Read the following information before using the service manual.
What you can do with this manual
Search for a Ref. No. (phrase)
(Ctrl+Shift+F)
You can use the search function in Acrobat Reader to
search for a Ref. No. in schematic diagrams, printed
wiring circuit diagrams, block diagrams, and parts
lists.
resistance check. If the leakage current exceeds 0.5 milliamps, or if the resistance from chassis to either side of the
power cord is less than 460 kohms, the set is defective.
Be sure to test for leakage current with the AC plug in both polarities, in addition, when the set's power is in each state
(on,offandstandbymode),ifapplicable.
CAUTION
Please heed the following cautions and instructions during servicing and
inspection.
◎Heed the cautions!
Cautions which are delicate in particular for servicing
are labeled on the cabinets, the parts and the chassis,
etc. Be sure to heed these cautions and the cautions
described in the handling instructions.
Check that all screws, parts and wires removed or
disconnected when servicing have been put back in their
original positions, check that no serviced parts have
deteriorate the area around. Then make an insulation
check on the external metal connectors and between
the blades of the power plug, and otherwise check that
safetyisensured.
(Insulationcheckprocedure)
Unplug the power cord from the power outlet, disconnect
the antenna, plugs, etc., and on the power. Using a 500V
insulation resistance tester, check that the insulation
If the leakage current exceeds 0.5 milliamps, or if the resistance from chassis to either side of the power cord is less than 460 kohms, the
set is defective.
Power supply :(for E3) : AC 120 V, 60 Hz(for E1C) : AC 220 V, 50 Hz
Power consumption :310W
Power consumption in standby mode: 0.1 W
Power consumption in CEC standby mode: 0.5W
Power consumption when Bluetooth standby is used: 1W
(Enhanced Data Rate)
AVRCP (Audio Video Remote Control Prole)1.4
DIMENSION
Unit : in. (mm) Weight : 16 lbs 9 oz (7.5 kg)
17 3/32 (434)
(12)
15/32
12 9/16 (319)
11 11/32 (288)
3/4
(19)
(47)
1 27/32
7 3/4 (197)
(44)
1 47/64
5 23/64 (136)
5 15/16 (151)
2 23/64
(60)
1 49/64 (45)1 49/64 (45)
13 35/64 (344)
(15)
19/32
9
Page 10
TECHNICAL SPECIFICATIONS FOR AVR-X510BT
nAudio Section
• Power amplifier
Rated output :
Front :
70 W + 70 W (8 Ω/ohms, 20 Hz – 20 kHz with 0.08 % T.H.D.)
90 W + 90 W (6 Ω/ohms, 1 kHz with 0.7 % T.H.D.)
Center :
70 W (8 Ω/ohms, 20 Hz – 20 kHz with 0.08 % T.H.D.)
90 W (6 Ω/ohms, 1 kHz with 0.7 % T.H.D.)
Surround :
70 W + 70 W (8 Ω/ohms, 20 Hz – 20 kHz with 0.08 % T.H.D.)
90 W + 90 W (6 Ω/ohms, 1 kHz with 0.7 % T.H.D.)
Output connectors : 6 – 16 Ω/ohms
• Analog
Input sensitivity/Input impedance : 200 mV/47 kΩ
Frequency response: 10 Hz – 100 kHz — +1, –3 dB (Direct mode)
S/N : 98 dB (IHF–A weighted, Direct mode)
nTuner section
[FM](Note: μV at 75 Ω, 0 dBf = 1 x 10
Reception frequency range (for E1 / E1C) :
[FM] 87.5 MHz – 108.0 MHz [AM]522 kHz – 1611 kHz
Effective sensitivity :
[FM]1.2 μV (12.8 dBf) [AM]18 μV
50 dB sensitivity :
[FM]MONO 2.8 μV (20.2 dBf)
S/N ratio:
[FM]MONO 70 dB (IHF–A weighted, Direct mode)
STEREO 67 dB (IHF–A weighted, Direct mode)
Distortion (at 1 kHz) :
[FM]MONO 0.7 %
STEREO 1.0 %
–15
W)
nBluetooth Section
Communications system : Bluetooth Version 2.1 + EDR
Transmission power : Maximum 2.5 mW (Class 2)
Maximum communication range : Approx. 10m 2 in line of sight
Frequency band : 2.4 GHz band
Modulation scheme : FHSS (Frequency-Hopping Spread Spectrum)
Supported proles : A2DP (Advanced Audio Distribution Prole)1.2
Power supply :(for E1) : AC 230 V, 50 Hz / 60Hz (for E1C) : AC 220 V, 50 Hz
Power consumption :310W
Power consumption in standby mode: 0.1 W
Power consumption in CEC standby mode: 0.5W
Power consumption when Bluetooth standby is used: 1W
(Enhanced Data Rate)
AVRCP (Audio Video Remote Control Prole)1.4
DIMENSION
Unit : in. (mm) Weight : 16 lbs 9 oz (7.5 kg)
17 3/32 (434)
(12)
15/32
12 9/16 (319)
11 11/32 (288)
3/4
(19)
(47)
1 27/32
7 3/4 (197)
(44)
1 47/64
5 23/64 (136)
2 23/64
(60)
1 49/64 (45)1 49/64 (45)
13 35/64 (344)
(15)
19/32
10
5 15/16 (151)
Page 11
PRECAUTIONS DURING SERVICE
Initializing This Unit
Initialize this unit if you have replaced the microcomputer, one of the parts around the microcomputer, or the digital PCB.
1. Press the power button (X) to turn off the power.
2. AVR-S500BT: Hold down buttons "SOUND MODE 1" and "PRESET +" at the same time and press the power button
to turn on the power.
AVR-X510BT: Hold down buttons "PRESET +" and "TUNE +" at the same time and press the power button to turn on
• Remove each part in the order of the arrows below.
• Reassemble removed parts in the reverse order.
• Read“ SAFETY PRECAUTION” before reassembling removed parts.
• If wire bundles are removed or moved during adjustment or part replacement, reshape the wires after completing the
work. Failure to shape the wires correctly may cause problems such as noise.
TOP CABINET
FRONT PANEL ASSY
See "DISASSEMBLY
1. FRONT PANEL ASSY"
and "EXPLODED VIEW"
FRONT PCB
(Ref. No. of EXPLODED VIEW : P1)
STANDBY PCB
(Ref. No. of EXPLODED VIEW : P2)
PHONE PCB
(Ref. No. of EXPLODED VIEW : P3)
USB & MIC PCB
(Ref. No. of EXPLODED VIEW : P4)
MODULE BLUETOOTH
(Ref. No. of EXPLODED VIEW : P5)
DIGITAL PCB
See "DISASSEMBLY
2. DIGITAL PCB ASSY"
and "EXPLODED VIEW"
VIDEO PCB
(Ref. No. of EXPLODED VIEW : P10)
DIGITAL PCB
(Ref. No. of EXPLODED VIEW : P8)
TUNER PCB
(Ref. No. of EXPLODED VIEW : P9)
RADIATOR ASSY
See "DISASSEMBLY
3. RADIATOR ASSY"
and "EXPLODED VIEW"
MAIN PCB
(Ref. No. of EXPLODED VIEW : P6)
SMPS PCB
See "DISASSEMBLY
4. SMPS PCB
and "EXPLODED VIEW"
SMPS PCB
(Ref. No. of EXPLODED VIEW : P12)
REGULATOR PCB
See "DISASSEMBLY
5. REGULATOR PCB"
and "EXPLODED VIEW"
REGULATOR PCB
(Ref. No. of EXPLODED VIEW : P11)
TRANS POWER
See "DISASSEMBLY
6. TRANS POWER"
and "EXPLODED VIEW"
TRANS POWER
(Ref. No. of EXPLODED VIEW : P15 )
12
Page 13
Explanatory Photos for“ DISASSEMBLY”
• The angles from which the photos are taken are shown by“ Photo angle: A, B, C, D“ .
• See the diagram below about the shooting direction of each photograph.
• Photographs with no shooting direction indicated were taken from the top of the set.
• The photograph is AVR-S500BT E3 model.
The viewpoint of each photograph
(Shooting direction)
Shooting direction: B
Front side
Shooting direction: C
Shooting direction: A
Note: • Before disassembling this unit, be sure to discharge the power line (the colored line in the
schematic diagram).
• FFC cables with one end disconnected should be insulated by using tapes, etc.
Shooting direction: D
13
Page 14
1. FRONT PANEL ASSY
Proceeding : CABINET TOP
(1) Remove the screws.
View from the bottom
(2) Remove the screws and disconnect the FFC.
FRONT PANEL ASSY
→
FRONT PANEL ASSY
CN713
CN752
(3) Disconnect the connector wires.
FFC
CN102
CN104
See "EXPLODED VIEW" for the disassembly method of each PCB included in FRONT PANEL ASSY.
14
Page 15
2. DIGITAL PCB
Proceeding : CABINET TOP
(1) Remove the screws.
Shooting direction: A
(2) Remove the screws.
Disconnect the connector wires and FFC.
DIGITAL PCB
→
CN751
CN712
CN713
CN752
CN772
FFC
VIDEO/OPT PCB
FFC
DIGITAL PCB
CN771
15
Page 16
3. RADIATOR ASSY
CN503
Proceeding : TOP COVER
(1) Remove the screws.
Shooting direction: A
(2) Remove the screws then disconnect the connector wire.
Remove the RADIATOR ASSY from the CHASSIS BOTTOM.
MAIN PCB
DIGITAL PCB
→
→
RADIATOR ASSY
16
Page 17
4. SMPS PCB
Proceeding : CABINET TOP
See "EXPLODED VIEW" for the disassembly method of SMPS PCB.
→
SMPS PCB
5. REGULATOR PCB
Proceeding : CABINET TOP
See "EXPLODED VIEW" for the disassembly method of REGULATOR PCB.
REGULATOR PCB
→
6. TRANS POWER
Proceeding : CABINET TOP
See "EXPLODED VIEW" for the disassembly method of TRANS POWER.
TRANS POWER
→
17
Page 18
SPECIAL MODE
Special mode setting button
No. 1, 2 : Hold down buttons A and B at the same time and press the power button (
b
No. 3, 4 : Hold down buttons A, B and C for at least 3 seconds while the power is on.
AVR-S500BT
ModeButton AButton BButton CContents
1InitializationSOUND MODE
1
PRESET +
2Version DisplayPRESET +TUNE -
Chang Video Format
3
and Display Languge
4Product ModeSOUND MODE
PRESET
-
PRESET +TUNE -
PRESET
1
PRESET
-
Backup data initialization is carried out.
(See 11 page.)
Firmware versions such as Main, DSP or OSD
are displayed in the FL display. Errors are
displayed or when they occur.
(See 20 page.)
Update", "Protection History Display" and "Mic
Mode".
)
to turn on the power.
X
X
SOURCE SELECT
SOUND MODE 1
SOUND MODE
PRESET -, +
TUNER
PRESET CH
CBL/SAT
1
BASS /
ON / OFF
TREBLE
TONE CONTROL
TUNE-
DVD/Blu-ray
2
ADJUST
QUICK SELECT
TUNE
GAME
3
4
MASTER VOLUME
BANDMODE DIMMER STATUS
Bluetooth
SETUP MICPHONES
5V/1A
18
Page 19
No. 1, 2 : Hold down buttons A and B at the same time and press the power button (
b
No. 3, 4 : Hold down buttons A, B and C for at least 3 seconds while the power is on.
AVR-X510BT
ModeButton AButton BButton CContents
1InitializationPRESET +TUNE +
2Version DisplayTUNE +DIMMER
Chang Video Format
3
and Display Languge
TUNE -TUNE +DIMMER
4Product ModePRESET +TUNE -TUNE +
Backup data initialization is carried out.
(See 11 page.)
Firmware versions such as Main, DSP or OSD
are displayed in the FL display. Errors are
displayed or when they occur.
(See 20 page.)
Select the mode shown below.
"Remote Lock", "Tuning Step Change", "OSD
Update", "Protection History Display" and "Mic
Mode".
)
to turn on the power.
X
X
SOURCE SELECT
PRESET +
TUNER
PRESET CH
TUNE -, +
TUNE
DIMMER
DIMMER STATUS
MASTER VOLUME
Bluetooth
GAMECBL/SAT
DVD/Blu-ray
31
2
4
QUICK SELECT
SETUP MICPHONES
5V/1A
19
Page 20
1. Initialization Mode
1.1. Operations
Hold down buttons below at the same time and press the power button to turn on the power.
"SOUND MODE 1", "PRESET +" (AVR-S500BT)
"PRESET +", "TUNE +" (AVR-X510BT)
Release the buttons after conrming that the display ashes in intervals of approximately 1 second.
1.2. Actions
Initialize this unit.
Note:Settings for the tuner step are not initialized.
2. Version Display Mode
2.1. Operations
Hold down buttons below at the same time and press the power button to turn on the power.
"PRESET +", "TUNE -" (AVR-S500BT)
"TUNE +", "DIMMER" (AVR-X510BT)
Press the button "STATUS" to display the versions.
2.2. Actions
Press the "STATUS" button to display the versions in the following order.
Error information(See 2.4. Error display) →q Model destination information → w Main-µcom version → e Main IAP →
DSP version →
r
When an error has occurred in this unit, the error information is displayed initially when entering this mode. (5 seconds)
OSD version
t
→
USB version
y
→ Nomal display
DisplayState
Model destination information
q
AVR-S500BT
AVR-X510BT E1 model
AVR-X510BT E1C model
AVR-S500BT E1C model
Main-µcom version
w
Main IAP
e
DSP version
r
OSD version
t
USB version
y
E3 model
A V R - S 5 0 0E 3
A V R - X 5 1 0E 1
A V R - X 5 1 0E 1 C
A V R - S 5 0 0E 1 C
M a i n . * * * * - V * . * *
M a i nI A PV * * . * *
D S P . * . * . *
O S D: * * . * *
U S B . * * . * * . * *
2.3. Canceling the mode:
Press the X button to turn the power off.
2.4. Error display
See the following table for each "Error information" display and its contents (status).
Condition-State
DSP NGWhen DSP boot, executing DSP reset makes to becomes error.
DSP OK(No error display, version display only)
20
D S PE R R O R0 1
Page 21
3. Change Video Format and Display Language Mode
3.1. Operations
Hold down buttons below for at least 3 seconds while the power is on.
"PRESET -", "PRESET +", "TUNE -" (AVR-S500BT)
"TUNE -", "TUNE +", "DIMMER" (AVR-X510BT)
Note: Do not start in this mode when displaying the OSD MENU using the MENU button.
3.2. Actions
This unit is in VIDEO Format at startup.
Press the button below to switch between Video Format and Display Language.
"TUNE +" AVR-S500BT
"STATUS" AVR-X510BT
3.2.1. Video Format
Press the button below to switch between NTSC and PAL.
"PRESET +" or "TUNE -" AVR-S500BT
"PRESET +" or "DIMMER" AVR-X510BT
FLD
V .F o r m a t : < N T S C >
↓↑
FLD
V . F o r m a t : < P A L>
↓↑
Return to top.
Press the "Preset -" button to set format. The display then return to the normal mode.
3.2.1.Language
Press the button below to switch display language.
"PRESET +" or "TUNE -" AVR-S500BT
"PRESET +" or "DIMMER" AVR-X510BT
FLD
L a n g . : < E N G L I S H >
↓↑
FLD
L a n g . : < S P A N I S H >
↓↑
FLD
L a n g . : < F R E N C H>
↓↑
FLD
L a n g . : < C H I N E S E >
↓↑
Return to top.
Press the "Preset -" button to set display language. The display then return to the normal mode.
21
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4. Product Mode
Select "Remote Lock", "Tuner Step", "OSD update", "Protection History Display" or "Mic Mode" .
4.1. Operations
Hold down buttons below for at least 3 seconds while the power is on.
"SOUND MODE1", "PRESET -", "PRESET +" (AVR-S500BT)
"PRESET +", "TUNE -", "TUNE +" (AVR-X510BT)
Each mode shown on the display changes each time the button below is pressed.
"TUNE +" (AVR-S500BT)
"STATUS" (AVR-X510BT)
Press the buttons below to switch the display "On"/"Off".
"PRESET +", "TUNE -" (AVR-S500BT)
"PRESET +", "DIMMER" (AVR-X510BT)
Press the button below to set the displayed "On"/"Off".
"PRESET -" (AVR-S500BT)
"TUNE -" (AVR-X510BT)
4.2. Displaying and Selecting Each Mode
Remote Lock Mode
FLD
R E M O T EL O C K : O f f
Press the "TUNE +"(AVR-S500BT) button.
Press the "STATUS"(AVR-X510BT) button.
Tuner Step Change Mode
FLD
T U N E R : A M 9 / F M 5 0
OSD Update Mode
FLD
O S DU p d a t e : O f f
Protection History Display Mode
FLD
N OP R O T E C T
Mic Mode
FLD
M I C M o d e
Return to top.
4.3. Canceling Each Mode
See the actions of each mode.
Press the "TUNE +"(AVR-S500BT) button.
Press the "STATUS"(AVR-X510BT) button.
Press the "TUNE +"(AVR-S500BT) button.
Press the "STATUS"(AVR-X510BT) button.
Press the "TUNE +"(AVR-S500BT) button.
Press the "STATUS"(AVR-X510BT) button.
Press the "TUNE +"(AVR-S500BT) button.
Press the "STATUS"(AVR-X510BT) button.
22
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4.4.1. Remote Lock Mode
To enter the Product Mode, to display the Remote Lock Mode.
Press the button below to switch between On and Off.
"PRESET +" / "TUNE -" (AVR-S500BT)
"PRESET +" / "DIMMER" (AVR-X510BT)
FLD
R E M O T EL O C K : O f f
↓↑
FLD
R E M O T EL O C K : O n
Press the button below to set On/Off. The display then return to the normal mode.
"PRESET -" (AVR-S500BT)
"TUNE -" (AVR-X510BT)
4.4.2. Tuner Step Change Mode
To enter the Product Mode, to display the Tuner Step Change mode.
Press the button below to switch between AM9/FM50 and AM10/FM200.
"PRESET +" / "TUNE -" (AVR-S500BT)
"PRESET +" / "DIMMER" (AVR-X510BT)
FLD
R E M O T EL O C K : O f f
↓↑
FLD
R E M O T EL O C K : O n
Press the button below to set On/Off. The display then return to the normal mode.
"PRESET -" (AVR-S500BT)
"TUNE -" (AVR-X510BT)
To operate this unit in the set step, either remove the power plug from the power outlet or press the power button to turn off
the power, and then turn the power on again.
*The initialization will not initialize the tuner step frequency.
4.4.3. OSD Update Mode
Not for service. Do not operate.
Cancellation of the mode
Disconnect the AC plug of this unit to turn the power off.
23
Page 24
4.4.4. Protection History Display Mode
To enter the Product Mode, to display the Protection History Display Mode.
(1) If no protections have occurred.
FLD
N OP R O T E C T
(2) For THERMAL (when the last protection incident was THERMAL(A) or THERMAL(B) protection)
FLD
P R T : T H E R M A LA
FLD
P R T : T H E R M A LB
Cause: The temperature of the heat sink is excessive.
If the power is turned on without correcting the abnormality, the protection function will work about 4 minutes later
and the power supply will be shut off.
(3) For ASO (when the last protection incident was ASO protection)
FLD
P R T : A S O
Cause: The line between speaker terminals is shorted, or speakers with impedance of less than the rated value.
Supplementary information: As the excess current is detected after operation of the speaker relay, a short on the
speaker terminal and the connected speaker can be identied.
(4) For DC (when the last protection incident was DC protection)
FLD
P R T : D C
Cause: DC output of the power amplier is abnormal.
If the power is turned on without correcting the abnormality, the protection function will work about 6 seconds later
and the power supply will be shut off.
(5) For Power(when the last protection incident was Power protection)
FLD
P R T : P o w e r
Cause: The Power Supply(±12V) is abnormal.
Additional causes of protection can be due to loose connections, associated components, Microprocessor, etc.
b
Press the button below to set On/Off. The display then return to the normal mode.
"PRESET -" (AVR-S500BT)
"TUNE -" (AVR-X510BT)
Clearing the protection history
There are two ways to clear the protection history, as described below.
(1) Start up the set in error (protection display) mode and display the error, then press and hold down the below button for
3 seconds.
FLD
P R T : D C
Press the button for 3 seconds.
FLD
P R T : C L E A R
FLD
N OP R O T E C T
(2) Initialize. ( 20 page.)
The above is displayed and the protection history is cleared.
24
Page 25
4.4.5. Mic Mode
Not for service. Do not operate.
Cancellation of the mode
Press the power button to turn off the power or disconnect the AC plug of this unit to turn the power off.
25
Page 26
PROCEDURE AFTER REPLACING THE MICROPROCESSOR, ETC
The procedure after replacing the u-COM (Microprocessor), ash ROM, etc. is as follows.
PCB Name Ref. No.Description
DigitalIC711 STM32F101ZGBSOFTWARE: Main
Digital
Digital
IC722 MX25L3206EM2I-12GBSOFTWARE: GUI ROM
IC742 MX25L8006EM2I-12GBSOFTWARE: DSP ROM
After replacing
A : The software has been written. The software is not written at the time of replacement.
B : The software has been written. The software may need to be rewritten by version updates. Check the version.
C : The software has not been written. The software needs to be written after replacement. See “Firmware Update
Procedure” for information on writing the software.
D : The software has been written. Be sure to rewrite with the latest software for your service region. See “Firmware Update
Procedure” for information on writing the software.
Firmware Update Procedure
1. Updating by USB
The latest rmware can be downloaded to a USB Memory for updates.
1.1. Connecting to the USB Memory
(1) Prepared
• USB format: Prepare a USB memory formatted in FAT16 or FAT32.
• Do not run the USB memory through a hub.
• Do not connect a computer to the USB port of this unit using a USB cable.
• Do not use an extension cable when connecting the USB memory.
After
replaced
Remark
1.2. Unzip Download File
Unzip the downloaded le on your computer.
You can nd "S500BT_USB_V**_**.fw" fole after unzipped. Copy that le to USB ash drive.
You have to put "S500BT_USB_V**_**.fw" le on root directly on USB ash drive(memory).
1.3. Insert the USB memory device in the USB port
Download the
firmware to a USB
memory.
CBL/SAT
S
2
DVD/Blu-ray
QUICK SELECT
5V/1A
Bluetooth
GAME
31
4
SETUP MIC
MASTER VOLUME
26
Page 27
1.5. Start the update
TV AUDIO
QUICK SELECT
POWER
MODE
AM
MEMORY
CHANNEL
TUNE
FMCBL/SAT
Blu-ray
GAME
Bluetooth
USB
ECO
2134
Turn on the power of this unit. Then, push "SETUP" and select.
RESTORER
CH LEVEL
SLEEP
SEARCH
PUSH "SETUP"
(1) Select "General"
FLD
G e n e r a l
INFOOPTION
ENTER
BACK
SETUP
VOLUME
MUTE
(2) Select "Firmware"
FLD
F i r m w a r e
27
Page 28
(3) Push "ENTER"
FLD
F i r m w a r e: S t a r t
(4) Select "Yes", then, Push "ENTER"
FLD
F i r m w a r e: • Y e s –
FLD
U p d a t eT i m e * * : * *
--- Precautions for Updates ---
• Never remove the USB memory before the update is nished.
• Never turn off the power before an update is completed.
• It takes around about 35 minutes to complete the update even with a broadband connection.
Once an update is started, normal operations cannot be performed until it is completed.
The GUI menu settings and image adjustment settings of this unit may be initialized.
Take note of your settings beforehand and recongure them after the update.
28
Page 29
1.6. About the error code
No FirmwareFile in USB.
FirmwareFile in USB for unsupported Model name/area
29
Page 30
ADJUSTMENT
Audio Section
Adjusting Idling Current
Required measurement equipment: DC Voltmeter
1. Preparation
(1) Avoid direct blow from an air conditioner or an electric fan and humidity should be moderate, and place the set at
normal usage environment.
Temperature should be at 15 °C ~ 30 °C (59 °F ~ 86 °F).
(2) Presetting
• POWER (Power source switch) OFF
• SPEAKER (Speaker terminal) No load
(Do not connect speaker, dummy resistor, etc.)
2. Adjustment
(1) Remove the top cover and set VR510(FL), VR550(FR), VR530(C), VR520(SL), VR540(SR), on MAIN PCB at fully
counterclockwise (c) position.
(2) Connect DC Voltmeter to test points (FRONT-Lch: CN510, FRONT-Rch: CN550, CENTER ch: CN530, SURROUND-
Lch: CN520, SURROUND-Rch: CN540).
(3) Connect the power cord to AC Line, and set the power switch to "ON".
(4) Presetting.
MASTER VOLUME : c minimum
SPEAKER (Speaker terminal) : No load
(Do not connect speaker, dummy resistor, etc.)
MODE : MCH STEREO
FUNCTION : CBL/SAT
(5) Within 2 minutes after the power on, turn VR510 clockwise (x) to adjust the TEST POINT voltage at
1.5mV ± 0.5mV DC.
(6) After 10 minutes from the preset above, turn VR510 to set the voltage to 2.0mV ± 0.5mV DC.
(7) Adjust the Variable Resistors of each channel(VR520-VR550) in the same way.
SThis indicates the audio output channels or surround parameters that can be set.
D This indicates the audio output channels. The output channels depend on the settings of “Speaker Config.”. (v
Sound mode
p. 55)
(v
Direct (2-channel)
Direct (Multi-channel)
Stereo
Multi Ch In
Dolby Pro Logic gSDDD
DTS Neo:6
Dolby Digital
Dolby Digital Plus
Dolby TrueHD
DTS Surround
DTS 96/24
DTS-HD
DTS Express
Multi Ch Stereo
Virtual
Front L/RCenterSurround L/RSubwoofer
S
SDDD
SD
SDDD
SDDD
SDDD
SDDD
SDDD
SDDD
SDDD
SDDD
SDDD
SDDD
SD
Channel output
p. 82)
z Audio is output when “Subwoofer Mode” in the menu is set to “LFE+Main”. (v p. 85)
z
D
Surr.Parameter (v
Sound mode
p. 55)
(v
Direct (2-channel)
Direct (Multi-channel)
Stereo
Multi Ch In
Dolby Pro Logic gSSSSSSS
DTS Neo:6
Dolby Digital
Dolby Digital Plus
Dolby TrueHD
DTS Surround
DTS 96/24
DTS-HD
DTS Express
Multi Ch Stereo
Virtual
This item can be selected when Dolby Digital or DTS signal is played.
z1
This item can be selected when Dolby Digital or DTS signal or DVD-Audio is played.
z2
This item can be set when the input signal is analog, PCM 48 kHz or 44.1 kHz.
z3
Mode
p. 67)
(v
SSSSS
Dynamic
z
Comp.
p. 68)
(v
S
SS
SSSS
SSS
SSS
SS
SSS
SSS
SS
SSS
SSSS
SSSS
Low
Frequency
1
(v
SS
p. 68)
Subwoofer
z
2
p. 70)
(v
z4 This setting is available when “Subwoofer Mode” in the menu is set to “LFE+Main”. (v
p. 67)
Pro Logic g Music mode only
Panorama
(v p. 69)
Dimension
(v p. 69)
p. 85)
Center Width
(v p. 69)
Neo: 6 Music
mode only
Center Image
(v p. 68)
(v
Tone
p. 52)
Restorerz3
p. 70)
(v
31
Page 32
Types of input signals, and corresponding sound modes
F This indicates the default sound mode.
DTS-HD
High
Resolution
Audio
ContentsConnectionsPlaybackSettingsTipsAppendix
S This indicates the selectable sound mode.
Sound mode
p. 55)
(v
DTS Surround
DTS-HD Mstr
DTS-HD Hi Res
DTS Surround
DTS 96/24
DTS Express
DTS Neo:6 Cinema
DTS Neo:6 Music
Dolby Surround
Dolby TrueHD
Dolby Digital+
Dolby Digital
Dolby Pro Logic g CinemaSSS
Dolby Pro Logic g MusicSSS
Dolby Pro Logic g GameSSS
Dolby Pro Logic
Multi Ch In
Multi Ch In
Direct
Direct
Original sound mode
Multi Ch Stereo
Virtual
Stereo
Stereo
ANALOG
SSS
SSS
SSS
SSSSSSSSSSSS
SSSSSSS
SSSSSSS
FSFSSSSSSSSS
PCMDTS-HDDTSDolbyDolby Digital
PCM
(Multi-
channel)
PCM
DTS-HD
(2-
channel)
F
Master
Audio
F
Type and format of input signals
DTS
Express
F
channel)
F
DTS
(5.1-
F
DTS 96/24
F
Dolby
TrueHD
F
Dolby
Digital Plus
F
Dolby
Digital (5.1-
channel)
Dolby
Digital
(2-
channel)
F
32
Page 33
TROUBLE SHOOTING
1. POWER
1.1. The unit does not power on
The unit does not power on
Does the power indicator
on the front panel ash in
green when the power is
turned on?
YES
Does the power display on
the front panel change to
lighting in green after approximately 10 seconds?
NO
Does the power indicator on
NO
the front panel ash in red
when the power is turned on?
NO
Has a fuse broken?
NO
Is DC5V being supplied
from the SMPS PCB (BN601)
to the DIGITAL PCB?
YESYES
Check the circuits around
the Microprocessor on the
DIGITAL PCB and replace
any faulty parts.
YES
YES
YES
See "1.2.Fuse is blown."
Is DC5V output even when
NONO
the connector (CN751)
supplying power from the
SMPS PCB to the HDMI PCB
is removed?
Check for breakages and short circuits
in the circuits and parts between
CN751 on the DIGITAL PCB and the
microprocessor power supply and
replace any faulty parts.
Are any parts not fully connected in the connectors that
connect the PCBs?
YES
NO
TO "6. SMPS"
(See 42 page)
To "
Protection
History Display
"
mode
(See 24 page)
Has a fuse broken?
NO
Check the voltage of pins 6
- 9 of CN712 on the DIGITAL
PCB while the power display
is ashing in green.
3.3V
Disconnect the MAIN PCB connector (BN502).
Check the "Protection History Display mode"
(See 24 page)
YES
See "1.2.Fuse is blown."
Check the microprocessor ## circuit from
0V
CN751 in the DIGITAL PCB, and replace
any faulty items.
1.2. Fuse is blown
Check for leaks and short
circuits in the parts on the
primary side. Replace any
faulty parts.
Check the rectier diode in
the rectier circuit on the
secondary side, and check
the circuit for short circuits.
Replace any faulty parts.
Connect the connectors correctly.
Broken fuse
Check for short circuits between
the regulator output terminal and
GND in the power supply stabilization circuit. Replace faulty parts
if there is a short circuit.
Replace the fuse after repair.
33
Page 34
2. Analog video
MONITOR OUT(CVBS) Output NG
Check ±5VV
+5VV : C7810
-5VV : C7811
YES
Check output
Output V : IC781-1pin
YESYES
Check cable between AMP and monitor
or Check monitor.
VIDEO test point
NO
The power supply circuitry is
defective.
Check input
NONO
(When the SAT/CBL function)
Vin3 : IC781-7pin
Check set value of IC.
NO
SW2 : IC781-10pin : 3.3V : OK
SW5 : IC781-2pin : 3.3V : OK
YES
The IC781 and surrounding
circuitry is defective.
Output V
SW2
Check pattern from JK781 to IC781 and
check cable between AMP and player or
check player .
CPU(IC711) aw.
1.+12V
2.VGND
3.-12V
4.CVBS_SW2
5.CVBS_SW5
6.+5VD
7.OPT1_IN
8.DGND
9.OPT2_IN
C7814
VIDEO PCB (B SIDE)
CN781_3 PIN
(+12V TP)
C7815
C7812
CN781_1 PIN
(+12V TP)
C7715
C7714
C7808
C7806
C7809
R7802
+5VV
R7806
IC781
SW5
R7801
C7801
Input V
C7807
-5VV
C7802
R7803
Pb
R7804
C7803
34
Page 35
3. HDMI/DVI
3.1. No picture or sound is output
No picture or sound is output.
Check HDMI/DVI cable connection.
(1) Is the HDMI/DVI cable properly connected?
YES
(2) Are you using an HDMI/DVI selector, repeater or a device for
improving picture quality?
NO
(3) Are you using a certied HDMI cable (with the HDMI stamp)?
YES
(4) Are you using an HDMI/DVI cable less than 5 meters in length?
YES
(5) Are the picture and sound output when another HDMI/DVI cable
is used?
NO
NO
There may be the a problem with the HDMI/
DVI cable. Check connection.
YES
Disconnect everything and connect only the
HDMI/DVI cable to check
NO
Use a certied HDMI cable (with the HDMI
stamp).
Replace the HDMI/DVI cable with one that
NO
is less than 5 meters in length (2 meters
recommended) to check.
YES
The HDMI/DVI cable is defective.
Check BD/DVD player.
(6) Is the BD/DVD player's HDMI output setting correct?
YES
(7) When you use a DENON BD/DVD player's, is the uorescent
display tube's "HDMI" indicator lit? If you use a non-DENON BD/
DVD player's, proceed to
NO
(9) Is sound output from the set's speaker terminals when the TV's
power is turned off or the connection cable between the TV and
the set is disconnected?
"YES".
YES
(8)
Are the picture and sound output
when the BD/DVD player's
resolution is changed?
NO
NO
(10) Are the picture and sound
output when a different BD/
DVD player is used?
NO
NO
Check the HDMI output setting, referring to
the BD/DVD player's operating instructions.
YES
Set the BD/DVD player output resolution to
a resolution with which the TV is compatible.
YES
The BD/DVD player may not be compatible
with HDCP repeaters. Ask the BD/DVD
player's manufacturer.
YES
The BD/DVD player is defective.
35
Page 36
Check TV
(11) Is the TV HDCP-compatible?
YES
(12) Is the TV compatible with resolutions of 1080P?
YES
(13) Is the TV's input set to HDMI?
YES
(14) Are the picture and sound output when a different TV is used?
YES
Check set (AV Receiver)
Is a contact part of HDMI connector normal? (See 37 page (*1).)
YES
NO
Use an HDCP-compatible TV. PC TVs
cannot be used.
If the TV is not compatible with resolutions
NO
of 1080P, no picture will be output, even
if the BD/DVD player's resolution is set to
1080P.
NO
Check the TV's input setting, referring to the
TV's operating instructions.
NO
The TV is defective.
NO
The HDMI connector is defective.
Replace the new HDMI connector.
(15) Is the set's input set to HDMI?
YES
The set does not recognize the TV.
(16) Is test point (HPD_O) set to the "H"(3V-5V)?
With the TV connected, Check voltage of the IC on the side on
which the TV is connected.
Is communication waveform conrmed in Test point (DDC_CLK/
DDC_DATA)?
Is terminate the TMDS signal
YES
(17)
When using a DENON
BD/DVD player, is the FL
display's "HDMI" indicator lit?
If using a non-DENON BD/
DVD player, proceed to "NO".
YES
is
3.3V
conrmed in D7321
The BD/DVD player does not recognize the
connection with the set.
(18)
Is HDMI connector Test point (HPD) set to the
"H"(3V-5V)?
NONO
With the BD/DVD player connected, Check
voltage of the HDMI connector for the input on the
side on which the BD/DVD player is connected.
Is communication waveform conrmed in Test
point (DDC_CLK/DDC_DATA)?
Is terminate the TMDS signal
each HDMI connector?
HDMI IN1 : D7207-D7214
HDMI IN2 : D7220-D7227
HDMI IN3 : D7234-D7240
HDMI IN4 : D7304-D7310
HDMI IN5 : D7314-D7320
YES
-D7332?
is
NO
Check the set's input setting, referring to the
set's operating instructions.
The pattern and circuit from the HDMI
NO
connector (JK726) to the IC731 is defective,
or HDMI output circuitry is defective (IC731
and surrounding circuitry).
Replace the IC731.
The pattern and circuit
from the HDMI connector
(JK721 - 726) to the
IC721,IC731 are defective.
3.3V
conrmed
of
Replace the IC721,IC731.
Check operation of IC721,IC731.
(Video input 480P from BD/DVD players / Connect the TV.)
Replace the IC721,IC731.
36
Page 37
(19) Check power supply.
Are 1.8V or 3.3V supplied to IC721 (each power supply pin)?
q
Are 1.1V or 3.3V supplied to IC731 (each power supply pin)?
w
YES
(20) Check xtal oscillator.
Is there 28.6363MHz oscillation of X721?
q
Is there 27MHz oscillation of X731?
w
YES
(21) Check RESET.
Is RESET waveform conrmed at IC721 (97pin)? (If reference
q
waveform, proceed to "YES".)
Is RESET waveform conrmed at IC731 (114pin)? (If reference
w
waveform, proceed to "YES".)
YES
NO
The power supply circuitry is defective.
The X721 or IC721 is defective.
q
NO
NO
The X731 or IC731 is defective.
w
Replace the new parts.
The RESET pattern or IC721/IC731 is
defective.
Replace the new parts.
(22) Check control signal(I2C).
Is waveform conrmed at Test point (SDA/SCL). (If not continued
to " L", proceed to "YES".)
YES
HDMI output circuitry is defective (IC721/IC731 and surrounding
circuitry).
Replace the IC721/IC731.
NO
(*1) Abnormal sample of HDMI connector : The internal terminal has bent.
ANALOG AUDIO DIGITAL AUDIOTMDS SIGNALANALOG VIDEOSTBY POWER
CN104
CUP12619Z-4
JK104
CJJ2E026Z
(SILVER)
123
470
R1057
C1071
680P
C1072
680P
L1012
CB03YTYH600
8
237
7. DET
8. DGND
2. HP_LCH
3. HP_RCH
M
2.0mm 3PIN WIRE
3.H/P_DET
2.DGND
1.DGND
123
BN131
L1011
CB03YTYH600
C1424
0.1uF
C1069
N
OPE
CB03YTYH600
1
1. AGND
C1084
L1010
CB03YTYH600
1/50V
0.1uF
C1083
C1068
LUG13
CHASSIS
WIRE
C1067
OPEN
L1013
HEADPHONE
AVR-S700W/X1100W ONLY
J
OPEN
K
C1065
0.1uF
C1066
1/50V
L
M
SCHEMATIC DIAGRAMS (10/12)
FRONT
1
2345678910111213141516
74
Page 75
1
2345678910111213141516
A
B
C
REGULATOR PART
FUSE OPTION
F3002
218Series
OPEN932Series
F3003F3004
OPEN
OPENS700W/X1100W
932Series
S500BT/X510BT
F3001
218Series
OPEN
A
B
D3101
OPEN
IC305
CVIKIA7805BPI
OUTIN
321
C3001
C3002
D3108
GND
OPEN
OPEN
OPEN
C3008
OPEN
C3009
470/50V
J3001
OPEN
C
FUSE OPTION
F3004
T 1.25A L 250V
932 TYPE
F3002
D
1.AC_S2
2.NC
E
3.RTN_GND
FROM TRANS
4'.NC
5.AC_S2
5 4 3 2 1
CN302
T 1.25A L 250V
F3001
T 1.25A L 250V
F3003
T 1.25A L 250V
932 TYPE
OPEN
C3004
OPEN
C3003
C3005
0.1uF/100V
D3001 1N4007
D3002 1N4007
D3003 1N4007
D3004 1N4007
C3006
C3010
4700/25V
C3007
C3011
3300/25V
OPEN
J3002
C3024
IC301
CVIKIA7812BPI
OUTIN
321
GND
OPEN
OPEN
HVIKIA7912PI
IC302
D3103
D3104
GND
OUTIN
312
OPEN
C3012
C3014
470/50V
1SS133MT
BN301
V
OPEN
C3013
C3015
470/50
1SS133MT
J3003
OPEN
J3007
1.DA+5V
DA_GND
3.+12V
4.AGND
5.-12V
6.RLY_GND
VGND(RET_GND)
7 6 5 4 3 2 1
BN301
TO CN771
D
E
BN302
BK303BK302
123
1.MCU_3V3
3.DGND
1A569 1A387
2.B/P_IRIN_DE
Bracket
F
No connection
G
F
C3026 OPEN
C3025 OPEN
3
2
JK301
CJJ2D008Z
G
1
1000P
D3200
C3100
1SS355T
BK301
CHASSIS
1A569
Q3001
RT1P141C
3.3K
R3002
1K
OPEN
D3201
R3001
Q3002
2SC3052
2.2K
R3003
100K
R3004
REMOTE IN
AVR-X1100W E3 ONLY
H
J
K
H
J
K
L
GND LINE
M
L
POWER+ LINE
POWER- LINE
ANALOG AUDIO DIGITAL AUDIOTMDS SIGNALANALOG VIDEOSTBY POWER
M
SCHEMATIC DIAGRAMS (11/12)
REGULATOR
1
2345678910111213141516
75
Page 76
12345678910111213141516
A
B
C
D
E
F
G
SMPS PART
BK602
CMD1A188
21
CN601
YAW396-NNV
BK601
CMD1A188
CY601 470P 250V
C6001
CN602
YW396-NNB
21
TO POWER TRANS
AVR-S700W/X1100W
E3,K T 6.3A L 250V
E2,E1,E1C T 3.15A L 250V
AVR-S500BT/X510BT
E3 T 4A L 250V
E2,E1,
E1C T 2.5A L 250V
E2,E1,E1C T 1.6A L 250V
CY602 470P 250V
3
0.01uF 250V
RY601
HL31-1A
F6002
OPTION
OPTION
E3,JP T 2A L 250V
F6001
142
A
B
D6013
BK603
CMD1A629
RBQ30T65A
1
3
D6011
OPEN
1
3
2
2
.1uF(1608)
4.7uF(1608)
C6015
C6014 0
C6024 0.1uF(1608)
R6026
OPEN(1608)
C6025 OPEN(1608)
1A834
1A834
BK602 BK601
C
D
R6016
56(0.2W)
R6020
R6021
OPEN(1608)
22K-F(1608)
OPEN
OPEN(0.2W)
6.8V
ZD619
E
BN601
D5.2V
D5.2V
DGND
DGND
1 2 3 4 5
MAINPOWER
BN601
TO CN751
OPEN
C6010
6.8K-F
R6022
WIRE/5P/2.5mm
C6017 OPEN
C6018 5600uF/6.3V(NXA)
C6019 5600uF/6.3V(NXA)
R6017
3.3K(0.2W)
R6018
5.6K(0.2W)
D6010 OPEN
IC603 KIA2431AP
REF
CATHODE
ANODE
R6019
C6020
0.1uF(1608)
123
R6023
F
G
OPEN
0.01uF(1608)
C6006
J6002
JUMPER
C6003
0.01uF 250V
*OPTION
0.1uF
0.1uF
C6007
C6009
C6002 0.01uF 250V
D6001 1N4007
D6002 1N4007
D6003 1N4007
D6004 1N4007
D6005 1N4007
D6006 1N4007
J6003
JUMPER
ZD621
7.5V
R6006
OPTION
8.2M
8.2M
R6027
R6029
8.2M
R6030
R6028
Q6003
CVT2SC3052
M
8.2
LF602
E3,JP:LF-4ZB-E273H
E2,E1C,E1:LF-4ZB-E503H
R6024
10K(1608)
CX601
0.1uF,250V
D6009
1SS133M
OPEN
C6021
C6022
OPEN
R6025
4.7K(1608)
CX602
R6031
1M(2125)
R6032
1M(2125)
1M(2125)
R6033
0.047uF(1608)
C6005
R6004 330K
G
1M(1608)
Q6002
INK0010AC1
D
S
OPTION
C6004
400V/100uF
E3,JP:100UF/200V
*OPTION
E1C,E1 :100UF/400V
270K
R6012
*OPTION
IC601
TOP258MG
678109
ZD608
39V
ZD609
R6009
39V
ZD610
R6010
1235
2.2M(0.2W)
2.2M(0.2W)
1M(0.2W)
1N4007
D6007
22V
ZD612
22V
ZD613
C6011
1000P/1KV
22V
ZD614
22V
ZD615
22V
ZD616
22V
ZD617
R6011
10(1608)
C6026
D6012
47pF(3216)
1N4007ST
ZD618
22V
R6013
R6015
6.8(0.2W)
15K(1608)
C6013
R6014
1K(1608)
C6012
47/25V(NXA)
D6008
1N4007
C6008
50V/10UF(NXA)
0.1uF(1608)
T6001
CLT9Z093ZE
4
10
1
2
8
3
11
6
5
7
43
39V
ZD620
C6023
2200P 250V
21
IC602
22V
ZD611
39V
R6008
*OPTION
ZD621
E3
E1C/E1
JPN
ZJ7.5B
ZJ16B
ZJ5.6B
H
ZD608ZD609ZD610R6008R6009R6010R6012
OPEN
ZJ39B
OPEN
ZJ39B
2M2(0.2W) 2M2(0.2W)
2M2(0.2W)
2M2(0.2W)
1M(0.2W)
OPENOPENOPEN
1M(0.2W)
270K
56K
270K
ZJ39B
OPEN
ZJ39B
ZJ39B
ZJ39B
H
J
K
L
GND LINE
M
** IMPORTANT SAFETY NOTICE.
COMPONENT IDENTIFIED BY MARK HAVE SPECIAL CHARACTERISICS.
IMPORTANT FOR SAFETY. WHEN REPLACING ANY OF THESE COMPONENTS
USE ONLY MANUFACTURER'S SPECIFIED PARTS.
** THE UNIT OF RESISTANCE IS OHM.
K = 1000 OHM. M = 1000KOHM.
** THE UNIT OF CAPACITANCE IS MICROFARAD(uF)
-6
pF = 10 uF
** THIS SCHEMATIC DIAGRAM MAY MODIFIED AT ANY TIME WITH THE
IMPROVEMENT OF PERFORMANCE.
J
K
L
POWER+ LINE
POWER- LINE
ANALOG AUDIO DIGITAL AUDIOTMDS SIGNALANALOG VIDEOSTBY POWER
M
SCHEMATIC DIAGRAMS (12/12)
SMPS
1
2345678910111213141516
76
Page 77
Personal notes:Personal notes:
77
Page 78
EXPLODED VIEW AVR-S500BT
See the last chapter the part list.
AVR-S500BTBKE3 EXPLODED VIEW
x3
S6
x3
S9
M11
x2
S3
x1
S6
x2
S3
x6
S3
x1
S3
x7
S6
M10
x2
S7
M12
x3
S9
x4
S10
x1
S1
z
x3
S4
P15
P2
F10
x1
S13
P3
F9
F7
F4
F3
F8
F6
F13
F12
F11
P1
F14
S4
S4
F15
P4
x13
S4
x1
S4
P5
x2
x3
x1
S1
P12
M8
M1
P7
x1
S1
P11
x2
S4
x3
S11
x2
S8
x1
S7
x1
S7
x1
S1
x4
S14
M6
M7
M9
P6
S2
x1
S4
S4
M9
P8
x1
S7
x15
S12
x1
S1
x2
S4
P13
P8
P10
x1
x2
x2
S4
P14
P9
x4
S6
x2
S3
x3
S6
x1
S6
F5
x5
S4
F2
F1
M2
M3
M4
M5
x4
S7
WARNING:
Parts marked with this symbol z have critical characteristics.
78
Use ONLY replacement parts recommended by the manufacturer.
Page 79
EXPLODED VIEW AVR-X510BT
See the last chapter the part list.
AVR-X510BT EXPLODED VIEW
M11
x2
S3
x1
S6
x3
S6
x3
S9
M10
x2
S7
M12
x3
S9
x4
S10
x1
S1
x1
z
x3
S4
P15
P2
P1
x13
S4
S1
P12
M8
P7
x1
S1
P11
x2
S4
x3
S11
x2
S8
x1
S7
x1
S7
x1
S1
M9
P6
x1
S4
S4
M9
P8
x1
S7
P8
x1
P16
x2
S3
x2
S6
x6
S3
x1
S3
x7
S6
x4
S6
x2
S3
x3
S6
x1
S6
P10
P9
F10
x1
x1
S13
P3
F9
F7
F4
F3
F5
F1
F8
F6
F2
F11
P5
x2
F12
x5
S4
S4
x3
S4
F13
P4
S4
M1
M2
M3
M4
M5
x4
S7
x4
S14
x2
M6
M7
S2
x15
S12
x1
S1
x2
S4
x2
S4
P13
P14
WARNING:
Parts marked with this symbol z have critical characteristics.
79
Use ONLY replacement parts recommended by the manufacturer.
Page 80
PACKING VIEW AVR-S500BT
7
7
8
6
1
2
3
4
5
5-1
5-25-35-45-55-6 5-7 5-8 5-9
5-10
5-11 5-12
5-13
See the last chapter part numbers.
z
80
Page 81
PACKING VIEW AVR-X510BT
5-25-35-45-55-6 5-7 5-8 5-9
5-10
5-11 5-12
7
7
9
6
8
8
1
2
3
4
5
5-1
UK plug Adaptor
See the last chapter part numbers.
z
81
Page 82
SEMICONDUCTORS
PC13-TAMPER-RTC
Only major semiconductors are shown. General semiconductors etc. are omitted from list.
The semiconductors which have a detailed drawing in a schematic diagram are omitted from list.
Table 6. Function Descriptions
Location Mnemonic Type Description
1 DDCC_SCL Digital Input HDCP slave serial clock port C.
DDCC_SCL is a 3.3 V input that is 5 V
tolerant.
2 CVDD Power Receiver comparator supply voltage (1.8V)
3 CGND Ground TVDD and CVDD Ground
4 RXC_C- HDMI Input Digital input clock Complement of port C
in the HDMI interface.
5 RXC_C+ HDMI Input Digital input clock True of port C in the
HDMI interface.
6 TVDD Power Receiver terminator supply voltage (3.3 V)
7 RXC_0- HDMI Input Digital input channel 0 Complement of port
C in the HDMI interface.
8 RXC_0+ HDMI Input Digital input channel 0 True of port C in
the HDMI interface.
9 CGND Ground TVDD and CVDD Ground
10 RXC_1- HDMI Input Digital input channel 1 Complement of port
C in the HDMI interface.
11 RXC_1+ HDMI Input Digital input channel 1 True of port C in
the HDMI interface.
12 TVDD Power Receiver terminator supply voltage (3.3 V)
13 RXC_2- HDMI Input Digital input channel 2 Complement of port
C in the HDMI interface.
14 RXC_2+ HDMI Input Digital input channel 2 True of port C in
the HDMI interface.
15 HP_CTRLD Digital Output Hot Plug Detect for Port D.
16 5V_DETD Digital Input 5 V detect pin for port D in the HDMI
interface.
17 DGND Ground Ground for DVDD
18 DVDD Power Digital supply voltage (1.8 V)
19 DDCD_SDA Digital I/O HDCP slave serial data ports D.
DDCD_SDA is a 3.3 V input/output that is
5 V tolerant.
20 DDCD_SCL Digital Input HDCP slave serial clock port D.
DDCD_SCL is a 3.3 V input that is 5 V
tolerant.
21 CVDD Power Receiver comparator supply voltage (1.8V)
22 CGND Ground TVDD and CVDD Ground
23 RXD_C- HDMI Input Digital input clock Complement of port D
in the HDMI interface.
24 RXD_C+ HDMI Input Digital input clock True of port D in the
HDMI interface.
25 TVDD Power Receiver terminator supply voltage (3.3 V)
26 RXD_0- HDMI Input Digital input channel 0 Complement of port
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ADV7623 Hardware Manual
Location Mnemonic Type Description
27 RXD_0+ HDMI Input Digital input channel 0 True of port D in
28 CGND Ground TVDD and CVDD Ground
29 RXD_1- HDMI Input Digital input channel 1 complement of port
30 RXD_1+ HDMI Input Digital input channel 1 true of port D in the
31 TVDD Power Receiver terminator supply voltage (3.3 V)
32 RXD_2- HDMI Input Digital input channel 2 complement of port
33 RXD_2+ HDMI Input Digital input channel 2 true of port D in the
34 CVDD Power Receiver comparator supply voltage (1.8V)
35 CGND Ground TVDD and CVDD Ground
36 TXPVDD Power 1.8 V Power Supply for Digital and I/O
37 TXPLVDD Power 1.8 V Power Supply.
38 TXGND Ground TXPVDD Ground
39 TXPGND Ground TXPLVDD Ground
40 EXT_SWING Analog Input Sets Internal Reference Currents. Place 887
41 HPD_ARC- Analog Input Hot Plug Detect Signal. This indicates to
42 ARC+ Analog Input Audio return channel input
43 TXDDC_SDA Digital I/O Serial Port Data I/O to Receiver. This pin
44 TXDDC_SCL Digital Input Serial Port Data Clock to Receiver. This pin
45 TXAVDD Power 1.8V power supply for TMDS outputs
46 TXGND Ground TXAVDD Ground
47 TXC- HDMI Output Differential Clock Output. Differential
58 TXGND Ground TXAVDD Ground
59 CEC Digital I/O Consumer electronic control channel.
60 DGND Ground Ground for DVDD
61 DVDD Power Digital supply voltage (1.8 V)
62 ALSB Digital Input This pin is used to set I2C address of the Rx
63 CSB Digital Input Chip Select pin. This pin must be set low or
64 EP_SCK Digital Output SPI clock interface for the EDID/OSD
65 EP_CS Digital Output SPI chip selected interface for the
66 EP_MOSI Digital Output SPI master out/slave in for the EDID/OSD
67 EP_MISO Digital Input SPI master in/slave out for the EDID/OSD
Complement. Differential output of the red
data at 10× the pixel clock rate; supports
TMDS logic level.
Differential output of the red data at 10×
the pixel clock rate; supports TMDS logic
level.
Complement. Differential output of the red
data at 10× the pixel clock rate; supports
TMDS logic level.
Differential output of the red data at 10×
the pixel clock rate; supports TMDS logic
level.
Complement. Differential output of the red
data at 10× the pixel clock rate; supports
TMDS logic level.
Differential output of the red data at 10×
the pixel clock rate; supports TMDS logic
level.
IO and the Tx Main Map.
left floating for the chip to process I2C
messages that are destined to the
ADV7623. The ADV7623 ignores I2C
messages which he receives if this pin is
high.
EDID/OSD
88
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ADV7623 Hardware Manual
Location Mnemonic Type Description
68 MCLK_IN Digital Input Audio Reference Clock. 128 × N × fs with
69 SCLK_IN Digital Input I2S Audio Clock. Supports CMOS logic
70 AP5_IN Digital Input Audio Input Port 5. CMOS logic levels
71 AP4_IN Digital Input Audio Input Port 4. CMOS logic levels
72 DGNDIO Ground Ground for DVDDIO
73 DVDDIO Power Digital I/O supply voltage (3.3 V)
74 AP3_IN Digital Input Audio Input Port 3. CMOS logic levels
75 AP2_IN Digital Input Audio Input Port 2. CMOS logic levels
76 AP1_IN Digital Input Audio Input Port 1. CMOS logic levels
77 AP0_IN Digital Input Audio Input Port 0. CMOS logic levels
78 SDATA Digital I/O I2C port serial data input/output pin. SDA
79 SCL Digital Input I2C port serial clock input. SCL is the clock
80 DGND Ground Ground for DVDD
81 DVDD Power Digital supply voltage (1.8 V)
82 INT1
(AMUTE1)
83 INT2
(AMUTE2)
84 INT_TX Digital Output Interrupt. Open drain. A 2 kΩ pull-up
85 DGNDIO
86 DVDDIO Power Digital I/O supply voltage (3.3 V)
N = 1, 2, 3, or 4. Set to 128 × sampling
frequency (fs), 256 × fs, 384 × fs, or 512 ×
fs. Supports 1.8 V to 3.3 V CMOS logic
levels.
levels from 1.8 V to 3.3 V.
from 1.8 V to 3.3 V.
from 1.8 V to 3.3 V.
from 1.8 V to 3.3 V.
from 1.8 V to 3.3 V.
from 1.8 V to 3.3 V.
from 1.8 V to 3.3 V.
is the data line for the control port.
line for the control port.
Digital Output Interrupt pin, can be active low or active
high. When status bits change, this pin is
triggered. The events that trigger an
interrupt are under user control. This pin
can also output an audio mute signal
Digital Output Interrupt pin, can be active low or active
high. When status bits change, this pin is
triggered. The events that trigger an
interrupt are under user control. This pin
can also output an audio mute signal.
I2C LSB selection.
resistor to the microcontroller I/O supply is
recommended.
Ground
Ground for DVDDIO
89
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ADV7623 Hardware Manual
Location Mnemonic Type Description
87 AP0_OUT Digital Output Audio output port 0.
88 AP1_OUT Digital Output Audio output port 1.
89 AP2_OUT Digital Output Audio output port 2.
90 AP3_OUT Digital Output Audio output port 3.
91 AP4_OUT Digital Output Audio output port 4.
92 DGND Ground Ground for DVDD
93 DVDD Power Digital supply voltage (1.8 V)
94 AP5_OUT Digital Output Audio output port 5.
95 SCLK_OUT Digital Output Audio serial clock output.
96 MCLK_OUT Digital Output Audio master clock output.
97 RESETB Digital Input System reset input. Active low. A minimum
98 PWRDNB Digital Input Active low power-down pin. This pin
99 PGND Ground Ground for PVDD
100 PVDD Power PLL supply voltage
101 XTAL Miscellaneous
102 XTAL1 Miscellaneous
103 PVDD Power PLL supply voltage
104 PGND Ground PVDD Ground
105 HP_CTRLA Digital Output Hot Plug Detect for port A.
106 5V_DETA Digital Input 5 V detect pin for port A in the HDMI
107 RTERM Miscellaneous
108 DDCA_SDA Digital I/O HDCP slave serial data port A.
109 DDCA_SCL Digital Input HDCP slave serial clock port A.
110 CVDD Power Receiver comparator supply voltage (1.8V)
Analog
Analog
Analog
low reset pulse width of 5 ms is required to
reset the ADV7623 circuitry.
should be used as a system power detect
when the internal EDID is powered from
the 5V signal from the HDMI port when
connected to active equipment. Pin pulled
down internally.
Input pin for 28.63636 MHz crystal or an
external 1.8 V 28.63636 MHz clock
oscillator source to clock the ADV7623.
The following crystal frequencies are also
supported: 24.576 MHz and 27 MHz.
Crystal output pin. This pin should be left
floating if a clock oscillator is used.
interface.
Sets internal termination resistance. A 500
Ω resistor between this pin and GND
should be used.
DDCD_SDA is a 3.3 V input/output that is
5 V tolerant.
DDCD_SCL is a 3.3 V input that is 5 V
tolerant.
90
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ADV7623 Hardware Manual
Location Mnemonic Type Description
111 CGND Ground TVDD and CVDD Ground
112 RXA_C- HDMI Input Digital input clock Complement of port A
113 RXA_C+ HDMI Input Digital input clock True of port A in the
114 TVDD Power Receiver terminator supply voltage (3.3 V)
115 RXA_0- HDMI Input Digital input channel 0 complement of port
116 RXA_0+ HDMI Input Digital input channel 0 true of port A in the
117 CGND Ground TVDD and CVDD Ground
118 RXA_1- HDMI Input Digital input channel 1 complement of port
119 RXA_1+ HDMI Input Digital input channel 1 true of port A in the
120 TVDD Power Receiver terminator supply voltage (3.3 V)
121 RXA_2- HDMI Input Digital input channel 2 complement of port
122 RXA_2+ HDMI Input Digital input channel 2 true of port A in the
123 HP_CTRLB Digital Output Hot Plug Detect for port B.
124 5V_DETB Digital Input 5 V detect pin for port B in the HDMI
125 DGND Ground Ground for DVDD
126 DVDD Power Digital supply voltage (1.8 V)
127 DDCB_SDA Digital I/O HDCP slave serial data ports B.
128 DDCB_SCL Digital Input HDCP slave serial clock port B.
129 CVDD Power Receiver comparator supply voltage (1.8V)
130 CGND Ground TVDD and CVDD Ground
131 RXB_C- HDMI Input Digital input clock complement of port B in
132 RXB_C+ HDMI Input Digital input clock true of port B in the
133 TVDD Power Receiver terminator supply voltage (3.3 V)
134 RXB_0- HDMI Input Digital input channel 0 complement of port
135 RXB_0+ HDMI Input Digital input channel 0 true of port B in the
136 CGND Ground TVDD and CVDD Ground
137 RXB_1- HDMI Input Digital input channel 1 complement of port
in the HDMI interface.
HDMI interface.
A in the HDMI interface.
HDMI interface.
A in the HDMI interface.
HDMI interface.
A in the HDMI interface.
HDMI interface.
interface.
DDCB_SDA is a 3.3 V input/output that is
5 V tolerant.
DDCB_SCL is a 3.3 V input that is 5 V
tolerant.
the HDMI interface.
HDMI interface.
B in the HDMI interface.
HDMI interface.
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ADV7623 Hardware Manual
Location Mnemonic Type Description
B in the HDMI interface.
138 RXB_1+ HDMI Input Digital input channel 1 true of port B in the
HDMI interface.
139 TVDD Power Receiver terminator supply voltage (3.3 V)
140 RXB_2- HDMI Input Digital input channel 2 complement of port
B in the HDMI interface.
141 RXB_2+ HDMI Input Digital input channel 2 true of port B in the
HDMI interface.
142 HP_CTRLC Digital Output Hot Plug Detect for port C.
143 5V_DETC Digital Input 5 V detect pin for port C in the HDMI
interface.
144 DDCC_SDA Digital I/O HDCP slave serial clock port C.
DDCC_SDA is a 3.3 V input/output that is
5 V tolerant.
MX25L3206EM2I-12G (DIGITAL : IC722)
PIN CONFIGURATIONS
8-PIN SOP (200mil)
PIN DESCRIPTION
SYMBOL DESCRIPTION
CS# Chip Select
Serial Data Input (for 1 x I/O)/ Serial Data
SI/SIO0
Input & Output (for Dual Output mode)
Serial Data Output (for 1 x I/O)/ Serial Data
SO/SIO1
Output (for Dual Output mode)
Clock Input
WP# Write protection
Hold, to pause the device without
HOLD#
deselecting the device
VCC
GND Ground
92
Page 93
CS497024CVZ (DIGITAL : IC741)
93
Page 94
CS497024CVZ Block diagram
MX25L8006EM2I-12G (DIGITAL : IC742)
PIN DESCRIPTION
CS#
SO/SIO1
WP#
GND
1
2
3
4
8
7
6
5
VCC
HOLD#
SCLK
SI/SIO0
SYMBOL
CS#
SI/SIO0
SO/SIO1
SCLK
WP#
HOLD#
VCC
GND
DESCRIPTION
Chip Select
Serial Data Input (for 1 x I/O)/ Serial Data
Input & Output (for Dual Output mode)
Serial Data Output (for 1 x I/O)/ Serial Data
Output (for Dual Output mode)
Clock Input
Write protection
Hold, to pause the device without
deselecting the device
+ 3.3V Power Supply
Ground
94
Page 95
M12L16161A5TG (DIGITAL : IC743)
M12L16161A5TG Terminal Functions
Pin Name Input Function
CLKSystem ClockActive on the positive going edge to sample all inputs.
CSChip Select
CKEClock Enable
A0 ~ A10/AP Address
BABank Select Address
RASRow Address Strobe
CASColumn Address Strobe
WEWrite EnableEnables write operation and row precharge. Latches data in starting from CAS , WE active.
L(U)DQMData Input / Output Mask
DQ0~15Data Input / OutputData inputs/outputs are multiplexed on the same pins.
VDD/VSSPower Supply/GroundPower and ground for the input buffers and the core logic.
VDDQ/VSSQData Output Power/GroundIsolated power supply and ground for the output buffers to provide improved noise immunity.
N.C/RFUNo Connection/ Reserved for Future Use This pin is recommended to be left No Connection on the device.
Disables or enables device operation by masking or enabling all inputs except CLK, CKE
and L(U)DQM.
Masks system clock to freeze operation from the next clock cycle.
CKE should be enabled at least one cycle prior to new command.
Disable input buffers for power down in standby.
Row / column addresses are multiplexed on the same pins.
Row address : RA0 ~ RA10, column address : CA0 ~ CA7
Selects bank to be activated during row address latch time. Selects bank for read/write
during column address latch time.
Latches row addresses on the positive going edge of the CLK with RAS low.
Enables row access & precharge.
Latches column addresses on the positive going edge of the CLK with CAS low.
Enables column access.