.
1
2
3
A/C/E
4
5
6
7
8

FM FACTORY PRESET DATA (MHz)
U, C
R, T, A, B, G, L
87.5
87.5
90.1
90.1
95.1
95.1
98.1
98.1
107.9
108.0
88.1
88.1
106.1
106.1
107.9
108.0

STATION
PAGE
NO.
1
2
3
B/D
4
5
6
7
8

AM FACTORY PRESET DATA (kHz)
U, C, R
R, T, A, B, G, L
630
630
1080
1080
1440
1440
530
531
1710
1611
900
900
1350
1350
1400
1404

20

RX-V496/RX-V496RDS/HTR-5240/HTR-5240RDS

■ AMP ADJUSTMENT
Confirmation of Idling Current of Main Amplifier

• Right after power is turned on, confirm that the voltage across the
terminals of R239(Main Lch),R245(Main Rch), R262(Center),
R252(Rear Lch), R258(Rear Rch) are between 0.1mV and 5.0mV.

• If it exceeds 5.0mV, open (cut off) R213 (Main Lch), R218 (Main
Rch), R233 (Center), R223 (Rear Lch), R228 (Rear Rch) and



reconfirm the voltage.
Confirm that the voltage is 0.25mV ~ 15.0mV after 60 minutes.

0.1mV ~ 5.0mV
(DC)

R233

Q214
R262

R239(Lch)
R245(Rch)
R262(Cch)
R252(RLch)
R258(RRch)

R228
R258

Q211

Cut off
R223

MAIN (1)

R213(Lch)
R218(Rch)
R233(Cch)
R223(RLch)
R228(RRch)

R252
Q208

R245
Q205

R218

OPE (5)
R239
Q202

R213

21

Front Panel

Note)
• If R213, R218, R233, R223 and R228
have already been cut off and idling
current does not flow, reconnect R213,
R218,R233,R223 and R228.
• Q202,Q205,Q208,Q211 and Q214 are
transistors for temperature correction.
Apply silicone grease to contact surface with the heat sink.

RX-V496/RX-V496RDS/HTR-5240/HTR-5240RDS

■ TUNER ADJUSTMENT
● Measuring Instruments

● Dummy antenna

1) FM signal generator (FM SG)
2) Stereo signal generator (SSG)

FM dummy antenna

3) AM signal generator (AM SG)
4) Distortion meter (DIST. M)

10Ω

E1

7) Oscilloscope
8) Low pass filter (YLF-15, fc=15kHz)

E2
RECEIVER
(75Ω)

60Ω

FM SG
(50Ω)

5) AC Voltmeter (ACVM)
6) DC Voltmeter (DCVM)

45Ω

E2 (dB) = E1 (dB) -6 (dB)

9) Oscillator
FM dummy antenna
E1

E2
RECEIVER
(75Ω)

FM SG
(75Ω)

E2 (dB) = E1 (dB)
AM loop antenna
AM dummy antenna
10KΩ
AM ANT

50Ω

AM SG
(50Ω)

GND

● Test point
IFT
IFT

U, C, R, T models

A, B, G, L models

PK2

T2
VR1

GND
IC3

TP2

16

AM ANT

IC4

IC2

FM ANT

(RDS model)

PK1
FRONT END

B, G models only

SIGNAL METER ADJ.
AM
SENSITIVITY
ADJ.

Front
Panel

IC1
VR2
T1

MONAURAL
DISTORTION ADJ.
(ANTENNA)

TP1

T3
A, B, G, L
models only

DISCRIMINATOR
BALANCE ADJ.
(FRONT)

T5

T4

CB4

SEPARATION
ADJ.

22

RX-V496/RX-V496RDS/HTR-5240/HTR-5240RDS

FM Adjustment
● Before Adjustment

4) Set each switch to the following position unless otherwise

1) For dBµ, 1µV=0dBµ applies.
Example : 60dBµ=1mV
2) 100% modulation means that the frequency deviation is

specified.
INPUT SELECTOR ....... TUNER
TUNING MODE ............. AUTO

±75kHz.
3) Install the Matching Transformer and connect FM SG.

● Connection diagram (Measuring instruments)
1) Discriminator balance adjustment.

FM
SG

TP1

FM
ANT
GND

TUNER
P. C. B.

R25

FM
dummy
antenna

2) Stereo distortion adjustment/separation adjustment.

DCVM

FM
SG

TP2

FM
dummy
antenna

L

FM
ANT

TUNER
GND P. C.. B.

Oscilloscope

R

YLF-15
(LPF)

REC
OUT

Oscillator

DIST. M

SSG

3) Monaural distortion adjustment

FM
dummy
antenna

FM
SG

FM
ANT
GND

4) Sensitivity Verification

L
TUNER
P. C. B.

R

ACVM

Oscilloscope
FM
SG

REC
OUT

FM
dummy
antenna

FM
ANT
GND

L
Oscilloscope
TUNER
P. C. B.

DIST. M

R
REC
OUT

ACVM

DIST. M

Oscillator

See page 22 for TP locations & adjustment points.
Step

Adjustment item

Signal (ANT IN)

Reception
frequency

Adjustment
point

Test point

Rough adjustment of FM ANT (75Ω)
discriminator balance 98.1MHz
70dBµ
MONO 100Hz
100% modulation

98.1MHz
✽(A-4)

T1
(Front side core)

Both ends of R25
(Between TP1 and TP2)

DC 0V±100mV

2

Rough adjustment of Same as Step 1.
monaural distortion

98.1MHz
✽(A-4)

T1
(Antenna side core)

REC OUT L, R

Minimize the distortion.

3

Fine adjustment of Same as Step 1.
discriminator balance

98.1MHz
✽(A-4)

T1
(Front side core)

Both ends of R25
(Between TP1 and TP2)

DC 0V±50mV

4

Fine adjustment of Same as Step 1.
monaural distortion

98.1MHz
✽(A-4)

T1
(Antenna side core)

REC OUT L, R

Minimize the distortion
(–60dB or less).

5

Verification of
discriminator balance

98.1MHz
✽(A-4)

T1
(Front side core)

Both ends of R25
(Between TP1 and TP2)

DC 0V±50mV

1

Same as Step 1.

✽ Execution of FACTORY PRESET (Refer to page 20) will facilitate setting reception frequency for adjustment.

23

Rating

RX-V496/RX-V496RDS/HTR-5240/HTR-5240RDS

See page 22 for TP locations & adjustment points.
Step

Adjustment item

FM ANT (75Ω)
98.1MHz
30dBµ
MONO 1kHz
100% modulation

98.1MHz
✽(A-4)

Verification of
monaural distortion

FM ANT (75Ω)
98.1MHz
70dBµ
MONO 1kHz
100% modulation

Verification of
stereo distortion

Adjustment
point

Rating
Adjust so that the meter is
maximum.
CAUTION: Over-adjustment of
the IFT core will reduce the
sensitivity. (Maximum±90°)

98.1MHz
✽(A-4)

REC OUT L, R

0.1% (–60dB or less)

FM ANT (75Ω)
98.1MHz
70dBµ
Stereo L or R
1kHz,
100% modulation

98.1MHz
✽(A-4)
✽Tuning mode
should be
AUTO.

REC OUT L, R

0.2%
(U,C,R,T: –54dB or less)
(A,B,G,L: –28dB or less)
STEREO indicator
should light.

Verification of
sensitivity

FM ANT (75Ω)
88.1MHz
98.1MHz
106.1MHz
MONO 1kHz
Modulation off

88.1MHz
✽(A-6)
98.1MHz
✽(A-4)
106.1MHz
✽(A-7)

ANT (75Ω)

1) Set the tuning mode to
MAN'L MONO.
2) S/N should be 30dB at each
frequency of 88.1MHz,
98.1MHz, and 106.1MHz.
3) Check to ensure that the
voltage at the ANT terminal
is as follows.
(U,C,R,T: 6dBµ or less)
(A,B,G,L : 8dBµ or less)

Adjustment of
separation

FM ANT (75Ω)
98.1MHz
70dBµ
Stereo L or R
1kHz,
100% modulation

98.1MHz
✽(A-4)

VR2

REC OUT L, R

With SSG output at L or R, the
signal leakage level at the other
channel should be minimized.
(48 dB or less)

Adjustment of
signal meter

FM ANT (75Ω)
98.1MHz
45dBµ
MONO 1kHz,
30% modulation
–10dBµ or less

98.1MHz
✽(A-4)

VR1

FM ANT (75Ω)
98.1MHz
23dBµ
Stereo L or R
1kHz,
30% modulation

98.1MHz
✽(A-4)

8

9

11

Verification of auto
tuning

Front end IFT

Test point
Pin 16 of IC1

7

12

Reception
frequency

Adjustment of
front end IFT
6

10

Signal (ANT IN)



Adjust so that all signal meters
light.

Check to ensure that signal
meters turn OFF.
reception should
• Automatic
be available when the tuning




key is moved UP and
DOWN.
The stereo indicator should
light.
Audio muting should be
applied during tuning.

✽ Execution of FACTORY PRESET (Refer to page 20.) will facilitate setting reception frequency for adjustment.

24

RX-V496/RX-V496RDS/HTR-5240/HTR-5240RDS

AM Adjustment (This should be done after FM adjustment.)
● Connection diagram (Measuring instruments)
1) Adjustment of sensitivity.
AM loop antenna

L

AM ANT
AM SG

AM
dummy
antenna

TUNER
P.C.B

ACVM
R
REC
OUT

GND

DIST. M

Oscilloscope

See page 22 for TP locations & adjustment points.
Step

Adjustment item

Signal (ANT IN)

Reception
frequency

Adjustment of
sensitivity
(630kHz)

AM ANT
630kHz
50dBµ
1kHz
30% modulation

630kHz
(B-1)

Verification of
sensitivity

AM ANT
630kHz
1080kHz
1440kHz
30% modulation

630kHz
(B-1)
1080kHz
(B-2)
1440kHz
(B-3)

3

Verification of
signal meter

AM ANT
1080kHz
90dBµ
MONO
1 kHz
30% modulation

1080kHz
(B-2)

4

Verification of
auto tuning

1

2

Adjustment
point
T2

Test point

Rating

REC OUT

Audio output should be maximized.
Repeat steps 1 and 2.

AM ANT

Distortion should be 10% or less at
each frequency.
Check to ensure that the voltage at
the ANT terminal is 54dBµ or less.

All signal meters should light.

–10dB or less

All signal meters should turn OFF.

AM ANT
60dBµ

Auto reception should be available
when the tuning key is moved UP
and DOWN.
Audio must be muted during
search.

Execution of FACTORY PRESET (Refer to page 20.) will facilitate setting reception frequency for adjustment.

25

RX-V496/RX-V496RDS/HTR-5240/HTR-5240RDS

■ IC DATA
P50/FL08
P51/FL09
P52/FL10
P53/FL11
P54/FL12
P55/FL13
P56/FL14
P57/FL15
P00/FL16
P01/FL17
P02/FL18
P03/FL19
P04/FL20
P05/FL21
P06/FL22
VSS
P07/FL23
VCC
P10/FL24
P11/FL25
P12/FL26
P13/FL27
P14/FL28
P15/FL29
P16/FL30
P17/FL31
P20/FL32
P21/FL33
P22/FL34
P23/FL35

IC501 : M30217MA-A202FP
16-bit Microcomputer

80 79 78 77 76 75 74 73 72 71 70 69 68 67 66 65 64 63 62 61 60 59 58 57 56 55 54 53 52 51

P67/FL07
P66/FL06
P65/FL05
P64/FL04
P63/FL03
P62/FL02
P61/FL01
P60/FL00
VEE
P107/AN7
P106/AN6
P105/AN5
P104/AN4
P103/AN3
P102/AN2
P101/AN1
AVSS
P100/AN0
VREF
AVCC

81

50

82
83

49
48

84
85

47
46

86
87

45
44

88
89

43
42

90
91

41
40

TOP VIEW

92
93

39
38

94
95

37
36

96
97

35
34

98
99

33
32

100

31

P24/FL36
P25/FL37
P26/FL38
P27/FL39
P30/FL40
P31/FL41
P32/FL42
P33/FL43
P34/FL44
P35/FL45
P36/FL46
P37/FL47
P40/FL48
P41/FL49
P42/FL50
P43/FL51
P44/FL52
P45/FL53
P46/FL54
P47/FL55

P97
P96
P95/CK2
P94/SO2
PP93/SI2
P92
P91
P90
CNVSS
P87
P86
/RESET
XOUT
VSS
XIN
VCC
P85/INT5
P84/INT4
P83/INT3
P82/INT2
P81/INT1
P80/INT0
P77
P76/CK1
P76/RX1
P74/TX1
P73
P72
P71
P70

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

P00/FL16~
P07/FL22
77-66,64

P10/FL24~
P17/FL31
62-55

P20/FL32~
P27/FL39
54-47

P30/FL40~
P37/FL47
46-39

P40/FL48~
P47/FL55
38-31

P50/FL08~
P57/FL15
80-73

P60/FL00~
P67/FL07
88-81

P70~P73,
P74/TX1,
P75/RX1, P80/INT1~
P76/CK1, P85/INT5
P77
P86,P87
30-23
22-17,11,10

PORT 1
(P10-17)

PORT 2
(P20-27)

PORT 3
(P30-37)

PORT 4
(P40-47)

PORT 5
(P50-57)

PORT 6
(P60-67)

PORT 7
(P70-77)

P90~P92,
P93/SI2,
P94/SO2,
P95/CK2,
P96,P97
8-1

P100/AN0~
P107/AN7
98,96-90

PORT 9
(P90-97)

PORT 10
(P100-107)

I/O PORT
PORT 0
(P00-07)

INTERNAL PERIPHERAL
FUNCTION
TIMER

A/D CONVERTER
(10-bit x 8-ch)

R0H
R0H
R1H

DMAC
(2-ch)
D/A CONVERTER
(8-bit x 2-ch)

R0L
R0L
R1L
R2
R3
A0
A1
FB
SB

FOR ANALOG CIRCUIT
14,65
9
VSS CNVSS

VFD CONTROLLER (8-bit x 7)

M16C/60 SERIES CPU CORE
(16-bit)
REGISTER

89
VEE

CRC PROCESSOR (CCITT MODE)
(GENERATION MULTINOMIAL:
X15+X12+X5+1)

SI/O2(CLOCK SYNCHRONOUS)
(256-Byte AUTOMATIC TRANSFER)

SUPERVISOR TIMER
(15-bit)

16,63
VCC

SYSTEM CLOCK GENERATOR
XIN-XOUT
(2-ch)
XCIN-XCOUT

SERIAL I/O
UART0,1(UART/
CLOCK SYNCHRONOUS)
(8-bit x 2-ch)

TIMER A0 (16-bit)
TIMER A1 (16-bit)
TIMER A2 (16-bit)
TIMER A3 (16-bit)
TIMER A4 (16-bit)
TIMER B0 (16-bit)
TIMER B1 (16-bit)
TIMER B2 (16-bit)

100
AVCC

99
VREF

97
AVSS

PORT 8
(P80-87)

MEMORY

STACK POINTER
ISP
USP

ROM

VECTOR TABLE
INTB
MULTIPLIER

RAM
(FLDC, ASI/ORAM)

SYSTEM RESET
12
/RESET

SYSTEM CLOCK
15
XIN

13
XOUT

26

RX-V496/RX-V496RDS/HTR-5240/HTR-5240RDS

IC501 : M30217MA-A202FP
16-bit Microcomputer
Pin
No.
1

P97

Pin
Name
SCK

2
3

P96
P95

SDT
RCK

O Serial Data output
O Clock output for model type

32 P46/FL54
33 P45/FL53

4

/CK2
P94

RDT

distinction (*1)
O Data output for destination distinction

5

/SO2
P93

DEST

6

/SI2
P92

7

Port

I/O

Function
For Input
selector Tuner,
etc.

Pin
Port
No.
31 P47/FL55

Pin
Name
F-CE

I/O

Function

O Chip enable output

For

F-CK
F-RX

O Serial clock output
I Serial data input

flash µ-COM
write

34 P44/FL52
35 P43/FL51

F-TX
VUP

O Serial data output
O Volume up output

connector

of Tuner (*2)
O Data input for destination distinction

36 P42/FL50
37 P41/FL49

VDN
CDO

O Volume down output
I Serial data input from DIR2

/RD0
RCE

of Tuner (*2)
O Chip enable output for model type

38 P40/FL48 DVD-C/O
39 P37/FL47 DBS-C/O

I DVD/LD coaxial/optical detect input
I Fixed H

PRI

SCKD

distinction (*1)
O Serial Clock output for DIR2

40 P36/FL46

P91

I I (Over current) protection
detect input

8
9

P90
CNVSS

SID
CNVSS

O Serial data output for DIR2
For flash µ-COM write connector

41 P35/FL45
42 P34/FL44

POT-A
POT-B

10

P87

CKB

O Clock output for output port
expansion IC

43 P33/FL43
44 P32/FL42

/ST
DO

11

P86

DTB

O Data output for output port
expansion IC

45 P31/FL41
46 P30/FL40

/ICAC
PRY

O Initial clear output for AC3D2av
O Power relay output

12
13

/RESET
XOUT

/RES
XOUT

System reset
Crystal oscillator connected (10MHz)

47 P27/FL39
48 P26/FL38

SRY
ERY

O Speaker relay output
O Effect relay output

14
15

VSS
XIN

MG
MU

Ground
Crystal oscillator connected (10MHz)

49 P25/FL37
50 P24/FL36

G1
G2

O Grid 1 for FL display
O Grid 2 for FL display

O Serial Clock output

I Rotary encoder input A
I Rotary encoder input B
I Stereo input from Tuner
I Serial data input from Tuner

16
VCC
17 P85/INT5

+5BU
ERRD

+5V Power supply
I Error flag input from DIR2

51 P23/FL35
52 P22/FL34

G3
G4

O Grid 3 for FL display
O Grid 4 for FL display

18 P84/INT4
19 P83/INT3

ERRA
REM

I Data mute detect input from AC3D2av
I Remote control input

53 P21/FL33
54 P20/FL32

G5
G6

O Grid 5 for FL display
O Grid 6 for FL display

20 P82/INT2
21 P81/INT1

PDT
PSW

I Power down detect input
I Standby switch input

55 P17/FL31
56 P16/FL30

G7
G8

O Grid 7 for FL display
O Grid 8 for FL display

22 P80/INT0
23
P77

CEAC1
CEAC2

O Chip enable output 1 for AC3D2av
O Chip enable output 2 for AC3D2av

57 P15/FL29
58 P14/FL28

G9
G10

O Grid 9 for FL display
O Grid 10 for FL display

24 P76/CK1 CLKAC
25 P75/RX1 RXAC

O Serial clock output 2 for AC3D2av
I Serial data input from AV3D2av

59 P13/FL27
60 P12/FL26

G11
G12

O Grid 11 for FL display
O Grid 12 for FL display

26 P74/TX1 TXAC
27
P73
CECOD

O Serial data output for AC3D2av
O Chip enable output for CODEC ADC/DAC

61 P11/FL25
62 P10/FL24

G13
G14

O Grid 13 for FL display
O Grid 14 for FL display

28
29

P72
P71

TCE
CELC

O Chip enable output for Tuner
O Chip enable output for Input Selector

63
VCC
64 P07/FL23

+5VBU
G15

+5V power supply
O Grid 15 for FL display

30

P70

CETC

I Fixed H

65
VSS
66 P06/FL22

MG
G16

Ground
O Grid 16 for FL display

*1 Model type distinction (H=1, L=0)
DSP-A (Pin 3)
RDS (Pin 6)

0
0

DSP-A

0
1

DSP-E

1
0

RX-V496
HTR-5240
DSP-R496

1
1

RX-V496RDS
HTR 5240RDS

1
0

A,B,G,L
models

1
1

R,T
models

*2 Destination distinction of Tuner (H=1, L=0)
V1 (Pin 4)
V2 (Pin 5)

27

0
0

J
model

0
1

U,C
models

RX-V496/RX-V496RDS/HTR-5240/HTR-5240RDS

IC501 : M30217MA-A202FP
16-bit Microcomputer
Pin
Port
No.
67 P05/FL21

Pin
Name
P1

O Segment 1 for FL display

Pin
Port
No.
85 P63/FL03

Pin
Name
P19

68 P04/FL20
69 P03/FL19

P2
P3

O Segment 2 for FL display
O Segment 3 for FL display

86 P62/FL02
87 P61/FL01

P20
P21

O Segment 20 for FL display
O Segment 21 for FL display

70 P02/FL18
71 P01/FL17

P4
P5

O Segment 4 for FL display
O Segment 5 for FL display

88 P60/FL00
89
VEE

P22
VP

O Segment 22 for FL display
O Power supply for FL display

72 P00/FL16
73 P57/FL15

P6
P7

O Segment 6 for FL display
O Segment 7 for FL display

90 P107/AN7
91 P106/AN6

LIMDT
PRV

74 P56/FL14
75 P55/FL13

P8
P9

O Segment 8 for FL display
O Segment 9 for FL display

92 P105/AN5

PRD

76 P54/FL12
77 P53/FL11

P10
P11

O Segment 10 for FL display
O Segment 11 for FL display

93 P104/AN4 METER

AD value detect input
I Tuner meter AD value input

78 P52/FL10
79 P51/FL09

P12
P13

O Segment 12 for FL display
O Segment 13 for FL display

94 P103/AN3
95 P102/AN2

NC
/FMT

O No connection
O Full mute output (L: ON)

80 P50/FL08
81 P67/FL07

P14
P15

O Segment 14 for FL display
O Segment 15 for FL display

96 P101/AN1
97 AVSS

KEY2
MG

I Key 2 AD data value input
Ground

82 P66/FL06
83 P65/FL05

P16
P17

O Segment 16 for FL display
O Segment 17 for FL display

98
99

P100/AN0
VREF

KEY1
+5M

I Key 1 AD data value input
Standard power supply for AD input

84 P64/FL04

P18

O Segment 18 for FL display

100

AVCC

+5BU

I/O

Function

I/O

Function

O Segment 19 for FL display

I Limitter DC detect input
I PS (power voltage) protection
AD value detect input
I DC (power amp voltage) protection

+5V power supply

IC107 : BU2090
Serial Input/Parallel Output Driver for Output port expansion

VSS 1

16 VDD

Pin
No.
1

DATA 2

15 Q11

Q2 6

LATCH

Q1 5

OUTPUT BUFFER
(OPEN DRAIN)

Q0 4

Q3 7
Q4 8

(TOP VIEW)

12-Bit SHIFT REGISTER

CONTROL
LOGIC

CLOCK 3

VSS

Pin
Name
VSS

2
3

DATA
CLOVK

DTB
CKB

14 Q10

4
5

Q0
Q1

SW1
SW2

12 Q9

6
7

Q2
Q3

SW3
SW4

12 Q8

8
9

Q4
Q5

SW5
/CONT1

O output 4,5
O Limitter control data output 1,2

11 Q7

10
11

Q6
Q7

/CONT2
/-10dB

O
O –10dB control data output

Port

I/O

Function
Ground

I Control data input from
I Control clock input microcomputer
O Video select data for
video input
O output 1-3(*)
selector
O
O Video select data
Unconnected

10 Q6

12

Q8

(L : –10dB)
6ch GAIN O 6-ch gain control data output (L:6-ch)

9 Q5

13
14

Q9
Q10

/C-MUTE O Center mute data output (L:Mute on)
/SW-MUTE O Subwoofer mute data output (L:Mute on)

15
16

Q11
VDD

/T-MUTE O Tuner mute data output (L : Mute on)
VDD
+5V power supply

* Video input
Selector
Control
(H=High,
L=Low)

Video Input
VCR
SAT/D-TV
DVD/LD
V-AUX

SW1 SW2 SW3
(Pin4) (Pin5) (Pin6)
H
L
H
H
H
L
L
H
L
L
L
L

28

RX-V496/RX-V496RDS/HTR-5240/HTR-5240RDS

IC3 : YM3436DK (DIR2)

FS0 34

KMO

VSSA
VDDA
PCO
CTLP
CTLN
TST2
LR
LOCKN
P256
XO

XI
KM2

KM1

SKSY

/IC

23 /IC

25 CTLN
24 VDDA

27 NC
26 PCO

29 GNDA
28 CTLP

31 KM2
30 TSTN

33 FS1
32 KM0

Digital Format Interface Receiver

32

29 24 26 28 25 17 38 15 14 13

12 31

22

11

23

22 KM1
21 DOM0

EXTW 36

20 DOM1

DDIN 37

19 DIM0

LR 38

18 DIM1

TOP VIEW

VDD 39

17 TST2

ERR 40

16 GND

EMP 41

15 LOCKN

CDO 42

14 P256

CCK 43

13 XO

CLD 44

12 XI

EXTW

SEL

DDIN
ERR
CSM
EMP
FS1
FS0

SYSTEM
CLOCK
TIMING
GENERATOR

PLL

Pin
Name
DAUX
HDLT
DOUT
VFL

5
6
7
8

29

I/O

Function

VFL

8
7
6

DATA CLOCK
CONTROLLER

EIAJ (AES/EBU)
DIGITAL AUDIO
INTERFACE
DECODER

40
35
41
33
34

S/P

BUFFER
P/S

Pin
Name
/IC
VDDA

25
26
27
28
29
30

I/O

2

16 39 30

GND

1 18 19

HDLT

CCK

Pin
No.
23
24

42

DAUX
DIM1
DIM0

43

3

DOUT

20

DOM1
DOM0

21

CDO

44

CLD

SKSY 11

MCA 10

MCB 9

WC 8

MCC 7

OPT 5

SYNC 6

VFL 4

DOUT 3

HDLT 2

DAUX 1

Pin

4

9

37

SERIAL INTERFACE

No.
1
2
3
4

5

MCA
MCB
WC
MCC
SYNC
OPT

10

36

VDD
TSTN

CSM 35

Function

I

Initial clear input from AC3D2av
Power supply

CTLN

I

VCO control negative input

PCO
NC
CTLP
GNDA
TSTN

O

PLL phase comparison output
Unconnected

I

VCO control positive input (Fixed L)
Ground
Unconnected

KM2
KM0

I
I

I
O
O
O

Audio data input from AC3D2av
Unconnected
Audio data output for AC3D2av
Unconnected

OPT
SYNC
MCC
WC

O
O
O
O

Unconnected
Unconnected
64fs bit clock output for AC3D2av
1fs word clock output for AC3D2av

9
10
11
12

MCB
MCA
SKSY
XI

O
O
I
I

Unconnected
256fs bit clock output for CODEC
Clock synchronization control input (Fixed H)

31
32
33

FS1

O

Unconnected

13

XO

O

Crystal oscillator connection (12.288MHz)
Crystal oscillator connection (12.288MHz)

34
35

FS0
CSM

O
I

Unconnected
Channel status output method selection(Fixed L)

EXTW

I

P256
LOCKN
GND

O
O

and external clock output for AC3D2av
Unconnected
PLL lock flag output for microcomputer
Ground

36

14
15
16

TST2
DIM1
DIM0
DOM1

O
I
I
I

DIN
LR
VDD
ERR
EMP

I
O

17
18
19
20

37
38
39
40
41

External synchronous auxiliary input word
clock (Fixed L)
Digital audio data input
Unconnected
Power supply
Data error flag output for microcomputer

42

CDO

O

21
22

DOM0
KM1

I
I

43

CCK

I

Serial data output for microcomputer
Serial clock input from microcomputer

44

CLD

I

Serial data input from microcomputer

Unconnected
Data input mode selection 0,1
Data output mode selection 1,0 (Fixed L)
Compulsive analog performance mode
input from AC3D2av

I

O
O

Clock mode switching input 2,0 (Fixed L)

Unconnected

RX-V496/RX-V496RDS/HTR-5240/HTR-5240RDS

VSS
RAMD7
RAMD6
RAMD5
RAMD4
RAMD3
RAMD2
RAMD1
RAMD0
VDD1
RAMA2
SCK
SI
SO
/CS
/CSB
RAMA3
TEST
/IC
RAMA4
VSS
RAMA5
RAMA6
/SDBCK0
SURENC
KARAOKE
MUTE
CRC
NONPCM
VDD2

IC4 : YSS918D-F (AC3D2av)
DSP + AC-3(Dolby Digital)/ Pro Logic/ DTS Digital Surround Decoder

80 79 78 77 76 75 74 73 72 71 70 69 68 67 66 65 64 63 62 61 60 59 58 57 56 55 54 53 52 51

VDD
SDWCK0
SDBCK0
SDIA0
SDIA1
RAMA1
RAMA0
RAMWEN
RAMOEN
VSS
VDD
IPORT7
IPORT6
IPORT5
IPORT4
IPORT3
IPORT2
IPORT1
IPORT0
VSS

81

50

82
83

49
48

84
85

47
46

86
87

45
44

88
89

43
42

TOP VIEW

90
91

PVSS
SDWCK1
SDBCK1
SDOB0
SDOB1
SDOB2
RAMA7
RAMA8
RAMA9
VDD2
VSS
OPORT7
OPORT6
OPORT5
OPORT4
OPORT3
OPORT2
OPORT1
OPORT0
VDD1

41
40

92
93

39
38

94
95

37
36

96
97

35
34

98
99

33
32

100

31

65 /CSB

OPORT0~7
~

39

32

69 SCK

68 SI

67 SO

66 /CS

~

92

99

IPORT0~7

VDD1
RAMCEN
RAMA16
RAMA15
SDIB0
SDIB1
SDIB2
XI
XO
VSS
AVDD
SDIB3
TEST
TEST
OVFB
DTSDATA
AC3DATA
SDOB3
CPO
AVSS
VDD
SDOA2
SDOA1
SDOA0
RAMA14
RAMA13
RAMA12
RAMA1
1
RAMA10
VSS

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

MICROPROCESSOR
INTERFACE
CONTROL
SIGNALS

CONTROL
SIGNALS

SDIBCKSEL

SDOBCKSEL

SDIB INTERFACE

SDOB INTERFACE

L,R
Ls,Rs
C,LFE

SDIBSEL

STREAM0~7

EXTERNAL RAM
INTERFACE

OPERATING
CLOCK (25MHz)
DELAY
RAM

RAMOEN 89

87,86,70,64,61,
59,58,44~42,
29~25,4,3

RAMCEN 2

79

72

45 SDOB2
18 SDOB3

15 OVFB

RAMWEN 88

RAMD0~7

5
6
7
12
SDIBO
SDIB1
SDIB2
SDIB3

~

46 SDOB1

DATA
RAM

ERAMUSE

SDOA0 24
SDOA1 23
SDOA2 22

XO 9

CPO 19

PLL

24x16
SUB DSP

47 SDOB0

RAMA0~16

24x24
MAIN DSP
AC-3/
PRO LOGIC/
DTS
DECODER

SDIBCKSEL

SDOA INTERFACE

SDIA INTERFACE

INPUT
BUFFER

XI 8

56
55
54
53
17
16
52

CRC

SURENC
KARAOKE
MUTE
CRC
AC3DATA
DTSDATA
NONPCM

SDIASEL

SDI : SERIAL DATA INPUT
SDO : SERIAL DATA OUTPUT

SDIA1 85

48 SDBCK1
49 SDWCK1

CONTROL REGISTERS

/SDBCK0 57
SDBCK0 83
SDWCK0 82

SDIA0 84

COEFFICIENT
PROGRAM
RAM

30

RX-V496/RX-V496RDS/HTR-5240/HTR-5240RDS

IC4 : YSS918D-F (AC3D2av)
DSP + AC-3(Dolby Digital)/ Pro Logic/ DTS Digital Surround Decoder
No.
1

Name
VDD1

I/O

2
3
4
5

RAMCEN
RAMA16
RAMA15
SDIB0

O
O
O
I

RAM chip enable output terminal (normally unconnected)
RAM address output terminal 16, connected to external 1M SRAM address
RAM address output terminal 15, connected to external 1M SRAM address
Serial data input B terminal 0 (normally connected to ground)

6
7
8

SDIB1
SDIB2
XI

I
I
I

Serial data input B terminal 1 (normally connected to ground)
Serial data input B terminal 2 (normally connected to ground)

9
10

XO
VSS

O

Crystal oscillator connection (normally unconnected)
Ground

11
12
13
14

AVDD
SDIB3
TEST
TEST

15
16
17

OVFB
DTSDATA
AC3DATA

18
19
20
21
22
23
24

SDOB3
CPO
AVSS
VDD
SDOA2
SDOA1
SDOA0

25
26
27
28
29
30

RAMA14
RAMA13
RAMA12
RAMA11
RAMA10
VSS

31
32

VDD1
OPORT0

O

+5V power supply
Output expansion port terminal 0, digital input selector A output

33
34
35

OPORT1
OPORT2
OPORT3

O
O
O

Output expansion port terminal 1, digital input selector B output (DIB*)
Output expansion port terminal 2, connected to external CODEC initial clear input
Output expansion port terminal 3, connected to external DIR2 compulsive analog performance mode input

36
37
38
39

OPORT4
OPORT5
OPORT6
OPORT7

O
O
O
O

Output expansion port terminal 4, connected to external DIR2 initial clear input
Output expansion port terminal 5 (normally unconnected)
Output expansion port terminal 6 (normally unconnected)
Output expansion port terminal 7 (normally unconnected)

40
41

VSS
VDD2

42
43

RAMA9
RAMA8

O
O

44

RAMA7

O

RAM address output terminal 7 , connected to external 1M SRAM address

45
46

SDOB2
SDOB1

O
O

Serial data output B terminal 2, connected to external CODEC PCM audio data output
Serial data output B terminal 1, connected to external CODEC PCM audio data output

47
48

SDOB0
SDBCK1

O
I

Serial data output B terminal 0, connected to external CODEC PCM audio data output
Serial data bit clock input terminal 1, connected to external DIR2 64fs bit clock output

49
50

SDWCK1
VSS

I

Serial data word clock input terminal 1, connected to external DIR2 1fs word clock output
Ground

* Digital input
Selector Control
(H=High, L=Low)

31

Function
+5V power supply

I

O
O
O
O
O

O
O
O
O
O
O
O
O

Crystal oscillator connection or external clock input terminal, connected to external DIR2 external clock output

+3V power supply
Serial data input B terminal 3 (normally unconnected)
Test terminal (normally unconnected)
Test terminal (normally unconnected)
Overflow detect terminal (normally unconnected)
DTS data detect terminal (normally unconnected)
AC-3 data detect terminal (normally unconnected)
Serial data output B terminal 3 (normally unconnected)
PLL output terminal (connected to AVSS through external analog filter)
Ground
+3V power supply
Serial data output A terminal 2 (normally unconnected)
Serial data output A terminal 1 (normally unconnected)
Serial data output A terminal 0 (normally unconnected)
RAM address terminal 14 output terminal, connected to external 1M SRAM address
RAM address terminal 13 output terminal, connected to external 1M SRAM address
RAM address terminal 12 output terminal, connected to external 1M SRAM address
RAM address terminal 11 output terminal, connected to external 1M SRAM address
RAM address terminal 10 output terminal, connected to external 1M SRAM address
Ground

Ground
+3V power supply
RAM address output terminal 9 , connected to external 1M SRAM address
RAM address output terminal 8 , connected to external 1M SRAM address

Digital Input DIB(Pin33)
DVD/LD
L
SAT/D-TV
H

RX-V496/RX-V496RDS/HTR-5240/HTR-5240RDS

IC4 : YSS918D-F (AC3D2av)
DSP + AC-3(Dolby Digital)/ Pro Logic/ DTS Digital Surround Decoder
No.

Name

51
52

VDD2
NONPCM

I/O
O

+3V power supply
Non-PCM data output terminal (normally unconnected)

53
54
55

CRC
MUTE
KARAOKE

O
O
O

CRC output terminal (normally unconnected)
Mute output terminal, connected to external microcomputer data mute detect input
Karaoke output terminal (normally unconnected)

56
57

SURENC
/SDBCK0

O
O

Surround encoder output terminal (normally unconnected)
Inverted signal of serial data bit clock output terminal 0 (normally unconnected)

58
59

RAMA6
RAMA5

O
O

RAM address output terminal 6, connected to external 1M SRAM address
RAM address output terminal 5, connected to external 1M SRAM address

60
61
62

VSS
RAMA4
/IC

O
I

Ground
RAM address output terminal 4, connected to external 1M SRAM address
Initial clear input terminal, connected to external microcomputer initial clear output

63
64
65
66
67
68
69
70
71
72
73
74
75

TEST
RAMA3
/CSB
/CS
SO
SI
SCK
RAMA2
VDD1
RAMD0
RAMD1
RAMD2
RAMD3

I/O
I/O
I/O
I/O

Test terminal (normally unconnected)
RAM address output terminal 3, connected to external 1M SRAM address
Chip select B input terminal, connected to external microcomputer chip enable output 2
Chip select input terminal, connected to external microcomputer chip enable output 1
Serial data output terminal, connected to external microcomputer serial data input
Serial data input terminal, connected to external microcomputer serial data output
Serial clock input terminal, connected to external microcomputer serial clock output
RAM address output terminal 2, connected to external 1M SRAM address
+5V power supply
RAM data bus terminal 0, connected to external 1M SRAM data
RAM data bus terminal 1, connected to external 1M SRAM data
RAM data bus terminal 2, connected to external 1M SRAM data
RAM data bus terminal 3, connected to external 1M SRAM data

76
77

RAMD4
RAMD5

I/O
I/O

RAM data bus terminal 4, connected to external 1M SRAM data
RAM data bus terminal 5, connected to external 1M SRAM data

78
79

RAMD6
RAMD7

I/O
I/O

RAM data bus terminal 6, connected to external 1M SRAM data
RAM data bus terminal 7, connected to external 1M SRAM data

80
81

VSS
VDD2

82
83

SDWCK0
SDBCK0

I
I

Serial data word clock input terminal 0, connected to external DIR2 1fs word clock output
Serial data bit clock input terminal 0, connected to external DIR2 64fs bit clock output

84

SDIA0

I

Serial data input A terminal 0, AC-3/DTS bit stream (or PCM) data input, connected to external DIR2
audio data output

85
86

SDIA1
RAMA1

I
O

Serial data input A terminal 1 (normally connected to ground)
RAM address output terminal 1, connected to external 1M SRAM address

87
88
89
90

RAMA0
RAMWEN
RAMOEN
VSS

O
O
O

RAM address output terminal 0, connected to external 1M SRAM address
RAM write enable output terminal, connected to external 1M SRAM write enable
RAM output enable output terminal, connected to external 1M SRAM output enable
Ground

91
92

VDD
IPORT7

I

+3V power supply
Input expansion port terminal 7 (normally connected to ground)

93
94

IPORT6
IPORT5

I
I

Input expansion port terminal 6 (normally connected to ground)
Input expansion port terminal 5 (normally connected to ground)

95

IPORT4

I

Input expansion port terminal 4 (normally connected to ground)

96
97

IPORT3
IPORT2

I
I

Input expansion port terminal 3, Front mix select (H:Outside, L:Inside)
Input expansion port terminal 2, RF select(H:Exist, L:None)

98
99
100

IPORT1
IPORT0
VSS

I
I

Input expansion port terminal 1, DTS select (H:DTS (YSS918), L:Non DTS (YSS908))
Input expansion port terminal 0, SRAM select (H:1M, L:256K)
Ground

O
I
I
O
I
I
O

Function

Ground
+3V power supply

32

RX-V496/RX-V496RDS/HTR-5240/HTR-5240RDS

IC5 : M5M51288BKJ-20LTEL (1M SRAM)
131072-word x 8 bit High Speed Static RAM

A3

2

31 A2

A4

3

30 CE2

A5

4

29 /WE

A6

5

28 A1

A7

6

27 A0

A8

7

26 A16

A9

8

A10

9

24 /OE

A11 10

23 A14

A12 11

22 /CE1

A13 12

21 D8

D1 13

20 D7

D2 14

19 D6

D3 15

18 D5

GND 16

17 D4

NOTE)
A0-A16:
D1-D8:
/CE1,CE2:
/OE:
/WE:

/CE1 CE2 /WE /OE

28
31
2
3
4
5
6

18

512

7

COLUMN I/O
A9
A10
A11
A12
A13
A14
A15
A16

8
9
10
11
12
23
25
26

256
COLUMN ADDRESS
DECODER
16
COLUMN INPUT
BUFFER

/CE1 22

Address input
Data input/output
Chip enable input
Output enable input
Write enable input

Mode

Data I/O

CE2 30

Power

X

Non-selectable

High impedance

On

H

X

X

X

Non-selectable

High impedance

Standby

L

H

L

X

Write mode

Input

On

L

H

H

L

Read mode

Output

On

L

H

H

H

High impedance

On

L: Low level

X: Don't care

32 VCC
16 GND

131072-word x 8-bit
MEMORY ARRAY
(512-row X 2048-column)

25 A15

X

NOTE) H: High Level

27

2048

L

X

33

TOP VIEW

A0
A1
A2
A3
A4
A5
A6
A7
A8

CHIP SELECT

/WE 29

WRITE CONTROL

/OE 24

OUTPUT CONTROL

I/O DATA CONTROL

32 VCC

ROW ADDRESS
DECODER

1

ROW INPUT
BUFFER

NC

13 D1
14 D2
15 D3
17 D4
18 D5
19 D6
20 D7
21 D8

RX-V496/RX-V496RDS/HTR-5240/HTR-5240RDS

IC6: CS4227-KQ CODEC. ADC/DAC)

1

33

SDIN2

SCLK

38

HOLD

2

32

SDIN3

SDIN1

34

CCLK

3

31

CLKOUT

SDIN2

33

CDOUT

4

30

SDIN3

32

OVL

CDIN

5

29

XTO

TOP VIEW

24

AOUT4

AIN2L 11

23

AOUT3

AOUT2 22

AIN3L 10

AOUT1 21

AOUT5

AGND2 20

AOUT6

25

VA+ 19

26

9

AGND1 18

8

NC 17

/PDN
AIN3R

CMOUT 16

/DEM

AINAUX 15

XTI

27

AIN1L 14

28

7

AIN1R 13

6

AIN2R 12

/CS
SPI/I2C

SDOUT1

36

SDOUT2

35

OVL

30

/DEM

7

Pin

Pin
Name
DATAUX
HOLD
CCLK

4
5

CDOUT
CDIN

O
I

6

/CS

I

7
8

SPI/I2C
/PDN

I
I

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

AIN3R
AIN3L
AIN2L
AIN2R
AIN1R
AIN1L
AINAUX
CMOUT
NC
AGND1
VA+
AGND2
AOUT1
AOUT2

I/O
I/O
I/O
I/O
I
I
I
O

I/O

MUX

I
I/O
I

O
O

DATAUX terminal (Connected to digital ground)
HOLD terminal (Connected to digital ground)
Control clock input terminal,
serial clock from microcomputer
CDOUT terminal (Unconnected)
Control data input terminal,
serial data from microcomputer
Chip select input terminal, codec
chip enable from microcomputer
SPI/I2C terminal (Connected to digital ground)
Power down input terminal, initial clear
from AC3D2av
AIN3R terminal (Unconnected)
Lch analog input/output terminal 3,2, Lch
positive, negative input from input selector
Rch analog input/output terminal 2,1, Rch
negative, positive input from input selector
AIN1L terminal (Unconnected)
AINAUX terminal (Unconnected)
Center mute output terminal
Non connection terminal
Analog ground
+5V Analog power supply
Analog ground
Analog output terminal 1,2, L,Rch analog
output for MAIN

19

VOLTAGE
REFERENCE

21

AOUT1

DAC#2

VOLUME
CONTROL

22

AOUT2

DAC#3

VOLUME
CONTROL

23

AOUT3

DAC#4

VOLUME
CONTROL

24

AOUT4

DAC#5

VOLUME
CONTROL

25

AOUT5

DAC#6

VOLUME
CONTROL

26

AOUT6

15

AINAUX

14

AIN1L

13

AIN1R

11

AIN2L

12

AIN2R

10

AIN3L

9

AIN3R

18

AGND1

20

AGND2

LEFT
ADC
RIGHT
ADC

AUXILIARY INPUT

28

29

2

CLKOUT

XTI

XTO

HOLD

Pin

Pin
Name
AOUT3
AOUT4
AOUT5
AOUT6
/DEM

28

CMOUT

VOLUME
CONTROL

31

No.
23
24
25
26
27

16

DAC#1

MONO
ADC

DEM

27

Function

40

CONTROL PORT

CLOCK OSC/
DIVIDER

No.
1
2
3

VD+ VA–

INPUT MUX

DATAUX

SPI/I2C

6

ANALOG LOW PASS AND
OUTPUT STAGE

37

/CS

5

INPUT
GAIN

LRCK

CDIN

4

DIGITAL FILTERS

8

CDOUT

3

DIGITAL FILTERS

/PDN

CCLK

SERIAL AUDIO DATA INTERFACE

34 SDIN1

35 SDOUT2

36 SDOUT1

37 LRCK

38 SCLK

39 DGND2

40 VD+

41 DGND1

42 NC

43 SCLKAUX

44 LRCKAUX

6-channel 20-bit Codec providing A/D, D/A Converter

1

44

43

DATAUX LRCKAUX SCLKAUX

41

39

DGND1 DGND2

I/O

Function

O
O
O
O
I

Analog output terminal 3,4, L,Rch
analog output for REAR
Analog output terminal 5,6, L,Rch
analog output for CENTER, LFE
/DEM terminal (Connected to digital ground)

XTI

I

29
30
31
32
33
34
35
36

XTO
OVL
CLKOUT
SDIN3
SDIN2
SDIN1
SDOUT2
SDOUT1

O
O
O
I
I
I
O
O

Cryatal input terminal, 256fs bit clock
from DIR2
XTO terminal (Unconnected)
OVL terminal (Unconnected)
CLKOUT terminal (Unconnected)
Serial data input terminal, 3,2,1,
PCM audio data from AC3D2av

37

LRCK

I/O

38

SCLK

I/O

39
40
41
42
43

DGND2
VD+
DGND1
NC
SCLKAUX I/O

SDOUT2 terminal (Unconnected)
Serial data output terminal1,
audio data for DIR2
L,Rch clock input/output terminal,
1fs word clock from DIR2
Serial clock input/output terminal,
64fs bit clock from DIR2
Digital ground
+5V digital power supply
Digital ground
Non connection terminal
SCLKAUX terminal (Connected to digital ground)

44

LRCKAUX I/O

LRCKAUX terminal (Connected to digital ground)

34

DSP-R496/RX-V496/RX-V496/RX-V496RDS/HTR-5240/HTR-5240RDS

■ DISPLAY DATA
● V501 : 16-BT-71GK (V4193300)
y

1

PATTERN AREA

• PIN CONNECTION
Pin No.

1

2

3

4

5

6

7

8

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

9

CONNECTION F1 F1 NP NP NP NP NP NP NP NP NP NP NP NP NP NP NP Fd Fd NP NP P22 P21 P20 P19
Pin No.

26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50

CONNECTION P18 P17 P16 P15 P14 P13 P12 P11 P10 P9 P8 P7 P6 P5 P4 P3 P2 P1 NP NP 16G 15G 14G 13G 12G
Pin No.

NOTE 1) F1, F2......... Filament
2) NP............... No pin
3) P1~P22....... Segment
4) 1G~16G....... Grid
5) Fd terminals are to be supplied
through 51kΩ from Ec.
6) Field of vision is a minimum of
23° from the lower side.

51 52 53 54 55 56 57 58 59 60 61 62 63 64 65

CONNECTION 11G 10G 9G 8G 7G 6G 5G 4G 3G 2G 1G NP NP F2 F2

• GRID ASSIGNMENT
16G

1G

2G

3G

4G

5G

6G

7G

8G

9G

10G

11G

12G

13G

14G

15G

DVD/LD
SAT/D-TV
VCR
V–AUX
CBL/SAT

t

t

a

a

h
f

e

k

f

b

j
g

m
n

r

e

c

k

B1

B2

B3

B5
S1

c

S2

p

d
(1G-5G,

B4

n

p

TUNER
CD
PHONO

b

m

r

ZONE 2 SLEEP

DVD/LD
D-TV
VCR

h
j

g

TUNER
CD
PHONO
TAPE/MD
MONITOR

d
(6G)

0 20 40 60

(15G)

00

7G~14G)
(13G)

• ANODE CONNECTION
16G

14G

13G

12G

11G

10G

(TUNER)

a

a

a

a

a

a

a

a

a

a

a

a

a

a

(CD)

b

b

b

b

b

b

b

b

b

b

b

b

b

b

P3

(PHONO)

c

c

c

c

c

c

c

c

c

c

c

c

c

c

P4

(TAPE/MD)

d

d

d

d

d

d

d

d

d

d

d

d

d

d
e

P1
P2

15G

(RIGHT)

9G 8G 7G 6G 5G 4G 3G 2G 1G

P5

(CBL/SAT)

e

e

e

e

e

e

e

e

e

e

e

e

e

P6

(V-AUX)

f

f

f

f

f

f

f

f

f

f

f

f

f

f

(VCR)

g

g

g

g

g

g

g

g

g

g

g

g

g

g

(SAT/D-TV)

h

h

h

h

h

h

h

h

h

h

h

h

h

h

(DVD/LD)

j

j

j

j

j

j

j

j

j

j

j

j

j

j

S1

k

k

k

k

k

k

k

k

k

k

k

k

k

k

SAT/
V–AUX
CBL/SAT

m

m

m

m

m

m

m

m

m

m

m

m

m

m

n

n

n

n

n

n

n

n

n

n

n

n

n

n

p

p

p

p

p

p

p

p

p

p

p

p

p

p

TAPE/MD
MONITOR

r

r

r

r

r

r

r

r

r

r

r

r

r

r

t

t

t

t

t

t

t

t

t

t

t

t

t

t

ENHANCED



















TV SPORTS –
JAZZ CLUB –

































P7

SPEAKERS

P8
P9

A
B

P10

MEMORY

P11

AUTO

P12
P13
P14

(PS)

PS
(PTY)

P15

PTY

P16

(RT)

P17
P18

RT
(CT)

P19

CT

P20





P21
P22

35

(LEFT)

ZONE 2

SLEEP






dB STEREO MONO MOVIE MOVIE THEATER
ms
B1
ROCK CONCERT
1

2
B2
CONCERT HALL

INFO
STADIUM
B3

AFFAIRS
DISCO
B4

SPORT
CHURCH
B5


NEWS
S2

PTY HOLD



















EON



























































DSP-R496/RX-V496/RX-V496RDS/HTR-5240/HTR-5240RDS

■ BLOCK DIAGRAM (1/2)

(12.288MHz)
XL1

13

OPTICAL SIGNAL
DETECTOR
IC351

SAT/D-TV

22

1M SRAM

INPUT SELECTOR
CONTROL

2

CODEC
ADC

11

IC104A/B
1

13

PHONO
R

5

29

27

47

37

26

IC109B

7

MAIN

H.P.F

26

IC401B
1

3

7

5

3

7

6

25

CODEC
DAC

27

IC109A
7

5

CENTER

IC103

IC582B

1

1

3

Q104
Q119

Q106

Q106
Q112
Q113

6
4

25

36

LFE

7

6

BASS TREBLE
VR581 VR582

IC402A

VR583

6-ch
LEVEL
SHIFT

C

1

2

INPUT SELECTOR
IC101

L

2
30
29

TAPE MONITOR
IC102

1

23

RL

6

8

CCK
CLD
ERRD
CDO

ERRA
CEAC1
CEAC2
CLKAC
RXAC
TXAC
/ICAC

SCK
SDA
CECOD

7

5

REAR
(SURROUND)

L


RY202

R

Q123
Q112

Q111

+

RR

IC404

Q102
Q101

Q103

SUBWOOFER

LIMITTER

SCK
SDA
CECOD

R

IN

-B

R
11
18

R

INHIBIT
IC101

• See page E-64/J-60
→ SCHEMATIC
DIAGRAM
[OPERATION (2/2)]

Q101
Q102
Q103
D101
D103

VCR
L

• See page E-65/J-61
→ SCHEMATIC DIAGRAM
[MAIN]

Q211
Q210,Q212
Q222A/C

MOTOR
DRIVE

1

2

Q108
Q116
Q117

M

VR401

IC12B
24

L

12
17

L
3 IN
(PLAY) R
TAPE/MD
4 OUT L
(REC)
R

CENTER
SUB-10dB
MUTE WOOFER CONTMUTE
DRIVE
ROL
DRIVE DRIVE

6-CH
LEVEL
SHIFT
DRIVE
Q116

Q115

Q121

Q117

INPUT SELECTOR
CONTROL

LIMITTER
CONTROL
DRIVE

DSP
CONTROL

Q124,125

Q227,228

12

13

14

11

9 10

1

2

29

8

18 22

23 24 25

/ICAC

CDO

CECOD

TXAC

RXAC

CLKAC

CEAC2

CEAC1

INTD

CLD

CELC

SDT

SCK

/CONT1
/CONT2

/-10dB

/SW-MUTE

L
SURROUND

/C-MUTE

6ch GAIN

CENTER

26 27 37

VUP VDN

/FMT

95

35 36

45

MAIN

Q231

MUTE
DRIVE
Q501,
502

L
MAIN
R

• See page E-65/J-61
→ SCHEMATIC
DIAGRAM
[MAIN]

OVER
SIGNAL
DC
LEVEL PROTECTION CURRENT
PROTECTION
DETECT
DETECT
DETECT

• See page E-61/J-57 → SCHEMATIC DIAGRAM
[INPUT (2/2)]
EXTERNAL
DECODER
INPUT



+

Q208
Q209,Q207
Q220A/C

Q107
Q114
Q115

IC403B

23

IC106B
22
28

SAT/D-TV

OUT

+

Q122
Q114

Q113

1

3

7

6

R

B

RY203

IC12A

2

4

3

A

CENTER

IC106A

L

R

REAR
POWER AMP

L
B

SW711

IC403A

8

22

R

DVD/LD

REAR
POWER AMP

Q108
Q110

Q109

1

3

24

L

CENTER
POWER AMP
Q214
Q213,Q215
Q224A/C

IC11B
26

R

CENTER
POWER AMP
Q109
Q118
Q119

A

IC402B

7

7

RY201

Q105
Q120

Q107

7

5

9

A/D
CONVERTER
IC6(1/2)

Q205
Q204,Q206
Q218A/C

IC103

SUB
WOOFER

26

7

5

TONE
CONTROL
IC581

IC108A
IC103

L

AUDIO SIGNAL

IC103

23

1 CD

VIDEO
AUX

5

27

21

32

1

3

IC103

IC103

6

12

3

1

2

1

3

IC11A

10

IC8,9

5

20

DSP
+
DIGITAL/
PRO-LOGIC/
DTS
DECODER
IC4
YSS918D-F 45

STATIC
RAM
IC5

R

30

D/A
CONVERTER
IC6(2/2)

TUNER

H.P.F

PHONES

IC582A

4

10

IC105A/B
8
6

L

2

11

AC3D2av

OPTICAL

5

7

6

IC10B

1

• See page E-60/J-56 → SCHEMATIC DIAGRAM
[INPUT (1/2)]

21

8

DIGITAL
FORMAT
INTERFACE
RECEIVER
IC3

12

8

84

3

IC401A

IC108B

SPEAKERS

24

DIR2

37

13

3

MAIN
POWER AMP
Q202
Q201,Q203
Q216A/C

OUTPUT

OPTICAL

11

7

4

MUTING

DIGITAL
INPUT
SELECTOR
IC352

4

~

10

~

DIGITAL SIGNAL

13

IC103

-10dB

IC2

IC351
COAXIAL
DVD/LD

IC103

1

MAIN
POWER AMP
Q105
Q110
Q111

MAIN
LEVEL

VR401

SPEAKER
SELECTOR SWITCH

IC10A
L

• See page E-64/J-60 → SCHEMATIC DIAGRAM
[OPERATION (2/2)]

• See page E-62/J-58
→ SCHEMATIC
DIAGRAM
[OPERATION (1/2)]

SPEAKER RELAY

6-CH
SELECTOR
IC102

DIB
33

• See page E-61/J-57
→ SCHEMATIC
DIAGRAM
[INPUT (2/2)]

INPUT SELECTOR
CONTROL

INPUT SELECTOR
CONTROL

BALANCE

• See page E-63/J-59 → SCHEMATIC DIAGRAM [DSP]

6 GANG MOTOR VOLUME

• See page E-61/J-57 → SCHEMATIC DIAGRAM
[INPUT (2/2)]

CENTER

Q229,230

LIMDT

PRD

90

92

PS
PROTECTION
DETECT
+B,-B,
+25,-25,
+12A,-12A,-12,
+5D

REAR

SPEAKER RELAY DRIVE
SRY

91

40

47

RY201
MAIN SPEAKER
RY203
CENTER SPEAKER
RY202
REAR SPEAKER

Q233
ERY

PRV

PRI

Q234

48

R
+RYV

SUBWOOFER

• See page E-64/J-60 → SCHEMATIC DIAGRAM
[OPERATION (2/2)]

12
SW1,2
SW1
SW2
SW3

VIDEO
VIDEO AUX
DVD/LD
SAT/D-TV

VIDEO
SELECTOR &
AMP
IC303

4

3

CKB

10
20

5
6

16

OUTPUT PORT
EXPANSION
IC107

63

MONITOR
OUT

2

DTB

MICROCOMPUTER
IC501

11

/RES

RESET
Q503,D502

(J,U,C,A,B,G,L
models)
J807

PDT

POWER DOWN DETECT
Q504,D510,511

+5BU

BACK-UP D509
(MEMORY)

100
99

+5M

S12

D503
Q807

46

Q808, D816
(R,T models)

IC502
D512

D815

T800

REGULATOR

RY801

PRY

IN
Q230
D207

Q305,306

VCR

D381

OUT

4

DVD/LD

19

15

XIN

21

REM

PSW

XL501(10MHz)

41 42

ROT-A

ROT-B

KEY1

~

INPUT
SELECTER

RDS
CONTROL

SW502
REMOTE
SENSOR

62 , 64 , 66

KEY2

~

18 , 19 , 22

~

43 , 46
FL DISPLAY
V501

OPERATION
KEY
SW503-518
(SW513,514,
517,518:
B, G models)

88

1

2

89

MAIN,
CENTER,
REAR
AMP

VP

G1-16
P1-22

SW501
U501

TUNER
CONTROL

49

98 96

A B

RCE

RDT

RCK

METER

/ST

DO

TCE

SCK

SDT

MONITOR
OUT

13

XOUT

/TMUTE

S-VIDEO SELECTOR
& AMP
IC301,302

6

SW3

SW1,2

S VIDEO

5

DEST/RDO

VIDEO SIGNAL

Q307

3

~ 61

D508

28 43 44 93

15

-25

+12A
+12B
F2

STANDBY/ON
F1

D380
D383

F804

J809

AC OUTLETS

–B

J,U,C,R,T models

Q721,
722,
D721,
722

J809

D452
IC723,
721,
722
D453

AC OUTLET

A, B models
F803

-12

IN

AC OUTLETS

POWER
TRANSFORMER

G, L models
+5D

VCR

+RYV

D451

+25

64 65

+B

IMPEDANCE
SELECTOR
SW801
D801

IC724

Q301~304
OUT

• See page E-62/J-58 → SCHEMATIC DIAGRAM [OPERATION (1/2)]

E-36/J-32

• See page E-64/J-60 → SCHEMATIC DIAGRAM
[OPERATION (2/2)]

• See page E-61/J-57 → SCHEMATIC DIAGRAM
[INPUT (2/2)]

E-37/J-33

DSP-R496/RX-V496/RX-V496RDS/HTR-5240/HTR-5240RDS

■ BLOCK DIAGRAM (2/2)

PK1

FM ANT

RF AMP

AM/FM IF DET.
IC1
LA1266

CERAMIC
CERAMIC
FILTER
FILTER
IF AMP
Fi 1
Fi 2

MIX

1

7

IF

J,U,C,R,T
models

FM DET
COIL

J41

56

FM IF

FM IF

LOCAL OSC

T3

QUADRATURE
DET

0

2
1

LEVEL DET
AM IF

AM COIL PACK PK2

CONTROL

AM IF

AM DET

E

H

AM IF COIL

OSC

VT

Fi 3

T2

J

5

L

7

R

TUNER

DECODER

VCO
STOP

A

BUFFER

58

FM/AM
MUTING

G

S.CURVE

AM ANT

T5
L.P.F.

Q4

B

1

MPX
IC3
LA3401

A,B,G,L
models

POST AMP

Q1,2

GND

T1

L.P.F.
T4

K

PLL

FM/AM
BAND CHANGE

ST.IND

MUTE

0

C

E

4

XL2
(456KHz)

SEPARATION
VR2

AM RF
ANT
COIL

K

MIX

AGC

Q3
OSC
COIL

FM OSC

E
F

H

PROGRAMABLE
DIVIDER

PHASE DETECTOR
CHARGE PUMP

C

B7

Q5

SD

F

8

METER
VR1

UNIVERSAL
COUNTER

UNLOCK
DETECTOR

S.METER

OSC

N

/AM

IF

AM
OSC

M

DATA SHIFT
REGISTER LATCH

I

/TMUTE
METER

8 STRQ
A STSG
9 MONO
0 /FM
C /ST

/ST

D2

TUNER
CONTROL

D1

B, G models only

(7.2MHz)

XL1

VT

J
1
L

REFERENCE
DIVIDER

PLL
IC2
LC72131

3
4
5
6

RDS model

TCE
SDT
SCK

(4.332MHz)
XL3
+5

B

TUNER
CONTROL

IN

DO

C

2
RDS DECODER

5
6

• See page E-66/J-62→SCHEMATIC DIAGRAM [TUNER] J, U, C, R, T, A and L models
• See page E-67/J-63→SCHEMATIC DIAGRAM [TUNER] B and G models (RDS model)

E-38/J-34

E-39/J-35

IC4
LC72722

J DEST/RDO
K RCK
L RDT
M RCE

RDS
CONTROL

A

B

C

D

E

F

H

G

DSP-R496/RX-V496/RX-V496RDS/HTR-5240/HTR-5240RDS

■ PRINTED CIRCUIT BOARD (Foil side)
1

There are two types of Tuner P. C. B. assemblies for this model:
One has only lead-type device and the other has lead-type and surfacemount (SMD) devices. These two P. C. B. assemblies are interchangeable.



B and G models (RDS model)
P. C. B. TUNER (Lead Type & SMD)

P. C. B. ASS'Y TUNER LIST

Model
RX-V496RDS/
HTR-5240RDS

Markets Lead Type
B, G/G
V2518900

Lead & SMD
V2519600

(Lead Type Device)



DISCRIMINATOR
BALANCE
SEPARATION
ADJ.
ADJ.

Rsyn
Rclk
Rdi
Rce
DEST or Rdo
DO
CLK
DI
CE
/ST
TMUTE
METER
+12
TUR
TE
TUL

MONAURAL
DISTORTION
ADJ.

TO : INPUT (1)

B and G models (RDS model)
P. C. B. TUNER (Lead Type)
TO : INPUT (1)

2

SEPARATION
ADJ.

DISCRIMINATOR
BALANCE ADJ.

Rsyn
Rclk
Rdi
Rce
DEST or Rdo
DO
CLK
DI
CE
/ST
TMUTE
METER
+12
TUR
TE
TUL

MONAURAL
DISTORTION
ADJ.

1
12

11

1

24

AM
ANT

13

12

22

GND

3

1

12

24

13

AM
ANT

22

12

1

11

FM
ANT

1

24

1

13

12

11

22
12

1

2

24

GND

W1

FM
ANT

22

12

1

11

12

13

2

AM SENSITIVITY
ADJ.

SIGNAL
METER
ADJ.

1

(Surface Mount Device)

4

W1

AM SENSITIVITY
ADJ.

SIGNAL
METER
ADJ.

1

Lead Type
● Semiconductor Location

5

6

Ref. No.
D1
D2
D3
IC1
IC2
IC3
IC4
Q1
Q2
Q3
Q4
Q5
Q6
Q7

Location
C3
C3
D3
B3
C4
C3
D3
B4
B4
B3
B3
C3
D2
C4

Lead Type & SMD
● Semiconductor Location
Point
V : 2V/div

1

Point

(Pin22 of IC2)
H : 50nsec/div

DC range

V : 2V/div

1 : 1 probe

2

Ref. No.
D1
D2
D3
IC1
IC2
IC3
IC4
Q1
Q2
Q3
Q4
Q5
Q6
Q7

(Pin12 of IC4)
H : 0.1µsec/div

DC range

1 : 1 probe

0V

0V

2V

SAMPLE 50us

2V

SAMPLE 0.1us

E-40/J-36

Location
G5
G5
H4
F2
G3
G2
H3
F3
F3
F3
F2
G2
H2
G3

E-41/J-37

A

B

C

D

E

F

H

G

DSP-R496/RX-V496/RX-V496RDS/HTR-5240/HTR-5240RDS

■ PRINTED CIRCUIT BOARD (Foil side)
1



J, U, C, R, T, A and L models
P. C. B. TUNER (Lead Type & SMD)

P. C. B. ASS'Y TUNER LIST

There are two types of Tuner P. C. B. assemblies for this model:
One has only lead-type device and the other has lead-type and surfacemount (SMD) devices. These two P. C. B. assemblies are interchangeable.

Markets Lead Type Lead & SMD
J
V2518500 V2519200

RX-V496/HTR-5240
RX-V496/HTR-5240

U, C
R, T/T

V2518600
V2518700

V2519300
V2519400

RX-V496/HTR-5240

A, L/A

V2518800

V2519500

(Lead Type Device)
TO : INPUT (1)
MONAURAL DISCRIMINATOR
DISTORTION
BALANCE
ADJ.
ADJ.



Rsyn
Rclk
Rdi
Rce
DEST or Rdo
DO
CLK
DI
CE
/ST
TMUTE
METER
+12
TUR
TE
TUL

Model
DSP-R496

SEPARATION
ADJ.

J, U, C, R, T, A and L models
P. C. B. TUNER (Lead Type)
FREQUENCY
STEP
(R,T only)

TO : INPUT (1)

2
DISCRIMINATOR
BALANCE
ADJ.

Rsyn
Rclk
Rdi
Rce
DEST or Rdo
DO
CLK
DI
CE
/ST
TMUTE
METER
+12
TUR
TE
TUL

MONAURAL
DISTORTION
ADJ.

SEPARATION
ADJ.

1
12

24

1

13

11

AM
ANT

12

22

FREQUENCY
STEP
(R,T only)

GND
1

12

FM
ANT

3
1
24

AM
ANT

11

1

13

22
12

12

22

GND

W1
AM SENSITIVITY
ADJ.

FM
ANT

11

1

12

4

W1
SIGNAL
METER
ADJ.

AM SENSITIVITY
ADJ.

Lead Type
● Semiconductor Location
Ref. No.
D1
D2
D3
IC1
IC2
IC3
Q1
Q2
Q3
Q4
Q5
Q6
Q7

Location
C3
C3
D3
B3
C4
C3
B4
B4
B4
B3
C3
D3
C4

6

U,C

R,T

Lead Type & SMD
● Semiconductor Location

A,B,G,L
Point

R48

V : 2V/div

T3

1

(Pin22 of IC2)
H : 0.1µsec/div

DC range

J41
SW1
J42

0V

R55
R57
R58

2V

R60
:USED

E-42/J-38

1

CIRCUIT CHANGES BY MARKET.
J

SIGNAL
METER
ADJ.

1

(Surface Mount Device)

22

5

11

SAMPLE 0.1us

1 : 1 probe

Ref. No.
D1
D2
D3
IC1
IC2
IC3
Q1
Q2
Q3
Q4
Q5
Q6
Q7

Location
G5
G5
H4
F2
G3
G2
F3
F3
F3
F2
G2
H2
G3

:NOT USED

E-43/J-39

A

B

C

D

E

F

H

G

DSP-R496/RX-V496/RX-V496RDS/HTR-5240/HTR-5240RDS

■ PRINTED CIRCUIT BOARD (Foil side)
1



J, U, C, A, B, G and L models
P. C. B. MAIN (2)

SWITCHED
100W MAX. TOTAL
AC OUTLETS



J,U,C
models

● Semiconductor Location
J,U,C,A,B,G,L models
Ref. No.
D801
D814
D815
Q807

R and T models only
P. C. B. MAIN (2)

● Semiconductor Location

R,T models

Location
B3
C4
D5
B4

2

SWITCHED
100W MAX.(A,B models)
100W MAX.TOTAL (G,L models)
AC OUTLETS

Ref. No.
D801
D814
D815
D816
Q807
Q808

A,B,G,L
models

Location
F3
F4
G5
G5
F4
G5

SWITCHED
100W MAX. TOTAL
AC OUTLETS

IMPEDANCE SELECTOR

U,C,A,B,G,L only

IMPEDANCE SELECTOR

J
only

3
G only

G only

J only
J,U,C,
A,B,L
only

LOW1
LOW1
LOW2
LOW2
E
E
HI2
HI2
HI1
HI1

LOW1
LOW1
LOW2
LOW2
E
E
HI2
HI2
HI1
HI1

G
only

4

MG
SI2
PRY
PRV1

U, C
only

MG
SI2
PRY
PRV1

BE

BE

W806

W806

BL

BL

#13

#13

RE

TO:
MAIN (1)

RE

TO:
MAIN (1)

5

W801

FROM :
MAIN(5)

6

W202

TO:
MAIN (1)

W813
BR

W812
GY

TO : MAIN (6)

E-44/J-40

W801

FROM :
MAIN(5)

W202

TO:
MAIN (1)

W813
BR

W812
GY

TO : MAIN (6)

E-45/J-41

A

B

C

D

E

F

H

G

DSP-R496/RX-V496/RX-V496RDS/HTR-5240/HTR-5240RDS

■ PRINTED CIRCUIT BOARD (Foil side)
1

P. C. B. MAIN (3)
SPEAKERS



P. C. B. MAIN (6)

R and T models only
P. C. B. MAIN (7)

A
B

+

R



MAIN



+

L

R,T only
W903 RE
W901 YE
W905 OR
W902 WH
W904 BE
W906 BR

2

A,B,G,L
only
1

2

8

3
4

7
6
W812
GY

5

W813
BR

FROM : MAIN (1)

TO : POWER TRANSFORMER

3
E
L
L
BL
AL
AR
BR
R
R

LE
LE
L
L
RE
RE
R
R

240V
220V
110V
120V

1-2 / 5-6
2-3 / 6-7
3-4 / 7-8
4-5 / 8-1

W201

FROM : MAIN (1)

P. C. B. MAIN (5)

P. C. B. MAIN (4)
W351

FROM : POWER TRANSFORMER

U,C,R,T,A,B,G,L only

J only
+RYV
+RYV
VPB

R
R
BR
AR
AL
BL
L
L
E

W502B

4

● Semiconductor Location
Location
Ref. No.
B5
D381
B5
D382
B5
D383

A,B,G,L
only

J only
W381

5

#12

FROM :
MAIN (1)

U,C,R,T,A,B,G,L
only

HI1
HI1
HI2
HI2
E
E
LOW2
LOW2
LOW1
LOW1

B
A
SPEAKERS
ON OFF

W801

TO : MAIN(2)

6

E-46/J-42

E-47/J-43

PHONES

A

B

C

D

E

F

H

G

DSP-R496/RX-V496/RX-V496RDS/HTR-5240/HTR-5240RDS

■ PRINTED CIRCUIT BOARD (Foil side)
1

P. C. B. MAIN (1)

FROM : OPERATION (4)

2

-B
NFL
VL
NFR
VR
NFRL
VRL
NFRR
VRR
NFC
VC
+B
E
PRV1

A, B, G, L
only
#10

BL

+


#10

LIMDT
MG
PRY
S12
SPRY
PRI
PRD
VP
PRV1
ERY

#12

FROM : OPERATION (1)

W201

TO: MAIN (3)

W202

FROM : MAIN (5)

#12

#13

W381

TO : MAIN (5)

W806

TO : MAIN (2)

● Semiconductor Location
Ref. No.
Location
Ref. No.
D201
B2
D213
D202
C2
D214
D203
D2
D215
D204
E2
D216
D205
F2
D217
D206
B3
D218
D207
C3
D219
D208
E3
D220
D209
F3
D221
D210
B3
D222
D223
D211
C3
D212
F3

5

6

A, B, G, L
only

MG
S12
PRY
-PRV1

W503

#13

VPB
+RYV
+RYV

R
R
RE
RE
L
L
LE
LE

4

E-48/J-44

REAR
R (SURROUND) L

BE

3

SPEAKERS

CENTER

RE

Location
C3
F3
F3
C2
C2
C2
F2
F2
B3
E3
F3

Ref. No.
Q201
Q202
Q203
Q204
Q205
Q206
Q207
Q208
Q209
Q210
Q211
Q212

Location
B2
B2
C2
C2
C2
D2
D2
D2
E2
E2
E2
F2

Ref. No.
Q213
Q214
Q215
Q216A
Q216C
Q218A
Q218C
Q220A
Q220C
Q222A
Q222C
Q224A

Location
F2
F2
G2
B2
B2
C2
C2
E2
D2
F2
E2
G2

Ref. No.
Q224C
Q226
Q227
Q228
Q229
Q230
Q231
Q232
Q233
Q234

Location
F2
B3
B2
C2
D2
E2
F2
C3
C3
D3

E-49/J-45

A

B

C

D

E

F

H

G

DSP-R496/RX-V496/RX-V496RDS/HTR-5240/HTR-5240RDS

■ PRINTED CIRCUIT BOARD (Foil side)
1

P. C. B. OPERATION (4)

P. C. B. OPERATION (5)

P. C. B. OPERATION (6)

TO: INPUT (1)
TO: INPUT (2)
#11

DVD/LD

U,C,R,T,
A,B,G,L only

VG
-12
+12B
+12A
+5D
DG
DG
+10
E
E
-25
+25
PRV1

VG
-12
+12B
+12A
+5D
DG
DG
+10
E
E
-25
+25
PRV1

#5

DVD/LD

9

SAT/D-TV
VCR
VIDEO

IN
OUT

MONITOR
OUT

TO: MAIN (1)

4
● Semiconductor Location
Ref. No.
Q115
Q116
Q117
Q118
Q119
Q301
Q302
Q303
Q304
Q305
Q306
Q307
Q721
Q722

Location
C3
B2
C2
B2
C2
G2
G2
F2
G2
G3
F3
F3
E4
E3

P. C. B. OPERATION (7)
TO: OPERATION (1)
W501

G
G
FL
FL

Location
C2
C2
C2
C2
B3
B3
B3
B2
B2
B3
B3
B3
C3
B3

RM

O
SF

Ref. No.
Q101
Q102
Q103
Q104
Q105
Q106
Q107
Q108
Q109
Q110
Q111
Q112
Q113
Q114

AN

5

Location
C2
C2
C2
B3
B3
E4
E3
F2
G2
G3
E3
E3
E3
E3

ER

W501

E-50/J-46

: TR
M
O ER
FR OW
P

Ref. No.
D101
D102
D103
D104
D105
D721
D722
IC301
IC302
IC303
IC721
IC722
IC723
IC724

E-51/J-47

VIDEO SIGNAL

VCR
OUT
MONITOR
OUT

9

9

#9
#9

NJM79M12FA

LA7956

NJM7812FA

1

W101

TO: INPUT (1)

NJM78M05

-BV
NFL
VL
NFR
VR
NFRL
VRL
NFRR
VRR
NFL
VC
+B
E
PRV1

NJM7812FA

3

6

SW1
SW2
SW3
+12A
AXV
VE

S VIDEO

IN
1

1
LA7956

LA7956

VG
DG
+B3
+B2
-B3
E
+B2
-B4
+B4
PRV1

#6

LC1
DG
+10
E
E
-25
+25
LC2
E
E
E
E

#5

2

DG
DG
+5D
+12A
+12B
-12
VG
C
RR
RL
R
L

#5

W721

A

B

C

D

E

F

G

H

DSP-R496/RX-V496/RX-V496RDS/HTR-5240/HTR-5240RDS

■ PRINTED CIRCUIT BOARD (Foil side)
P. C. B. DSP

1

P. C. B. DSP

TO: INPUT (1)

TO: INPUT (3)

#2

#1

#3

+5VD
DG
DVD-C/O

L
E
C
RL
E
LIN
+25

DVD-C/O
CECOD
SCK
CCK
DG
ERRD
CLKAC
RXAC
CEAC2
ERRA

#1

#3

#2

R
E
LFE
RR
RIN
-25

DSIG
DIB

DBS-C/O
SDT
CLD
CDO
DG
+5D
TXAC
CEAC1
/ICAC

2

TO: INPUT (1)

#1

#2

#3

17

16

IN

uPC29M33T-E1

COM

OUT

M5M51288BKJ-20LTEL
32

1

M5220FP

M5220FP

5

4

M5220FP

M5220FP

4

5

4

5

4

5

1

8

1

8

1

8

8

1

3

M5220FP
5

4

80

1

81

8

1

51
50

HD74HC02FPEL
8
14
8

23

33

NJM2904M

31
30

100
1

4

1

5

7

YSS918D-F

1

34

22

11

44

12

CS4227-KQ
YM3436DK

4

13

44

12
11

28

34

1

33

22
23

5
6

5

6

● Semiconductor Location
Ref. No.
Ref. No.
Location
IC1
D1
C3
IC2
D2
C3
IC3
D3
B3
IC4
D4
B3
D5
G4
IC5
IC6
D6
G4
IC8
D7
G4
IC9
D8
G3
IC10
D9
C4
IC11
D10
G3
D11
G3
IC12
IC15
D12
C4

Point 6
Pin 28 of IC6
V : 2V/div
H : 50nsec/div
DC range
1 : 1 probe

Point 5
Pin 13 of IC3
V : 2V/div
H : 50nsec/div
DC range
1 : 1 probe

Location
B3
B3
B4
A3
A3
C4
C3
C3
D3
D3
C3
B3

Ref. No.
Q1
Q2

Location
F3
F4

0V

0V

2V

SAMPLE

2V

50ns

E-52/J-48

SAMPLE

50ns

E-53/J-49

A

B

C

D

E

F

H

G

DSP-R496/RX-V496/RX-V496RDS/HTR-5240/HTR-5240RDS

■ PRINTED CIRCUIT BOARD (Foil side)

P. C. B. OPERATION (1)

TO: INPUT (1)

PRV2
CKB
VUP
DVD-C/O
CECOD
SCK
CCK
ERRD
MG
CLKAC
RXAC
CEAC2
ERRA
/ST
DO
RCE
RCK

1

TO: MAIN (1)

FROM: OPERATION (7)

TO: INPUT (2)

W501

#10

#6

W502

W503

#6

FL
FL
G
G

ERY
PRV1
VP
PRD
PRI
SRY
SI2
PRY
MG
LIMDT

CELC
DTB
VDN
FMT
SDT
CLD
CDO
+5M
MG
TXAC
CEAC1
/ICAC
METER
TCE
DEST/RDO
RDT

#6

25

30

35

40

43

46

50

55

60 61

#28

64 65

COM
IN

INPUT SELECTOR

NJM78L05A

22

80
81

R,T,A,L
only

17 18

2

COM

-A

51 50

MA

17

02

0 1

B

M3

F-TX
F-CK
+5BU
/RES

10

20

A

G

P

2F

13

F-RX
FCE
MG
CNVSS

1

OUT

FLASH
µ-COM
WRITE
CONNECTOR

2

VC
31

VO

STANDBY / ON

J,U,C,R,T only

J,U,C only

J,U,C,R,T,
A,L
only

B,G
only

3

30

INPUT
MODE

J,A,L
only
TUNING
MODE
AUTO/MAN'L
MONO

Point 3
(Pin 13 of IC501)
V : 2V/div
H : 50nsec/div
DC range
1 : 1 probe

START
MODE
PTY SEEK

RDS MODE
/FREQ.

3

SAMPLE

50ns

CH2

EFFECT

PROGRAM

B, G only

CH1
5V

2V

SAMPLE

5s

● Semiconductor Location
Location
Ref. No.
D501
E2
D502
G2
D503
G2
D504
E2
D505
F3
E2
D506
D507
E2
D508
G2
D509
G2
D510
G3
D511
G3
G2
D512
IC501
E2
IC502
G2
IC581
D5
IC582
E5
Q501
D2
D2
Q502
Q503
G2
Q504
G3
Q505
F2
Q506
F2

BASS

TREBLE

VIDEO AUX
VIDEO

TO:
INPUT (1)

L

#7
W581

NJM2068LD
NJM2068LD
1

1
8

8

+12
–12
TIR
E
TIL
E
TOR
E
TOL

W621

With the POWER
Disconnect the
switch turned ON,
power cord from
connect the
the AC outlet.
power cord to the
AC outlet.
This waveform is not available by pushing the
power switch ON and OFF.

E-54/J-50

P. C. B. OPERATION (3)

BALANCE

#581

0V
(CH2)

6

TAPE/MD MON
/EXT. DECODER

P. C. B. OPERATION (2)

Point 4
CH1 : Emitter of Q504
CH2 : Collector of Q503
V : 5V or 2V/div
H : 5sec/div
DC range
1 : 1 probe

0V
(CH1)

A/B/C/D/E

PRESET / TUNING

0V

2V

5

EON

PRESET
/TUNING
EDIT

AXR
E
AXL
VE
AXV

4

FM/AM
MEMORY
MAN'L/AUTO FM

#8

TO: INPUT (1)
E-55/J-51

AUDIO

R

4

A

B

C

D

E

F

H

G

DSP-R496/RX-V496/RX-V496RDS/HTR-5240/HTR-5240RDS

■ PRINTED CIRCUIT BOARD (Foil side)
1

P. C. B. INPUT (4)

P. C. B. INPUT (3)
TO: INPUT (1)
W102

5

8
uPC4570C
1

GR
E
GL
E
GSW
E
GC
E
GRR
E
GRL

4

LB1641

2

5

8

5

8

DIGITAL SIGNAL

16

OPTICAL

HD74HC153

SAT/D-TV

9

1

DVD/LD

14

8

#1

FROM : POWER TRANSFORMER

OPTICAL

1

P. C. B. INPUT (2)

DVD/LD

#4

TO: INPUT (1)

COAXIAL

TC74HCU04AP

DIB
DSIG

#1

#1

DVD-C/O
DG
-5D

8

7

3

CENTER

1

+10
VDN
–12
RRO
LFEO
RO
E
LO
RLI
CI
E
LI

SUB
WOOFER

4

#4

#4

uPC4570C

VG
VUP
+12A
RLO
CO
E
E
RRI
LFE
RI
E

SURROUND

VOLUME

W

1

EXT. DECODER INPUT

4

MAIN

W102

uPC4570C

L

1

R

10

TO: DSP

4

Location
G3
G4
D3
D2
D2
B2

#11

● Semiconductor Location
Ref. No.
Ref. No.
Location
D351
IC351
F3
D352
IC352
F3
D401
IC401
C2
D451
IC402
C5
D452
IC403
D5
D453
IC404
D5

#11

5

PRV1
+B4
–B4
E
+B2
+B3
DG
VG

W721

TO :
OPERATION (5)
W502

TO :
OPERATION (1)

6

E-56/J-52

E-57/J-53

A

B

C

D

E

F

H

G

DSP-R496/RX-V496/RX-V496RDS/HTR-5240/HTR-5240RDS

■ PRINTED CIRCUIT BOARD (Foil side)

● Semiconductor Location
Ref. No.
Ref. No.
Location
D101
IC101
D3
D102
IC102
D3
D103
IC103
D3
D104
IC104
D3
D105
IC105
F5
D106
IC106
B3
IC107
IC108
IC109

P. C. B. INPUT (1)

1

TO: DSP

TO:DSP
DBS-C/O
SDT
CLD
CDO
DG
+5D
TXAC
CEAC1
/ICAC

#3

#2
R
E
LFE
RR
RIN
–25

#3

DVD-C/O
CECOD
SCK
CCK
DG
ERRD
CLKAC
RXAC
CEAC2
ERRA

L
E
C
RL
E
LIN
+25

TO: TUNER
TUL
TE
TUR
+12B
METER
TMUTE
/ST
TCE
SDT
SCK
DO
DEST/RDO
RCE
RDT
RCK
Rsync

#2

A,B,G,L only

2

J,U,C,R,T
only

PHONO

1

TO:
OPERATION (3)

1

#4

CD

J,U,C,R,T
only

#7

W621

Ref. No.
Q111
Q112
Q113
Q114
Q115
Q116
Q117
Q118
Q119
Q120
Q121
Q122
Q123
Q124
Q125

NJM2068LD

1

8

UPC4570HA

UPC4570HA

1

Location
F5
G5
F5
D4
C4
D4
C4
C3
C3
C3

8

A,B,G,L
only

#3

Ref. No.
Q101
Q102
Q103
Q104
Q105
Q106
Q107
Q108
Q109
Q110

A,L,B,G
only

8

#2

Location
G4
F4
E4
G2
F2
E3
B4
E4
D4

3

DVD/LD

15

16

15

16

AUDIO SIGNAL

TAPE/MD
OUT
IN

3 (PLAY) 4 (REC)

LC78211

LC78213

15

16

8

TO:
OPERATION (2)

M5220L
8

16

L

1

LC78212

9

M5220L

W581

L

1

30

1

30

1

30

1

4

#6

R

#5

R

#7

+12A
–12
TIR
E
TIL
E
TOR
E
TOL

#8

#8

AXV
VE
AXL
E
AXR

BU2090
1

SAT/D-TV

8

IN

SW1
SW2
SW3
+12A
AXV
VE

W101
W102
#5

TO: OPERATION (4)
6

E-58/J-54

#4

TO : INPUT (4)

TO: INPUT (3)
E-59/J-55

#9

TO : OPERATION (6)

OUTPUT

SUB
WOOFER

LI
E
CI
RLI
LO
E
RO
LFEO
RRO
–12
VDN
+10

OUT

E
RI
LFEI
RRI
E
E
CO
RLO
+12A
VUP
VG

VCR

TO:
OPERATION (1)

LC1
DG
+10
E
E
–25
+25
LC2
E
E
E
E

#4

#6

DG
DG
+5D
+12A
+12B
–12
VG
C
RR
RL
R
L

#5

RDT
DEST/RDO
TCE
METER
ICAC
CEAC1
TXAC
MG
+5M
CDO
CLD
SDT
FMT
VDN
DTB
CELC

5

GR
E
GL
E
GSW
E
GC
E
GRR
E
GRL

RCK
RCE
DO
/ST
ERRA
CEAC2
RXAC
CLKAC
MG
ERRD
CCK
SCK
CECOD
DVD-C/O
VUP
CKB
PRV2

#6

Location
C3
C3
C3
C3
B4
B4
B4
D3
D4
C4
B4
C3
C3
B4
B4

A

C

B

D

E

G

F

H

I

J

K

DSP-R496/RX-V496/RX-V496RDS/HTR-5240/HTR-5240RDS

■ SCHEMATIC DIAGRAM [INPUT (1/2)]

TO INPUT(3) W102
page E-61/J-57 E-2

TO DSP #3 page E-63/J-59 L-5

1

TO OPE(2) #7
page E-62/J-58 H-5

TO INPUT(4) #4 page E-61/J-57 F-4

MAIN L

MAIN L
(DSP)

PHONO (MM) EQ AMP

#7

#3

#4

W581

MAIN L
(DSP)

MAIN L

11.5
0
0

MAIN AMP

0

LEVEL SHIFT,CONTROL DRIVE & MUTING

CENTER

4.9
4.9

0
0

0

0

-0.1 0

-0.1

0

0
0 -11.9

–11.6

0

–11.9

0
0

1

REAR L

0 0

-11.9

0

0

0 0

0

LFE

0.2

0

–11.9

#5

0
–11.9

0

0

-11.9

-11.9
0

0

0

0

0

0

0

0

0

CENTER
-11.9
4.9

0

4.9
4.9
4.9

4.9

4.9
4.9

-11.9

0

0

MAIN L

0

-11.9

REAR L
0
0

4

0

-11.9

23.7

-11.9

0

-11.9

0
0

-11.9
0

0

-11.9

MAIN LEVEL
CONTROL

0

MAIN
L

0.1

-11.9
0

IN
3 (PLAY)

0

0

0

0

–11.9

0

–11.9

0

0
0

0

0

23.7
0
0
0

0

0

MAIN L

INPUT
SELECTOR

0

0

–11.9

LFE

3

0

TO OPE(4) #5 page E-64/J-60 A-4

0

0

–11.9

0

-46.7

4.9

-46.7

-11.9
#8

0

4.9

0

0

0 0

0

0 0

0

0
0

0

0

0
4.9
4.9
4.9
4.9
4.9
4.9

0

0

0

0

0

0

0

0
0

0 0 0 0

0 0

0 0

0

0

0
0

0

#9

0

0

0
0
0

0

0

0

–24.1

0

–12.0

TUNER LEVEL
CONTROL
11.9

0

0
0
0
4.9
0

0

MAIN L
(DSP)

5

6-CH SELECTOR

0

0

• IC107: BU2090→See page
28(EX), 24(J)

0

IN

I/O
EXPANSION

–24.1

TO OPE(6) #9
page E-64/J-60 K-5

00 0 0

0

4.9

11.9
0

0

0

0

W521

4.9
-11.9

OUT
4 (REC)

TO OPE(3) #8
page E-62/J-58 K-3

2

AUDIO
SIGNAL

0
0

–12.0

0

6

11 .9
11 .9
0
0

0
0
-12.0
0
0
0

-12.0
0
0
0

0
0

LEVEL SHIFT,
CONTROL DRIVE
& MUTING

-12.0
0
0
0

11.9
11.9

11 .9
11 .9

OUT

7

SUB
WOOFER

0 -11.9

0
-11.9

-11.9

OUTPUT

0
0

-11.9

0

#2

#6

-11.9

0

8
TO OPE(1) #6 page E-62/E-58

A-5

TO DSP #2 page E-63/J-59 B-8

TO TUNER CB4 page E-66/J-62 H-5 : J,U,C,R,T,A,L models
TO TUNER CB4 page E-67/J-63 H-5 : B,G models

IC BLOCK→See page E-61/J-57
PIN CONNECTION DIAGRAM→See page E-61/J-57

Conditions (RX-V496RDS)
• INPUT
→ CD
• VOLUME
→ minimum(–∞)
• IMPEDANCE
SELECTOR → Left
• PRO LOGIC → On

All voltages are measured with a 10MΩ/V DC electric volt meter.
Components having special characteristics are marked
and
must be replaced with parts having specifications equal to those
originally installed.
★ Schematic diagram is subject to change without notice.
E-60/J-56



A

B

C

D

E

F

G

H

I

J

K

L

DSP-R496/RX-V496/RX-V496RDS/HTR-5240/HTR-5240RDS

■ SCHEMATIC DIAGRAM [INPUT (2/2)]
1

VOLUME AMP

POWER SUPPLY

MAIN L

31.3
11.8
-0.1

-0.1

0
0

AC49.1V

FROM POWER TRANSFORMER

0

-31.7

#11

0
0
0

-11.9

W721

TO OPE(5) #11
page E-64/J-60 H-6

W102

EXT.DECODER
INPUT

TO INPUT(1) W102
page E-60/J-56 E-1

19.4

2

-0.1

-0.1

AC
31.3V

-19.9

CENTER
11.8

3

OPTICAL
SIGNAL
DETECTOR

4.9

0
0

TO INPUT(1) #4
page E-60/J-56 G-1

0

DIGITAL
INPUT
SELECTOR

10.5

0

AC9.7V

5.0

TO
OPE(1)
W502
page
E-62/J-58
H-7
0
0
0

LFE

3.1 4.7
2.5

0

#4

0

0.3

0.3

0

0

0.3

0
0

3.1

4.7

0

COAXIAL

-11.9

0

0
11.8
0

0

0

0

0

4.7

4.0

0

TO DSP #1
page E-63/J-59 B-1

4.7

0.3
4.0

0

0

4.7

0

0

OPTICAL

0

4

4.7

DIGITAL IN

OPTICAL

0

REAR L

#1

0
0
0

-11.9

MOTOR DRIVE
5

0.7

0.5

1.7

0

0.3

0.7

10.6

1.7

0.3

0

0.5

VOLUME

6

IC351: TC74HCU04AP
Hex Inverters

1A 1

14 VDD

1Y 2

13 6A

2A 3

12 6Y

2Y 4

11 5A

3A 5

10 5Y

3Y 6

9 4A

Vss 7

8 4Y

IC352 : HD74HC153P
Dual 4 to 1 Data Selectors

IC401~403 : uPC4570C
Dual OP-Amp

INPUTS
OUTPUTS
SELECT STROBE
Y
G
B A
X X
H
L
L L
L
C0
L H
L
C1
H L
L
C2
H H
L
C3

A OUT

H: High Level
L: Low Level
X: Don't care

IC404 : LB1641
Motor Driver

PIN CONNECTION DIAGRAM OF DIODES, TRANSISTORS AND IC’s.
1SS133
1SS176
HSS104

V+

A –IN

B OUT

A +IN

B –IN

V–

B +IN

HZS5C2TD
HZS11B2TD

NJM2068LD

M5220L

uPC4570HA

Anode
8
B

Cathode

7
LB1641

IC101 : LC78211
Analog Function Switch

2SA893A(D,E)
DTA144ES

2SC2878(A,B)

IC102 : LC78213
Analog Function Switch

E

C

uPC4570C

C

9

E

B

TC74HCU04AP

BU2090
HD74HC153P

LC78211
LC78212
LC78213

IC103 : LC78212
Analog Function Switch
10

25 R5

L6 7

24 R6
23 RCOM2
22 R7

LCOM2 8
L7 9

21 R8

L8 10

E-61/J-57

1

+


2

3 4 5

6

7 8

20 RCOM3
LEVEL SHIFTER
LATCH
SHIFT RESISTER

CONTROL,

11
19
16
12
18
S 17

LCOM3
VDD
Vss
VEE
RES

+


OUT2
+Vcc

26 R4

L5 6

–IN2

8

L4 5

IC105,106 : uPC4570HA
Dual OP-Amp

IC104 : NJM2068LD
IC108,109 : M5220L
Dual OP-Amp

+IN2

28 R3
27 RCOM1

–Vcc

29 R2

L3 3
LCOM1 4

–IN1

L2 2

+IN1

30 R1

OUT1

L1 1

14 D1
15 CL
13 CE

Conditions (RX-V496RDS)
• INPUT
→ CD
• VOLUME
→ minimum(–∞)
• IMPEDANCE
SELECTOR → Left
• PRO LOGIC → On

All voltages are measured with a 10MΩ/V DC electric volt meter.
Components having special characteristics are marked
and
must be replaced with parts having specifications equal to those
originally installed.
★ Schematic diagram is subject to change without notice.




Aperçu du document yamaha_rx-v496_rds_htr-5240_rds_sm_[ET].pdf - page 1/74
 
yamaha_rx-v496_rds_htr-5240_rds_sm_[ET].pdf - page 3/74
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yamaha_rx-v496_rds_htr-5240_rds_sm_[ET].pdf - page 5/74
yamaha_rx-v496_rds_htr-5240_rds_sm_[ET].pdf - page 6/74
 




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