COMPONENTS IDENTIFIED BY MARK ON THE SCHEMATIC DIAGRAM AND IN THE PARTS LIST ARE CRITICAL FOR RISK
OF FIRE AND ELECTRIC SHOCK.
REPLACE THESE COMPONENTS WITH ONKYO PARTS WHOSE PART NUMBERS APPEAR AS SHOWN IN THIS MANUAL.
MAKE LEAKAGE-CURRENT OR RESISTANCE MEASUREMENTS TO DETERMINE THAT EXPOSED ARTS ARE ACCEPTABLY
INSULATED FROM THE SUPPLY CIRCUIT BEFORE RETURNING THE APPLIANCE TO THE CUSTOMER.
Page 2
AV RECEIVER
MODEL HT-R391(B)
North American and Brazilian models ---> “DIMMER”
Asian models ---> “RT/ PTY/ TP”
HT-R391
Ref. No. 4380
022012
Black model for HT-S3500
B MDC, B MDS
B MMK, B MMQ
120V AC, 60Hz
220-240V AC, 50/60Hz
RC-799M
Page 3
SERVICE PROCEDURE-1
1. Replacing the fuses
This symbol located near the fuse indicates that the
fuse used is slow operating type, For continued protection against
fire hazard, replace with same type fuse, For fuse rating, refer to
the marking adjacent to the symbol.
Ce symbole indique que le fusible utilise est e lent.
Pour une protection permanente, n'utiliser que des fusibles de meme
type. Ce demier est indique la qu le present symbol est apposre.
(U.S.A. model only)
After correcting the original service problem, perform the following safety check before releasing the unit to the customer.
Leakage current Check
Measure the leakage current to a known earth ground (water pipe or conduct etc.) by connecting a leakage current
tester between the earth ground and exposed metal parts of the unit (input/output ground terminals, screw heads or metal overlays etc.).
Plug the power supply cord directly into a 120Vac 60Hz wall socket and turn ON/STANDBY button on.
Any current measured must not exceed 0.5mA.
3. To initialize the unit
1. Press ON/STANDBY button while pressing down VCR/DVR button when the unit is POWER ON, then the FL displays
"CLEAR", and turn to STAND-BY.
Preset memory and each mode stored in the memory, are initialized and will return to the factory settings.
2. Remove power cord from wall outlet.
ON/STANDBY
Clear
VCR/DVR
Stand-by
Page 4
SERVICE PROCEDURE-2
4. To check version of each Firmware
1. Press ON/STANDBY (Power On)
2. Press DISPLAY + ON/STANDBY.
e.g.
M:1.00/11Z22ALU
3. Press (Tone) ---> Forward
Press
(Tone) ---> Reversed.
(TONE)
e.g.
M:1.00/11Z22ALU
(TONE)
e.g.
D:1.00/11Z05aL
HT-R391
Version of Main Microprocessor displayed
only for 3 seconds.
Version displayed
only for 3 seconds.
Main Microprocessor
(TONE)
DSP
(TONE)
e.g.
O:1.00/11Z02AL
4. Press ON/STANDBY (Power Off).
ON/STANDBY
(TONE)(TONE)
(TONE)
HDMI/Video Microprocessor
(TONE)
DISPLAY
Page 5
TX-SR313/ HT-R358/391/558/591/ HT-RC430
DEBUG MODE-1
AUDIO DEBUG MODE-1/5
The operations of DSP and DIR etc are able to checked by the information displayed on FL in this debug mode.
This information will help to analysing digital audio no sound trouble.
To set in Debug mode
1. Press and hold down DISPLAY
e.g.
button, then press ON/STANDBY button.
M1.06/12417AE
The version number of microprocessor is displayed
only for 3 seconds.
2. Press +
3. Press DISPLAY
11. Press DISPLAY
(TONE) button while the version number of microprocessor is displayed.
ON/STANDBY
e.g.
button while the version number of DSP is displayed.
e.g.
e.g.
D1.05/12327AEA
4D48K1N 0FFPo0
button.
+ (TONE)
The version number of DSP is displayed
only for 3 seconds.
Refer to “DEBUG MODE-3”
Description of the DSP PORT
(NIC/DEC/SPI Busy/Exec wait)
8. DSP SEQUENCE
00-FE:NotFree
2D:Mute Control
FF:Free
Refer to “DEBUG MODE-4, -5”
Description of the
DSP Sequence
9. DSP DETECT FORMAT
P:PCM(Analog)
D:Dolby Digital
d:DTS
A:AAC
d:DTS
A:AAC
S:DSD
p:DolbyDigital+
T:TrueHD
H:DTSHD High Resolution
M:DTSHD MaterAudio
?:UNKNOWN
10. DSP DECODE OK
o:OK
x:NG
11. Mute
1:Selector
2:Effector
4:DSP
8:DIR
Page 7
DEBUG MODE-3
AUDIO DEBUG MODE-3/5
Description of the DSP PORT(NIC/DEC/SPI Busy/Exec wait)
TX-SR313/ HT-R358/391/558/591/ HT-RC430
Number of
digits
Number of
Parameters
Display
contents
0
1
2
3
4
5
114131210687432591115
1375426891011
Internal stateInferred state
Stable state
NIC
DEC
NIC+DEC
SPI Busy
SPI Busy + NIC
If the stop remains "1" is indicated, it is possible that there is an abnormality in
the connection between the microcomputer and the NIC.
Please check if the input signal Dolby / DTS / AAC / PCM from Coax or OPT.
If the stop remains “2” is indicated, it is possible that there is an abnormality
in the connection between the DIR and the DSP.
There is a case of "2" for the state to stop or pause playback equipment.
And it is normal.
If the stop remains "3" is indicated, it is possible that there is an abnormality in
the connection between the microcomputer and the NIC.
If the stop in these numbers, it is possible that there is an abnormality in
the connection between the DSP and the microcomputer.
SPI Busy + DEC
6
SPI Busy + NIC + DEC
7
Exec wait
8
Exec wait + NIC
9
Exec wait + DEC
A
Exec wait + NIC+DEC
B
Exec wait + SPI Busy
C
Exec wait + SPI Busy
D
+ NIC
Exec wait + SPI Busy
E
+ DEC
Exec wait + SPI Busy
F
+ NIC + Dec
If you stop at these numbers, please check the DSP Sequence.
Page 8
DEBUG MODE-4
AUDIO DEBUG MODE-4/5
Description of the DSP Sequence(1/2)
TX-SR313/ HT-R358/391/558/591/ HT-RC430
Number of
digits
Number of
Parameters
Display
contents
Stop at "03"
is indicated.
Stop at "
is indicated.
05"
114131210687432591115
1375426891011
Inferred state
Have not been able to communicate
between the microcontroller and
the DSP.
Have not been able to write from
the boot loader of the DSP.
Possible Causes
1.There is a problem with the connection between the FlashROM and
the DSP, and the SDRAM.
2.Power is not supplied to the DSP.
3.Operation clock is not input to the DSP.
4.Reset port of the DSP is not connected.
5.There is a problem with the line of communication between the
microcontroller and DSP.
6.DSP is broken or Microcomputer.
7.Program has not been successfully written to the Flash ROM. Or the
program is not written.
8.Communication port (such as DIR) other devices are connected to t
he SPI mode is broken short. Terminals are short-circuited.
1.Program is not written correctly to Flash ROM.
2.DSPSDO line of microcomputer is interrupted somewhere.
3.There is a problem with the FlashROM (or SDRAM) of DSP.
4.DSP is broken or Microcomputer.
5.Upper address bus of Flash ROM is not connected properly.
Stop at "
is indicated.
Stop at
"
09 - 0C"
is indicated.
Stop at "
is indicated.
08"
17"
While running the boot loader of DSP,
the main program is not running.
Main program of DSP is not working
properly.
There is a possibility that the power is
turned off during the S / PDIF Update.
1.SDRAM is broken or Flash ROM.
2.Upper address bus of Flash ROM is not connected properly.
3.Program is not written correctly to Flash ROM.
4.There is a possibility that the power is turned off during
the S / PDIF Update.
1.SDRAM is broken or Flash ROM.
2.Upper address bus of Flash ROM is not connected properly.
3.Program is not written correctly to Flash ROM.
4.There is a possibility that the power is turned off during
the S / PDIF Update.
Solution :
Hold down the VCR/ DVR when the power is turned on, press the
On/Standby key. (Clear)
When out of the state of S / PDIF Update, please press the
On/Standby key.
Page 9
DEBUG MODE-5
AUDIO DEBUG MODE-5/5
Description of the DSP Sequence(2/2)
TX-SR313/ HT-R358/391/558/591/ HT-RC430
Number of
digits
Number of
Parameters
Display
contents
Stop at
“21”, to return to the
previous display after a while.
Format display indicator flashes.
Stop at
"
22-24"
is indicated.
Stop at
30-33"
"
is indicated.
114131210687432591115
1375426891011
Inferred state
Main program of DSP is not working
properly.
main program of DSP is not working
properly.
The audio signal is not input.
main program of DSP is not working
properly.
The audio signal is not input.
Possible Causes
1.SDRAM(or Flash ROM) is broken.
2.Upper address bus of Flash ROM is not connected properly.
3.Program is not written correctly to Flash ROM.
4.Operation clock to the DSP is not a predetermined value.
1.SDRAM(or Flash ROM) is broken.
2.Upper address bus of Flash ROM is not connected properly.
3.Program is not written correctly to Flash ROM.
4.Operation clock to the DSP is not a predetermined value.
5.Audio clock to the DSP is not a predetermined value.
1.SDRAM(or Flash ROM) is broken.
2.Upper address bus of Flash ROM is not connected properly.
3.Program is not written correctly to Flash ROM.
Stop at
"
26-2F"
is indicated.
Stop at "
is indicated.
FF"
DSP settings has failed.
The DSP is functioning properly.
There is no sound even though it is
the display of "
FF".
1.SDRAM(or Flash ROM) is broken.
2.Upper address bus of Flash ROM is not connected properly.
3.Program is not written correctly to Flash ROM.
All settings are completed, DSP has started normal operation.
Refer to “DEBUG MODE-3”
Description of the DSP PORT
(NIC/DEC/SPI Busy/Exec wait)
Page 10
TX-SR313/ HT-R358/391/558/591/ HT-RC430
DEBUG MODE-6
HDMI DEBUG MODE-1/6
HDMI-related operations can be checked to some extent by displaying HDMI debug mode.
To enter this mode
Hold down DISPLAY
Content of Display
button for 3 seconds. Information display will last for about 8 seconds.
1
Resolution display
Input resolutionOutput resolution
1080i/6 0
1
List of standard resolution
4 8 0i/6 0
4 8 0 p /6 0
1 0 8 0i/6 0
7 2 0 p /6 0
1 0 8 0 p /6 0
2 4 0 p /6 0
# 4 8 0i/6 0
14
1312106874325911
# 5 7 6i/5 0
# 5 7 6 p /5 0
# 2 8 8 p /5 0
1 0 8 0 p /2 4
1 0 8 0 p /2 5
1 0 8 0 p /3 0
V G A
1
14
1312106874325911
1080i/6 0
1312106874325911
5 7 6 p 2 0 0
5 7 6i2 0 0
4 8 0 p /6 0
4 8 0 p 2 4 0
4 8 0i2 4 0
*4 8 0 p /6 0
*5 7 6 p /5 0
14
# 4 8 0 p /6 0
# 2 4 0 p /6 0
5 7 6i/5 0
5 7 6 p /5 0
1 0 8 0i/5 0
7 2 0 p /5 0
1 0 8 0 p /5 0
2 8 8 p /5 0
1 0 8 0i1 0 0
7 2 0 p 1 0 0
5 7 6 p 1 0 0
5 7 6i1 0 0
1 0 8 0i1 2 0
7 2 0 p 1 2 0
4 8 0 p 1 2 0
4 8 0i1 2 0
7 2 0 p /2 4
7 2 0 p /2 5
7 2 0 p /3 07 2 0 p /3 0
Page 11
DEBUG MODE-7
HDMI DEBUG MODE-2/6
Display of Input resolution
DVI input signal
VGA input signal
No input
Display of Output resolution
TX-SR313/ HT-R358/391/558/591/ HT-RC430
4 8 0I/6 0
1
4 8 0 P /6 0
1
i / p will be capitalized.
V G A
1
Display the ” ” in column 1
U n k n o w n
1
14
1312106874325911
14
1312106874325911
14
1312106874325911
14
1312106874325911
For a video processor
DVI input signal
VGA input signal
RSEN is OFF
EDID_READ is NG
Via VSP
VSP skip
1 0 8 0i/6 0
1
Display the ” ” in column 4
1 0 8 0i/6 0
1
4 8 0I/6 0
1
4 8 0 P /6 0
1
i / p will be capitalized.
4 8 0p /6 0
1
Display the ” ” in column 5
4 8 0p /6 0
1
4 8 0p /6 0
1
14
1312106874325911
14
1312106874325911
14
1312106874325911
14
1312106874325911
14
1312106874325911
14
1312106874325911
Display the ” ” in column 14
#
14
1312106874325911
Display the ” # ” in column 14
Resolution Error
No output
(Signal output destination
can not be found.)
See “OPERATION CHECK-3, -5” for TEST MODE operation.
NOTE: Don't connect load nor short speaker terminals.
a. Change the state to "TEST-4-21".
b. It tests by being automatic in order of TEST4-21(FL+) → 22(FR-) → 23(C+) → 24(SL-)
→ 25(SR+) → ( 26(SBL-) → 27(SBR+) ). It becomes the display of "TEST-4-35."
c. It will complete, if displayed on FL TUBE as "TEST-4-35."
d. Check operation of voltage-detection of subwoofer channnel. (HT-R391/358 only)
Change the state to "TEST-1-00".
The speaker relay is OFF immediately after D.C. +1.5v 3v is put at J4082 J4090 to check SW.
The same as above when D.C. -1.5v 3v is put at each place.
NOTE1: Limit time to apply voltage is 0.5-1.0 seconds each channel.
When protection operation does not occur at once, try several times.
NOTE2: Don't connect load nor short speaker terminals.
NOTE3: The relay shall recover in one second in "TEST-1-00". So it shall not be hold OFF.
1-2. OPERATIONS OF CURRENT-DETECTION PROTECTORS
See “OPERATION CHECK-3, -4” for TEST MODE operation.
a. Change the state to "TEST-4-35".
Even if you connect 3-ohm load for every channel of L, R, C, SL, SR, SBL,SBR and SWch, a relay should not cut off.
If 1-ohm load is connected for every channel of L, R, C, SL, SR,SBL,SBR and SWch, a relay should hold the state of ON.
1-3. CONFIRMATION OF RDS (RADIO DATA SYSTEM) OPERATION (Applied to MPP/MPB type)
a. Input 98MHz,30dBμ signal modurated with RDS data.
b. When a PS information is received, the name of the station "RDS TEST" shall be displayed within 2 seconds instead of the frequency.
1-4. CONFIRMATION OF HEAD PHONE OPERATION.
Confirm the Listening Mode is automatically switched to "STEREO" mode when headphones plug is inserted into the PHONES jack.
1-5. COMFIRMATION OF USB(Except of HT-R358)
See “OPERATION CHECK-3, -4” for TEST MODE operation.
a. Connect ipod to AVR USB port.
b. When set to TEST-3-10, confirm that the display of AVR change "connecting" to "press Push [MODE] button ...." or "iPod"
after few seconds.
The following iPod models can be used for inspection.(The above-mentioned operation is not done excluding the following items.)
iPod classic, 3G nano, 4G nano, 5G nano
1-6. CONFIRMATION OF OUTPUT SENSOR AND THERMAL SENSER.
See “OPERATION CHECK-3, -5” for TEST MODE operation.
a. Set the TEST MODE to "TEST-4-36" and "TEST-4-37".
After light "FM STEREO" on FL display, the relays RL691/692 is OFF and "FM STEREO"is off .(TEST4-37 is only for HT-R591.)
b. Push ON/Standby button while pushing down DISPLAY button to display CPU PROGRAM version.
Push TONE button while displaying CPU PROGRAM version to display value of temparature sensor.
Confirm outside temperature ±20C is displayed immediately after energizing.
Note that the error margin is caused by the rise of the temperature of the heat sink when time passes.
No singal condition (Ex. Display)
>00 034 F:x S:H
Voltage
of VOLH port
Temparature
of thermal sensoor
FAN condition
x: Stop
L: Low speed
M: Mid speed
H: High speed
1-7. CONFIRMATION OF HDMI MAIN OUTPUT OSD(ON SCREEN DISPLAY) OPERATION
a. When SETUP button is pushed, confirm that setup menu is displayed in HDMI Out.
b. Confirm that specified operations for ENTER(with 4-cursor) buttons are made.
1-8. CONFIRMATION OF HDMI AUDIO OPERATION.
See “OPERATION CHECK-3, -6” for TEST MODE operation.
CONFIRMATION OF HDMI I2S SIGNAL
a. Input the one of these signals below from HDMI1 terminal.
DTS-HD MasterAudio 7.1ch
Dolby TrueHD 7.1ch
LPCM 7.1ch
b. Change the state to TEST 6-00. Confirm the signal is output from L/R,SW/C,SL/SR,SBL/SBR.
c. When TEST 6-08, confirm the sound(HDMI1 input) outputs from the TV.
CONFIRMATION OF HDMI SPDIF SIGNAL
d. SPDIF signal is input from HDMI terminal.
e. When TEST 6-06, confirm the sound(HDMI IN1) outputs from the speaker.
f. When TEST 6-07, confirm the sound(BD/DVD analog input) outputs from the TV.(VIDEO is HDMI1)
CONFIRMATION OF HDMI DSD SIGNAL
g. When TEST 6-10,11,12, confirm the sound of DSD 5.1ch input HDMI IN 3, output from the speaker.
1-9. VIDEO FUNCTION CHECK
See “OPERATION CHECK-3, -6” for TEST MODE operation.
a. Confirm Video output signal as shown Table 2, while Video signal are input as shown Table 1.
NOTE: Confirm the HDMI path at 1080p signal.
Table 1
Input
BD/DVD
VCR/DVR
CBL/SAT
GAME
PC
AUX
Composite Video
A
B
C
D
H
E
Component
IN1
--IN2
---
---
---
F
No
G
No
No
No
HDMI
IN1
IN2
IN3
IN4
IN5
IN6
J
K
L
M
N
O
Table 2
Test mode
5-05(BD/DVD)
5-06(VCR/DVR)
5-07(CBL/SAT)
5-08(GAME)
5-09(PC)
5-10(AUX)
Composite Video
ZVCR out
A
--C
D
H
E
Monitor out
A
B
C
D
H
E
Component
OUT
F
--G
---
---
---
HDMI
OUT
J
K
L
M
N
O
b. OPERATIONS OF VIDEO SIGNAL-DETECTION
Set the TEST MODE to "TEST-5-00".
Confirm that "RDS" of FL TUBE lights, when the component video signal is input.
1-10. MISCELLANEOUS
See “OPERATION CHECK-3” for TEST MODE operation.
a. Please confirm LED and FL displaying by the FL test mode. And confirm the destination setting. ---> See to"OPERATION CHECK-3".
b. Confirm Key Operation.
Change the state to KEY TEST under TEST MODE described in Section 4-2. to confirm each key operation.
c. Confirm the version of each firmware.--->See to" SERVICE PROCEDURE-2".
d. Confirm the firmware combination check.
e. Confirm the DSP flash check.(Except TX-NR414, HT-R758 )
When it is normal, FL display indicate "A:OK B:OK"
2-1.TEST MODE FOR MODEL, DESTINATION AND FL DISPLAY
NOTE: If VOL value is not 25(initial setting), test mode cannot be set.
a. Push ON/STANDBY key while pushing down TV/CD button button to display "TEST-".
b. Then push DIMMER(RT/PTY/TP) button and get the FL test mode.
c. In the FL test mode, TONE - button is FL TEST UP and TONE + button is FL TEST DOWN. d. REC OUT and ZONE2 button's originally operation can't work when it is in FL test mode. e. The contents of the step are as follows.
1. Lit all segment
2. Lit 'FEDCBA987654321'.
3. Lit a even number segment
4. Lit an odd number segment
5. The Destination is displayed. Please see the below for detail.
f. To close the FL test, push POWER button.
S R 313 Dx 2 0 0 0
MODEL NameDestination
MODEL
FL DIS Name
Destination
ABCD
MODEL
FL DIS Name
Destination
ABCD
TX-SR313
SR313
Dx
2000
TX-NR414
NR414
Dx
2000
Dx: USA/Canada
xx: OTHER
HT-RC430
RC430
xx
8000
xx
8000
Dx
2020xx8020
Dx
2002
HT-R758
HT758
A B C D
A:Value of AD port of BAND
B:Value of AD port of INIT1
C:Value of AD port of INIT2
D:Value of AD port of INIT3
HT-R391
HT391
Dx
2020xx8020
HT-R358
HT358
xx
8022
HT-R358
HT358
xx
8022
HT-RC440
RC440
Dx
2002
HT-R558
HT558
xx
8026
HT-R658
HT658
xx
8024
2-2. TEST MODE FOR OPERATION
a. Push STANDBY/ON button while pushing down TV/CD button to display "TEST-_".
b. Next, if the following keys are pushed, it becomes a each TEST MODE.
c. In the test mode, (TONE)- button is TEST MODE DOWN and (TONE)+ button is TEST MODE UP.
d. "TEST-1-00" and "TEST-1-01" are used to check a protection circuit, and the relay recovered in one second.
TEST MODE
Test mode No. --->
Button --->
TX-NR414
/HT-R758
Others
1-002-003-004-005-006-00
BD/DVD
BD/DVD
CBL/SATGAMEPCAUXTV/CD
VCR/DVR
CBL/SAT
GAME
AUX
TV/CD
HT-R591
HT591
Dx
2028xx8028
KEY TEST
MEMORY
(CINEMA FILTER)
IDLING
TIMER
TUNING MODE
(LATE NIGHT)
FL TEST
DIMMER
(RT/PTY/TP)
FIRMWARE
VERSION
TONE
TEST MODE
FIRMWARE
COMBINATION
CHECK
ENTER
CHECK SUM
When the MPU version
is displayed, push
"MEMORY(CINEMA FILTER)"
Direct
Direct
Direct
Stereo(Direct)
Stereo(Direct)
DVD Direct
Multich Amp Test
ADC DSP 8ch Thru.
ADC DSP 8ch Thru.
ADC DSP 7ch Thru.
ADC DSP 8ch Thru.
ADC DSP 8ch Thru.
ADC DSP 8ch Thru.
Automatic
Automatic
DIR DSP 8ch Thru
DIR DSP 8ch Thru
DIR DSP 8ch Thru
DIR DSP 8ch Thru
DIR DSP 8ch Thru
Automatic
DIR DSP 8ch Thru
DIR DSP 8ch Thru
DIR DSP 8ch Thru
DIR DSP 8ch Thru
ADC DSP 8ch Thru.
ADC DSP 8ch Thru.
DIR DSP 8ch Thru
DIR DSP 8ch Thru
Stereo(Direct)
Stereo(Direct)
Stereo(Direct)
Stereo(Direct)
ALL CH STEREO
Stereo(Direct)
ADC DSP 8ch Thru.
Stereo(Direct)
Stereo(Direct)
Stereo(Direct)
Stereo(Direct)
Stereo(Direct)
Stereo(Direct)
Stereo(Direct)
Stereo(Direct)
Stereo(Direct)
VIDEO
Input
BD/DVD
BD/DVD
BD/DVD
BD/DVD
BD/DVD
BD/DVD
BD/DVD
BD/DVD
BD/DVD
BD/DVD
BD/DVD
BD/DVD
BD/DVD
VCR/DVR*2
VCR/DVR*2
CBL/SAT
GAME
AUX
BD/DVD
BD/DVD
BD/DVD
BD/DVD
BD/DVD
BD/DVD
BD/DVD
BD/DVD
BD/DVD
AUX
PC
DVD
DVD
DVD
DVD
DVD
DVD
PORT
Last
Last
F/CS/SB
F/CS/SB
F/CS/SB
F/CS/SB
F/CS/SB
F
F
CS
F/CS/SB
F/CS/SB
F/CS/SB
F/CS/SB
F
F/Z2
F/Z2
F/Z2
F/CS/FH
F
F
F
F
F
F
F
F
F
F
F
etc.
SBL,SBR
SW=NO
SW=NO
SW:MUTE
SPRLF OFF
MICMUTE ON
Z2MUTE ON
"Output Level / Distortion"
SN Ratio
Freq. Resp.
Freq. Resp.
Separation
Separation
"Output Level / Distortion"
"Net connectioncheck "
*1 PROTECT
"*1 PROTECTFOR SBL ch"
*3
"WAV,44.1kHz,16bit,1kHz,0dBfs,
from test server"
"WAV,44.1kHz,16bit,-∞dBfs,
from test server"
"WAV,44.1kHz,16bit,20Hz,0dBfs,
from test server"
"WAV,44.1kHz,16bit,20kHz,0dBfs,
from test server"
"WAV,44.1kHz,16bit,1kHz,0dBfs,Lch
from test server"
"WAV,44.1kHz,16bit,1kHz,0dBfs,Rch
from test server"
"WAV,48kHz,16bit,1kHz,0dBfs,
from test server"
display IP address
In all test modes, it is not concerned with detection of VOLH but SEC1H are made "H" fixation. (Except TEST4-36 and 4-37.)
*1: All SP-RELAYs are turned ON only at the time of this STEP.
Moreover, whether make RELAY restoration time at the time of protection operation into 1 second, and PROTECT input "H" is detected
how many times or it continues 1 second or more, RELAY is not held at OFF or POWER OFF is not carried out, either.
When "H" is 1 seconds or more to PROTECT input and it is set to "L", RELAY is turned ON again.
Moreover, not any MUTE is outputted at the time of this STEP.
*2: Selector is CBL/SAT on NR414.
NOTE-1: For inspection procedure of NET, TEST-3-11 should be measured first. (for prevention of the malfunction)
NOTE-2: TTEST of NET/USB can't do immediately after the start-up. It should be measure after other TEST.
64(-16dB)
64(-16dB)
64(-16dB)
58(-22dB)
64(-16dB)
64(-16dB)
64(-16dB)
64(-16dB)
64(-16dB)
64(-16dB)
64(-16dB)
64(-16dB)
64(-16dB)
64(-16dB)
64(-16dB)
Min(-80dB)
Min(-80dB)
64(-16dB)
64(-16dB)
64(-16dB)
64(-16dB)
Max
Max
Max
Max
Max
Max
Max
Max
Max
Max
Max
Max
Max
Max
58(-22dB)
55(-25dB)
59(-21dB)
55(-25dB)
59(-21dB)
59(-21dB)
59(-21dB)
*2 : When TEST No. 4-21 34 is setted, DC votage is putted out immediately at each channel. (within 100msec.)
*3 : The following signal is putted out at all channel continuously in TEST4-35
Max
Max
2 mS 2 mS
20 mS
*4 : VOLH is detected and H/L of SEC1H is changed.
A detection level is the same as the normal mode.
When it is detected, light "FM STEREO" on FLD.
*8 : In TEST3-06,when I-Pod pull out from jug I-POD DET is detectedt han change to standby.
Through
Through
Through
Through
Through
Through
HDMI I2S SIGNAL
HDMI I2S SIGNAL
HDMI I2S SIGNAL
HDMI I2S SIGNAL
HDMI DSD SIGNAL
HDMI DSD SIGNAL
HDMI SPDIF SIGNAL
Audio TV OUT = ON, VOL=0, ANALOG(DVD)
Audio TV OUT = ON, VOL=0, I2S SIGNAL
HDMI AUDIO RETURN CHANNEL
HDMI DSD SIGNAL
HDMI DSD SIGNAL
HDMI DSD SIGNAL
etc
Only NR414
Audio TV Out
Audio TV Out
Audio TV Out
Audio TV Out
Audio TV Out,Only NR414
Audio TV Out
OUTPUT CH=L/R/C/SW/SL/SR
OUTPUT CH = SW/C (only 313)
OUTPUT CH = SL/SR (only 313)
OUTPUT CH = SBL/SBR (only 313)
OUTPUT CH = L/R/C/SW/SL/SR
OUTPUT CH = SBL/SBR
Output CH = L/R to L/R
Output CH = C/SW to L/R
Output CH = SL/SR to L/R
NOTES
1. DSP Thru of Lstn Mode outputs L Input signal to L/C/LS/SB, and outputs R Input signal to R/RS/SBR/RSW.
2. Config. is in order of SW/Front/Center/Surround/Surround Back
3. Mute is function to stop output(from the channel) by using inner DSP programming.
4. When Lstn Mode is DSP thru, an analog SW is changed into the state of SURROUND.
5. At the time of PRTCTTHM detection, it is displayed on FLT as "THERMAL PROTECT".
f. Following frequencies are automatically written in the preset memory, when the unit goes into test mode.
Model No. TX-SR313/HT-R391/HT-R358/HT-R558/HT-RC430
SCHEMATIC DIAGRAM (PART-4) ASP SECTION
2011.12.26
TO BAHDM-0678(PART-18)TO BAHDM-0678(PART-14)
FROM BAHDM-0678(PART-18)
FROM BADIS-0654(PART-10)
TO BAVD-0656(PART-8)
TO BAVD-0656(PART-8)
ASP
BAAF-1133 (1/2)
CLAMP
FOR P703
BAAF-1134
DIGITAL IN
FROM AMP SECTION
(PART-5)
TO AMP SECTION
(PART-5)
TO AMP SECTION
(PART-5)
C4204
102J
R4194
220K
C4065 474J
C4066 823J
C4067 223J
C4063
823J
C4064 223J
C4013
221J
C4008
221J
R4008
330
R4047
100K
R4048
100K
R4060
100K
R4059
100K
R4058
100K
R4057
100K
R4054
100K
R4053
100K
R4020
330
R4019
330
R4018
330
R4017
330
R4016
2.2K
R4015
2.2K
R4014
330
R4013
330
C4205
102J
C4018
221J
C4017
221J
R4056
220K
R4055
220K
C4014
221J
R4091
22K
R4098
12K
R4090
12K
R4095
10K
R4193
220K
R4082
100K
R4089 0
R4085
1.8K
Q4003A
NJM4580
1
2
3
4
Q4003B
NJM4580
7
8
6
5
C4210
47/25
C4209
47/25
R4094
10K
R4007
330
R4092
330
R4093
3.3K
R4096
330
R4097
3.3K
C4091 101J
C4090 101J
C4007
221J
R4174
(1W)
68
R4099
22K
C4086
47/25
C4085
47/25
R4192
220K
R4068
100K
Q4102
RN1441
R4102
220K
C4100
47/50
R4100
220K
R4110
2.2K
Q4100
RN1441
R4111
2.2K
R4101
220K
C4101
47/50
R4112
2.2K
R4103
220K
R4104
220K
C4103
47/50
C4104
47/50
Q4104
RN1441
Q4103
RN1441
R4113
2.2K
R4114
2.2K
C4102
47/50
C4037
221J
R4027
22K
R4107
VAL
R4117
270
Q4117
RN1441
R4127
100
Q4107
RN1441
R4181
220K
C4107
VAL
C4132
103J
R4130
220
R4134
10K
C4130
47/50
R4175
(1W)
68
Q4101
RN1441
C4131
221J
R4133
1.2K
R4132
15K
R4131
47K
R4004
330
R4003
330
R4043
100K
R4044
100K
Q4130B
NJM4580
5
6
8
7
R4080
100K
R4081
100K
C4407
47/25
C4406
47/25
R4079
47K
R4069
220K
R4177
(1W)
15
R4176
1(W)
15
Q4142B
NJM4580
1
3
2
Q4142A
NJM4580
4
7
8
6
5
Q4140B
NJM4580
1
3
2
Q4140A
NJM4580
4
7
8
6
5
P4005
7
2
1
3
5
4
6
C4166
220/25
R4078
47K
JL502A
1
234
5
R4408
330
C4405
47/25
R4404
22K
R4410
100K
C4402
47/25
C4417
101J
R4406
27K
C4002
152J
C4001
152J
R4000
330
L4001
LBC2518T2R2M
R4067
100K
R4088 2.2K
R4087
2.2K
C4173
220/25
C4172
220/25
C4170
1/50
C4171
1/50
C4301
1000/35
R4161
(1W)
0.22
R4160
(1W)
0.22
C4300
334J
C4302
470/35
J6501
R4006
(1W)
15
R4005
(1W)
15
R4002
1(W)
NC
R4001
(1W)
10
Q4170
78M12
3
O
2
G
1
I
Q4171
79M12
3
O2I
1
G
J6500
Q4400B
NJM4580M
5
6
8
7
R4401
22K
R4409
330
C4404
47/25
R4400 22K
C4414
105Z
R4411
100K
C4403
47/25
C4416
101J
R4407
27K
R4405
22K
C4412
105Z
C4415
105Z
C4413
105Z
R4419
0
C4408
104Z
D4218
NC
D4208
NC
D4301
RL1N4003
D4300
RL1N4003
D4302
RL1N4003
D4303
RL1N4003
R4420
4.7K
R4440
330
R4421
4.7K
R4422
4.7K
R4442
330
R4427
4.7K
R4447
330
R4423
4.7K
R4443
330
R4430
15K
R4450
560
C4430
151J
R4441
330
R4431
15K
R4451
560
C4431
151J
R4432
15K
R4452
560
C4432
151J
R4437
15K
R4457
560
R4433
15K
R4453
560
C4433
151J
R4424
4.7K
R4023
0
C4409
104Z
R4412
22
R4413
22
R4166
22
R4086
1.8K
Q4400A
NJM4580M
3
2
1
4
P101BNSCT-9P2102
9
8
7
6
5
4
3
2
1
P8001A NSCT-21P2412
1
2
3
4
567
8
9
10
11
12
13
14
15
161718
192021
R4201
22
R4200
22
C4186
470/16
C4187
470/16
P4000
C4208103K
JL503A
1
2
3
4
5
6
7
P4009
2
3
1
JL504A
1
2
3
R4029
100
P4100B
1
Q4130A
NJM4580
3
2
1
4
C4423
332J
C4422
332J
C4421
332J
C4420
332J
C4437
102J
C4427
333J
P4100A
1
J4610
Q4143B
NJM4580
1
3
2
Q4143A
NJM4580
4
7
8
6
5
R4434
15K
R4454
560
R4444
330
C4434
151J
C4424
332J
C4110
220/25
C4111
220/25
C4072
47/50
C4077
47/50
C4073
47/50
C4074
47/50
C4070
47/50
C4071
47/50
P4006
7
2
1
3
5
4
6
C4062
474J
C4057
47/25
C4052
47/25
C4051
47/25
C4053
47/25
C4054
47/25
C4050
47/25
TP4065
TP4064
TP4080
TP4077
TP4098
TP4000
TP101
TP8002
TP4074
TP4072
TP4073
TP4084
TP4083
TP4087
TP4092
TP4097
TP4091
TP4090
TP4089
TP4088
TP4011
TP4013
TP4008
TP4009
TP4012
TP4001
TP4025
TP4057
C4060
47/50
C4061
47/50
TP4053
TP4031
Q4001
R2A15218FP
80
N.C.
79
IN-L9
78
IN-R9
77
N.C.
76
INLA/RECL1
75
INRA/RECR1
74
N.C.
73
IN-L8
72
IN-R8
71
IN-L7
70
IN-R7
69
IN-L6
68
IN-R6
67
IN-L5
66
IN-R5
65
IN-L4
64
IN-R4
63
IN-L3
62
IN-R3
61
IN-L2
60
IN-R2
59
IN-L1
58
IN-R1
57
N.C.
56
AGND
55
ADCR
54
ADCL
53
N.C.
52
AVEE
51
MUTE
50
CLOCK
49
DATA
48
DGND
47
SUBR
46
SUBL
45
SBLC-IN
44
SBRC-IN
43
FR-IN2
42
FL-IN2
41
SR-IN2
40
SL-IN2
39
SW-IN2
38
C-IN237SBR-IN2
36
SBL-IN2
35
N.C.
34
TRER
33
BASS-R2
32
BASS-R1
31
N.C.
30
AVCC
29
N.C.
28
TREL
27
BASS-L2
26
BASS_L1
25
N.C.
24
FRC
23
FR-OUT
22
AGND
21
FL-OUT
20
FLC
19
AGND
18
CC
17
C-OUT
16
AGND
15
SW-OUT
14
SWC
13
N.C.
12
SRC
11
SR-OUT
10
AGND
9
SL-OUT
8
SLC
7
AGND
6
SBRC
5
SBR-OUT
4
AGND
3
SBL-OUT
2
SBLC
1
N.C.
100
SBR-IN1
99
SBL-IN1
98
SR-IN1
97
SL-IN1
96
SW-IN1
95
C-IN1
94
FR-IN1
93
FL-IN1
92
N.C.
91
RECL3
90
RECR3
89
N.C.
88
N.C.
87
N.C.
86
INL11/RECL5
85
INR11/RECR5
84
INL10/RECL4
83
INR10/RECR4
82
INLB/RECL2
81
INRB/RECR2
(Botom view)
TP4029
TP4035
L135
BK1608HS102-T
L134
LBC2518T470M
C139
220/10
C140
104Z
Q131
74HCU04F
7
GND
6
5
4
3
2
114
VCC
13
IN6
12
OUT6
11
IN5
10
OUT5
9
IN4
8
OUT4
R139
82K
R137
10K
C135080D
C145
220/10
C141
104Z
C143
330J
U131
2
GND
3
VCC
1
IN
L131
LBC2518T2R2M
D131
KDS4148U
C144
330J
R142
47
L133
LBC2518T470M
U132
2
GND
3
VCC
1
IN
R141
47
C131
101J
D132
KDS4148U
C133
104K
R133
10
R131
75
C142
104Z
C130
104Z
R4417
33K
Q4401
2SC2235-Y
R4416
470
R4601
470
R4414
22
R4415
22
R4189
47K
R4190
47K
R4403 33K
R4402
33K
C4003
221J
C4004
221J
C4019
221J
C4020
221J
C4410
681J
C4411
681J
C4015
NM
C4016
NM
R135
NM
P131
3
2
1
P703B NSCT-7P2398
1
2
3
4
5
6
7
R4418
NM
C4024
D4171
HZS7B1
D4172
HZS7B1
D4400
DZ2J056M0L
J4388
J4600
C4203 NM
D4305
KDS4148U
D4304
KDS4148U
P8002A
1
2
3
4
5
678
9
P8003B
7
6
5
4
3
2
1
R4614
2.2K
R4613
2.2K
R4611
220K
R4612
220K
Q4411
RN1441
Q4412
RN1441
R4167
22
C4167
220/25
P4002
7
2
1
3
5
4
6
J410A
1
J411A
1
J401B
1
J410B
1
J411B
1
J401A
1
C4439
10/16
C4440
10/16
TP6100
P6107
U0010
AUDIO PC BOARD
U0011
TERMINAL(DIGITAL) PC BOARD
A
1
2
3
4
5
BCDEFGH
6
7
8
IJK
Page 29
TX-SR313/ HT-R358/ 558/ 391/ HT-RC430
SCHEMATIC DIAGRAMS-5 (PART-5)
AMP. SECTION
TX-SR313/ HT-R358/ 558/ 391/ HT-RC430
SEC1H
VOLH
IPROTECT
VPRO
IPRO
VOLH
VOLH
VPRO
+BSL2
-BSL2
+BSL
TRIMSL
VPRO
VOLH
VOLH
VPRO
+B1SBL
TRIMSBL
-BSBL2
+BSBL2
+BSBL
TRIMSR
-BSR2
+BSR2
+BSR
SR_IN
SL_IN
VPRO
VOLH
-B1R
+B1R
+BR
+BR2
-BR2
TRIMR
VOLH
VPRO
-B1L
+B1C
-B1C
TRIML
-BL2
+BL2
+BL
+B1L
L_IN
VPRO
VOLH
C_IN
L_IN
SL_IN
+22V
NFSR
GND_AMP
SPSW
SPSL
SPL
SPC
SPR
SPSR
SR_IN
SW_IN
SW_IN
PROTECT
R_IN
R_IN
S1_GND
SEC1OFF
GND_AMP
SEC1OFF
S1L+
S1H-
S1H+
SPRLCS
SPRLF
SPRLB
GND_M
HP_GND
HPDET
SLG
FLG
CG
FRG
SRG
SWG
HP_GND
HPDET
FLG
HPR
HPL
S1L-
S1L+
TRIMC
-BC2
+BC2
+BC
C_IN
NFR
NFSL
NFSBL
NFL
-B1H_B
+B1H_B
NFC
S1L-
+B1SR
+B1SL
-B1SBL
-B1SR
-B1SL
+3.3VMPU
FLAC1
-VP
FLAC2
+3.3VMPU
+3.3VMPU
THERMAL
GNDDG2
SEC2_1
SEC2_2
SEC3_2
SEC3_1
FLAC1
+22V
125V
-B+B
2SC4468
2SA1695
-56.2V
+56.2V
0.6V
1V
-0.3V
AV=29dB
(NH)
ID-
ID+
3
SL
ID+
ID-
(NH)
AV=29dB
1V
-0.3V
0.6V
+56.2V
-56.2V
2SA1695
2SC4468
5
ID+
ID-
(NH)
AV=29dB
1V
-0.3V
0.6V
+56.2V
-56.2V
2SA1695
2SC4468
4
SR
GND_SL
GND_SR
2SC4468
-56.2V
+56.2V
0.6V
-0.3V
1V
AV=29dB
(NH)
ID-
ID+
1
R
GND_R
ID+
ID-
(NH)
1V
-0.3V
0.6V
AV=29dB
+56.2V
-56.2V
2SA1695
2SC4468
0
L
GND_L
(NH)
ID-
ID+
AV=29dB
1V
-0.3V
0.6V
+56.2V
-56.2V
2SC4468
2
C
CND_C
-0.6V
-0.6V
-0.6V-0.6V
-0.6V
-0.6V
2SA1695
2SA1695
F6901
8A
SW
SWG
SRGCGSLG
FRG
FLG
FR(SPB)
Speaker B
output
Speaker output
GND_SW
L
R
SPRLF
SW
C/SL/SR
SP-B
SL/SR/C
FL/FR/SW
SPB L/R
FL/R/SW
L(SPB)
R(SPB)
SR
SL
C
FOR P6402
(WHI)
HOLDER
CLAMP
P6401,P6402P6400
(BLK)
CLAMP
(RED/WHI)
FOR P6401
(RED)
FOR P6401
(RED)
SPRLCS
SPRLCS
SPRLB_SPB
SPRLF
125V
8A
F6902
FROM BAETC-1137(PART-4)
DISPLAY
CLASS-A
FROM BACLA-1130(PART-6)
CLASS-A
FROM BACLA-1130(PART-6)
CLASS-A
FROM BACLA-1130(PART-6)
CLASS-A
FROM BACLA-1130(PART-6)
CLASS-A
FROM BACLA-1130(PART-6)
CLASS-A
FROM BACLA-1130(PART-6)
PCB HOLD
LR
(PART-4)
FL(SPB)
NM
A
A
A
A
B
B
C
B
B
B
*
*
*
*
HOLDERHOLDERHOLDER
(RED)
(WHI)
(RED)
FROM BADIS-0654(PART-10)
(WHI)
FROM BADIS-0654(PART-10)
FROM BAETC-1137(PART-5)
DISPLAY
FLAC1
FLAC2
SEC3_1
SEC3_2
N.M
N.M
BAETC-1140
-VP
HDMI
TO BAHDM-0678(PART-14)
NM
THERMAL
BAETC-1135
N.C
NC
P6900B(BLK)
TO BAVD-0656
(PART-8)
TO BAETC-1140
(PART-5)
TO BAAF-1133
(PART-5)
VIDEO
BAETC-1137
SEC2/3
HT-R391 DC,DS,MQ,MK
HT-R358 PP,PB
H35
H39
T3
H55
H43
TX-SR313 DC,DS,PP,PA,MQ,MR,MK
HT-RC430 DC
HT-R558 PP,PA,MQ,MR
T3/H55 -2B, H35 -2F
T3 -2C, H39 -2E
MODEL
T3/H43 -2A, H39 -2D
NPT-1603D
NPT-1603P
NPT-1603M
Power Trans
Table: A
Table: B
T3/H55/H43H39/H35
MDC
MPA
MPP
MMQ
MMR
MMK
MDS
MDC MPP
MPB MMK
MMQ
-2A-2B-2C-2D-2F-2E
63V
8200u
63V
8200u
56V
8200u8200u
56V
Table: C
JUMPER
JUMPER
R6430,R6431
R6432,R6433
R6434
JUMPER
L6004
L6002,L6003
L6000,L6001
C6402
C6401
P6001
R6434
L6004
J6477
NTM-10PDMLNTM-12PDML
Destination table
MDS
EX)030:3pF 330:33pF 331:330pF 333:0.033uF
)ARE IN uF/WV.
+
ELECTROLYTIC CAPACITORS(
CIRCUIT IS SUBJECT TO CHANGE FOR IMPROVEMENT.
ARE CRITICAL FOR SAFETY.
Notes
REPLACE ONLY WITH PART NUMBER SPECIFIED.
THE COMPONENTS IDENTIFIED BY MARK
VOLTAGE(MEASUREDWITHVOLTMETER) IS DCVOLTAGE
(NO INPUT SIGNAL in HT-R340MPP)
ALL CAPACITORS ARE IN pF/50WV UNLESS OTHERWISE NOTED.
CAUTION
FOR CONTINUED PROTECTION
RATING REFER TO THE MAKING ADJACENT TO THE SYMBOL.
CE SYMBOLE INDIQUE QUE LE FUSIBLE UTLISE EST
A LENT, E POUR UNE PROTECTION PERMANENTE,N'UTILISER
QUE DES FUSIBLES DE MEME TYPE. CE DARNIER EST
INDIQUE LA QU LE PRESENT SYMBOL EST APPOSE.
THIS SYMBOL LOCATED NEAR THE FUSE INDICATES
THAT THE FUSE USED IS SLOW OPERATING TYPE
FOR CONTINUED PROTECTION AGAINST FIRE FUSE
HAZARD,REPLACE WITH SAME TYPE FUSE. FOR FUSE
AFIN D'ASSURER UNE PROTECTION
PERMANENTE CONTRE LES RISQUES
D'INCENDIE, REMPLACER UNIQUEMENT
PAR UN FUSIBLE DE MEME TYPE
ET CALIBRATION COMME INDIQUE.
ATTENTIION
AGAINST FIRE HAZARD, REPLACE
ONLY WITH FUSE OF SAME TYPE
AND RATING INDICATED.
A V
A V
From ASP SECTION
From ASP SECTION
To ASP SECTION
(PART-4)
BAAF-1133 (2/2)AMP
(PART-4)
SPSLE
SPLE
SPCE
SPRE
SPSRE
SPSBRE
SPSBLE(SW)
GNDRL
2.0mm JUMPER LEAD
P6402B
#18
1
R6455
10K
C6455
104Z
Q6454
2SA1163-BL
R6460
47K
R6456
22K
C6454
1/50
R6457
22K
R6452
10K
C6452
104Z
Q6453
2SA1163-BL
R6454
47K
R6451
33K
D6452
KDS4148U
D6451
KDS4148U
C6451
100/25
C6453
1/50
D6453
NM
R6453
22K
C6456
10/50
D6455
UDZS3.3B
R6459
5.6K
R6458
5.6K
Q6053
2SC5198
Q6063
2SA1941
R6083
(1/4W)
0.22
R6093
(1/4W)
0.22
Q6073
2SC2229
R6233
470
R6203
5.6K
Q6003
2SC1740S-S
D6003
KDS4148U
C6053
103J
R6153
10K
R6163
33K
R6183
47K
R6173
47K
R6175
47K
R6185
47K
R6165
33K
P6085
NPLG-2P29
1
2
R6145
56K
R6155
10K
C6055
103J
D6005
KDS4148U
Q6005
2SC1740S-S
R6205
5.6K
R6235
470
Q6075
2SC2229
R6095
(1/4W)
0.22
R6085
(1/4W)
0.22
Q6055
2SC5198
R6174
47K
R6184
47K
R6164
33K
P6084
NPLG-2P29
1
2
P6004B
NPLG-9P0964
1
2
3
4
5
6
7
8
9
R6144
56K
R6154
10K
C6054
103J
D6004
KDS4148U
Q6004
2SC1740S-S
R6204
5.6K
R6234
470
Q6074
2SC2229
R6094
(1/4W)
0.22
R6084
(1/4W)
0.22
Q6064
2SA1941
Q6054
2SC5198
TP6102B
P6013B
NPLG-7P0962
1
2
3
4
5
6
7
Q6051
2SC5198
R6081
(1/4W)
0.22
R6091
(1/4W)
0.22
Q6071
2SC2229
R6231
470
R6201
5.6K
Q6001
2SC1740S-S
D6001
KDS4148U
C6051
103J
R6151
10K
R6141
56K
P6081
NPLG-2P29
1
2
R6161
33K
R6181
47K
R6171
47K
R6170
47K
R6180
47K
R6160
33K
R6140
56K
C6050
103J
D6000
KDS4148U
Q6000
2SC1740S-S
R6200
5.6K
R6230
470
Q6070
2SC2229
R6090
(1/4W)
0.22
R6080
(1/4W)
0.22
Q6060
2SA1941
Q6050
2SC5198
R6172
47K
R6182
47K
R6162
33K
P6082
NPLG-2P29
1
2
R6152
10K
C6052
103J
Q6002
2SC1740S-S
D6002
KDS4148U
R6202
5.6K
R6232
470
Q6072
2SC2229
R6092
(1/4W)
0.22
R6082
(1/4W)
0.22
R6142
56K
R6143
56K
R6305
0
Q6065
2SA1941
Q6052
2SC5198
Q6061
2SA1941
Q6062
2SA1941
R6300
0
R6301
0
P6003B
NPLG-3P0958
1
2
3
P6083
NPLG-2P29
1
2
C6251
473J
C6250
473J
C6252
473J
R6441
(1W)
8.2
R6440
(1W)
8.2
R6442
(1W)
8.2
R6432
RS1/2WB-10
10
R6431
RS1/2WB-10
10
R6433
RS1/2WB-10
10
R6434
RS1/2WB-10
10
R6435
RS1/2WB-10
10
P6080
NPLG-2P29
1
2
R6150
10K
C6077
103J
C6074
103J
C6073
103J
C6072
103J
C6070
103J
C6071
103J
C6088
102J
C6089
102J
C6082
102J
C6083
102J
C6087
102J
C6084
102J
C6080
102J
C6081
102J
J6477
R6443
(1W)
8.2
R6444
(1W)
8.2
R6445
(1W)
8.2
R6402
1K
R6412
(1/2W)
0.1
D6403
1SS352
C6417
102J
Q6408
KRC105S
J6406
JM
R6403
47K
J6004
RL641
NRL-1P10A-DC12-196
4
3
5
2
1
RL642
NRL-1P10A-DC12-196
5
3
4
1
2
D6454
NM
D6402
1SS352
C6411
102J
D6052
KDS4148U
D6051
KDS4148U
D6055
KDS4148U
D6057
KDS4148U
D6053
KDS4148U
C6111 102J
C6115 102J
C6117 102J
R4602
0
Q6602
KRC105S
Q6604
KRC105S
Q6601
KRC105S
J6455
TP6301
TP6401
TP6104
P6108P6106
TP6106
P6101P6103
TP600
TP6302
C6112 102J
C6113 102J
TP601
C6412
334J/50V
C6413
334J/50V
D6401
D5SBA60
4
2
1
3
Q6407
KTC3875-GR
Q6451
KTC3875-GR
Q6452
KTC3875-GR
C6253
473J
C6254
473J
C6255
473J
JL603B NSCT-9P900
9
8
765
432
1
JL605B
NSCT-5P97
5
4
3
2
1
JL954B
NSCT-9P900
9
8
7
6
5
4
3
2
1
TP954
JL600BNSCT-7P898
7
6
5
4
3
2
1
JL600A NSCT-7P898
1
2
3
4
5
6
7
P6002B
NPLG-9P0964
1
2
3
4
5
6
7
8
9
P6000B
NPLG-9P0964
1
2
3
4
5
6
7
8
9
P6001B
NPLG-9P0964
1
2
3
4
5
6
7
8
9
P6005B
NPLG-9P0964
1
2
3
4
5
6
7
8
9
TP5509
TP5507
P5509A
1234
P5507A
1234
TP6010
P6010A
1234
L6002
SC-0.8X5.5X18.5T
L6001
SC-0.8X5.5X18.5T
L6003
SC-0.8X5.5X18.5T
L6004
SC-0.8X5.5X18.5T
L6005
SC-0.8X5.5X18.5T
R6420
RS1/2WBJ-390
R6421
RS1/2WBJ-390
R6461
10K
RL643
5
2
61
3
4
RL660
5
2
61
3
4
RL662
5
2
61
3
4
RL663
5
2
61
3
4
RL667
5
2
61
3
4
RL669
5
2
61
3
4
L6000
SC-0.8X5.5X18.5T
R6430
RS1/2WB-10
10
C6402
8200/56
+
D966
RL1N4003
P6401A
1
D965
RL1N4003
C6401
8200/56
+
P6400B
1
D6401A
RAD-083
65
P6001
NTM-12PDML362
13
12
6
11
5
10
4
9
3
8
2
7
1
14
SL
R
C
SR
SW
L
R6102
0.22(2W)
1
R6100
0.22(2W)
1
R6101
0.22(2W)
1
R6103
0.22(2W)
1
R6104
0.22(2W)
1
R6105
0.22(2W)
1
R6210
3.9K
R6211
3.9K
R6212
3.9K
R6213
3.9K
R6214
3.9K
R6215
3.9K
F6901B1F6901A
F6902B1F6902A
P6102P6104
P6402A
1
P6401B
#18
1
D960
RL1N4003
JL953B NPLG-5P588
1
2
345
JL951B
NSCT-5P896
543
2
1
R960
8.2(1/2W)
C950
104J
D961
RL1N4003
R950
10(1W)
D962
UDZS22B
D963
UDZS22B
Q960
2SC2235
R962
8.2K
R963
8.2K
C961
47/50
R964
33K
C962
104J
D964
UDZS36B
J950
C963
47/50
R961
3.3
C960
220/63
TP631
C6630
104Z
Q6380
LM61CIZ
1
G
2
O
3
V
JL501ANSCT-3P874
3
2
1
C6631
104Z
Q6380A
1
2
P950
P951
P953
P954
P952
P955
P956
P960
1
P959
1
P961
1
P958
1
P957
1
JL954ANSCT-9P900
1
2
3
4
5
6
7
8
9
JL952A
NSCT-3P894
1
2
3
JL951A
NSCT-5P896
1
2
3
4
5
P6002
NTM-4PDML364
5
4
2
3
1
6
L
R
JL603ANSCT-9P900
12345
6
7
8
9
Model No. TX-SR313/HT-R391/HT-R358/HT-R558/HT-RC430
SCHEMATIC DIAGRAM (PART-5) AMP SECTION
Notes
THE COMPONENTS IDENTIFIED BY MARK
REPLACE ONLY WITH PART NUMBER SPECIFIED.
VOLTAGE(MEASUREDWITHVOLTMETER) IS DCVOLTAGE
(NO INPUT SIGNAL in HT-R340MPP)
ELECTROLYTIC CAPACITORS(
+
)ARE IN uF/WV.
EX)030:3pF 330:33pF 331:330pF 333:0.033uF
CIRCUIT IS SUBJECT TO CHANGE FOR IMPROVEMENT.
ALL CAPACITORS ARE IN pF/50WV UNLESS OTHERWISE NOTED.
CAUTION
FOR CONTINUED PROTECTION
AGAINST FIRE HAZARD, REPLACE
ONLY WITH FUSE OF SAME TYPE
A V
AND RATING INDICATED.
ATTENTIION
AFIN D'ASSURER UNE PROTECTION
PERMANENTE CONTRE LES RISQUES
D'INCENDIE, REMPLACER UNIQUEMENT
PAR UN FUSIBLE DE MEME TYPE
A V
ET CALIBRATION COMME INDIQUE.
THIS SYMBOL LOCATED NEAR THE FUSE INDICATES
THAT THE FUSE USED IS SLOW OPERATING TYPE
FOR CONTINUED PROTECTION AGAINST FIRE FUSE
HAZARD,REPLACE WITH SAME TYPE FUSE. FOR FUSE
RATING REFER TO THE MAKING ADJACENT TO THE SYMBOL.
CE SYMBOLE INDIQUE QUE LE FUSIBLE UTLISE EST
A LENT, E POUR UNE PROTECTION PERMANENTE,N'UTILISER
QUE DES FUSIBLES DE MEME TYPE. CE DARNIER EST
INDIQUE LA QU LE PRESENT SYMBOL EST APPOSE.