Yamaha-HTR-3063-Service-Manual

Yamaha-HTR-3063-Service-Manual
AV RECEIVER
RX-V367/HTR-3063
SERVICE MANUAL
When the following parts are replaced, the model name and the destination MUST be written to the back-up IC
(EEPROM: 1C222 of the DIGITAL P.C.B.) to have proper operation, (See No. 22 SOFT SWITCH menu of the self-
diagnostic function.)
+ EEPROM (10222) of DIGITAL P.C.B.
« DIGITAL PC.B.
a IMPORTANT NOTICE N
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 Lo the incustry, and more specifically Y AMAHA 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 or 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). x
\IMPORTANT: Tum the unit OFF during disassembly and part replacement. Recheck all work before you apply power Lo the unit. J <
=
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E CONTENTS 4
TO SERVICE PERSONNEL cone 2 DISPLAY DATA rrr reeves rae 49-50
FRONT PANELS cee 3-4 IC DATA rea 51—62
REAR PANELS rrr rrr eee 5-10 BLOCK DIAGRAM creer 63
REMOTE CONTROL PANELS coi REKEN 11 PRINTED CIRCUIT BOARDS .......cco iii, 64—77
SPECIFICATIONS ore eee 12-16 PIN CONNECTION DIAGRAMS .…sresrenrentententennre nee neue 78
INTERNAL VIEW rere 17 SCHEMATIC DIAGRAMS cco, 79-87
DISASSEMBLY PROCEDURES -.......... ee. ee. ee=e.eene.. 18-20 REPLACEMENT PARTS LIST coor, 89-97
UPDATING FIRMWARE ............. e. ee ee.e=e=eeeeenereeeenee. 21-23 REMOTE CONTROL cco, 98-102
SELF-DIAGNOSTIC FUNCTION ne... e... 24-48 ADVANCED SETUP .........ccsrcrcreneenene rene nine sen nen ee 103—104
COY—ERTIL PIE, TOTV—IREOHEÈMEFEALTUET,
This Service Manual uses recycled paper.
a E
101167 Copyright @ 2070 YAMAHA CORPORATION All rights reserved, YAMAHA
This manual is copyrighted by YAMAHA and may not be copied or YAMAHA (CORPORATION
redistributed either in print or electronically without permission,
Р / Р P.O.Box 1, Hamamalsu, Japan
'10.03
RX-V367/HTR-3063
EH TO SERVICE PERSONNEL
AC LEAKAGE
1. Critical Components Information WALL EQUIPMENT TESTER OR
Components having special characteristics are marked A and OUTLET UNDER TEST EQUIVALENT
must be replaced with parts having specifications equal to those D—
originally installed.
2. Leakage Current Measurement (For 120V Models Only) E (=
When service has been completed, it is imperative to verify INSULATING °
that all exposed conductive surfaces are properly insulated TABLE
from supply circuits.
* Meter impedance should be equivalent to 1500 ohms shunted e [eakage current must not exceed 0.5mA.
by 0.15 pF. * Be sure to test for leakage with the AC plug in both polarities.
For U model
== “CAUTION”
—A “21501: РОН CONTINUED PROTECTION AGAINST RISK OF FIRE, REPLACE ONLY WITH SAME TYPE 6A,
125V FUSE.”
For C model
CAUTION
1501: REPLACE WITH SAME TYPE 6A, 125V FUSE.
ATTENTION
F1501: UTILISER UN FUSIBLE DE RECHANGE DE MEME TYPE DE 6A, 125V.
WARNING: CHEMICAL CONTENT NOTICE!
This product contains chemicals known to the State of California to cause cancer, 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!
It you come in contact with solder or components located inside the enclosure of this product, wash your hands before
handling food.
Mm
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About lead free solder
All of the P.C.B.s installed in this unit and solder joints are soldered using the lead free solder.
Among some types of lead free solder currently available, it is recommended to use one of the following types for the
repair work.
* Sn + Ag + Cu (tin + silver + copper)
e Sn + Cu (tin + copper)
e SN +/N+Bi(tin + zinc + bismuth)
Caution:
As the melting point temperature of the lead free solder is about 30°C to 40°C (50°F to 70°F) higher than that of the lead
solder, be sure to use a soldering iron suitable to each solder.
HB FRONT PANELS
Top view
RX-V367 / HTR-3063
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EH REMOTE CONTROL PANELS
RAV331 RAV332 RAV333
(U, C models) (BR, T, K, A, L models) (В, G, E, F models)
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RX-V367/HTR-3063
HB SPECIFICATIONS
E Audio Section
Minimum RMS Output Power (Power Amp. Section)
(1 kHz, 0.9 % THD)
J, © models (8 ohms)
FRONT LY/R 100 WH eh
SURROUND L/R a 100 Wish
R, T, K, A,B, G, F Lmodels (6 ohms)
FRONT L/R ee aa e TOO VAE A
CENTER a a 100 МУ
SURROUND LR ua 100 W/6h
Maximum Power (JEITA) (1 kHz, 10 % THD, 6 ohms)
[R, T, K, L models]
FRONT UR © uuu Le as Le donne o 135 W/C
SURROUND LR... 135 W/Ch
Max. Power Per Channel (1 kHz, 0 7 % THD, 4 ohms)
[B, G, E, L models)
FRONT LR ma e 120 Woh
CENTER | В 120 W
SURROUND LR 120 Wen
IEC Power (1 kHz, 0.9 % THD, 8 ohms) [B, G, F, L models]
FRONT LR 95 WCh
Dynamic Power Per Channel (IHF) (FRONT L/R drive)
J, C models
(8/6/4/2 ONMS) LL Le
В, ТК, А, В, ©, FE, L models
a 110/130/160/180 Y
(6/4/2 ohms) . … 105/130/150 W
Dynamic Headroom [U, € models]
(8 0NMS) a do OB
Input Sensitivity/Input Impedance
AVh etc. 200m / 47 k-ohms
Maximum Input Signal (1 kHz, 0 5 % THD, Effect on)
AVS, etc... ….… 24 or more
Output Level/Output Impedance
AUDIO QUT (REC) 200 MY /1.2 k-ohms
SUBWOOFER (2 ch STEREO and FRONT SP: Small)
Lu 1 V 11.2 k-ohms
Headphone Jack Rated Output/Impedance
AYS, etc. (1 kHz, 50 my, 8 ohms) ....... 100 mv / 4/0 onms
Frequency Response (10 Hz to 100 kHz)
AVS, etc to FRONT LÀ LL ee
Total Harmonic Distortion (1 kHz, 50 W)
AVS, etc, (straight) to FRONT L/R SP QUT
7-30 0B
J, © models
(8 ohms) 0.06 % or less
R, 1, K, A, B, G, F, L models
(6G9hms) ..... 0,06 % Or less
Signal to Noise Ratio (IHF-A Network)
AVS, etc. (STEREO) (Input shorted) to SP OUT
250 MY e. 98 dB or more
Residual Noise (IHF-A Network)
FRONT L/R SP OUT sa sa a
Channel Separation
AVS, etc (Input 5.1 k-ohms shorted, 1 kHz / 10 kHz)
……….. 60 dB or more / 45 dB or more
e 1DO UY or less
Volume Control
—.. MUTE/-80 dB to +16.5 dB /0.5 dB step
Tone Control Characteristics
BASS
Boost/Cul ... oo... x10dB/2dB step /50 Hz
Turnover frequency ‚носов ФО Па
TREBLE
Boost/Cut .......... ................x10dB/ 2 dB step / 20 kHz
Turnover frequency oo cc a 3D KHZ
Filter Characteristics
FRONT, CENTER, SURROUND (HPF)
fo =40/60/80/90/1 00/1 10 20/160/200 Hz, 12 dB/oct.
SUBWOOFER (LPF)
… fe=40/60/80/90/100/110/120/160/200 Hz, 24 dB/oct
E Video Section
Composite Video Signal Level
aa 1 YD-D / 75 0hms
Component Signal Level
pp TE ohms
PBIPR 2 a a 07 Vp-0 / 75 ohms
Video Maximum Input Level (VIDEO COMV. OFF)
, 15 Vp-por more
Signal to Noise Ratio (IHF)
pu XD dB Or More
Monitor Out Frequency Response
Component vidéo signal ........5 Hzto 60 MHz, +3 dB
E FM Section
Tuning Range
U, © models 0 37510 107.9 MHZ
R, L models ...........875to 108.0/87.5010 108.00 MHZ
T, K, A, B, G, F models … 87.50 to 108 00 MHZ
50 dB Quieting Sensitivity (IHF) (1 ki-z, 100 % Mod.)
Mono 3 (20 8 dB
Signal to Noise Ratio (IHF)
MONO A ОВ
Stereo 55 e a ea e ra 09 OB
Harmonic Distortion (1 kHz)
Mono 12204 03%
Stereo a ee a 03 %
Antenna Input
nn fo ohms unbalanced
RX-V367/HTR-3063
E AM Section
Tuning Range Ver creraceccaanaancnnr U.S.A. model Ale rerrerrzanceur Australian model
Cove. Canadian model! Bl British model
J, Cmodels oo 03010 1,710 KHZ EE General mode! Gore European model
В, | models .….…... 580 to 1,710 /531 to 1,611 kHz Te Chinese model Forerocaneooonereenos Russian model
K enero aaanaanar aos Korean model Linea, Singapore model
1, K, A, B, G, F models .... нон b31to1,611 KHz
Antenna Input
a. Loop antenna LI] DOLBY
DIGITAL |
Manufactured under license from Dolby Laboratories
к “Dolby”, “Pro Logic”, and the double-D symbol are trademarks of Dolby
Laboratories.
Ш General
Power Supply
J, Cmodels ACT20V, 60 HZ dt:
Digital Sun
H Model Lun AC TT0-120/220-240 V, 50/60 Hz DTS and DTS Digital Surround are registered trademarks and the DTS logos
Tmodel A a ea AS 220 Y, 50 Hz and Symbol ars trademarks of DTS, Inc.
K model... a a a nn... AC 220 V, 60 Hz Pod", IPhone
A model... e AC 240 Y, 50 HZ “IPod” 1s a trademark of Apple Inc., registered In the U.S. and other countries,
“IPhone” ls a trademark of Apple Inc,
B, G,F Models ee ee JAC 230V, b0 Hz
| model AC 220-240 V 50/60 Hz Bluetooth™
Bluetooth ls a registered trademark of the Bluetooth SIG and is used by
Power Consumption Yamaha In accordance with à license agreement
IU, Cmadels e. 2000 МУ / 320 МА
R, T,K, AB GFLmModals oo nn ee 250 W HIT |
“HDMI”, the "HDMI™ logo and “High-Definition Multimedia Interface” are
Standby Power Consumption trademarks, or registered trademarks of HDMI Licensing LLC
U, ©, T, K, A, B, G, F models ... ua 0.5 W or less _
SILENT
REmodel oo 1.0 MY Or less CINEMA
Maximum Power Consumption "SILENT CINEMA” ls a trademark of Yamaha Corporation,
er o 440 W
Dimensions (W x H x D) * DIMENSIONS
Lan 435 х 151 х 315 тт (17-1/8" x 5-7/8" x 12-3/8")
Weight ..... ... ........ ............ С, КО (16.5 163. si @ 60 со о
J a | « |? Top view “|=
Finish + |
\ I A QUE graDsnonsonnnnn [re | | =
[RX-V367] - # 7 - x
Tmodel aras Gold color | - ) Ls <
JU, C,R, T,K, À, B, G, F, L models …………… Black color “| 7 =
R, G, E, L models... ...Titanium color to T+ | E
Silver color 2 ola &
[HTR-2063] e o
Tmodel ea aia. Gold color a OD 2700 | en
U,C,R, TK, A, G, F, L models .................. Black color ) ‘ ; SE
В, © MOdEIS Le Lens dns can a SilVer COlOr > >|
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Accessories o | 50 335 (13-1/4") LS —
10 | со ™ г = —
Remote control... urea a XA 5 (2 с |=
Batteries (03, AAA, UM-4) x2 a ©,
AM loop antenna (1.0m) «o.oo XA =
Optimizer microphone 80m) «oc A O ia Ен вый = | ®
| =. > y
Sheet (T Model)... e a E 0000 e zZ
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* Specifications are subject to change without notice. || С |
435 (17-1/8") -
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RX-V367/HTR-3063
* SELECT MENU
sound field parameters
Category
Program
Parameter
Decode Type
-5AdB lo +3dB
Center Level: Q lo 100%
Surround L Level 0 to 100%
Surround E Level: 0 lo 100%
Direct Aulto/Ofi
Effect Level: High/Low
Panorama: On/© ff
MOVIE
Slandard
Speclacle
Sci-Fi
Advenlure
Drama
Mono Movie
Sporls
Aclion Game
Roleplaying Game
MUSIC
Hall in Munich
Hall in Vienna
Chamber
Cellar Club
The Roxy Theatre
The Bollom Line
Music Video
6 6666640646 460606606€6 6 DSP Level:
STEREO
Zah Sleéreo
MUSIC ENHANCER
ОСП Гео
Slraighl Enhancer
Ech Enhancer
*1 Decode Type
SUR. DECODE
Surround Decoder
#1
® j6 406066600600 00606606664646 06 © alze
STRAIGHT
Decode Type
A Betting is possible only when Pro Logic 1 Music is selected using decade type,
Decode Type T Pro Logic Il Music 4 BREA
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Pro Logic
PL II Movie
PL II Music
FL II Game
RX-V367/HTR-3063
* SET MENU TABLE
MAIN MENU | SUB-MENU | PARAMETER | VALUE [INITIAL VALUE]
1 Speaker Selup
1 Config Subwoofer [Yes] / None
Front speaker Small / [Large]
Cenler speaker
Surround speaker L/R None / [Small] / Large
Crossover 40 / 60 / [80] / 90 / 100 / 110 / 120 / 160 / 200 HZ
Subwoofer Phase NAM] / REY a
Extra Bass On / [Of]
2 Level = Pr ae PA -10.0 lo +10.0 dB, [0 dB], 0.5 dB slep
C {Cenler speaker) _
SL (Surround speaker L) -10.0 lo +10.0 dB, [1.0 dB]. 0.5 dB slep
SR (Surround speaker В)
SWI-R (Subwoofer) -10.0 lo +10.0 dB, [0 dB], 0.5 dB slep
3 Dislance Unil meters (m) / [feel (1)
Front L 0.30 lo 24.00 m, [3.00 m], 0.1 m slep
Front R 1.010 80.0 fl, [10.0 A], 0.5 A slep
Cenler 0.30 lo 24 00m, [260m], 0.1 m slep
1.0 lo 50.0 fl, [8.5 fl], 05 À slep
Sur. L 0.30 lo 24.00 m, [2.40 m], 0.1 m slep
Sur. RA 1.0 10 80.0 FL [8.0 A], 0.5 À slep
SWFR 0.30 lo 24.00 m, [3.00 m], 0.1 m step
1.0 lo 80.0 fl, [10.0 A], 0.5 A slep
4 Equalizer EC Type Selecl [GEQ] / ON
GEQ * “GEO” is available only when “EQ Type Select” is sel
lo “GECT
Front L | 63 Hz dl... 0 dB
FronlB [160Hz2 lle... 0 dB
Cenler | 400 Hz ellas 0 dB
Sur. L 1 KHZ Jl 0 dB |-6.0 lo +6.0 dB, (0 dB], 0 5 dB slep
Зиг В |25 kHz -.....]l.......... 0 dB
6.3 KHY | O dB
5 Tesl Tone [om son
2 Sound Setup
1 Lipsync HDMI Aulo NE] / ON al
Aulo 0 lo 240 ms, 1 ms slap
|Manual 10 lo 240 ms, [0 msl, 1 ms slop ||
2 Adaplive DRC |Aulo / (OM all
3 D.Range [Max] / STD / Min =
4 Max Volume -30 0 lo +15.0 dB / +16.5 dB (Maximum volume), [+16 5 x
dB], 5.0 dB slep o
5 Inil, Volume Off, Mule, -80 dB lo +16.5 dB [Of], 0.5 dB slep =
6 HDMI Audio Oul [Amp] /TV /Amp+TV =
К Function Selup — =
1 три! Rename Inpul is possible lo 9 characters +
Inpul possible Characler type
Capilal AZ
Small :àloz
Figure 0109
Symbols Ba - ele
Space
2 Aulo Power Down [Cf] / 4 hours / 8 hours / 12 hours
3 Dimmer -4 lo O, [0]
15
RX-V367/HTR-3063
MAIN MENU | SUB-MENU PARAMETER VALUE [INITIAL VALUE]
4 DSP Parameler
MOVIE | Slandard
Speclacle
Sci-Fi
Advenlure
Drama [2], [9]
Mono Movie a
Sporls
Aclon Game
Roleplaying Game
MUSIC [Hall in Munich
Hall in Vienna
Chamber
Cellar Club 12119)
The Roxy Thealre
The Bollom Line
Music Video
STERE©|2ch Sleréo [6], [9]
och Stereo [3], [4], [5], [9]
MUSIC ENHANCER Straight Enhancer [7], [9]
5ch Enhancer [7], [9]
SUR DECODE|Sur Decoder [1], [8], [9]
STRAIGHT
[1] Decode Type Pro Logic, PL Il Movie, PL Il Music, PL Il Game
[2] DSP Level -6 to +3 dB, [0 dB]
[3] Center Level
[4] Surround L Level 0 lo 100 9%, [100 %]
[>] Surround R Level
[6] Direc [Aulo] / Of
[71 | Exact Level [High] / Len
[8] Panorama [Off] / On
[9] Inilialize
5 Memory Guard [of / on
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16
HB INTERNAL VIEW
09806000600090909000006C
RX-V367/HTR-3063
OPERATION (3) PC.B.
MAIN (3) PC.B. (R model)
MAIN (1) PC.B.
AM/FM TUNER
DIGITAL P.C.B.
MAIN (2) PC.B.
OPERATION (4) P.C.B.
MAIN (4) P.C.B.
OPERATION (9) P.C.B.
OPERATION (2) P.C.B.
OPERATION (8) P.C.B.
POWER TRANSFORMER
OPERATION (7) P.C.B.
OPERATION (1) P.C.B.
OPERATION (6) P.C.B.
OPERATION (5) PC.B.
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17
RX-V367/HTR-3063
HB DISASSEMBLY PROCEDURES
(Remove paris in the order as numbered.)
Disconnect the power cable from the AC outlet.
1. Removal of Top Cover
a. Remove 5 screws ((7) and 4 screws (6). (Fig. 1)
D. Slide the top cover rearward to remove it, (Fig, 1)
2. Removal of Front Panel Unit
a. Remove 7 screws (@). (Fig. 1)
b. Remove CB166, CB193 and CB221. (Fig. 1)
с. Unlock and remove CB 136. (Fig. 1)
d Release hook and then remove the front panel unit. (Fig. 1)
Top cover
Remove CB136
Unlocked
Connect CB136
Locked Connected
tlt —p
Cable
x A
Front panel unit
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Fig. 1
18
959 6
OU 5
RX-V367/HTR-3063
Removal of DIGITAL P.C.B.
Remove CBe22-223 and CB262. (Fig. 2)
Remove 2 screws (U, C models)/1 screw (BR, T, K, A, B, G, L models) (@) and 5 screws (B®). (Fig. 3)
Remove ihe DIGITAL P.C.B. which is connected directly to the OPERATION (4) PCB. with board-to-board connectors,
(Fig 2)
Removal of OPERATION (4) P.C.B.
Remove CB194. (Fig. 2)
Remove screw (©) and 2 screws (©). (Fig. 3)
Remove the OPERATION (4) P.C.B. which is connected directly to the MAIN (1) P.C.B. with board-to-board connectors,
(FIG 2)
7
+ Board-to-Board connnectoes
DIGITAL PC.B. DIGITAL PC.B
Wo
Sess, ) P.C.B. Prt CB263
1 pL gré ont Done 5
E-cB223 |
—CB222 |
CB262
PU Г
1
== = — "= ï
MAIN (1) PC.B. р
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Fig. 2 =
=
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="
x
&
=
(U, C models) I A
= [$ э ее ©
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ной r _ a E a du EH x
y © © 9)
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E)
Fig. 3
19
RX-V367/HTR-3063
When checking the P.C.B.
E eme [RE OBS] (I 1)
b. Remove 3 screws (@) (Fig. 3)
c. Remove 5 screws ((8) and 4 screws (40). (Fig. 4)
d. Place the P.C.B.5 {with rear panel} upright. (Fig. 5)
e. Connect the ground of heat sink, rear panel and MAIN (1) PCB. (G3) to the chassis with a ground lead or the like.
(Fig. 5)
“ai nnnnrinnnnnnos Aa
MT TT TT TT TT TF
dual dB fed Gott he =
Fig. 4
Rear panel Ground lead
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Chassis
MAIN (1) PC.B.
Ground lead
Heat sink
Fig. 5
20
RX-V367/HTR-3063
HB UPDATING FIRMWARE
Note) Updating the firmware restores all the set up Information (soundíleld parameters, system memory and tuner
Presettind, eto. o ne original factory settings.
When the following parts are replaced, the firmware must be Updated to the latest version.
DIGITAL P.C.B,
Microprocessor C221, DIGITAL P.C.B)
© Confirmation of firmware version and checksum
Before and after updating the firmware, check the firmware version and checksum by using the self-diagnostic
function menu,
start up the self-diagnostic function and select “25, ROM VER/SUM/PORT” Menu.
Using the sub-menu, have the firmware version and checksum displayed, and note them down.
(See “SELF-DIAGNOSTIC FUNCTION”
* When the firmware version is different from written one after updating, perform the updating procedure again from
the beginning.
e Initializing the back-up IC (EEPROM: 1C222 of the DIGITAL P.C.B.)
After Updating the firmware, the back-up IC MUST be initialized by the following procedure to have proper
memorization of the set Up information (soundtield parameters, system memory and tuner presetting, etc).
Start up the self-diagnostic function and select 24. FACTORY PRESET” menu. (See “SELF-DIAGNOSTIC FUNCTION”)
Select “24, PRESET RSRY”, press the “dy (Power) key of this Unit to turn off the power once and turn on the power
again. Then the back-up IC 1s initialized.
O Required Tools
+ DVD or CD player (with DIGITAL OUTPUT (OFTICAL or COAXIAL) jack)
* Optical cable (when OPTICAL jack is used)
+ Digital audio pin cable (when COAXIAL jack Is used)
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+ Firmware CD
T Download the latest firmware from the specified download source and create the firmware CD.
21
RX-V367/HTR-3063
e Connection
Connect this unit and DVD/CD player as shown below. (Fig 1)
Example of connection between digital OPTICAL jacks
This unit
a ap i
- == DVD/CD player
Ш Tate | es: [ 1...00
mate XO as a o Teo o
Ca —— С CT
Optical cable
/
Example of connection between digital COAXIAL jacks
This unit
| 9, oh DVD/CD player
| а b - == -
Er лнди © 8 Г | а.) О ©
"Ч со ==
e
to
=
о | Digital audio pin cable
= /
©
a
©
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Fig. 1
22
RX-V367/HTR-3063
Operation Procedures
1. While pressing the “INFO key of this unit, connect the power cable of this unit to the AC outlet (Fig. 2)
The FIRMWARE UPDATE mode Is activated and "CDDA Upgrader” 1s displayed. (Fig. 2)
HH O G 0 0 O G
© 0 0.999% 55 0)
— ——
"INFO" key
Display
ES
| | | ol | HEL и | n= Ч ".. HALLE
| "| fio od AT |
ne "EE "En " = rs un 1
Fig. 2
2. Eject the disc tray of the DVD/CD player, load the firmware CD on it and press the “PLAY” key. Writing of the
firmware starts automatically. (FIg. 3)
3. When writing of the firmware 1s completed, “Update Success”, “Please...” and “Power off!” are displaved
repeatedly. (Fig. 5)
Writing is started Writing is completed
MON TE — e Reta Ae nn m тот
«12 - Received data |
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Fig. 3
* When the version of the firmware to be written is the same as the one existing in this unit, “Same Version”,
"Please. .” and "Power off!” are displayed repeatedly. (Updating 1s not necessary.)
If the display remains unchanged for more than 10 seconds after starting the firmware CD play procedure,
perform the firmware CD play procedure again from the beginning.
If “FILE CORRUPTED” Is displayed after “Address xO000C7, make sure that the written data 1s not corrupted
and perform Steps 110 7 of “Operation Procedures” agan
If “Upgrade Failed” 1s displayed, perform “operation procedures” again from the beginning
Press the “gy” (Power) key of this unit to turn off the power.
Elect the disc tray of the DVD/CD player and unload the firmware CD from It.
Start up the self-diagnostic function and check that the firmware version and checksum are the same as written
ones. (See “Confirmation of firmware version and checksum”)
23
RX-V367/HTR-3063
Ш SELF-DIAGNOSTIC FUNCTION
This unit has self-diagnostic functions that are intended for inspection, measurement and location of faulty point.
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There are 26 main menu items, each of which has sub-menu items,
Listed in the table below are main menu items and sub-menu items,
Note that not all menu items listed will apply to the models covered In this service manual.
No.
Main menu
Sub-menu
1
BYPASS
1 ANALOG BYPASS
2
RAM THROUGH
1. RAM MARGIN
HAM FULL ALL
RAM FULL CENTER
RAM FULL SURROUND
TE | 60 | Го
HAM FULL SURROUND BACK (Not for service)
HDMI AUDIO
1 SPDIF
MILT
DSD
La3 | a
SPEAKERS SET
T FRONT: SML QdB
CENTER. NONE
LFE/BASS: FRNT
TONE: MAX
TONE: MIN
2 | © | + | D | M
SPEAKER 6-ohms (Not for service)
LIMITER CONTROL (Not for service)
| AC BG
AC_B: Lo
LIM/PLDET/THM
de | Го
MIC CHECK (R, K, A, B, G, F, L models)
1. MIC CHECK
FL/MONITOR CHECK
1 INITIAL DISPLAY
ALL SEGMENT OFF/MONITOR (VIDEO) MUTE
ALL SEGMENT ON/MONITOR (COMPONENT) MUTE
2
3
4 DIMMER 50%
5 CHECK PATTERN
MANUAL TEST
1 TEST ALL
AD DATA CHECK
1 PS/DC
HTH
AMP/DK
Fa | O3 | A
K1/K2
10
VIDEO CHECK
1 126
DIGITAL COMPONENT (Not for service)
2
3 DIGITAL CVBS (Not for service)
4 DIGITAL Y/C (NO for servida)
5 ANALOG BYPASS (Not for service)
11
NO MENU
Invalidity
12
NO MENU
Invalidity
13
NO MENU
Invalidity
14
DOCK
1. DOCK
2 BT VERSION (Not for service)
24
No.
Main menu
Sub-menu
RX-V367/HTR-3063
15
HDMI INFORMATION
MODEL NAME
PRODUCT ID
VENDOR NAME
10
HDMI SELECT
HDMI NONE
Po | — | 9 | Го
НОМ! 1 к
ет | + | O9
ADMI IN 2 нк
HDMI TN ias
HDMI IN 4 эт
17
NO MENU
Invalidity
IF STATUS (Not for service)
1
DSP STATUS
19
BUS CHECK
|
TI BUS.
2
EEFROM:
20
NO MENU
Invalidity
21
PROTECTION HISTORY
1
HISTORY 1
HISTORY 2
HISTORY 3
> | Qa | РО
HISTORY 4
22
SOFT SWITCH
SWITCH MODE
MUOEL
a | FO
DESTINATION
23
UPDATE (Not for service)
TI FLASH BOOT
24
FACTORY PRESET
PRESET INHIBIT
PRESET RESERVED
25
ROM YER/SUM/PORT
ro | —
FIRMWARE VERSION
ALL CHECKSUM
Ca)
TI (DSP) FLASH ROM VERSION
i
TIHDSP) FLASH ROM CHECKSUM
MODEL/DEBTINAT WON
Verify (Not for service)
20
MODEL/DESTINATION (Not for service)
MODEL/DEST
M/D:
25
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RX-V367/HTR-3063
e Starting Self-Diagnostic Function
While pressing the “TONE CONTROL” and “STRAIGHT” keys of this unit as shown in the figure below, press ihe “dh” (Power)
Key of this unit to turn on the power.
The self-diagnostic function mode 1s activated.
Keys of this unit
TOWNE CONTRO = STRAICHT
©
While pressing these keys, tum on the power.
© Starting Self-Diagnostic Function in the protection cancel mode
the protection function works and causes hindrance to trouble shoot, cancel the protection function as described below
and it will be possible to enter the self-diagnostic function mode.
(The protection functions other than the excess current detect function will be disabled.)
While pressing the “TONE CONTROL” and “STRAIGHT” keys as shown in the figure above, press the “gy” (Power) key to
turn on the power and keep pressing those 2 keys and the “gy” (Power) key for 3 seconds or longer.
The self-diagnostic function mode is activated with the protection functions disabled,
In this mode, the “SLEEP” segment of the FL display of this unit flashes to indicate that the mode 1s seli-diagnostic function
mode with the protection functions disabled
CAUTION!
Using this product with the protection function disabled may cause further damage to this unit, Use special care for this
point when using this mode,
{nD
to
©
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er
0
a
a
e Canceling Self-Diagnostic Function
1, Before canceling self-diagnostic function, execute setting for FACTORY PRESET of man menu No.24 (Memory
initialization inhibited or Memory initialized).
*« IN order to keep the user memory preserved, be sure 10 select PRESET INHIBITED (Memory initialization inhibited).
à Pressthe "&” (Power) key of this Unit to turn off the power.
26
RX-V367/HTR-3063
e Display provided when Self-Diagnostic Function started
The display is as described below depending on the situation when the last time the power to this unit is turned off,
1. When the power is turned off by usual operation:
The FL display of this unit displays “NO PROTECT” then the main menu (sub-menu “1. ANALOG BYRAS” of main menu
1 BYPASS) a few seconds later.
Opening message Main menu display
After a few seconds
HD PROTECT | > | 1, FHALDE BYFAS |
2. When the protection function worked to turn off the power:
The FL display of this unit displays the data of protection function which worked at that time then the main menu (sub-menu “1,
ANALOG BYFAS” of main menu 1 BYPASS) a few seconds later,
Note: At that time If vou reactivate the self-diagnostic function after turning off the power once by pressing the “ay” (Power)
Key, “NO PROTECT” will be displayed because that situation is equal to “1 When the power 1s turned off by usual
operation.” described above.
However the protection function history Is stored In a back-up 1C with a backup. For details, refer to main menu 21
PROTECTION HISTORY.
2-1. When the protection function worked due to excess current.
= us
1
- AD value when the protection function is working
Cause: An excessive current flowed through the power amplifier,
Supplementary information: As current of the power amplifier 18 detected, the abnormal channel can be identified by
checking the current detect transistor,
Turning on the power without correcting the abnormality will cause the protection function to work immediately and the
power supply will instantly be shut off,
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Notes)
« Applying the power to this unit without correcting the abnormality can be dangerous and cause additional
circuit damage. To avoid this, if “PRI” and “PRD” protection function has been activated 3 times continuously,
the power will not turn on even when the “gy” (Power) key is pressed.
In order to turn on the power again, disconnect the power cable of this unit from the AC outlet once and then
reconnect it again.
* The output transistors in each amplifier channel should be checked for damage before applying power to this unit.
* Amplifier current should be monitored by measuring DC voltage across the emitter resistors for each channel.
27
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RX-V367/HTR-3063
28
2-2. When the protection function worked due to a short between speaker terminals.
Pope 4 Loue (no 0
OO ar Dh ea” |
AD value when the protection function is working
Cause: [he [ine between speaker terminals 1s shorted,
Supplementary information: As the excess current is detected after operation of the speaker relay, the shorted speaker
terminal and the connected speaker can be identified,
Turning on the power without correcting the abnormality will cause the protection function to work immediately and the
power supply will instantly be shut off.
2-3. When the protection function worked due to abnormal DC output.
` Ls
aa
AD value when the protection function is working
Cause: DC output of the power amplifier 1s abnormal.
Supplementary information: The protection function worked due 10 a DC voltage appearing at the speaker terminal. A
cause could be a defect in the amplifier,
Turning on the power without correcting the abnormality will cause the protection function to work in 3 seconds and the
power supply will be shut off
2-4. When the protection function worked due to abnormal voltage in the power supply section.
AD value when the protection function ig working
Cause: The voltage in the power supply section 1s abnormal
Supplementary information: The protection function worked due to a defect or overload in the power supply.
Turning on the power without correcting the abnormality will cause the protection function to work In 1 seconds and the
power supply will be shut off.
RX-V367/HTR-3063
2-5. When the protection function worked due to excessive heatsink temperature.
Tap value when the protection function is working
Cause: The temperature of the heatsink is excessive,
Supplementary information: The protection function worked due to the temperature limit being exceeded.
Causes could be poor ventilation or a defect related to the thermal sensor.
Turning on the power without correcting the abnormality will cause the protection function to work in 1 seconds and the
power supply will be shut off.
* For detection of eacn protection function, refer to main menu described later,
@ History of protection function
When the protection function has worked, its history is stored in memory with a backup.
Even If no abnormality is noted while servicing the unit, an abnormality which has occurred previously can be defined
as long as the backup data has been stored,
The history of the protection function will be initialized when self-diagnostic function ls cancelled by selecting Мо. 24-
2. PRESET BESERVED (Memory initialized) sub-menu.
29
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RX-V367/HTR-3063
@ Operation procedure of Main menu and Sub-menu
There are 26 main menu items, each of having sub-menu items
Main menu selection
Select the menu using “SCENE TY” (forward) and “SCENE BD/DYD” (reverse) keys.
Sub-menu selection
Select the sub-menu using “SCENE RADIO” (forward) and “SCENE CD” (reverse) keys.
Keys of this unit
B Main menu selection _ Sub-menu selection Ш
EC EJE
© © ©
a |? Bp NOE
Reverse Forward Reverse Forward
e Functions in Self-Diagnostic Function mode
In addition to the self-diagnostic function menu items, functions as listed below are available.
o Power ON/OFF
+ Master volume
+ Muting
* Input selection
* Functions related to the tuner and the set menu are not available,
© Initial settings used to start Self-Diagnostic Function
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The following Initial settings are used when starting self-diagnostic function.
When self-diagnostic function 1s canceled, these settings are restored lo those before starting self-diagnostic function
« Master volume: -20 de
e Input: AV5
e Manmenu: 1 ANALOG BYPASS
o Speaker setting: LARGE, Bass out to SWER (All channels)
30
e Details of Self-Diagnostic Function menu
1. BYPASS
sing the sub-menu, itis possible ta select ANALOG BYPASS output.
1-1. ANALOG BYPASS
The analog input audio signal 18 output to FRONT L/Rin DIRECT mode.
INPUT: AVS ANALOG
SPEAKER OUT: 1 kHz, SUBWOOFER OUTPUT: 50 Hz
RX-V367/HTR-3063
input level Val SPEAKER OUTPUT SUBWOOFER
nputleve olume
FRONT CENTER SURROUND OUTPUT
Both ch, -20 dem +6.5 dB +115 dBm -00 -00 -00
ANALOG BYPASS
(Shaded items not used in this example)
31
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RX-V367/HTR-3063
2. RAM THROUGH
Using the sub-menu, 1tis possible to select MARGIN output or FULL BIT output,
2-1. RAM MARGIN
The audio signal is output including the head margin.
INPUT: AVS ANALOG
SPEAKER OUT: 1 kHz, SUBWOOFER OUTPUT: 50 Hz
Input level Val SPEAKER OUTPUT SUBWOOFER
MPUT I6V6 те
P FRONT CENTER SURROUND OUTPUT
Both ch, -20 dBm +6.5 dB +11.5 dBm +11.5 dBm +11.5 dBm -6.5 dBm
2-2. RAM FULL ALL
The audio signal is output to all channels in digital full bit without including the head margin.
The SUBWOOFER signal is output but not in digital full bit.
Le USE TILL.
INPUT: AV5 ANALOG
SPEAKER QUT: 1 kHz, SUBWOOFER OUTPUT: 50 Hz
NPUT leve OIUMme
Р FRONT CENTER SURROUND QUTPUT
Both ch, -20 dem +6.5 dB +11.5 dBm +11.5 dBm +115 dBm -6.5 dBm
2-3. RAM FULL CENTER
The audio signal is output to only CENTER channel in digital full bit without mcluding the head margin,
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INPUT: AVS ANALOG
SPEAKER QUT: 1 kHz, SUBWQOFER QUTPUT: 50 Hz
32
SPEAKER OUTPUT SUBWOOFER
Input level Volume
FRONT CENTER SURROUND QUTPUT
Both ch, -20 dBm +5.5 dB -00 +11.5 dem „00 - 00
RX-V367/HTR-3063
2-4. RAM FULL SURROUND
The audio signal is output to only SURROUND L/R channels in digital full bit without including the head margin.
e EDO e a e Pop
ВЕЕТ | "la laa at a
INPUT: AVS ANALOG
SPEAKER QUT: 1 kHz, SUBWOOFER OUTPUT: 50 Hz
| Level Val SPEAKER OUTPUT SUBWOOFER
nput leve olume - T —
> FRONT CENTER SURROUND OUTPUT
Both ch, -20 dBm +5.5 dB -00 - 00 +11.5 dBm -00
2-5. RAM FULL SURROUND BACK
Not for service,
E PULL Si
INPUT: AVS ANALOG
SPEAKER OUT: 1 kHz, SUBWOQFER OUTPUT: 50 Hz
SPEAKER OUTPUT SUBWOOFER
Input level Volume
FRONT CENTER SURROUND QUTPUT
Both ch, -20 dBm +6.5 dB -00 - 00 -00 -00
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33
RX-V367/HTR-3063
3. HDMI AUDIO
Using the sub-menu, the audio signals input to HDMI IN are selected and output.
* When selecting “D&D”, be sure to connect an HDMI unit equipped with DSD output function to this unit.
> | SENTIR 3-1. SPDIF
SPDIF signal is output.
Е | 3-2. Multi (DVD-Audio)
Multi signal is output.
3-3. DSD (Direct stream digital)
DSD signal is output.
4. SPEAKER SET
The analog switch settings for each sub-menu are as shown in the table below,
LARGE: This mode is used for a speaker with high bass reproduction performance (a large unit), Full bandwidth
signals are output.
FRONT CENTER SURROUND SUBWOOFER
FRONT : SMLOdB SMALL LARGE LARGE SWFR
CENTER : NONE LARGE NONE LARGE SWFR
E LFE/B : FRONT LARGE SMALL SMALL FRONT
М TONE — : MAX LARGE LARGE LARGE SWFR
= TONE :MIN LARGE LARGE LARGE SWER
E SPEAKER 6-ohm LARGE LARGE LARGE SWFR
SMALL: This mode is used for a speaker with low bass reproduction performance (a small unit).
The signals of 90 Hz or less are mixed into the channel specified by LFE/BASS.
NONE: This mode is used for no center speaker.
The center content is reduced by 3 dB and distributed to FRONT L/R
SWFR: LFE of 51 channel signal or LFE/BASS lower than 90 Hz 18 output through SUBWOOFER OUT.
FRONT: LFE of 5.1 channel signal or LFE/BASS lower than 90 Hz is distributed to FRONT L/R,
34
RX-V367/HTR-3063
4-1. FRONT: SML 0dB
The FRONT L/R signal, when 90 Hz or lower, is mixed to the channel specified by LFE/BASS.
4-2. CENTER: NONE
The CENTER signal is distributed to FRONT L/R.
4, LFE-F:FRHT | 493.LFE/ BASS: FRONT
The LFE/BASS signal is distributed to FRONT LR.
4-4 TONE: MAX
The audio signal is output with the tone control “BASS +10 dB”, “TREBLE +10 dB”.
4-5. TONE: MIN
The audio signal is output with the tone control "BASS +10 dB”, "TREBLE +10 dB”.
: a har
Li | E E "Y r
pe 1 1 11 |i gora "|
а № I fad’ 1 ae Il ela 1
4-6. SPEAKER 6 ohms
- . . = ГТГ] 1am =
I me pe fend Вяч ве PT I
Pl hm EF | A
Not for service.
INPUT: AVS ANALOG
SPEAKER QUT: 1 kHz, SUBWOOFER OUTPUT: 50 Hz
Input level Volume SPEAKER OUTPUT SUBWOOFER с
FRONT CENTER SURROUND OUTPUT o
Both ch, -20 dBm +65 dB +115 dB +115 dB +115 dB 15 dB Ч
Both ch, -20 dBm +65 dB +16.0 dB 00 +115 dB -6.5 dB =:
Both ch. -20 dBm +55 de se +115 dB +115 dB 55 E
“Both ch, -20 dBm | +65 dB +14.0 dB +115 dB +115 dB 65 dB &
Both ch, -20 dBm +6.5 dB +85 dE +11.5 dB +11.5 de -6.5 dB
Both ch, -20 dBm +6.5 dB +115 dB +115 dB +11.5 dB 6.5 dB
35
RX-V367/HTR-3063
5. LIMITER CONTROL
Not for Service.
* When “5-3. LIM/PLDET/THM” sub-menu 1s selected, keys become non-operable. However, it 1s possible to
advance lo the next main menu by pressing the “SCENE TY” (forward) or “SCENE BD/DYD” (reverse) Keys of this
Unit.
mena 5-1. AC-B: Hi
М
vw ins LE га ТТ
DOT Tage 5-2. AC-B: Lo
9-3. LIM / PLDET / THM
* Do not change the setting value because this item is only for the use of development staff.
6. MIC CHECK (R, K, A, B, G, F, L models)
The signals input through the microphone are output to only FRONT L channel via A/D-D/A
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RX-V367/HTR-3063
ff. FL/MONITOR CHECK
This menu is used to check the FL display and video monitor output.
When checking the video monitor output, connect a TV monitor to this Unit with à component video cable and video
pin cable
Using the sub-menu, the FL display and video monitor output change together as shown below.
Checking FL display section Check of the Video control section. (Monitor out)
71. INITIAL DISPLAY
— = = = — —” MONITOR output ON
E. MFD CHECK |
7-2. ALL SEGMENT OFF |
| | MONITOR (VIDEO) output mute
7-3. ALL SEGMENT ON |
MONITOR (COMPONENT) output mute
si REN em ES COD OS
ETT TTI ITE > ES
| * After check, change to next
menu at once. |
74. DIMMER 50 %
ua EA Е ЕЕ Е ааа че Ее ПТ ai 13 MONITOR output ON
— ="
ТОННЫ,
7-5. CHECK PATTERN
e EEE MONITOR output ON
15 ENEE KB
À | +
ENEE = E Se
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Lighting in lattice
BORE gage
LU." НС!
ННЦ НН
а) НО
ne MO
dea deje
BOAO 0008
Short Normal
E
+
segment conditions of the FL driver and the FL tube are checked by turning ON and OFF all segments,
Next, the operation of the FL driver is checked by using the dimmer control,
Then a short between segments next 10 each other is checked by turning ON and OFF all segments alternately (in lattice).
(In the above example, the segments in the second row from the top are shorted )
37
RX-V367/HTR-3063
8. MANUAL TEST
The built-in noise generator of DSP outputs the test noise through the channels specified by using the sub-menu.
The noise frequency for subwoofer is 30 to 80 Hz, Other than that, the noise frequency Is 500 to 2 kHz.
8-1. TEST ALL
Noise 15 output from all channels,
9. A/D DATA CHECK
This menu 1s used to display the A/D conversion value of the microprocessor which detects panel keys of this unit and
protection functions in using the sub-menu.
When K1/K2 menu is selected, keys become non-operable due to detection of the values of all keys.
However, its possible to advance to the next main menu by turning Ihe “VOLUME” knob of this unit.
+ Numeric values in the figure are given as reference only.
9-1. PS/DC
PS: Power supply voltage protection detection
Voltage detects: AC2, +124, 83, +70, +5A, +51, -VP
Normal value: 101 to 155
(Reference voltage: 3.3 М=255)
DC: Power amplifier DC (DC voltage) output is detected.
Normal value 27 10 68
(Reference voltage: 3.3 Y=255)
E PS or DE becomes out of the normal value range, the protection function works to turn off the power,
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9-2. TH1/TH2
Temperature of the heatsink 1s detected.
Normal value: 8710 255
(Reference voltage: 3.3 V=255)
E | THT or TH2 becomes out of the normal value range, the protection function works to turn off the power,
War res res
38
RX-V367/HTR-3063
9-3. AMP/DK
AMP: Power amplifier output is detected.
Normal valle: 128 to 255
(Reference voltage: 3.3 Y=255)
DK: DOCK type detection (U, © models)
(Reference voltage: 3 3 Y=255)
DOCK detection for AD port
Pull-up resistance 10 k-ohms
DOCK type (DKID 141 pin) Bluetooth ¡Pod Wireless iPod No connected
A/D value (3.3 V=255) 5-25 120 — 140 255
9-4. K1/K2
Panel key of this unit is detected
When the A/D conversion value of the panel key becomes out of the specified range, normal operation will not
be avallanle.,
In that case, check the constant of voltage dividing resistor, solder condition, etc. Refer to table.
(Reference voltage: 3.3 V=255)
Display KI Display K2
RADIO
0-1 STRAIGHT | 0-1 SCENEA) =
- | — = — <
TUNING CD x
12 — 12 —
2-37 >> c= (SCENES) <
"и
TUNING TV =
_ 64 _ 54
] 38-6 << | 33-5 (SCENE) | E
BD/DVD =
_ _7
65 — 88 AM 55 — 75 SCENE) À
F
79 — 113 EM 76 — 96 e
Ma _ 130 PRESET 97-110 PROGRAM
> =
140 — 164 PRESET 120 — 142 INPUT
INPUT
165 — 186 MEMORY 143 — 163 N №
187 — 226 INFO 164 — 181 _
255 KEY OFF 182 — 197 d (Power)
TONE
198 — 209 CONTROL
255 KEY OFF
39
RX-V367/HTR-3063
10. VIDEO CHECK
This menu is used to check the video control section.
10-1. 12C check
The 12C (Inter integrated circuit) bus line connection is checked.
10-2. Digital component
Not for service
10-3. Digital CYBS (Video)
Not for service,
10-4. Digital Y/C (S-Video)
Not for service
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10-5. Analog bypass
Not for service,
40
Q
1
0 bit :
1 bit :
2 Dit :
: HDMI TRANSMITTER (1C202,DIGITAL P.C.B.)
: HDMI RECEIVER (1C201, DIGITAL P.C.B.)
5 bit :
6 bit :
7 Dit:
3 Dit
4 bit
Mir rm
a
LN
i
lu,
|= = pda
DOE ber Tee! ass
- No error detected
: An error is detected
11. NO MENU
12. NO MENU
13. NO MENU
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Mid
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RX-V367/HTR-3063
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RX-V367/HTR-3063
14. DOCK
14-1. DOCK
This menu is used to check the DOCK connector without the iPod itself.
With the power 10 this unit turned off, short between ping No. 14 (TX) and No. 18 (RX), between pins No. 4 (IFDET) and
No. 8 (DGND). Also, connect a 10 k-onms, 1/4 W resistor between ping No. 21 (DKID) and No. 8 (DEND). (Make sure
¡nat he power Is turned off.)
Start up the self-diagnostic function and select this menu.
The check result is displayed according to the following display specifications.
Note) Be sure to return the shorted pins to their original condition after executing this test.
1/4 W
10 k-onms
DOCK CONNECTOR
All Y — “OK”
Others = "NG"
14-2. BT (Bluetooth version)
The DOCK (Bluetooth module) version 1s displayed
42
peer mr
Check item Short pins Result Display
Pins No.14 (TX) OK Y |
TI t
UART loop back tes _ No.18 (RX) NG N
| 1C221 High = YES Y |
IPAP (IPod accessory power) detection |
( УР ) pin No. 64 Low = No N
IPDET (iPod installation to DOCK) detection Pins No4 (IPDET) — Ce LOW = Installed ! |
— No.8 (DGND) pin No. 65 High = not installed N
Pins No-21 (DKID) 10 K-ohms, Y
1/4 W pull down
| — No.8 (DGND)|IC221 }
| | —
DKID (DOCK ID) detection + 10 k-ohms, 1/4 W pin No. 95
pull down Other N
RX-V36//HTR-3063
15. HDMI INFORMATION
The HDMI informations are displayed
> | EE | 15-1. HDMI model name
The model name of this unit written in HDMI module is displayed.
| RX-V367/HTR-3063
| LEE | 15-2. HDMI product ID
The product 1D of this unit written in HDMI module is displayed.
RX-V367: 3145
| HTR-3063: 3146
ag 15-3. HDMI vendor name
The vendor name “YAMAHA of this unit written in HDMI module is displayed.
16. HDMI SELECT
Using the sub-menu, the selected Input signal is output to HDMI OUT.
* Support audio is set to “OTHER”
>=
=
_> | НОМ] KOM 16-1. HDMI none =
= a. =
No signal is output. m=
=]
| 0
5
E
G
Г TE 16-2. HDMI in 1
The signal input from HDMI "IN 1° is output.
4 When deep color video signals are input, “30” bit or “36” bit is displayed.
‚
HT IM ww | 16-3. HDMI In 2
| The signal input from HDMI “IN 2” is output.
HATO TkRO ps 16-4. HDMI in 3
| The signal input from HDMI “IN 3” is output.
"A 16-5. HDMI in 4
The signal input from HDMI “IN 4” is output.
43
RX-V367/HTR-3063
17. NO MENU
18. IF STATUS (Input function status)
Not for service
19. BUS CHECK
Communication and bus line connection between devices on the DIGITAL P.C.B, are checked,
19-1. TI (DSP) BUS check
communication and bus line connection between microprocessor (1C221) and TI (DSF, 10241) are checked.
NoEr: Nao error detected.
Boot: When “Boot” is displayed for a few seconds or “Boot” and “Notr” are displayed alternately, there ls a
possibility that an error had occurred,
19-2. EEPROM BUS check
Communication and bus line connection between microprocessor (16221) and EEPROM (1C222) are checked
OK: Noerror detected.
NG: An errors detected,
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20. NO MENU
44,
RX-V367/HTR-3063
21. PROTECTION HISTORY
This menu is used to display the history of protection function.
All history of protection function will be erased by pressing the “STRAIGHT” key,
Example
> | 1-1,P51 97 | 211 History Y
LH When the upper limit of the protection function is exceeded.
L: When the lower limit of the protection function is exceeded.
A/D value when the protection function is activated. (Reference voltage: 3.3 V=255)
Example
A MEET 21-2. History 2
Example
пуль МОРЕ 21-3. History 3
Example
id, HOPRT 21-4. History 4
A
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RX-V367/HTR-3063
22. SOFT SWITCH
When the following parts are replaced, the model name and the destination MUST be written to the back-up IC
(EEPROM. 1C222 of the DIGITAL P.C.B.) to have proper operation.
* EEPRÓM (10222) of DIGITAL P.C.B.
* DIGITAL PCB.
Note) When the DIGITAL P.C.B. is replaced, the firmware also must be updated to the latest version. (See
“UPDATING FIRMWARE”)
22-1. SWITCH MODE
Press the “STRAIGHT” key to select the “22. SW. MODEL”. This unit is in the mode where the name and the
destination can be written.
PCB: Model name and destination can not de written,
MODEL: Model name and destination can be written,
vos 0 EER 0 CEA E mE ATE
(E wd bE We
aL =
Press the "STRAIGHT” key 1s selected.
22-2. MODEL
Press the “STRAIGHT” key to select the model name, “Y3687” (RX-Y367) or “430683” (HTR-3063) Selected model
name is written,
Press the “STRAIGHT” key 1s selected
22-3. DESTINATION
Vi
O
& Press the “STRAIGHT” Key repeatedly to select the destination. Selected destination 18 written,
=
TI
= Press the "STRAIGHT” key 1s selected,
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Es — 5 ]e— [DENT IR Je [22088 —
| he Ball К Зо 4 Le O | в Г <— 5 ; A | : — вл. LH | q =
G: B, G, F models
46
RX-V367/HTR-3063
23. UPDATE TI
Not for service
im im
1 €"
24. FACTORY PRESET
This menu is used to reserve/inhibit initialization of the back-up IC (EEPROM: 1C222 of the DIGITAL P.C.B.).
тет 24-1. PRESET INHIBIT (Initialization inhibited)
Initialization of the back-up IC is not executed Select this sub-menu to protect the values set by the
| USET,
“a BRESEY Dim 24-2. PRESET RESERVED (Initialization reserved)
initialization of the back-up IC is reserved, (Actual mitialization 1s executed the next time the power Is
turned on.) Press the “y” (Power) key of this unit to turn off the power after this sub-menu Is selected,
reset the original factory settings or to reset the backup IC. Any protection history will be mitialized.
CAUTION: Before setting to the PRESET RESERVED, write down the existing preset memory content of the tuner,
(This 1s because setting to the PRESET RESERVED will cause the User memory content 10 be erased.)
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RX-V367/HTR-3063
25. ROM VER/SUM/PORT
The firmware version, checksum values, model name and destination are displayed.
The checksum is obtained by adding the data at every 8-bits for each program area and expressing the result as a
4-figure hexadecimal notation,
* Numeric values in the figure are given as reference only,
25-1. Firmware version
The firmware version of microprocessor (IC221 DIGITAL PC.B.) is displayed.
"er hire LU
25-2. All checksum
The checksum value of microprocessor (IC221 DIGITAL PC.B.) is displayed.
| 29-3. TI (DSP) FLASH ROM version
The firmware version of TI (DSP) FLASH ROM (1C243 DIGITAL P.C.B.) is displayed.
25-4. TI (DSP) FLASH ROM checksum
The checksum value of TI (DSP) FLASH ROM (IC243 DIGITAL PC.B.) is displayed.
5 25-5. MODEL/DESTINATION
‘ The model name and destination are displayed.
| | DESTINATION deleclion value
A — Deleclion value 111 222 333 444 20 666 Ti 308
Deslinalion u С H T K A B GF L
o MODEL deleclion value
CO
= Deleclion value 0 111
= Model name V3 (RX-V367) H3 (HTR-3063)
= Y
==
© LE
= i fa PRE 25-6 VERIFY
I ala ¡Ms deso dana!
a Not for service.
| +
26. MODEL/DESTINATION
Not for service.
La 1 i Li E ' |. E dia Mis : 1 + hi pe E Ta J y Li -
48
RX-V367/HTR-3063
E DISPLAY DATA
® V1001 : 18-MT-09GNK (OPERATION P.C.B.)
æ-—-—-—-—-—--———@
Ln Mmm
PATTERN AREA
uu LL
e PIN CONNECTION
Pin No. |69|68|67|66|65/64|63|62|61|60|59|58|57|56|55|54|53|52|51|50|49|48|47|46|45|44/43|42| 41/40|39/38|37|36|35
Connection |F2NX/NP|NP|P1|P2|P3|P4|P5|P6|P7|P8|P2|P10|P11|P12|P13|P14|P15[P16|P17|P18|P19|P20| P21|P22 P23 P24IP25|P26| P27 | P28IP29|P30| P31
Pin No. |34/33/32/31/30/29/28/27/26|25|24/23|22/21|20/19118/17|1615| 14/13 12/11 10/9/18 1716 4132] 1
Connection |P32/P33/P34/P35/P36 NXINXINXINXINXNXNX|18G17G16G15G/14G136/12G11G/10G 9G/8G/7G/6G/5G4G[3G 2G 1 GINPINPNX/F 1
Note : 1) F1,F2 Rilamenl pin 2)NP..... No pin 3) NX... No extend pin 4) 1G-18G ..... Grid pin
e GRID ASSIGNMENT
18G 176 16G 17G 15G
| 15 oa |. is = да gf | sir 816 Jus 316 | 87 за on |
SIRIUS ¡70 Nr; e E E TAGL SS iPod [CHARGE | BLEEP VOL. MT a
Ч И МИ К ВЯ Я ВЯ | we PAS
Hom! I IN IAN NN AN [cmema TZ 3 Tunen | ise e) ЖЕ митЕ 1! "48
| Л Fr ons ea ДН РРР at as eee lanes | eses a ones he "PR |
| Fa uña: | HENE И FA A UNEZ т ИН | guns | RARE Hi In
Cel HIE HEHE ea CORNE ENT AE = Ei
| N Ld Ho | BRENE qu HHH! BEER: “Fr L E Cunas Y HENNE NE El
| EEN BEEN I EEE MEN || mann | A. E... | ENEE | ie Hit а y
| NL Saas Bann | | BEERS | eae. Е HH bees cd EH HH HHH НЕ) anna | EE EE
st so st 16 26 3G 4G 5G 6G 7G 8G 0G 106 TG 12G 13G MG *” р
a
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==
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Le 22 2 4 5-2 ': '
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3023 3.3 45 53 LI LE
14 2-4 3-4 4-4 5-4 a \ a
ENEE = =,
rr Prune
Pi x
16 26 3:6 46 56 Cl
AAA | лин
B Ш B B B (18G-16G) (15G)
HN EN OEE OE Es
(1G-14G)
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RX-V367/HTR-3063
@® ANODE CONNECTION
18G 17G 1606 156 16-146
Pi 1a 1a 1a SD 1-1
Р2 1h 1h 1h 57 2-1
P3 1] 1] 1] 1d 3-1
Pd 1k 1K 1K 2d 4-1
P5 1b 15 15 Se 5-1
PE 11 11 11 1e 1-2
P7 1m 1m im 2e 2-2
P3 19 1g 1g 53 3-2
РЭ 1c 1C 16 1C 4-2
P10 le 1e le 20 5-2
F11 1r 1r 1r 54 1-3
P12 1p 1p 1p 1g 2-3
P13 in in in 20 3-3
P14 1d 1d 1d if 4-3
P15 га га га 21 5-3
P16 2h 2h 2h 1b 1-4
P17 2] 2) 2] 2b 2-4
P18 2k 2k 2K 1a 3-4
P19 20 20 zb 2a 4-4
P20 A a A 54
P21 2m 2m 2m 1-5
P22 29 29 29 PA 2-5
P23 2C 2C 26 Ls 3-5
P24 де 2e 2e 4-5
P25 er 2r 2r A 5-5
P26 2p 2p 2p 1-6
P27 2n 2n 2n 2-6
P28 2d 2d 2d 3-6
P29 SIRIUS 58 HD EJ 4-6
P30 XM 59 TAG E] 5-6
P31 HINT IPod CHARGE | Снимем В ТОЙ SE 1-7
P32 Cal 8P B al s13 2-7
P33 UTE S15 STEREO MUTE 3-7
P34 S12 SPA TUNED e 4-7
P35 510 514 517 Ex 5-7
P36 511 — s16 SLEEP Si
Ш IC DATA
IC? 1:
MUTE
A EE
ADCL
ADCR
AGND
INRA
(LA
NRZ
INLZ
INR
INLS
INR
INL4
INR
IMLS
INRE
INTE
INR
INLY
NRS
INLS
INRAYRECAT
IN LA/RESL!
IN RS
IMLS
INRERECR?
INLB/REGLZ
INRIORECR4
INRIÖRECL4
INATIRECHS
DATA
KA
INLIVRECES
CLOCK
INR12
R2A15220FP (MAIN P.C.B.)
8-cnannel electronic volume with 11 input selector and tone control
DGND
SUBRI
INR TS
SUBLI
№13
SBLCIN
— E — A +
INR 4
SBREIN
+
+
IL +A |-
FEIN?
I
E.
RECAS
FLIN?
сы
=
CT
Cf
Qu HECB,
Lar)
(0. BB step)
10-068,
- ее
(0.50Bstap!
RECELS
FEINA
SLINZ
FRI
SWINE
GINE
ann! mb
an
(2083
CIM
SWNT be
SERINZ
wi ий
SELINZ
>
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+
=
SLCIN
=n fd BIE)
SEIN
>
SA
>
SACIN
SBRIN1
sUBRE
SBLE
BL Pre-QUT
SEL OUT
RX-V367/HTR-3063
TRER
BASSR?
BASSI
TREL
| BASSL?
>| BASSLA
5
5] AGND
A
3
2
1
FRC
FR Pre-OUT
FROUT
AGND
FLOUT
FL Pre-OUT
FLC
CC
COUT
AGND
SWOUT
SWC
SRC
SA Pre-OUT
SROUT
A GND
SLOUT
SL Pre-OUT
SLC
SERG
SBR Pre-QUT
SER OUT
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AGND
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RX-V367/HTR-3063
Pin No. Port Name Function Name Detail of Function
1 AGND AE Analog ground of internal circuit
2 SBROUT VOSBL Output pin of FL/FR/C/SW/SL/SR/SBL/SBR channel
3 SBR Pre-QUT | VOPSBL Pre-output pin of FL/FR/SL/SR/SBL/SBR channel
4 SBRC AE Connects capacitor for reducing click noise of L/R/C/SW/SL/SR/SBL/SBR channel volume
5 AGND AE Analog ground of internal circuit
6 = VOPSR Connects capacitor for reducing click noise of L/R/C/SW/SL/SR/SBL/SBR channel volume
7 SL Pre-OUT VOSR Pre-output pin of FUFR/SUSR/SBL/SBR channel
8 SLOUT AE Output pin of FL/FR/C/SW/SL/SR/SBL/SBR channel
9 AGND AE Analog ground of internal circuit
10 | SROUT VOSL | output pin of FUFR/C/SW/SL/SR/SBL/SBR channel I
11 SR Pre-QUT VOPSL Pre-output pin of FL/FR/SI/SR/SBL/SBR channel
12 SRC AE
Connects capacitor for reducing click noise of L/R/C/Sw/SL/SR/SBL/SBR channel volume
13 SWC AE
14 SWOUT VOSW Qutput pin of FU/FR/C/Sw/SL/SR/SBL/SBR channel
15 AGND AE Analog ground of internal circuit
16 COUT voc Output pin of FL/FR/C/SW/SL/SR/SEL/SBR channel
17 CC AE
18 FL AE Connects capacitor for reducing click noise of L/R/C/Sw/SL/SR/SBL/SBR channel volume
19 FL Pre-QUT VOPFR Pre-output pin ef FL/FR/SL/SR/SBL/SBR channel
20 FLOUT VOFR Qutput pin of FUFR/C/Ssw?SL/SR/SBL/SBR channel
21 AGND POE Analog ground ot internal circurt
22 | FROUT [VOFL | output pin of FUFR/C/SW/SL/SR/SBL/SBR channel I
23 [|FRPre-OUT | VOPFL Pre-output pin of FL/FR/SL/SR/SBL/SBR channel I
24 FRC AE Connects capacitor for reducing click noise of L/R/C/SW/SL/SR/SBL/SBR channel volume
25 BASSLI AE
— + -| Frequency characteristic setting pin of L/R channel tone control (Bass)
26 BASSLZ AE
27 TREL AE Frequency characteristic setting pin of L/R channel tone control (Treble)
28 BASSR1 AE
— + - Frequency characteristic setting pin of L/R channel tone control (Bass)
29 BASSR2 AE
30 | TRER | AE Frequency characteristic setting pin of L/R channel tone control {Treble) ‘
31 AVCC VCC Positive power supply to internal circuit
32 SUBL1 N.C.
33 SUBLE NC - Output pin for L/R channel SUB1/SUB2 output
34 SRCIN N.C. 3rd multi input pin for SBL/SBR/SL/SR channel volume that is able to swap SBR/SBL with
35 SLCIN N.C. SR/SL
36 | SBLINZ | 8SBR I
37 SBRIN2 85BL
38 CIN2 8C
39 SWIN2 8SW
Multi input pin of L/R/C/SW/SL/SR/SBL/SBR channel (Multi IN 1/2)
40 SLINZ 85R
41 SRIN2 8SL
42 FLIN2 8FR
43 FRINZ BFL
44 SBRCIN £2L 3rd multi input pin for SBL/SBR/SUSR channel volume that is able to swap SBR/SBL with
45 SBLCIN Z2R SR/SL
46 SUBL1 Z2R
— —+— - Output pin for L/R channel SUB1/SUB2 output
47 SUBR1 Z2L
48 DGND MG Digital ground of internal circuit
49 DATA VOL_SCK Input pin of control data
50 CLOCK VOL_MOSI Input pin af contral clock
RX-V367/HTR-3063
Pin No. Port Name Function Name Detail of Function
51 MUTE AE Outside mute control pin
52 АМЕЕ — Negative power supply to internal circuit
53 ADCL ADR
Output pin for L/R channel ADC
54 ADCH ADL
55 AGND AE Analog ground of internal circuit
56 INR 1 AUZL
57 INL AUZR
58 INR2 AUAL
59 INLZ AUTR
60 INR3 AV-6L
61 INL3 AV-6R
62 INR4 AV-5L
63 INL4 AV-5R
Input pin of L/R channel (Input selector)
54 INRS PHL
65 INLS PHR
66 INR6 SAL
67 INLS SHR
68 INRY IPL
69 INLY IPR
70 INR8 XML
71 |1NLS | XMR
72 INRA/RECR1 AV-OUTOL |
—— — — — Output pin for L/R channel {input selecton)/Qutput pin for L/R channel REC output
73 INLA/RECLT AV-OUT В
74 INF USBL
— Input pin of L/R channel (Input selector)
75 INL9 USER
76 INHE/HECKH2Z | AOL
77 INLB/RECLZ AQR
78 INR10/RECR4 | TUL
т = — Output pin for L/R channel (input selector /Output pin for L/R channel REC output
76 INLIO/RECL4 | TUR
80 INR11/RECR5 | MIC
81 INL11/RECL5 | AE
82 INR12 AUXL
83 INL12 AUXR
84 INR13 AE
Input pin of L/R channel {Input selector)
85 INL13 AE
86 INR 14 AE
87 INL14 AE
38 RECR3 N.C.
Output pin for L/R channel REC output
89 RECL3 N.C.
90 FLIN1 DAFR
a1 FRIN1 DAFL
92 CIN DAC
93 SWINA DASW Ш
Multi input pin of L/R/C/SW/SL/SR/SBL/SBR channel (Multi IN 1/2)
94 SLINT1 DASH
95 SEIN1 DASL
96 SBLINA DASBR
97 SBRIN1 DASBL
98 SBLG AE Connects capacitor for reducing click noise of L/R/C/SW/SL/SR/SBL/SBR channel volume
99 SEL Pre-QUT VOPSBR Pre-output pin of FUFR/SLASR/SBLASBR channel
100 SBL OUT VOSBR Output pin of FL/FR/C/SWw/SL/SR/SBUSBR channel
53
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RX-V367/HTR-3063
10241: D/OYE101BRFER266 (DIGITAL P.C.B.)
Decoder/Post processor
* No replacement part available.
33 à
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sg 8
0 2 Su. ces == =
3 Úv = e 207 == E 56 E =F SE = 5 =
a N ET EAN Taq
LEAL ER ER EN CEE ER PRR EEE REEL ER LR EEE 3
COLO LOL OL EL ON O LO EL ELEL IO LES EOL OL LELIOS LILA ELE IO ELO ALO
| EEESIONESCIENAUIANSIACESOIDISERANEEARO |
ves Dd 109 72 |] Ves
SPIÓ_SIMO 0 110 71 [0 EM_CKE
SPLO SOMO SECA Cl 141 Tod EM CLE
yon © ME 69 [0 Ves
AXRO(0] O 113 68 0 DVDO
Ves Cl 114 67 EM, WE Cro]
AXPON] [| 115 gi [J ЕМ_0(2]
AXRO[P2] 0 116 85 [1 CVOD
AXROR] 117 éd 10 EM CY]
Ves Cl 118 ss D Em Df10]
АКВОМ] E| 119 62 [1 Yes
АХВОБУЗРИ ВСВ Ц 120 61 1 EM_0(11]
AXACEYSPI_ENA O 121 60 [9 DV6D
AXROFISPI CLK © 122 59 01 EM_D[12]
смор 0 123 58 [0 EN_D[13]
Yes [ 124 57 [3 GVD6
ovo D 125 56 3 EM. DMA]
АХВОВУАХРИБУЗРИ_ВОМЕ Cl 176 £8 [7 EM_D[15]
AXROB YAA 4 SP SIM Ц 127 54 ] Ves
Cvoo Ц 128 £3 1 CYDD
Vee [ 129 52 [1 EM_D[0]
AXROCIOFAXR1 [8] CE] 130 51 7 EM_C(1]
AXMRO[ 1 YAXA [2] O 131 50 [3 DVon
CDD 132 49 0 EM_D[2]
ves L) 134 dé (9 EM _D[5]
AXROM2YAXP1[1] D 134 47 |] Yes
АХВО[1ЗУЗХР1 [9] Ц 135 46 3 ЕМ_0(4]
DVOO Cl 136 45 ] EM_OI[S]
AXPorispexRan] D 127 44 [J CVD
AXROMSYAaxXAR20] Ц 138 43 1 EM_ Cf]
ACLKRà OO 138 47 1 Cop
Ves L] 140 41 (0 EM_D(7]
AFSAC © 141 40 [OJ vss
ACGLKXO D 142 39] EM_WE_DGMIG]
AMCLKRWAHCLERT O 143 a8 [0 EM_WE
AFEXO 1D 144 37 17 EM Cé5
| C-asseesoo I V2ZICESDS7TSSNGAQANSNS5H9GSH8E »
НН
По НЫЕ Не НН ВОН ЕЕ Нео ВНЕ = #
CATE EEE E EEE EE
E e o Ll LL с с с = CA с = al E OOF
= JF 2 o a x LL 0 5 A, CL LL LL
ee X À = = o
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Progr
© gram/Dala i JTAG EMU |
ox D1 256 RAM
= Dala €» 256K Bytes = e A) McASPO
ни EF = = 16 Serializes
= НАМ PFrogram/Dala
© C67x+CPU 256) ROM Page (2)
ala . 32
is RAW 5, Conuolle Program/Data a G — MM MCASP 1
256 ROM Раде? = (æ ) 6 Serializes
Program 256K Byles =
[AO INT Folch -
| ProgranvDala а. ‘ 32 > McASP2
: (756) ROM Page3 Z| 2 Señializes
256kK Bytes = 92 / DIT Only
Program
CSP | 32 32 32 SPI
Cache =
32K Byles PMP DMP - e
© 3 (2) с
jr Bd Е =
rt ait = 1 2 1200
. =
High-Performance (32 > 3
Cressbar Swilch = ‘ 2 ) PC
= = 3
32 32 2 o =
x k 32 RTH
| a
wr i ar pu” o A
/O Interrupts MAXO CONTROL MAX1 Events 22) PLL
Oul In — |
EMIF
MAX .
Paripheral Interrupt and DMA Evenls
54
RX-V367/HTR-3063
Function Name
No. (PCB) TYPE” | PULL? | GPIOS Detail of Function
1 | VSS
2 | AHCLKXO/AHCLKXZ IO — Y McASFO and McASPZ transmit master clock
3 | AMUTEO Le — Y MCASPO mute output
4 |AMUTET Ke — Y MCASP1 mute output
i 5 | AHCLIOG IQ Ш Y | McASF1 transmit master clock a
6 |VSS
7 | ACLKAT IO — Y McASF1 transmit bit clock
8 |CVDD
8 | ACLKR1 IO — Y McASP1 receive bit clock
10 | DVDD
11 | AFSXT IO — Y MCASP1 transmit frame Sync (L/R clock)
12 | AFSR1 KO — Y MCASP1 receive frame Sync (L/R clock)
13 | VSS
14 | RESET IO — N Device reset pin
15 |VSS
16 | CVDD
17 | CLKIN IO — N Alternate clock input (3.3-V LVCMOS input)
18 | VSS
19 | TMS [o IPU М Test mode select
20 | CVDD
21 |TRST Oo | PU N | Test reset a
dé |OSCVSS PWR — N Oscillator Vss tap point (for filter only)
23 | OSCIN IQ — N 1.2-V oscillator input
24 NC O — N
25 | OSCVDD PWR — N Oscillator 1.2-V Vpp tap point (for filter only)
26 | VSS
27 |PLLHY PWR | - | PLL 3.3-V supply input (requires external filter} ©
28 | TEN Io IPU Test data in
29 [TDO OZ PU N | Test data out -
30 | VSS
31 | DVDD
32 | EMUI[0] I IPL N Emulation pin O
33 |CVDD | - N
34 | EMU[1] IO [PU N Emulation pin 1
35 | ТСК IO IPU М Test clock
36 | Ground(Vss)
37 [EM CAS о | - N [SDRAM column address strobe N
38 | EM WE O — N SDRAM write enable
39 | EM WE _DQM[0] O — N Write enable or byte enable for EM_D [7:0]
40 | VSS
41 | EM_D[7] IO — N EMIF data bus [lower 16-bits]
42 | DVDD
43 | EM D[6] IQ — N EMIF data bus [lower 16-bits]
44 | CVDD |
45 [EM DJS] О - N |EMIF data bus [lower 16-bits] a
46 |EM_D[4] IO — N EMIF data bus [lower 16-bits]
47 |VSS
48 | EM_D[3] IQ — N EMIF data bus [lower 16-bits]
49 | EM_D[2] IO — N EMIF data bus [lower 16-bits]
50 | DVDD
55
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56
RX-V367/HTR-3063
Function Name
No. (PCB) TYPE” | PULL? | GPIOS Detail of Function
51 |EM_D[1] IO — N EMIF data bus [lower 16-bits]
52 | EM_D(O] | 10 - N |EMIF data bus [lower 16-bits] I
53 |CVDD
54 |VSS
55 | EM _D[15] Le — N EMIF data bus [lower 16-bits]
56 | EM_D[14] IO — М EMIF data bus [lower 16-Bits]
57 | CVDD
58 | EM_D[13] IO — N EMIF data bus [lower 16-Bits]
59 |EM D[12] IO — N EMIF data bus [lower 16-Bits]
я. VOD ZZ ee ara В
61 | EM_D[11] lo — N EMIF data bus [lower 16-Bits]
62 | VSS
63 | EM_D[10] Le — N EMIF data bus [lower 16-Bits]
64 | EM_D[9] IO — N EMIF data bus [lower 16-Bits]
65 |CVDD
66 | EM _D[8] IO — N EMIF data bus [lower 16-bits]
67 |EM_WE_DQM[1] O — N Write enable or byte enable for EM_D [15:58]
68 DVDD
69 | VSS
70 |EM_CLK O — N SDRAM clock
71 | EM_CKE O — N SDRAM clock enable
72 | VSS
73 | UVDD
74 | EM_A[H] Le - | N |EMIF address bus I
/5 |EM_A[9] O _ N EMIF address bus
76 | EM_A[8] | © = N | EMIF address bus I
77 |cvoD I
78 |VSS
79 | EM_A[7] O _ N | EMIF address bus :
80 | EM A[6] O — N EMIF address bus
81 DVDD
82 | VSS
83 | EM_A[5] © - | N [EMIF address bus ‘
84 | EM_A[4] O — N EMIF address bus
85 | CVDD
86 | EM_A[3] e — N EMIF address bus
87 |vss I
88 | ЕМ_А[2] O — N EMIF address bus
89 |EM_A[1] O — М EMIF address bus
90 |CVDD
91 | EM_A[0] O — N EMIF address bus
92 DVDD
93 |EM_A[10] Q — N EMIF address bus
94 | EM BA] O — N | SDRAM bank address and asynchronous memory Low-Order address
95 |vss — I
96 |EM_BA[0] Q — N SDRAM bank address and asynchronous memory Low-Order address
97 | EM_CS5[0] O — N SDRAM chip select
98 |EM_RAS Q — N SORAM row address strobe
99 | VSS
100 | EM_CS[2] O — N Asynchronous memory chip select
RX-V367/HTR-3063
Function Name
No. (PCB) TYPE” | PULL? | GPIOS Detail of Function
101 | CVDD
| 102 | NC O — М Asynchronous memory read'not wnte N
103 | DYDD
104 | EM OE O = N SDRAM output enable
105 | SPIO ENANZ2C1_SDA IQ — Y SPIO enable (ready) or l2c1 serial data
106 | VSS
107 | SPIO_ENA/A2C1 SCL IO — Y SPIO enable (ready) orlzci señal clock
108 | SPIO CLKAZCO _SCL IO — Y SPIO serial clock or l2c0 serial clock
109 | VES |
) 110 | SPIO_SIMO IO — Y SPIO data pin slave in master out a
111 | SPIO SOMIAA2C0 SDA IQ — Y SPIO data pin slave out master in or 12C0 serial data
112 | DVDD
113 | AXHO[0] IO — Y MCASPO serial data O
114 | VSS
115 | AXRO[1] le — Y MCcASPO serial data 1
116 | AXRO[2] 10 = Y MeASPO serial data ?
117 | AXRO[3] IO = McASPO serial data 3
118 | VSS
119 | AXRO[4] IQ — Y MCASPO serial data 4
120 | SPI1_5C5 IO — Y MCASPO serial data 5 or SPI1 slave chip select
121 | SPI1_ENA IO — Y MCASPO serial data 6 or SPI1 enable (ready)
122 | SPH CLK IO — Y MCASPO serial data 7 or SPI1 senal clock
123 | CVDD
‘124 | VSS ©
125 | DVDD _
126 | /SPI1 SOMI | _ y a data 8 or McASP1 serial data 5 or SPI1 data pin slave
127 | /SPI1 SIMO О _ y Eee data 9 or McASP1 serial data 4 or SPI1 data pin slave in
128 | CVDD
129 | VSS
130 | AXROMO] 10 — Y McASPO serial data 10 or McASP1 serial data 2
131 | AXRO[11] o | - Y | McASPO serial data 11 or McASP1 serial data 2 a
132 | CVDD
133 vS5
134 | AXRO[12] IO — Y MCASPO serial data 12 or MCASP serial data 1
195 | AXRO[13] oO | - Y — | MCASPO serial data 13 or McASP1 serial data 0 N
136 | DVDD
137 | AXRO[14] Le — Y McASPO serial data 14 or McASP2 serial data 1
138 | AXRO[15] IO — Y McASPO serial data 15 or McASP2 seral data 0
139 | ACLKRO IO = McASPO receive bit clock
140 | VSS
141 | AFSRO IO — Y MCASPO receive frame Sync (L/R clock)
142 | ACLEXO К | = Y | McASPO transmit bit clock
143 | AHCLKRO/AHCLKR1 о - Y |[McASPO and McASP1 receive master clock -
144 | AFSXO KO — Y MCASPO transmit frame Sync (L/R clock)
57
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RX-V367/HTR-3063
10221: REFESS4AMNBF (DIGITAL P.C.B)
Microprocrssor
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Ч Ч 4
| Port PO | | Port P1 | | Port P4 | | Pot Ps | | Pot Pa | | Port PS |
YCC? ports
Intemal penpheral functions
Timer (16-bit)
Outpuls (timer A) 5
Inputs (timer B): 6
Three-phase motor control
сом
| Real-time clock |
| PW function (B-bit x 2) |
Remote control signal
recelyer (2 circuits)
Watchdog timer
[15-bit]
VART or
clock aynehronous serial 10
[6 channels)
Clock synchronous senal 10
(B-bil x 2 channels)
System clock generator
HANK OUT
XCIN-XCOUT
PLL frequéney synihesizer
On-chip oscillator (125 kHz)
Mult-master FC-bus interface
[1 channel)
DMAC (4 channels)
CEC function
CRC anthmetic circuit
(CAC-CCITT ог СВС-18)
Voltage detector
Fower-on reget
On-chip debugger
AJO converter 11 62/60 serles Memory
(10-bit resolution x 26 Microp roosssor core
channels) ВОМ (1)
DÍA converter >
(8-bit resolution x ВАМ 8
circuits)
| —
FE | FLG Multiplrer
VCC ports
[Por P10 | Роя Ра | Portes ] [ PonP7 | [ For PE |
A A d h d
{3 A 8 À 8 {3 {8
Y Y Y Y Y
Notes:
1, ROM size depends on MCU type.
2, HAM size depends on MCU type,
2 En eze ONE NM YORE
Lap E — 21 ны = a a сч a 1] of od in en © con с o me + =
Ca) EL O00 Za 7-0 >=0 000 0d od Ou
= SERERERERERER INI EEEREEER
их aa EE EQ ES EEE SES LEC E ESSE ESE a
= FXDE +78) Era
Poon P11 e ler py_3
O PIO 75 YCCZ ports " 3-е РА 4
с) po_7 —[5 7 N [37] cLK7
> Ро_& =—=[35| 46] Fx D7
> POS [Ai] 16]e+ py 7
oc PO d «= 82) Ed e ps Ú
Po_3 [63 + Pi
PO_2 +—[ë4 dee PS
PO 1 56 EM a ps 5
ANO_0 ———[2 r 30)» P5_4
ANT a=] 57 \ 38] 55
ANG —#[65 dal PS 6
ANS 55 1 37 |= pg 7
ANA 8 À 36] P6 0
ANS «| E El nl 1
ANZ =»[a sae» SCLO
Ами =->[ 83 33] SDA0
AYES 94 52] P6_4
ANO 1 96 per CL
VREF —[% so АХО!
avec [FE NL 28] TD
SINd +>LES - VCC1 pos | 25[=+ 50A2
SOUTA «>[88 O Fr scia
CLK 100 26 нет Р7_2
ef] ee |5 [Е | ЕЕ Е NE
еще El CA М PS GEL = = £ = a “| q
оЧваоресср о: E £SELEdaxta
Er 6 E E =
Notes:
58
1 M-channel open drain output.
2, Ghéc1He posltlon of pln 1 by referring to appeñabt 1, Package Dimenelone,
RX-V367/HTR-3063
Pin Function
No Port Name Name Full on Power off | MCU sleep| AC off Detail of Function
(P.C.B.)
TMR O O O RDS READY input / Open drain output (Imax=8
1 |TB4IN Y
В TUS Low Fix Low Fix Low Fix Im¿) on LC72725 side
DA O O O
P T | |
2 |DAQ AMP LM Low Fix Low Fix Low Fix Remitter control output
SO O O Q
T P | h f P DIR
3 |SOUTSZ DSP_MOS Low Fix Low Fix Low Fix Synchronous data output for DSF, DIR, DAC
4 SIN3 |DSP_MISO _ Sa | |- | Е | |- | Synchronous data input for DSP. DIR, DAC a
> O O O
5 |CLK3 DSP _ SCK Low ix 1 Low Fix 1 Low Fix Synchronous clock output for DSP, DIR, DAC
Data but width change input
Y T YT
S BYTE BYTE MCU MCU MCU MCU When in single chip mode: L (16 bit)
P d lect
7 |cNvss ESA CNVSS | MCU MCU MCU MCU | 08% OOO
Low: Single chip mode
8 |P8 7 VOL_RB |+ + |+ + Volume rotary encoder B
9 |P8 6 VOL_RA + |+ |-+ + Volume rotary encoder A
10 |[N_ RESET N_CPU_RST MCU MCU MCU MCU Reset input
11 XQUT XQUT MCU MCU MCU MCU Oscillation circuit output
12 [VES DGND MCU MCU MCU MCU Microprocessor GND
13 | XIN XIN MCU MCU MCU MCU Oscillation circuit input
14 |VCCAH +3.3M MCU MCU MCL MCU Microprocessor power supply
15 | ММ! (no use) |+ |+ + |+
16 |М1МТ2 REM_IN IRQ IRQ) IRC | Remote control pulse input
IRQ |- |- |- HDMI mute input
17 IN_INT1 H T — -
a DM_MU O H: Mute
18 IN_INTO HDM_INT IRC |- |- |- Interrupt input from HDMI Rx
MIC detection
19 |P8_1 N_MI T |- |- |- |-
CPS -MIC_DE _ | _ L: MIC available _
O O e о HDMI Tx +5V power regulator control
P HTX PON - — -
20 [78.0 AFC High Act Low Fix Low Fix Low Fix |H: Regulator ON
TMR + O +
21 | TA3IN N_DSP INT Interrupt input from DSP
Low FIX
O о O о
РУ — + -
£5 5 Hes) Low Fix Low Fix Low Fix Low Fix
23 |TAZIN N_PDET TMR + + [PC power detection
L: Power down
Q O O O
24 A (no use) Low Fix Low Fix Low FIX Low Fix
© o O O |
25 |P7_3 N_FLD_RST || сом Ас! Low Fix | LowFix | Low Fix I driver reset I
© O O O
P7 N F - - FL dri hi |
20 2 -FLD_C3 Low Act Low Fix Low Fix Low Fix | driver chip select
Si Q O O
27 SCL2 HDM_SCL Low Fix Low Fix Low Fix HDMI Rx/Tx 12C SCL output
50 Q O O
28 ISDA2 HDM_SDA Low Fix Low Fix Low Fix HDMI Rx/Tx 12C SDA input/output
29 |TXD1 EBA _TXD so 50 |-- +
30 |RXD1 ESA_RXD Si Si |-- |+
31 |CLKA1 EBA SCLK Q O |+ +
32 |P6 4 ESA BUSY |- |- |- |-
33 |SDAQ TUN _ SDA > © В © nchronous data input/output for tuner 12C
— Q Low Fix Low Fix Low Fix y P р
SC O O Q
34 |SCLD TUN SCL Low Fix Low Fix Low Fix Synchronous clock cutput for tuner 12C
Q O O O
P& 1 N H RST HDMI R
abs _HRX_RS Low Act Low Fix Low Fix Low Fix DMI Fix reset
O O O e
36 P6_0 N_HTX_RST Low Act Low Fix Low Fix Low Fix HDMI Tx reset
59
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RX-V367/HTR-3063
Pin Function
No Port Name Name Full on Power off | MCU sleep| AC off Detail of Function
(P.C.B.)
O O O O
37 P5 7 N DIR RST DIR t
_ o Low Act Low Fix Low Fix Low Fix 050
O O O O
38 P5 6 N DIR_CS DIR chi lect
- - LowAct | LowFix | LowFix | Low Fix CESTA
39 |P5_5 N EBA EPM |- |- |- |-
| | O |
40 |P5 4 DIR WCK - — — DIR_WCK input for CDDA writing
Low Fix
| | O | e
41 P5 3 DIR_SDO - DIR_SDO input for CDDA writing
Low Fix
O O Q O
42 |P N PDN
EA -ADC_FD Low Act Low Fix Low Fix Low Fix ADS power down
O O Q Q
43 |P5 1 N hi |
3 Fo -DACCS Low Act Low Fix Low Fix Low Fix DAC chip select
44 |P5 0 N ESA CE |+ |+ |+ |+
[+ [+ © |--
45 |P4 7 N DSP _RDY : DSP ready input
Low Fix
46 |RXD7 RDS MISO |- |- |- |- RDS data input
O O O O
47 7 В В | t
CLK DS_SCK Low Fix Low Fix Low Fix DS clock outpu
48 |P4 4 N_TUN_TUND + + © + Tuner tuned input
Low Fix
|+ |+ O +
49 P4 3 N TUN ST - Tuner stereo input
Low Fix _ |
50 P4 2 DSP FMT | a о | O | Q | DSP full mute output
High Act Low Fix Low Fix Low Fix |H: Mute
O O O O
1 P4 1 N P - — — — P chi
> = -DSF..Cs Low Act Low Fix Low Fix Low FE воен Sales! |
O Q Q O
52 |P4 0 N DSP RST DSP reset
_ - _ High Act Low Fix Low Fix Low Fix
Q O Q о
53 |P3_7 N_EZ2R_CS | EEPROM chi lect
: = = | Low. Act Low 7 Act Low Act | Low Act | НР |
O O a O
54 |P3 8 N RDS RST RDS t
- AS LowAct | LowFix | LowFix | Low Fix hh
55 |РЗ_5 R2A_MOSI © © © © Electronic vol pattering synchronous data output
a - Low Fix Low Fix Low Fix P 9 y Р
56 |P3_4 R2A_SCK © © © © Electronic vol pattering synchronous clock output
a _ Low Fix Low Fix Low Fix P 9 р
57 P3 3 PART | E F |- |- Overcurrent protection detection В
Speaker impedance changing relay control /
О e O Q |
58 IP3 2 SP IMP At8 ohm: Low (Relay off, B voltage high)
a _ Low Fix Low Fix Low Fix At 6 ohm and temperature rise: High (Relay ON, B
voltage low)
O Q Q O
59 P3 1 N_CNPT_PS Low Act Low Fix Low Fix Low Fix Component video selector IC power save
60 VCC? VCC MCU MCU MCU MCU Microprocessor power supply
O O Q Q
1 |P N V T ite vi | t
6 3 0 VO M Low Act Low Fix Low Fix Low Fix Composite video selector mute
62 [VSS VES MCU MCU MCL MCL Microprocessor GND
|+ Q O Q Headphone detection
P N_HP T
63 Pa HEDE Low Fix Low Fix Low Fix |L: Headphone available
¡Pod accessory power detection / Low while iPod
booting (about 2 seconds). Execute identification
64 IP? 6 IPD_APDT |- |- |- |- when booting seems to have completed. Change to
constant input to prevent pulling between high output
of iPod and Low Fix of microprocessor output,
65 IN INT7 N IPD DET IRC IRC IRQ Q | iPod detection | |
Low Fix [When inserting an iPod into the DOCK H to L
60
RX-V367/HTR-3063
Pin Function
No Port Name Name Full on Power off | MCU sleep| AC off Detail of Function
(P.C.B.)
IRQ | O |
66 IN_INT6 N_DIR_INT : DIR interrupt input
Low Fix
O O O O
67 |P2 3 HPRY Headphone relay control
_ High Act Low Fix Low Fix Low Fix р у
O O O О Speaker relay control (Surround)
P PRY
68 |Ре_ё SPRY. High Act Low Fix | Low Fix Low Fix |H: Relay ON
O O O O Speaker relay control (Center)
P2 1 PRY — — | — -
69 ré > © High Act Low Fix Low Fix Low Fix |H: Belay ON
O O O O Speaker relay control (Front)
70 |P2 0 SPRY_F
_ T High Act Low Fix Low Fix Low Fix |H: Relay ON
P GIT 1. | |
71 |Р1 7 3D PON | O O | O | O | CB DIGITAL +3.30, +1.2D regulator contro
High Act Low Fix Low Fix Low Fix |H: Regulator ON
o O O О FCB DIGITAL +5D regulator control
72 |P PON
Es > High Áct Low Fix Low Fix Low Fix |H: Regulator ON
73 [N_INT3 PSW_DET IRQ IRQ IRQ | Power system switch (Power, Scene) detection
O O O O
4 P1_4 V Vi | |
7 1_ SELLS Low Fix Low Fix Low Fix ideo input select
SO O O O
75 |T IP | h IP
5 |TXD6 D_MOS Low Fix Low Fix Low Fix Synchronous data output for ¡Pod
76 RXD6 IPO_MISO Si |+ |-- | Synchronous data input for iFod
О О O ©
7 |P1_1 V Vi | |
/ SELZ Low Fix Low Fix Low Fix deo Input select
O e O O
78 |P1 V 1 - Vi | lect
8 0 5EL Low Fix Low Fix Low Fix ideo input selec
trol
79 |P0 7 N SB MT O e | O | © | Mute control (Surround back)
Low Act Low Fix Low Fix Low Fix |* Spare to use for HD audio when necessary
O O O O
P N_SW_MT — — — - | f
80 |Ро_6 ЭМ Low Act Low Fix Low Fix Low Fix Mute control (Subwoofer)
O O O o
1 |P T t |
' 05 (AE | Бом Ас! | LowFix | Le w Fix | Low Fix wu e control (Surround)
O O O D
PO 4 N T — — - |
Se FO CM Low Act Low Fix Low Fix Low Fix HARO, (TS!)
O O O O
83 |PO 3 N F MT Mute control {Front
a - Low Act Low Fix Low Fix Low Fix | )
О O O e Power relay control
4 |P PWR_RY
8 0-2 A High Act Low Fix Low Fix Low Fix |H: ON
FCT detection
PO_1 N FCT | | | |
> a _H: Product mode L: FCT mode
86 ANO O (no use) a | | a
a AD standby AD standby | AD standby
AD | | |
87 [ANY DC PRT Fower AMP DC detection
_ AD standby AD standby | AD stanciby
AD | | |
88 ¡ANG AMP_OLV Power AMP output level detection
- AD standby | AD standby | AD standby р
AD | | |
89 ANS THM1_PRT Temperature detection 1
- AD standby |AD standby | AD standby | ОР
AD | | |
90 | АМ4 THM2 PRT Temperature detection 2 (L model
AD standby |AD standby |AD standby | "PF )
AD | | |
91 |AN3 KEY2 KEY1 AD value taken in
AD standby | AD standby | AD standby
AD | | |
02 |ANZ KEY KEY 1 AD value taken in
AD standby | AD standby | AD standby
AD | | |
93 [ANT PS_PRT PS protection detection
a AD standby AD standby | AD standby P
94 |AVSS AVSS MCU MCU MCU MCU Microprocessor GND
61
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No Port Name Name Full on Power off | MCU sleep| AC off Detail of Function
(P.C.B.)
95 ¡ANO IPD TYPE AD | | | DOCK discriminat
iscriminate
_ AD standby | AD standby | AD standby
96 |VREF VREF MCU MCU MCU MCU AD reference voltage
97 ¡AVCC AVCC MCL) MCU MCL MCU Microprocessor power supply
a8 |SIN4 E2R_MISO SI SI © SI Synchronous data input for EEPROM
SO SO O so |
a9 SQUTA4 FLD_MOSI - ——— ir ТГ том Ех | FL driver/Synchronous data output for EEPROM
SO so | o | so |
100 CLK4 FLD_SCK Low Fix FL driver/Synchronous clock output for EEPROM
Key detection for A/D port
Key input (A/D) pull-up resistance 10 k-ohms
Ohm 0 + 1.0 К + 1.5 К + 1.8 К + 2.8 К +33K +4.7K + 8.2 К + 10.0 К
\ 0-015 |0.15— 048 |049 -0.82 | 083 — 1.14 | 1.15 — 1.46 | 1.47 — 1.79 | 180 — 2.12 | 2.13 — 2.40 | 2.41 — 2.91
A/D value
— 12 — 37 — 64 — — 11 114 —1 140 — 164 | 165—1 7 —
(3.3 V=255) 0-1 2-3 38—6 65 — 88 89 3 39 0-16 65 — 186 | 187 — 226
КЕМ! STRAIGHT TUNING TUNING AM FM PRESET PRESET MEMORY INFO
(92 pin) >> << > <
Ohm 0 + 1.0 К + 1.0 К + 1.5 К + 1.5 К +22 k +33k +4 7k |(22 К +33 Ю| 220k 330k
Y 0-013 | 015-042 | 043—0 70 | 0.71-0.97 | 098-124 | 125-153 | 154-184 | 184 — 210 | 2.11 - 2.33 | 2.34 — 2.54 | 2.54 — 2.71
A/D val
C1 0-11 | 12-32 | 83-54 | 55-75 | 76-96 | 97-119 | 120-142 | 143-163 | 164-181 | 182-197 | 198 — 209
(3.3 V=255)
KEY? SCENE SCENE SCENE SCENE | PROGRAM | PROGRAM INPUT INPUT TONE
(91 pin) RADIO CD TV BD/DVD > < > < (Power CONTROL
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20MH?
кале
+ See page 83,84 —
SCHEMATIC DIAGRAM
A B C D E F G H | J
RX-V367/HTR-3063
DIGITAL
+ See page 79-82 — 2 + e + + + # + + + # + + + # + + + # + + + # + + + # + + + # + + + # + + + # + + + # + + + # + + + # + + + # + + + # + + + # + + + + + + + + = + à + éd + 5 5 5-5 PP AP EP EP EEE AER AER AEREA EEE A OE E AE OE E AE OE E AER AER AEREA OREA PR EEE EEE EEE EEE EEE EEE ddd or EP OREA OREA A AP EP Edo Edy kde FEE odd dodo kody ddr bdr ddd Edo bE e
SCHEMATIC DIAGRAM : 1 :
HDMI IN 1 >= а гих :
: но — N_HAX_AST N_HTX PST —254
+ . 7 HDMINT :
HDMI IN 2 (==) — М Рот 10201 Y HOM_MUT IC202 :
+ Digital Video Data > ь ; HDMI OUT
: 37-40 HDMI RX HDMI Tx LS
HDMI IN 3 => P| For 519233 519134 :
: 125 :
HDMI IN 4 (== — For: as о ;
: SPDIF .
о 4 : —-— —— —
Es HDMI SPHIF — AIR. E
J ©) | || _ — 2: : MAIN |
| MAIN | OF— el | A + See page 85-87 >
. !
| AVI OL ПО) cm SCHEMATIC DIAGRAM
* See page 85-87 > 192] Component) (©
_ Р
! SCHEMATIC DIAGRAM N Component : O) MONITOR OUT
| + y Selector | (O) (COMPONENT VIDEO)
OA (component) || | NJM2586AM ' | :
AV2 E “fa
Optical 5VSEL1 N_GPNT_PS | ' :
| O (Optical) EVSEL? | | с : |
: 43 ;
' : IC42 i ; 17 > (Composite) © MONITOR OUT |
(VIDEO)
| AV3 Composite | (C43 :
‘ Selector , 3 [39 (Composite) © |
TC74HC4051 | i |” ~~ AV OUT :
| 910.11 | | (Analog) o
' AV4 VSEL1 N_VO_MT AU | © |
EE LO E L o I :
+ EELS i = =, = o : I
+ — = = TT HbMILES HDMI 12S (Multi Ch} 6e 65 25 5 = D = +
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O 1C261 РР — моов_мт | 2 | 49 50 "ОО Jo) FRONT L
I : DIR 26 DA_FA ,91 ] | :
AUDIO! 73 190 500 27 PAEL ao 1C21 18 > О FRONT R
© , 10241 10263 Power Y O-
i . Ea 131 501 19 IDA 5H 705 AMP ‚ : .
| — - — La] Selena STK433-330Y Rvs :
(O) Analog) | - - = AUDIO DSP 134 SD2 DAC 20 [DA_SL ,94 and - ; |
6 :
AUDIO? 8 R2A_SOK 49,50 D70YE101BRFP266 [135 503 | PCMISSIDBAR feeforc foo E-Vol КО О СЕМТЕВ
1 ; R2A_MOSI — M R2A15220FP Ct eed] 7
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1 STK433-130Y :
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+ See page 83, 84 — т ] iC лв | ММ! | N_SW_MT -
— 223 нОМОМмт — ВЫ лмто всо k — T _
| SCHEMATIC DIAGRAM т ло RDS но N_ADS_PST HDMMUT — FA ANT: a 1 ANP block RY2 —+— -—- —-—-—- — |
1 HS — PDS_SCK REM_IN — E ANTE UART! K—— + ESA SP_IMP — an ; y
| AM/FM Tuner K— 1200 LC72725KM [21 вре м5о PWS DET — "NT3 AMP LMT ——) Heat Sink 0 € HEADPHONE |
— N_TUN_ST (В, G, F models) + RES_ADY ANTA (C251 1202 kK——d HDMI Ax/Tx NN_SW_MT +—— and HAY. —Í :
i —— NL TUN_ TUND ANTS |_PAT ¢— Main Power Supply :
| — ' N_DIR_INT — 2 INTE sPIa k —— > DSPIDACIDIR DO_PAT 4 — N_HP_DET :
YPAO MIC In ¿_ (analog) [С222 IPD_DET — A INT? MICROPROCESSOR = —— - — — - —] — — 2 SN |
- SPI4 No FL Crrver/EEPRORN THMI_PRT + — 1
0 (A, K, A, B, G, L models) к, N_MIC CET | EEPROM 32kbil e N_E2P CS <Timer> M16C/64A y THM2 PAT 4+— :
- R1EX25032A5A00A N_PDET — ТА2|М R5F364AMNFB Seras k —— + (Paso, TASINEL-TCEFA) : |
| I \ N_DSP_INT —= 14 TA3IN | SW151
FL display Fics | PDS-FDY —Y TEN RoM512K Bye ARTE > Pod Main Power pe |
| » PA ¿AD port> — RAM: 31k Byte Supply НОО :
- IPD_TYPE —=2 ANO <PIO> (Main Trans) : я :
: ' PE_PAT —24 AN Clock - 20MH Po_1 + MODEL DS
RC In [6|— REM_IN Rev — Ам wr ’ 1 ;
| KEY ANE .
' 7 | THM2_PAT — 5H ANG ' PWR_RY :
THM1_PAT —# ANS :
VOLUME O— DA AMP_oLv —E5- Ane | :
| - VOL_AB ОС_РАТ — 5H AN N_CPU AST Stadnby
| : DEST — ANo_o y N_PDET Power Suppy СЕ AC IN (OPERATION |
| ' Sub Trans
|
-
ERREUR ERREUR EEE RER EEE RE RER EEE EEE RER EEE RE EE EEE RE EEE ER RE EE RER EEE RE EE EEE EEE EE EE EEE EEE EE EEE RE EE EEE EEE EEE EE EEE EEE EE EE EEE EE EEE EE EEE EEE RE EEE EE RE =
63
A | B С D E F G H | J
RX-V367/HTR-3063
HB PRINTED CIRCUIT BOARDS
POINT a) XL201 (Pin 5 of 10201) POINT (B) XL221 (Pin 11 of C221) POINT © y 1C221 (97 pin, +3.3M), (27 1C221 (10 pin, N_RESET) POINT (D) XL261 (Pin 29 of IC261)
Tek ME id : Тек ЧЕ == Tok 1 я Tek Prevu ; = Тек Fil Ets |
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am o] —М 40.005 А сп! 7 1424 SW Tov | Maoom] A Ch 7 1544 (N_RESET) Thi 200v GE z00v 4.005] A Chl 7 0.00% (N_RESET) ar 7.00 м Ch 200 = 3005] A Chi 7 0.00% 0 1.00 ] mavom ACh 7 1.42
+" 0.00000 s
UP 0.000008 | Ni” 0.000005
AC POWER ON AC POWER OFF AC POWER ON
U. C models No replacement part available. (Connect the power cable) (Disconnect the power cable) (Connect the power cable)
No replacement part available. HDMI
HDMI OUT (BD/DVD) HDMI 2 HDMI 3 ® HDMI 4
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CB205 CB201 CB202 CB203 CB204 0 0
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234-254 2.54 - 2.71
[ | * All voltages are measured with a 10M DC electronic voltmeter.
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Page 83 | J9
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E REPLACEMENT PARTS LIST
* ELECTRICAL COMPONENT PARTS
WARNING
® Components having special characteristics are marked A and must be replaced with parts having specifications
equal to those originally installed,
ABBREVIATIONS IN THIS LIST ARE AS FOLLOWS:
CAELCHP CHIP ALUMI ELECTROLYTIC CAP L EMIT LIGHT EMITTING MODULE
CCE CERAMIC САР LED DSPLY —:LED DISPLAY
C.CE ARRAY : CERAMIC CAP ARRAY LED.INFRD . LED,INFRARED
С.СЕ.СНР CHIP CERAMIC CAP MODULRF MODULATOR RF
C.CE ML MULTILAYER CERAMIC CAP PHOT.CPL PHOTO COUPLER
C.CEMCHP CHIP MULTILAYER CERAMIC САР PHOT.INTR ~~. PHOTO INTERRUPTER
C.CE SAFTY : RECOGNIZED CERAMIC CAP PHOTRFLCT : PHOTO REFLECTOR
C.CETUBLR CERAMIC TUBULAR CAP PIN TEST PIN. TEST POINT
C CE SMI SEMI CONDUCTIVE CERAMIC CAP PLSTRIVET PLASTIC RIVET
CEL ELECTROLYTIC CAP R ARRAY RESISTOR ARRAY
C.MICA MICA CAP R CAR CARBON RESISTOR
C ML.FLM MULTILAYER FILM CAP RCARCHP CHIP RESISTOR
C.MP METALLIZED PAPER CAP R CAR.FP FLAME PROOF CARBON RESISTOR
C.MYLAR MYLAR FILM CAP R.FUS FUSABLE RESISTOR
CMYLARML MULTILAYER MYLAR FILM CAP R MTLCHP СНИР METAL FILM RESISTOR
CNIOB.OXD NIOBIUM OXIDE CAP RMTLFLM : METAL FILM RESISTOR
C.PAPER PAPER CAPACITOR R.MTLOXD METAL OXIDE FILM RESISTOR
C PLS POLYSTYRENE FILM CAP R MTLPLAT METAL PLATE RESISTOR
C.POL POLYESTER FILM CAP RSNR CE CERAMIC RESONATOR
C.POLY POLYETHYLENE FILM CAP RSNR.CRYS —. CRYSTAL RESONATOR
C.PP POLYPROPYLENE FILM CAP R TWCEM TWIN CEMENT FIXED RESISTOR
CTNTL TANTALUM CAP R.CEMENT CEMENT RESISTOR
CTNTL.CHP : CHIP TANTALUM CAP SCR.BND.HD … BIND HEAD B-TIGHT SCREW
C.TRIM TRIMMER CAP SCRBWHD BW HEAD TAPPING SCREW
CN CONNECTOR SCR CUP CUP TIGHT SCREW
CN.BS PIN CONNECTOR, BASE PIN SCRTERM = - SCREW TERMINAL
CN.CANNON + CONNECTOR, CANNON SCR TR SCREW TRANSISTOR
CN.DIN . CONNECTOR, DIN SUPRTPCB — : SUPPORT,PCB.
CN.FLAT CONNECTOR, FLAT CABLE SURG PRTCT : SURGE PROTECTOR
CN.POST CONNECTOR BASE POST SW TACT TACT SWITCH
COILMX AM COIL AM MIX SW LEAF LEAF SWITCH с
COIL ATFM : COIL FM ANTENNA SWLEYER LEVER SWITCH <
COILDTFM COILFM DETECT SWMICRO : MICRO SWITCH &
COILMX FM COIL FM MIX SW PUSH PUSH SWITCH =
COIL,OUTPT : OUTPUT COIL SWRTENC ROTARY ENCODER =
DIOD ARRAY DIODE ARRAY SWRTMTR ROTARY SWITCH WITH MOTOR &
DIODE.BRG : DIODE BRIDGE SWAT ROTARY SWITCH ®
DIODE. CHP. CHIP DIODE SW SLIDE SLIDE SWITCH
DIODE VAR: VARACTOR DIODE TERM SP SPEAKER TERMINAL
DIOD.Z.CHP + CHIP ZENER DIODE TERMWRAP | WRAPPING TERMINAL
DIODE. ZENR . ZENER DIODE THRMST.CHP : CHIP THERMISTOR
DSCR.CE CERAMIC DISCRIMINATOR TR.CHP CHIP TRANSISTOR
FER BEAD FERRITE BEADS TR.DGT DIGITAL TRANSISTOR
FER CORE FERRITE CORE TRDGTCHP CHIP DIGITAL TRANSISTOR
FET CHP CHIP FET TRANS TRANSFORMER
FL.DSPLY FLUORESCENT DISPLAY TRANS PULS - PULSE TRANSFORMER
FLTR.CE CERAMIC FILTER TRANS. PWR POWER TRANSFORMER ASS'Y
FLTR.COMB : COMB FILTER MODULE TUNER AM | TUNER PACK, AM
FITRLCRE LC FILTER.EMI TUNER.EM TUNER PACK FM
GND MTL GROUND PLATE TUNER. PK - FRONT-ENDTUNER PACK
GND.TERM — : GROUND TERMINAL VR ROTARY POTENTIOMETER
HOLDER FUS : FUSE HOLDER VR.MTR POTENTIOMETER WITH MOTOR
IC.PRICT IC PROTECTOR VA.SW POTENTIOMETER WITH ROTARY SW
JUMPER.CN JUMPER CONNECTOR VR.SLIDE ‚SLIDE POTENTIOMETER
JUMPER TST . JUMPER,TEST POINT VA.TRIM TRIMMER POTENTIOMETER
L DTCT LIGHT DETECTING MODULE
89
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P.C.B. DIGITAL
Ref No. Part No. Description Markets
WU125000 |P. CB. DIGITAL Ut
WU125100[P. €. B. DIGITAL RTKAL
WU125200|P.C.B. DIGITAL BaF
(B201-205 |WU167400 |GN. HDMI HDMI 19P SE
(B22 YMS29900 |UN. BS PIN [15P
(8227 0045100 1EN. BS. PIN (ZIP
(6223 YQ044500 (GN, DS. PIN HIP
(52072 VKO27300 (GN. BS. PIN [14P
(B263-264 |Y0962100 (GN. BS. PIN (GP
(2004 WP882000 (6. GE. CHP lOuF 6. 3V
(2005-2007 (US135100 16 GE. CHP О. ТИР 16Y
(2009 US132100 16 GE. CHP 0 lu 16V
02010 US062100 (6 CE. CHP [000pF 50V B
L2012-2014|U5063 100 16. CE. CHP 10000F 
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