D&M Holdings Inc. SERVICE MANUAL e e Copyright 2012 D&M Holdings Inc. All rights reserved. WARNING: Violators will be prosecuted to the maximum extent possible. MODEL JP E3 E2 EK EA E1C E1K CI AVR-1513 P P P AV SURROUND RECEIVER Ver. 1 S0422-0V01DM/DG1202 • Some illustrations using in this service manual are slightly different from the actual set. • Please use this service manual with referring to the operating instructions without fail. • For purposes of improvement, specifications and design are subject to change without notice.
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Transcript
D&M Holdings Inc.
SERVICE MANUAL
e
e
Copyright 2012 D&M Holdings Inc. All rights reserved.WARNING: Violators will be prosecuted to the maximum extent possible.
MODEL JP E3 E2 EK EA E1C E1K CI
AVR-1513 P P P
AV SURROUND RECEIVER
Ver. 1
S0422-0V01DM/DG1202
• Some illustrations using in this service manual are slightly different from the actual set.
• Please use this service manual with referring to the operating instructions without fail.
• For purposes of improvement, specifications and design are subject to change without notice.
2
CONTENTSABOUT THIS MANUAL .............................................................3What you can do with this manual ............................................3Using Adobe Reader (Windows version) ..................................4
SAFETY PRECAUTIONS ..........................................................6NOTE FOR SCHEMATIC DIAGRAM .........................................7NOTE FOR PARTS LIST ...........................................................7TECHNICAL SPECIFICATIONS ................................................8DIMENSION ...............................................................................8CAUTION IN SERVICING ..........................................................9Initializing AV SURROUND RECEIVER ....................................9Service Jig ................................................................................9
DISASSEMBLY ........................................................................101. FRONT PANEL ASSY .........................................................122. DIGITAL PCB ASSY ............................................................133. RADIATOR ASSY ................................................................144. POWER PCB ......................................................................155. REGULATOR PCB ..............................................................156. TRANS POWER ..................................................................15
SPECIAL MODE ......................................................................16Special mode setting button ....................................................161. µcom/DSP/OSD Version display mode ...............................17
WHEN THE MICROPROCESSOR IS REPLACED WITH A NEW ONE .............................................18PROCEDURE FOR UPGRADING THE VERSION OF THE FIRMWARE .....................................181. Preparations ........................................................................182. UPDATE FIRMWARE ..........................................................233. Notice: .................................................................................42Confirming the firmware’s number after upgraded ..................42
ADJUSTMENT .........................................................................43SURROUND MODES AND PARAMETERS ............................44TROUBLE SHOOTING ............................................................471. POWER ...............................................................................472. Analog video ........................................................................483. HDMI/DVI ............................................................................494. AUDIO .................................................................................54
SCHEMATIC DIAGRAMS ........................................................76FRONT PART ..........................................................................76POWER PART ........................................................................77MAIN PART .............................................................................78INPUT & VOLUME PART ........................................................79VIDEO PART (PRE OUT-SUBWOOFER) ...............................80DSP PART ...............................................................................81MCU PART ..............................................................................82HDMI PART .............................................................................83FRONT-HDMI IN PART ...........................................................84
EXPLODED VIEW ....................................................................85PARTS LIST OF EXPLODED VIEW ........................................87PACKING VIEW .......................................................................90PARTS LIST OF PACKING & ACCESSORIES .......................90SEMICONDUCTORS ...............................................................921. IC's ......................................................................................922. FL DISPLAY....................................................................... 111
PARTS LIST OF P.C.B. UNIT ................................................113FRONT PCB UNIT ASS'Y .....................................................113POWER PCB UNIT ASS'Y ....................................................116MAIN PCB UNIT ASS'Y.........................................................118DIGITAL PCB UNIT ASS'Y ....................................................123
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ABOUT THIS MANUALRead the following information before using the service manual.
What you can do with this manual
Jump to the target of a schematic diagram connector
Click the Ref. No. of the target connector in the red box around a schematic diagram connector.• The screen jumps to the target connector.
• Page magnification stays the same as before the jump.
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 board diagrams, block diagrams, and parts lists.
1.Press Ctrl+Shift+F on the keyboard.• The Search window appears.
Ctrl
Shift
F
2.Enter the Ref. No. you want to search for in the Search window, and then click the Search button.• A list of search results appears.
3.Click an item on the list.• The screen jumps to the page for that item, and
the search phrase is displayed.
4
Using Adobe Reader (Windows version)
• Properties Click this button and check that the printer is set to a
suitable paper size.• Pagetoprint Select the following checkbox. "More Options" : "Current View"• PageSizing&Handling Select the following checkbox. "Size" / "SizeOptions" : "Fit"
Add notes to this data (Sign)The Sign function lets you add notes to the data in this manual.Save the file once you have finished adding notes.
[Example using Adobe Reader X]On the "View" menu, click "Sign".• The Sign pane appears.
[Example using Adobe Reader 9]On the "Document" menu, click "Sign".
Press Ctrl+Space on the keyboard and drag the mouse to select the area you want to view.• The selected area is magnified.
Ctrl Space
0
• When you want to move the area shown, hold down Space and drag the mouse.
• When you want to show a full page view, press Ctrl+0 on the keyboard.
PrintamagnifiedpartofthemanualThe Properties dialog box and functions will vary depending on your printer.
1. Drag the mouse to magnify the part you want to print.
2. On the "File" menu, click "Print".
3. Configure the following settings in the Print dialog box.
4. Click the Print button to start printing.
5
Magnify schematic / printed wiring board diagrams - 2(Pan & Zoom function)The Pan & Zoom function lets you see which part of a magnified diagram is being shown in a separate window.
[Example using Adobe Reader X]On the "View" menu, point to "Zoom", and then click "Pan & Zoom".
• The Pan & Zoom window appears on the screen.
[Example using Adobe Reader 9]On the "Tools" menu, point to "Select & Zoom", and then click "Pan & Zoom Window".
Magnify schematic / printed wiring board diagrams - 3(Loupe Tool function)The Loupe Tool function lets you magnify a specific part of a diagram in a separate window.
[Example using Adobe Reader X]On the "View" menu, point to "Zoom", and then click "Loupe Tool".
• The Loupe Tool window appears on the screen.
[Example using Adobe Reader 9]On the "Tools" menu, point to "Select & Zoom", and then click "Loupe Tool Window".
6
SAFETY PRECAUTIONSThe following items should be checked for continued protection of the customer and the service technician.
LEAKAGE CURRENT CHECKBefore returning the set to the customer, be sure to carry out either (1) a leakage current check or (2) a line to chassis 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, off and standby mode), if applicable.
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.
Cautions concerning electric shock!(1) An AC voltage is impressed on this set, so if
you touch internal metal parts when the set is energized, you may get an electric shock. Avoid getting an electric shock, by using an isolating transformer and wearing gloves when servicing while the set is energized, or by unplugging the power cord when replacing parts, for example.
(2) There are high voltage parts inside. Handle with extra care when the set is energized.
Caution concerning disassembly and assembly!
Through great care is taken when parts were manufactured from sheet metal, there may be burrs on the edges of parts. The burrs could cause injury if fingers are moved across them in some rare cases. Wear gloves to protect your hands.
Use only designated parts!The set's parts have specific safety properties (fire resistance, voltage resistance, etc.). Be sure to use parts which have the same properties for replacement. The burrs have the same properties. In particular, for the important safety parts that are indicated by the z mark on schematic diagrams and parts lists, be sure to use the designated parts.
Be sure to mount parts and arrange the wires as they were originally placed!
For safety seasons, some parts use tapes, tubes or other insulating materials, and some parts are mounted away from the surface of printed circuit boards. Care is also taken with the positions of the wires by arranging them and using clamps to keep them away from heating and high voltage parts, so be sure to set everything back as it was originally placed.
Make a safety check after servicing!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 safety is ensured.
(Insulation check procedure)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 resistance value between the inplug and the externally exposed metal parts (antenna terminal, headphones terminal, input terminal, etc.) is 1MΩ or greater. If it is less, the set must be inspected and repaired.
Many of the electric and the structural parts used in the set have special safety properties. In most cases these properties are difficult to distinguish by sight, and the use of replacement parts with higher ratings (rated power and withstand voltage) does not necessarily guarantee that safety performance will be preserved. Parts with safety properties are indicated as shown below on the wiring diagrams and the parts list in this service manual. Be sure to replace them with the parts which have the designated part number.
(1) Schematic diagrams .......Indicated by the z mark.(2) Parts lists .......Indicated by the z mark.
The use of parts other than the designated parts could cause electric shocks, fires or other dangerous situations.
CAUTION Concerning important safety parts
7
NOTE FOR SCHEMATIC DIAGRAMWARNING:Parts indicated by the z mark have critical characteristics. Use ONLY replacement parts recommended by the manufacturer.CAUTION:Before returning the set to the customer, be sure to carry out either (1) a leakage current check or (2) a line to chassis 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.WARNING:DO NOT return the set to the customer unless the problem is identified and remedied.NOTICE:ALL RESISTANCE VALUES IN OHM. k=1,000 OHM / M=1,000,000 OHMALL CAPACITANCE VALUES ARE EXPRESSED IN MICRO FARAD, UNLESS OTHERWISE INDICATED. P INDICATES MICRO-MICRO FARAD. EACH VOLTAGE AND CURRENT ARE MEASURED AT NO SIGNAL INPUT CONDITION. CIRCUIT AND PARTS ARE SUBJECT TO CHANGE WITHOUT PRIOR NOTICE.
NOTE FOR PARTS LIST
Parts indicated by "nsp" on this table cannot be supplied.When ordering a part, make a clear distinction between "1" and "I" (i) to avoid mis-supplying.A part ordered without specifying its part number can not be supplied.
General-purpose Carbon Chip Resistors are not included are not included in the P.W.Board parts list. (Refer to the Schematic Diagram for those parts.)
Parts indicated by the z mark have critical characteristics. Use ONLY replacement parts recommended by the manufacturer.
General-purpose Carbon Film Resistor in the P.W.Board parts list. (Refer to the Schematic Diagram for those parts.)Part indicated by "" mark is not illustrated in the exploded view.
WARNING:
1.2.3.4.5.6.
Resistors
RD : CarbonRC : CompositionRS : Metal oxide filmRW: windingRN : Metal filmRK : Metal mixture
P : Pulse-resistant typeNL : Low noise typeNB : Non-burning typeFR : Fuse-resistorF : Lead wire forming
HS : High stability typeBP : Non-polar typeHR : Ripple-resistant typeDL : For change and dischargeHF : For assuring high frequencyU : UL partC : CSA partW : UL-CSA partF : Lead wire forming
Indicates number of zeros after effective number.2-digit effective number.
・ Units:μF.
2.2μF2 R 2
2-digit effective number, decimal point indicated by R1-digit effective number.
* Capacity (electrolyte only)
・ When the dielectric strength is indicated in AC,"AC" is included after the dielectric strength value.
* Capacity (except electrolyte)
・ Units:pF
2200pF=0.0022μF2 2 2
Indicates number of zeros after effective number. (More than 2)2-digit effective number.
・ Units:pF
220pF2 2 1
2-digit effective number.Indicates number of zeros after effective number. (0 or 1)
NOTE FOR PARTS LIST
8
TECHNICAL SPECIFICATIONS n Audio Section
• PoweramplifierRated output :Front : 75 W + 75 W (8 Ω, 20 Hz – 20 kHz with 0.08 % T.H.D.)110 W + 110 W (6 Ω, 1 kHz with 0.7 % T.H.D.)130W+130W(6Ω, JEITA)
Center :75 W (8 Ω, 20 Hz – 20 kHz with 0.08 % T.H.D.)110 W (6 Ω, 1 kHz with 0.7 % T.H.D.)130W(6Ω, JEITA)
Surround :75 W + 75 W (8 Ω, 20 Hz – 20 kHz with 0.08 % T.H.D.)110 W + 110 W (6 Ω, 1 kHz with 0.7 % T.H.D.)130W+130W(6Ω, JEITA)
Output connectors : 6 – 16 Ω•Analog
Input sensitivity/Input impedance : 200 mV/47 kΩFrequency response: 10 Hz – 100 kHz — +1, –3 dB (DIRECT mode)S/N : 98 dB (IHF–A weighted, DIRECT mode)
n Video section•Standard video connectors
Input/output level and impedance : 1 Vp-p, 75 ΩFrequency response: 5 Hz – 10 MHz — 0, –3 dB
n Tuner section[FM](Note: μV at 75 Ω, 0 dBf = 1 x 10–15 W)Receiving Range (for E3) : [FM] 87.5 MHz – 107.9 MHz [AM]520 kHz – 1710 kHzReceiving Range (for E2, E1C) : [FM] 87.5 MHz – 108.0 MHz [AM]522 kHz – 1611 kHzUsable Sensitivity :[FM]1.2 μV (12.8 dBf) [AM]18 μV50 dB Quieting Sensitivity :[FM]MONO 2.8 μV (20.2 dBf)S/N (IHF-A) :[FM]MONO 70 dB (IHF–A weighted, DIRECT mode)
STEREO 67 dB (IHF–A weighted, DIRECT mode)TotalharmonicDistortion(at1kHz):[FM]MONO 0.7 %
STEREO 1.0 % n General
Power supply : (for E3) : AC 120 V, 60 Hz (for E2) : AC 230 V, 50 Hz / 60Hz (for E1C) : AC 220 V, 50 Hz Power consumption : 330 W
0.5 W (Standby)
Weight : 7.8kg
344.045.0 45.0
60.0
434.0
136.
0
151.
0
15.0
288.
5
319.
0
18.5
12.0
198.
043
.547
.0
DIMENSION
9
InitializingAVSURROUNDRECEIVERAV SURROUND RECEIVER initialization should be performed when the μcom, peripheral parts of μcom, and Digital PCB were replaced.
1. Turn off the power pressing X button.2. Press X button while simultaneously while pressing SOURCE SELECT 0 and SOURCE SELECT 1 buttons.3. Check that the entire display is flashing at intervals of about 1 second, and then release the 2 buttons.
The microprocessor will be initialized.
Service Jig When you update the firmware, you can use the followingJIG (RS232C to internal connector conversion adapter). Please order it from Denon Official Service Distributor in your region if necessary.
8U-210100S : WRITING KIT : 1 Set606050028012P : 7P FFC(1.0) L-240 : 1 Set(Refer to "PROCEDURE FOR UPGRADING THE VERSION OF THE FIRMWARE".)
Note: • If step 3 fails, start over from step 1. • All user settings will be lost and the factory setting will be recovered after the set is initialized.
So make sure to note down your setting beforehand for restoring after the initialization.
X
SOURCE SELECT 0
SOURCE SELECT 1
CAUTION IN SERVICING
10
DISASSEMBLY• Disassemble in order of the arrow in the following figure.• In the case of the re-assembling, assemble it in order of the reverse of the following flow.• In the case of the reassembling, observe "Caution concerning disassembly and assembly!".• If wire bundles are untied or moved to perform adjustment or replace parts etc., be sure to rearrange them neatly as
they were originally bundled or placed afterward. Otherwise, incorrect arrangement can be a cause of noise generation.
FRONT PANEL ASSYRefer to "DISASSEMBLY 1. FRONT PANEL ASSY"and "EXPLODED VIEW"
FRONT PCB(Ref. No. of EXPLODED VIEW : C1-1)
POWER KNOB PCB(Ref. No. of EXPLODED VIEW : C1-2)
HEADPHONE PCB(Ref. No. of EXPLODED VIEW : C1-3)
PORTABLE PCB(Ref. No. of EXPLODED VIEW : C1-4)
USB PCB(Ref. No. of EXPLODED VIEW : C1-5)
F-HDMI PCB(Ref. No. of EXPLODED VIEW : C3-2)
RADIATOR ASSYRefer to "DISASSEMBLY
3. RADIATOR ASSY"and "EXPLODED VIEW"
MAIN PCB(Ref. No. of EXPLODED VIEW : C2-1)
POWER PCBRefer to "DISASSEMBLY
4. POWER PCB"and "EXPLODED VIEW"
POWER PCB(Ref. No. of EXPLODED VIEW : C4-1)
REGULATOR PCBRefer to "DISASSEMBLY
5. REGULATOR PCB"and "EXPLODED VIEW"
REGULATOR PCB(Ref. No. of EXPLODED VIEW : C4-2)
TRANS POWERRefer to "DISASSEMBLY
6. TRANS POWER"and "EXPLODED VIEW"
TRANS POWER(Ref. No. of EXPLODED VIEW : C6 )
DIGITAL PCB ASSYRefer to "DISASSEMBLY 2. DIGITAL PCB ASSY"and "EXPLODED VIEW"
DIGITAL PCB(Ref. No. of EXPLODED VIEW : C3-1)
TUNER PCB(Ref. No. of EXPLODED VIEW : C2-5)
TOP CABINET
11
About the photos used for "descriptions of the DISASSEMBLY" section• The shooting direction of each photograph used herein is indicated on the left side of the respective photograph as
"Shooting direction: ***". (*** : A,B,C,D)• Refer to 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 viewpoint of each photograph(Shooting direction)
[View from the top] Front side
Shooting direction: B
Shooting direction: DShooting 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.
12
1. FRONT PANEL ASSY
(1) Remove the screws.
(2) Remove the screws and disconnect the FFC.
(3) Disconnect the connector wires.
CABINET TOP FRONT PANEL ASSY→Proceeding :
View from the bottom
FFC
FRONT PANEL ASSY
CN102
CN104
Please refer to "EXPLODED VIEW" for the disassembly method of each PCB included in FRONT PANEL ASSY.
13
2. DIGITAL PCB ASSY
(1) Remove the screws.
(2) Remove the screws. Disconnect the connector wires and FFC then disconnect the TUNER PCB.
CABINET TOP DIGITAL PCB ASSY→Proceeding :
Shooting direction: A
CN205
CN202TUNER PCB FFC
CN90
CN95
DIGITAL PCB
14
3. RADIATOR ASSY
(1) Remove the screws.
(2) Remove the screws then disconnect the connector wire. Remove the RADIATOR ASSY from the CHASSIS BOTTOM.
CABINET TOP DIGITAL PCB ASSY→ RADIATOR ASSY→Proceeding :
Shooting direction: A
CN503
MAIN PCB
15
4. POWER PCB
5. REGULATOR PCB
6. TRANS POWER
CABINET TOP POWER PCB→Proceeding :
Please refer to "EXPLODED VIEW" for the disassembly method of POWER PCB.
CABINET TOP REGULATOR PCB→Proceeding :
Please refer to "EXPLODED VIEW" for the disassembly method of REGULATOR PCB.
CABINET TOP TRANS POWER→Proceeding :
Please refer to "EXPLODED VIEW" for the disassembly method of TRANS POWER.
16
SPECIAL MODESpecial mode setting buttonb Press the X button to turn on the power while pressing both the button A and the button B at the same time.
Mode Button A Button B Contents
µcom/DSP/OSD Version display mode STATUS DIMMER
Firmware versions such as Main, DSP or OSD are displayed in the FL display. Errors are displayed or when they occur. (Refer to 17 page.)
Initialization mode SOURCE SELECT 0
SOURCE SELECT 1
Backup data initialization is carried out. (Refer to 9 page.)
Mode for switching tuner frequency step DIMMER SOURCE
SELECT 1
---E2 model only---Change tuner frequency step to AM9k/FM50kHz STEP or AM:10k/FM:200kHz.
b When power is turned on, pressing both buttons A and B at the same time for 3 seconds or more.
Mode Button A Button B Contents
Select the video signal format STATUS SOURCE SELECT 0
Select with the "SOURCE SELECT 0", "SOURCE SELECT 1" and "STATUS" button change video format NTSC or PAL.
Mode for preventing remote control acceptance STATUS DIMMER
Operations using the remote control are rejected."REMOTE LOCK:ON" is displayed in FL display. (Mode the cancellation: Execute the same button operations as when performing setup.)
X
DIMMERSTATUSSOURCE SELECT 0
SOURCE SELECT 1
17
1. µcom/DSP/OSD Version display mode1.1. Operationspecificationsµcom/DSP/OSD version display mode:When the set is started up in this mode, the version information is displayed.
Starting up:Press the X button to turn on the power while pressing the "DIMMER" and "STATUS" buttons.Now, press the "STATUS" button to the display the 2nd item information on the FL Display.
1.2. Display Orderq Model destination information → w Main-µcom version → e DSP version → r OSD version
Display State
q Model destination information
AVR-1513 E3 model A V R 1 5 1 3 E 3
AVR-1513 E2 model A V R 1 5 1 3 E 2
AVR-1513 E1C model A V R 1 5 1 3 E 1 C
w Main-µcom version M a i n : * * . * *
e DSP version D S P . * . * . *
r OSD version O S D : * * . * *
Cleared of mode:Press the X button to turn the power off.
1.3. Error displaySee the following table for each "Error information" display and its contents (status).
Condition - State
DSP NG When DSP boot, executing DSP reset makes to becomes error. D S P E R R O R 0 1
DSP OK (No error display, version display only)
18
WHEN THE MICROPROCESSOR IS REPLACED WITH A NEW ONEWhen the U-PRO (Microprocessor) or the Flash ROM is replaced, confirm the following.
PWB Name Ref. No. Description After replaced Remark
DIGITAL IC91 STM32F101ZE B SOFTWARE: Main
DIGITAL IC82 MX25L8006EM2I-12G B SOFTWARE: DSP ROM
DIGITAL IC14 MX25L8006EM2I-12G B SOFTWARE: OSD ROM
After replacingA : Mask ROM (With software). No need for write-in of software to the microprocessor.B : Flash ROM (With software). Usually, no need for write-in of software. But, when the software was updated, you should
write the new software on the microprocessor or flash ROM. Please check the software version. C : Empty Flash ROM (Without software). You should write the software on the microprocessor or flash ROM.
Refer to "Update procedure" or "writing procedure", when you write the software.
PROCEDURE FOR UPGRADING THE VERSION OF THE FIRMWARE1. Preparations
1.1. Before starting the operation(1) Personal Computer(2) RS-232 cable (9P (Male), Straight).(3) 8U-210100S WRITING KIT.(4) 606050028012P / 7P FFC(1.0) L=240.
1.2. Connection of the AV receiver(1) Confirm the power on/off switch of the AV receiver is turning off.(2) Connect the update terminal of AV receiver with the "WRITING KIT".
(Refer to figure below for the connection of the 7P FFC cable.)(3) Connect the RS-232C cable from PC with the "WRITING KIT".
1.2. Connection of the AV receiver(1) Confirm the power on/off switch of the AV receiver is turning off.(2) Connect the update terminal of AV receiver with the "WRITING KIT".
(Refer to figure below for the connection of the 7P FFC cable.)
PC
WRITING KITRS-232C Cable
This side is contacts of 7P FFC Cable.
S70
9
S70
8
S70
7
S70
6
S70
2
S706-709 : HIGE S702 : 3.3V
7P FFC Cable
7P FFC Cable
1 pin
19
1.3. INSTALL UPDATE TOOL(1) Click the "ST_Flash_Loder" folder.
(2) Run the "Flash_Loader_Demonstrator_v2.4.0_Setup.exe" on program file.
The following screen will be displayed.
The Setup Status bar appears.
20
(3) Click the "Next" button.
(4) Click the "Yes" button.
21
(5) Click the "Next" button after inputting "User Name" and "Company Name".
(6) Click the "Next" button.
The following screen will be displayed.
The Setup Status bar appears.
22
(7) Click the "Finish" button.
23
2. UPDATE FIRMWARE(1) Connect the update terminal of AV receiver with the "WRITING KIT".(2) Set the switch of "WRITING KIT". (Refer to the table below.)
DSPBOOT CE EPM CNVSS
H H L H
(3) Press the X button to turn the power on of AV receiver.(4) Set the switch of "WRITING KIT". (Refer to the table below.)
DSPBOOT CE EPM CNVSS
H H H H
(5) Press the "RESET" switch of "WRITING KIT".(6) Run the "STMicroelectronics flash loader.exe" on program file.
(7) Click the “Next” button 3 times. Click the “Next” button for 1st time.
24
Click the “Next” button for 2nd time.
Click the “Next” button for 3rd time.
25
(8) Choose Flash File(DSP1). Click the following button.
From the file browser windows select file of "AVR1513_SF_DSP1(x.x.x).bin".
Click the "Open" button.
26
Click the “Next” button.
The following screen will be displayed.
The Setup Status bar appears.
27
The following screen will be displayed and click the "Close" button.
28
(9) Set the switch of "WRITING KIT". (Refer to the table below.)
DSPBOOT CE EPM CNVSS
H H L H
(10) Press the "RESET" switch of "WRITING KIT". Wait for about 130 seconds until "Write Complete." is displayed on VFD.
(11) Set the switch of "WRITING KIT". (Refer to the table below.)
DSPBOOT CE EPM CNVSS
H H H H
(12) Press the "RESET" switch of "WRITING KIT".(13) Re-run the "STMicroelectronics flash loader.exe" on program file.
(14) Click the “Next” button 3 times. Click the “Next” button for 1st time.
29
Click the “Next” button for 2nd time.
Click the “Next” button for 3rd time.
30
(15) Choose Flash File(DSP2). Click the following button.
From the file browser windows select file of "AVR1513_SF_DSP2(x.x.x).bin".
Click the "Open" button.
31
Click the “Next” button.
The following screen will be displayed.
The Setup Status bar appears.
32
The following screen will be displayed and click the "Close" button.
33
(16) Set the switch of "WRITING KIT". (Refer to the table below.)
DSPBOOT CE EPM CNVSS
H H L H
(17) Press the "RESET" switch of "WRITING KIT". Wait for about 100 seconds until "Write Complete." is displayed on VFD.
(18) Set the switch of "WRITING KIT" (Refer to the table below).
DSPBOOT CE EPM CNVSS
H H H H
(19) Press the "RESET" switch of "WRITING KIT".(20) Re-run the "STMicroelectronics flash loader.exe" on program file.
(21) Click the “Next” button 3 times. Click the “Next” button for 1st time.
34
Click the “Next” button for 2nd time.
Click the “Next” at 3rd time.
35
(22) Choose Flash File(OSD). Click the following button.
From the file browser windows select file of "AVR1513_SF_OSD(vxx.x.x).bin".
Click the "Open" button.
36
Click the “Next” button.
The following screen will be displayed.
The Setup Status bar appears.
37
The following screen will be displayed and click the "Close" button.
38
(23) Set the switch of "WRITING KIT". (Refer to the table below.)
DSPBOOT CE EPM CNVSS
H H L H
(24) Press the "RESET" switch of "WRITING KIT". Wait for about 30 seconds until "Write Complete." is displayed on VFD.
(25) Set the switch of "WRITING KIT". (Refer to the table below.)
DSPBOOT CE EPM CNVSS
H H H H
(26) Press the "RESET" switch of "WRITING KIT".(27) Run the "STMicroelectronics flash loader.exe" on program file.
(28) Click the “Next” button 3 times. Click the “Next” button for 1st time.
39
Click the “Next” button for 2nd time.
Click the “Next” button for 3rd time.
40
(29) Choose Flash File(MAIN). Click the following button.
From the file browser windows select file of "AVR1513_MCU(vxx.x.x).bin".
Click the "Open" button.
41
Click the “Next” button.
The following screen will be displayed.
The Setup Status bar appears.
42
The following screen will be displayed and click the "Close" button.
(30) Set the switch of “Writing Kit". (Refer to the table below.)
DSPBOOT CE EPM CNVSS
H H L H
(31) Press the "RESET" switch of “Writing Kit".(32) Initializing.
1. Turn off the power using X button.2. Press the X button while simultaneously pressing the SOURCE 0 and SOURCE 1 buttons.3. Check that the entire display is flashing with an interval of about 1 second, and release your fingers from the 2
buttons and the microprocessor will be initialized.
3. Notice:Please keep the following notice for firmware update.(a) Keep the PC environment (b) Avoid the communication cable from the electrical noise source.
(e.g. telephone cable, AC line, a fluorescent light)(c) Don’t remove cable during update.(d) Don’t turn off the power during update.(e) Don’t run other PC application during update.(f) Stop the resident program on PC (Virus checker and System check utility, etc)(g) Stop the screen saver on PC.(h) Stop the power save ability on PC.(i) In case of laptop PC, Use the AC adaptor.
Confirmingthefirmware’snumberafterupgradedAfter updating the firmware, check the version. Refer to "1. μcom/DSP Version display mode" (Refer to 17 page ).
Note: • If step 3 does not work, start over from step 1. • All user settings will be lost and this factory setting will be recovered when this initialization mode.
So make sure to memorize your setting for restoring after the initialization.
43
ADJUSTMENTAudio Section
Adjusting Idling CurrentRequired 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 minimumSPEAKER (Speaker terminal) : No load
(Do not connect speaker, dummy resistor, etc.)MODE : MCH STEREOFUNCTION : 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.
(3) Are you using a certified HDMI cable (with the HDMI stamp)?
(4) Are you using an HDMI/DVI cable less than 5 meters in length?
(5) Are the picture and sound output when another HDMI/DVI cable is used?
(2) Are you using an HDMI/DVI selector, repeater or a device for improving picture quality?
(6) Is the BD/DVD player's HDMI output setting correct?
(8) Are the picture and sound output when the BD/DVD player's resolution is changed?
(10) Are the picture and sound output when a different BD/DVD player is used?
(7) When you use a DENON BD/DVD player's, is the fluorescent display tube's "HDMI" indicator lit? If you use a non-DENON BD/DVD player's, proceed to "YES".
(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?
There may be the a problem with the HDMI/DVI cable. Check connection.
Use a certified HDMI cable (with the HDMI stamp).
Replace the HDMI/DVI cable with one that is less than 5 meters in length (2 meters recommended) to check.
The HDMI/DVI cable is defective.
Disconnect everything and connect only the HDMI/DVI cable to check
Check the HDMI output setting, referring to the BD/DVD player's operating instructions.
Set the BD/DVD player output resolution to a resolution with which the TV is compatible.
The BD/DVD player is defective.
The BD/DVD player may not be compatible with HDCP repeaters. Ask the BD/DVD player's manufacturer.
NO
NO
NO
YES
NO
YES
YES
YES
YES
3. HDMI/DVI3.1. No picture or sound is output
50
YES
YES
YES
YES
Check TV
(11) Is the TV HDCP-compatible?
(15) Is the set's input set to HDMI?
(13) Is the TV's input set to HDMI?
(14) Are the picture and sound output when a different TV is used?
Check set (AV Receiver)
(12) Is the TV compatible with resolutions of 1080P?
Use an HDCP-compatible TV. PC TVs cannot be used.
Check the set's input setting, referring to the set's operating instructions.
Check the TV's input setting, referring to the TV's operating instructions.
The TV is defective.
If the TV is not compatible with resolutions of 1080P, no picture will be output, even if the BD/DVD player's resolution is set to 1080P.
NO
NO
NO
NO
NO
YES
YES
YES
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 confirmed in Test point (DDC_CLK/DDC_DATA)? Is terminate the TMDS signal is 3.3V confirmed in D143-D150?
(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".
The pattern and circuit from the HDMI connector (JK15) to the IC11 is defective, or HDMI output circuitry is defective (IC11 and surrounding circuitry).Replace the IC11.
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)?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 confirmed in Test point (DDC_CLK/DDC_DATA)? Is terminate the TMDS signal is 3.3V confirmed of each HDMI connector?HDMI IN1 : D123-D130HDMI IN2 : D113-D120HDMI IN3 : D103-D110HDMI FRONT : IC51 (1-4, 6-9pin)
The pattern and circuit from the HDMI connector (JK11/JK12/JK13/JK51) to the IC11,IC51 are defective.Replace the IC11,IC51.
NO
NO NO
Check operation of IC11,IC51.(Video input 480P from BD/DVD players / Connect the TV.)Replace the IC11,IC51.
Is a contact part of HDMI connector normal? (Refer to 51 page (*1).) The HDMI connector is defective.Replace the new HDMI connector.
NO
YES
51
YES
YES
YES
(20) Check xtal oscillator. Is there 28.6363MHz oscillation of X101?
(21) Check RESET.Is RESET waveform confirmed at IC11 (97pin)? (If reference waveform, proceed to "YES".)
HDMI output circuitry is defective (IC11 and surrounding circuitry).Replace the IC11.
(22) Check control signal(I2C).Is waveform confirmed at Test point (SDA/SCL). (If not continued to " L", proceed to "YES".)
The X101 or IC11 is defective. Replace the new parts.
The RESET pattern or IC11 is defective.Replace the new parts.
The SDATA/SCL line pattern is defective.
NO
NO
NO
YES
(19) Check power supply. Are 1.8V or 3.3V supplied to IC11 (each power supply pin)? The power supply circuitry is defective.
NO
(*1) Abnormal sample of HDMI connector : The internal terminal has bent.
Lead-free SolderWhen soldering, use the Lead-free Solder (Sn-Ag-Cu).
71
DIGITAL(FOIL SIDE)
T56
L101
D151
L103
L104L106L107
L108
L105
L102
L115
L116
C105
C106
C107
C108
C109
C110
C111
C112
C113
C114
C115
C118
C117
C116
C119
C120
C121
C122
C123
C124
C125
C126 C1
27
C128
C129
C131
C133
C135
C138
C140
C147
C149
C163
C165
C180
C647
C651
C660
C676
C693
C735
C740
C802
C803
C805
C807
C809
C812 C827
C835
C844C845
C846
C847
C848
C849
C850
C851
C861
C862
C863
C864
C865
C866
C867
C868
C875
C876
C877
C878
C880
C881
C882
C905
C906
C907
C908C913
C916
C917
C918
C933
C934
C982
C983
C984
C985
C986
C987
C988
C305
C306
C307
C308
C309
C310
C311
C312
C313
C314
C315 C316
C317
C318
C319
C320
C321
C322
C323
C324
C325
C326
C327
C328
C329
C330
D152
C801
C842
C813
C841
C973
C815
C633
C634
C191
C186
C189C190
C192
C193
C194 C195
C196
C136
C840
C166
C672
C689
C690
C656
C657
C673
C654
C655
C670
C671
C687
C688
C734
C739
C130
C164
C134
C148
C141
C132
C150
C139
C183
C184
R162
R163
R164
R166
R150
R152 R149
R151
R157
R200
R143
R144
R165
R945
R637
R819
R820
R856
R767
R832
R833
R835
R843
R845
R847
R859R860
R944
R926
R927
R831
R834
R840
R841
R857
R858
R928
R830
R946
R921
R122
R158
R159
R160
R161
R123
R748
R746
R754
R839
R805
R676
R677
R692
R693
R708
R709
R608
R631
R632
R634
R759
R772
R633
R636
R635
R674
R675
R684
R685
R690
R700
R701
R706
R707
R716
R717
R747
R755
R756
R642
R643
R626
R641
T21
C187C188
C142
R139
R140
R182
R129
R130
R131
R197
R126
R127
C137
R651
R653
R656
R657
R309
C172
C171
R174
R203
R204
R205
R206
R207
R208
R209
R210
D909
D910
R211
R212
R213
R214
R215
R216
D911
D912
R217
R218
R219 R220R221
R222
R223 R224R225 R226R227 R228
D915
D919
C635
R655
R787
C974
C946
C947
R691
C336
C991C992
C993
5.+12V
4.PWR_RLY
3.P_DOWN
2.MCUGND
1.MCU+5V
1.VGND
2.+5VH
3.+5VH
4.DGND
5.DGND
6.+5VD7.+5VD
8.DGND
9.DGND
10.-12V
11.PRE_GND
12.RLY_GND
13.+12V
1.FL
/R_R
LY2.
C/S_
RLY
3.H/
P_RL
Y
5.DC
_PRO
T6.
THER
_A7.
THER
_B
4.AS
O_DE
T
12.M
UTE+
B13
.MCU
GND
3.SL
5.CE
N
11.R
LY_G
ND10
.+12
V9.
FR8.
AGND
7.SR
6.AG
ND
4.AG
ND
2.AG
ND1.
FL
2.-1
2V1.
+12V
3.MI
NI_L
4.AG
ND5.
MINI
_R6.
HP_D
ET7.
VOL+
8.VO
L-9.
KEY3
10.K
EY2
11.K
EY1
12.S
TBY_
LDER
13.S
TBY_
LEDG
14.R
EMOT
E_IN
15.V
FD_R
ST16
.VFD
_CE
17.V
FD_C
LK18
.VFD
_DAT
A19
.PWR
_RLY
20.M
CU+5
V21
.MCU
+3V3
22.M
CUGN
D23
.MCU
GND
1.CH_GND2.CH_GND
3.CH_GND
5./RST6./CE7.SDIO8.SCLK
9.VCC10.R-OUT
11.L-OUT
4.INT
181716151413121110987654321
M
L
K
J
I
H
G
F
E
D
C
B
A
鉛フリー半田半田付けには、鉛フリー半田 (Sn-Ag-Cu) を使用してください。
Lead-free SolderWhen soldering, use the Lead-free Solder (Sn-Ag-Cu).
72
F-HDMI(COMPONENT SIDE)
F-HDMI(FOIL SIDE)
CUP12426Z-2 F-HDMI
BK11
19
D155
C534
C533
TEST
C532
C531
C530C529
R524
R514
R516
R515R513
R512
T44
T43
T41
T40
R523
T39
T38
T36
T34
IC52
IC51
R518
R517
R508
R507
R520 R519L501
L500
CN9A
JK51
C512
C519C521C511
R502
C525
C500
C523
C524
R500
R501
C514C515
C516
C517
C518
C520
C522
C502
C503
C504
C505
C506
C507C508C509C510
C513
C526
C527
C528
R509R510
R504
Q501 Q500
T35
T45T46
R521
T42
T47
C501
R503
R525
R526
D154
R527R528
R529R530
C535
C536
POWER(COMPONENT SIDE)
C2032
C2034
C2035
C2038
C2036
C2037
C2039
CN204
CN203
R2036
R2031
RY201
D2034
D2035
D2036
D2037
D2032
D2031
D2038
ZD201ET201
IC204
Q2001 Q2003
F2001
D2033
ZD202
CN205
T2001J9001
J9003
J9005
J9007
J9004
J9008
BOTTOM SIDE
KIA78R05PI
POWER PCBSMPS PARTCUP12424Z_A
4 .N
C
2 .M
CU+5
V3
.GND
1 .I
N
Pri.
Sec.
LIVENEUTRAL T 6.
3A
L 25
0V :
120
V AR
EAT
3.15
A L
250
V :
220V
~240
V AR
EA
BK203
BK202
BK201
BONDING
BONDING
RPADJ-2ADJ-1ICTIC
CUP12424Z-1OUTDIPPING
INDIPPING
1.MCU+5V2.MCUGND3.P_DOWN4.PWR_RLY5.+12V
181716151413121110987654321
M
L
K
J
I
H
G
F
E
D
C
B
A
鉛フリー半田半田付けには、鉛フリー半田 (Sn-Ag-Cu) を使用してください。
Lead-free SolderWhen soldering, use the Lead-free Solder (Sn-Ag-Cu).
73
POWER(FOIL SIDE)
CUP12424Z-1
DIPPING IN
DIPPINGOUT
BAR CODE LABEL
NEUTRALLIVE
Pri.
Sec.
Q2002
R2037
R2032
R2035 R2034R2033
C2033
C2031
181716151413121110987654321
M
L
K
J
I
H
G
F
E
D
C
B
A
鉛フリー半田半田付けには、鉛フリー半田 (Sn-Ag-Cu) を使用してください。
Lead-free SolderWhen soldering, use the Lead-free Solder (Sn-Ag-Cu).
74
C2017C2021
C2018
C2013
C2014
C2009
C2001
C2003
C2004
C2005
C2006
C2007
C2008
CN201
R2002
R2003
R2004
R2005
R2006R2007
R2008
R2001
D2005
D2007
D2001
D2002
D2003
D2004
D2009
IC203IC201 IC202
D2008
D2006
R2038
C2002
CN202
J2021
J2019
J2007
J2010
J2001
J2014
J2023
J2015
J2022
J2017
J2003
J2005
J2016
J2004
J2008
J2002
J2012
J2018
J2011
J2009
J2024
J2026
J2013
J2025
J2020
KIA278R05PI
NJM7812FA NJM7912FA
CUP12424Z_AREGULATOR PARTPOWER PCB
LUG21
B'D NO CUT B'D CUT ONLY
BOTTOM SIDEBOTTOM SIDE
BOTTOM SIDE
BRAC
KET
3 .-
12V
2 .I
N1
.GND
3 .+
12V
1 .I
N2
.GND
2 .+
5V3
.GND
1 .I
N
BK205
BK204
BK203
CUP1
2424
Z-2
7.S3_AC
6.DGND
5.S3_AC
4.N.C
3.S2_AC
2.S2_GND
1.S2_AC
13.+12V
12.RLY_GND
11.PRE_GND
10.-12V
9.DGND
8.DGND
7.+5VD
6.+5VD
5.DGND
4.DGND
3.+5VH
2.+5VH
1.VGND
REGULATOR(COMPONENT SIDE)
181716151413121110987654321
M
L
K
J
I
H
G
F
E
D
C
B
A
鉛フリー半田半田付けには、鉛フリー半田 (Sn-Ag-Cu) を使用してください。
Lead-free SolderWhen soldering, use the Lead-free Solder (Sn-Ag-Cu).
75
REGULATOR(FOIL SIDE)
CUP12424Z-2
+5V+12V
GND
-12V
DGND
C2023 C2022
C2020
C2019C2016C2015 C2012
C2010
181716151413121110987654321
M
L
K
J
I
H
G
F
E
D
C
B
A
鉛フリー半田半田付けには、鉛フリー半田 (Sn-Ag-Cu) を使用してください。
Lead-free SolderWhen soldering, use the Lead-free Solder (Sn-Ag-Cu).
AVR1513/AVR1613/1713/1723 FRONT PARTAVR1513/AVR1613/1713/1723 FRONT PART
SB-L
ED
5. -12V
11.K
EY_3
12.K
EY_2
14.R
ED_L
ED13
.KEY
_1
10.V
SEL_
B
20.F
L_D
ATA
9.VS
EL_A
19.F
L_C
LK
16.R
C_I
N
18.F
L_C
E17
.FL_
RST
23.M
CU
_3V3
4. +12V
1.H
P_R
CH
3.H
P_LC
H
HEADPHONE
ON/STANDBY
L
R
TO MAIN
3. PORTABLE_R
1. PORTABLE_L
2. AGND
22.M
CU
_5V
21.C
PU_P
OW
ER
RED
_LED
ENC
OD
ER
2.AG
ND
25.D
_GN
D24
.D_G
ND
7.PO
RTA
BLE_
R
5.PO
RTA
BLE_
L6.
A_G
ND
8.H
/P_D
ET
5. -12V
4. +12V
3. PORTABLE_R
1. PORTABLE_L
2. AGND
GR
N_L
ED
3.H
/P_D
ET
2.D
_GN
D
1.D
_GN
D
FRO
M T
RAN
S
15.G
RN
_LED
3. H
P_R
CH
2. H
P_LC
H
8. M
CU
GN
D7.
DET
2.PO
WER
_KEY
(37.9kHz)
L
R
5.MIC_SIGNAL
1.M
IC_D
ET
3.+1
2V4.
-12V
KEY_3
KEY_2
KEY_1
POWER
2. M
CU
+5
5. P
OW
ER_K
EY
1.. D
_GN
D
2. M
CU
+5
5. P
OW
ER_K
EY
1.. D
_GN
D
4.R
ED_L
ED
3. G
RN
_LED
4. R
ED_L
ED
3. G
RN
_LED
V-
V+
1.VB
US
4.D
GN
D
3.U
SBD
-
2.U
SBD
+
iPOD/USBAVR1613/1713 ONLY
AVR1513ONLY
1.VB
US
2.D
ATA-
3.D
ATA+
4.D
GN
D
5.D
GN
D
1613/1713 ONLY
POR
TABL
E
CHASSIS
1.. A
GN
D
3.H
/P_D
ET
2.D
_GN
D
1.D
_GN
D
VOL-
VOL+
+3V3
D_GND
TO DIGITAL BOARD
AT AVR1613/1713CONNECTION ONLY
AT AVR1513 CONNECTION ONLY
CHASSIS
7. FL_AC
5. FL_AC
3. GND
1. VDISP2. NC
4. NC
6. NC
CHASSIS
USB BOARD
+3V3
+3V3
5. MIC_DET
2. MIC_SIGNAL
3. -12V
4. +12V
1. A_GND
+-O
+-O
V+
V-
MICDET
MIC
5. MIC_DET
2. MIC_SIGNAL
3. -12V
4. +12V
1. A_GND
MIC
AVR1613/AVR1713 ONLY
+
+-
-O
O
AVR1513 RESISTOR VALUE
AVR1613/1713 RESISTOR VALUE
AVR1513 ONLY
23p -AVR1513
FROM DIGITAL B'D1.25mm 23PIN FFC
FROM DIGITAL B'D
25p -AVR1613/AVR17131.25mm 25PIN FFC
MODEL DISTINCTION OPTION
JACK IN : SW OPEN
AVR1513 AVR1613/1713
F,H
G,I
AVR1513 AVR1613/1713
NON INSERTION
NON INSERTION
INSERTION
INSERTION
2.0 ANGLE
ENCODER PART
AVR1513 ONLY
AVR
1613
/171
3 O
NLY
METAL PLATEWIRE
CHASSIS
option
5.PORTABLE_LAVR1513 :AVR1613/1713 :
J1010 : AVR1513 ONLYJ1011 :AVR1613/1713 ONLY
NAME
LINE
R1071R1072 R1073R1074
KEY_1 KEY_2 KEY_3
J1002 R1077 R1076
ohm 1.5K 0 1.5K 1K 1.5K 1K1K
R1075
2.7K
R1078
2.7K
NAME
LINE
R1071R1072 R1073R1074
KEY_1 KEY_2 KEY_3
J1002 R1077 R1076
ohm 100 X 150 100 150 1000
R1075
180
R1078
150
CUP12423Z-1
CUP12423Z-2
CUP12423Z-3
CU
P124
23Z-
4
CU
P124
23Z-
5
CUP12423Z-6
KEY1
KEY2
KEY3
Q/S_1PRESET-PRESET+
Q/S_4Q/S_2STATUSSOURCE+
Q/S_3DIMMERSOURCE-
AVR1513 ONLY
16/1713 optionQ1002 RT1N141CR1011 10KR1068 OPEN
1513 optionQ1002 OPENR1011 OPENR1068 0
1513 optionQ1007 OPENR1022 OPENR1023 OPENR1069 1K
16/1713 optionQ1007 RT1P141CR1022 1KR1023 47KR1069 OPEN
(METAL PLATE)
(METAL
ZONE2SOURCE
ZONE2ON/OFF
AVR1713 E3ONLY
CHASSISWIRE
PLATE)
(SMALL)
(SMALL)
(SMALL)
(SMALL)
(SMALL)
(SM
ALL)
(SMALL)
(SMALL)
(SM
ALL)
(SMALL)
(SMALL)
/AVR1723
C10
070.
047u
F
C10
170.
047u
F R1059 1K
R1058 1K
C10
760.
01uF
C10
770.
01uF
C103847/16V
C1039 100P
R1053 10
C10
74O
PEN
R1077
OPTION
R1074
OPTION
R1071
OPTION
R1072
OPTION
SW110
SW104
SW108
SW101
SW103 SW102
SW105
R1073
OPTION
R1076
OPTION
R10
1039
K
C1010 10/16V
C10110.1uF
R10
1210
0R
1013
100
R10
1410
0R
1015
100
C1015 330PC1014 100PC1013 100P
R10
18
100
R10
19
100
Q10
032S
C30
52
Q10
042S
C30
52
R10
17
100K
R10
16
100K
C10
19
10/5
0V
C10
200.
01uF
3 2 1
CN104
C10
680.
1uF
C1071 220P
C1072 220P
R10
57
470
8732 1
JK104CJJ2E026Z
(SILVER)
SW106
SW109
R10
51
100K
R10
52
100K
C10
61
330P
C10
62
330P
R1047
470
R1048
470
LUG13
D10036.8V
D10
05
13V
Q1001KTC1027YT
C10
0522
0/63
V
R10
07
10K
C10
06
1/50
V
C10
04
1/50
V
R10
05
220
R10
06
220 C1003
10/50V
R1001
2.2
R10042.2
C10
02
0.1u
F/10
0V
C10
08O
PEN
C10
18O
PEN
Q1005KTA1271Y
R10
21
1K
R10
20
3.3K
Q1006
RT1N141C
D10
04
24V
R10664.7(1W)
Q1008
RT1
P141
C
C10
55
0.1u
F
GR
D1012CVDBLBJEGJ204LQ1011
RT1
P141
C
R1041 1.2K
R1043
4.7K
C10
54
0.1u
FQ1012
RT1N141C
L600
7
BEAD
C10
75O
PEN
12
34
5BN
11A
C10
671/
50V
3 2 1
BN13B
3 2 1BN13A
C1016 1000P
D10021N4007ST
D10011N4007ST
Q1009
RT1N141C
R1044
OPEN
R1042 1.2K
R10
1110
K
Q1002
RT1N141C
R1060 10K
R1061 10KJ1001
OPEN
F1001T 100mA L 250V
C1069 OPEN
C10
660.
1uF
C10
651/
50V
C1012 OPEN
R10
6710
C10
09
0.1u
F/50
V
D10
06
OPE
N
D10
07
OPE
N
Q1007RT1P141C
R10
23
47K
R1022
1K
R1054
OPEN
VR10
1C
SR2A
055Z
C1058
10/50V
C1059
10/50V
C106010/50V
C104210/50V
R10
4910
0KR
1050
100K
-+
- +
CM
1
CM
2
87
65 4
32
1
IC102
HVIBA4560RF
R1055
47
R1056
47
R10
24
10K
OPT
ION
C1064
1uF
C10
631u
F
R10
4510
0K
R10
4610
0K
C10
730.
1uF
D10
15O
PEN
D10
16O
PEN
C1021 OPENC1022 OPEN
C1024 OPEN
C1025 OPEN
C1027 OPEN
C1023 OPEN
C1026 OPEN
C1028 OPENC1029 OPEN
C1030 OPENC1031 OPEN
C1032 OPENC1033 OPEN
LUG11
C1034 OPEN
LUG12OPEN
C1056 OPENC1057 OPEND1013 OPEND1014 OPEN
L1001
BEAD
C10
01
OPE
N
R1002OPEN
R1003OPEN
C10
51O
PEN
C10
500.
1uF
D10
11C
VDC
DS3
C05
HD
MI1
4321 JK101
CJJ9X010Z
C10
5222
0/10
VR
1040
2.2K
L1003
CLZ9Z014Z
L1004
0 ohm
L1005
0 ohm
R10
380
ohm
D10
10C
VDC
DS3
C05
HD
MI1
D10
09C
VDC
DS3
C05
HD
MI1
C10
49O
PEN
C10
48O
PEN
R10
390
ohm
1 2 3 4 5
BN104
R10
62
OPE
N
76
54
32
1C
N10
2C
JP07
GB0
3ZY
C10
530.
1uF
D10
191S
S355
T
D10
201S
S355
T
C10
78O
PEN
C1035 OPENC1036 OPEN
C1047 0.1uF
C1045 OPEN
R1063 OPEN
C1046 0.1uF
D1018 OPEND1017 OPEN
NP
TSB
TSA
DA
CP
CS
RES
ET
OSC
VDD
VDD
H
VFL
GN
D
NPF2 NX
18G
17G
Q17
G
Q18
G
F1
57 53 52 51 50 49 48 47 46 45 44 43 8 7 6 5 1
FL101 CFL18BT021GINK
C10
79
OPE
N
C10
80
OPE
N
L1009
OPEN
L1008
OPEN
J1002
OPTION
-
+
-
+
CM1
CM2
8 7 6 5
4321
IC10
1
HVIBA4560RF
R14
06
100
R14
1047
K
R14
0310
0KR
1402
100K
R14
0410
0K
R1401
100
R1409
100 R1408
18K
R14
0782
0
C1407100/16V
C1408
82P
C14
060.
047u
F
C14
0310
0PF
C14
01
0.1u
F
C1402
1/50V
C1413 OPEN
C1414 0.1uF
C1415 1000pFC1416 OPEN
BD141
BEAD
R14
052.
2K
R14
112.
2K
D14
015.
1V
C14
05
10/5
0V
D14
035.
1VD
1402
5.1V
C14
09O
PEN
C14
101/
50V
C14
111/
50V
C14
04O
PEN
12
34
5
BN12
A
D1404 1SS355
D1405 1SS355
C1412 OPEN
C14
170.
1uF
R10
25
39K
R10
26
39K
R10
274.
7K
C1040 OPEN
R1065
OPTION_F
R1064
OPTION_G
R10
29O
PEN
R60
31O
PEN
R1030 10
J1003OPTION_H
J1004OPTION_I
2
3
1
JK60
3C
JJ1D
001Z
(BLA
CK)
C14
18O
PEN
C14
19O
PEN
C14
20O
PEN
C14
21O
PEN
C14
22O
PEN
R14
12O
PEN
D10
08C
VDC
DS3
C05
HD
MI1
C10
4422
0P
C10
4322
0P
R10
08
220
R10
09
220
R10
68 0
R10
691K
J101
0
J101
1
2
3
4
5
7
6
11
2
3
4
5
6
7
JK102HJJ2D003Y
SW107
R1075
OPTION
12
34
5
BN11
B
12
34
5
BN12
B
54321
CN103
1 2 3 4 5
BN103
24
25 23
22 20
21 19
18
3
16
17 15
14
13
12
11
10
9
8
7
6
5
4 2
1
CN101CJP25GB286ZN
321VccGNDVOUT
RC101
R1078
OPTION
SW111
C14
23
OPE
N
C10
41O
PEN
C1424 0.1uF
R1079OPEN
C1081
0.1uF
C10
82O
PEN
L600
8
0ohm
C1083
OPENC
1084
OPE
N
CHASSIS
STBY POWERGND POWER + POWER -
87654321
A
B
C
D
E
F
76
CN101
TO CN97 DIGITAL PART
CN104
TO BN505
SCHEMATIC DIAGRAMS (1/9)FRONT PART
** IMPORTANT SAFETY NOTICE.COMPONENTS IDENTIFIED BY MARK SPECIAL CHARACTERISTICS.IMPORTANT FOR SAFETY. WHEN REPLACING ANY OF THESE COMPONENTSUSE ONLY MANUFACTURER'S SPECIFIED PARTS.
** THE UNIT OF RESISTANCE IS OHM.K=1000 OHM , M=1000 KOHM
** THE UNIT OF CAPACITANCE IS MICROFARAD. (uF)pF=10 uF
** THIS SCHEMATIC DIAGRAM MAY MODIFIED AT ANY TIME WITH THEIMPROVEMENT OF PERFORMANCE.
-6
1.. S2_AC
2. S2_GND
3. S2_AC
FRO
M T
RA
NS
5. S3_AC
6. DGND
7. S3_AC
4. N.C
MCU POWER SUPPLY PART
PRE_GND
DGND
DGND
+5VD
+5VD
DGND
DGND
+5VH
+5VH
VGND
6V, 41.7mA
Live
Neutral
E2 : Europe
-12V
+12V
CHASSIS
RLY_GND
Europe/China/AsiaAustraliaT 3.15A L 250V
T 6.3A L 250V
E1C : ChinaEA : AustraliaE3 : U.S.A
U.S.A
ST-BY
PWR_RLY
MCU+5V
+12V
P_DOWNMCUGND
TO D
IGIT
AL
B'D
WA
FER
/5P
/2m
m
Ref.
ST-BY OPTION TABLE
KBA2C6300TLEY KBA2C3150TLEYF2001
T2001
KBA2C3150TLEY KBA2C3150TLEY
CLT5I022YU CLT5I022YE CLT5I022YE CLT5I022YH
REGULATOR
IN GN
D
OU
T
IN
GN
D
OU
T
FRO
M D
IGIT
AL
B'D
WA
FER
/13P
/2m
m
POWER PART
E3 ONLY
OU
T
GN
D
ON
/OFF
IN
BK201 BK202 BK203CMD1A188 CMD1A188 CMD1A629
BK204 BK205
CMD1A569 CMD1A569
C20
05
0.04
7uF
C20
04
0.04
7uF
C20
03
0.04
7uF
R2005
0.22
R2008
0.22
C20
08
0.04
7uF
C20
06
0.04
7uF
C20
07
0.04
7uF
D2001
CVD1N4007STD2002
CVD1N4007ST
D2003
CVD1N4007STD2004
CVD1N4007ST
R2006
0.22
R2007
0.22
R2002
0.47
R2003
0.47
12
34
56
7
CN201
C20
02
0.1/
50V
21
CN
204
TRA
NS
FOR
ME
R
D20
38
1SS
133
Q2003KTC3199YT
1
4
2
3
RY201G5PA-1 DC6
C20
39
2200
P/4
00V
F2001
T 3.15A L 250V
C20
31
0.01
uFC
2032
100/
16V
C20
34
3300
/16V
D2032
1N4007C2037
0.022u/50VD2035
1N4007D2036
1N4007D2037
1N4007
12
CN
203
AC
IN
D2034
1N4007
D2033
1N4007
C20
36
1/50
V
C20
33
0.01
uF
3
21
4
VIN
ON
/OFF
GN
DV
OU
T
IC203KIA278R05PI
C20
18
3300
/16V
C2021
100/16V
R2031
120(1)
C20
19
OP
EN
C2020OPEN
Q2001KTC3199YT
R2033
10K
ZD201
ZJ4.7BT
R20
34
20K
R20
32
4.7K
1
3
4
2
D2009GBJ606
VO
UT
GN
D
ON
/OFF
VIN
4
12
3
IC204KIA78R05PI
C20
22O
PE
NC
2023
OP
EN
C2013
470/16V
C2012
OPEN
C20
0947
00/2
5VC
2014
2200
/25V
C2016
OPEN
C2017
100/16V
D2006
1SS133
C20
10O
PE
NC
2015
OP
EN
D2008
1SS133
D2007
OPEN
Q2002RT1N144C
ZD202
ZJ12BT
D2031
1SS133
R2035
4.7K
R20
37
47K
R20
36
22(1
/4W
)
ET201
C20
01
OP
EN
C20
35
0.1/
50V
C20
38
OP
EN
T2001
D2005
OPEN
R2038
OPEN
COMMON
OUTIN 3
2
1
IC201NJM7812FA
CO
M
OU
T
IN
3
2
11
2
3
IC202HVINJM7912FA
R2004
0.47
R2001
0.47
1312
1110
98
76
54
32
1
CN202
54
32
1
CN205
CHASSIS
STBY POWERGND POWER + POWER -
87654321
A
B
C
D
E
F
77
CN202
TO B
N99
CN205
TO B
N94
SCHEMATIC DIAGRAMS (2/9)POWER PART
ANALOG AUDIO SIGNAL LINE
** IMPORTANT SAFETY NOTICE.COMPONENTS IDENTIFIED BY MARK SPECIAL CHARACTERISTICS.IMPORTANT FOR SAFETY. WHEN REPLACING ANY OF THESE COMPONENTSUSE ONLY MANUFACTURER'S SPECIFIED PARTS.
** THE UNIT OF RESISTANCE IS OHM.K=1000 OHM , M=1000 KOHM
** THE UNIT OF CAPACITANCE IS MICROFARAD. (uF)pF=10 uF
** THIS SCHEMATIC DIAGRAM MAY MODIFIED AT ANY TIME WITH THEIMPROVEMENT OF PERFORMANCE.
-6
FR-CH, SR-CH
FL-CH, SL-CH, CEN_CH
THERMALDET_B
THERMALDET_A
PTC Thermistors
Wire #18
RIGHT FRONT-CH
RIGHT SURROUND-CH
LEFT FRONT-CH
3.AC
2.AC_GND
1.AC
SL-C
HC
-CH
SR-C
H
SUR
RO
UN
D(6
OH
M)
FR-C
HFL
-CH
FRO
NT(
6 O
HM
)
FL
CENTER-CH
SL
CEN
SR
FR
LEFT SURROUND-CH
TO DIGITAL B'D
2.AGND
TO DIGITAL B'D
FRO
M M
AIN
TR
ANS
2.AG
ND
4.AG
ND
6.AG
ND
8.AG
ND
TO F
RO
NT
B'D
3.HP_LCH
1.HP_RCH
1.FL
3.SL
5.C
EN
7.SR
9.FR
DC
_SU
RR
OU
ND
DC
_SU
RR
OU
ND
THEM
ALD
ET_A
THEM
ALD
ET_A
THEM
ALD
ET_B
ASO
ASO
ASO
ASO
THEM
ALD
ET_A
+B+B
+B+B
AGN
D
-B-B
-B-B AG
ND
AGN
DAG
ND
PRE_-B
PRE_
-BPR
E_-B
PRE_
-B
S L_O
UT
CEN
_OU
T
SR_O
UT
FR_OUT
AVR1513/AVR1613/1713 MAIN PART
1.FR
ON
T_R
LY
2.C
/S_R
LY
3.H
/P_R
LY
4.AS
O_D
ET
5.D
C_P
RO
T
6.TH
ERM
ALD
ET_A
7.TH
ERM
ALD
ET_B
10.+
12V
11.R
LY_G
ND
THEM
ALD
ET_A
AGND
PRE_-B
FL_OUT
AGND
-B
PRE_-B
+12V
RLY_GND
+12V
RLY_GND
+12V
RLY_GND
CHASSIS
AGND
AGNDAGND
+12V
RLY_GND
AGND AGND
PRE_-B
PRE_
-B
FL_OUT
FR_OUT
FL_OUT
SL_OUT
CEN_OUT
SR_OUT
FR_OUT
FL_OUT
CEN_OUT
FR_OUT
SL_OUT
SR_OUT
SR_OUT
SL_OUT
H/P_FL
H/P_FR
FL_IN
SL_IN
CEN_IN
SR_IN
FR_I
N
PTC Thermistors
PTC Thermistors
PTC Thermistors
PTC Thermistors
PTC Thermistors
DC PROTECTION
FR_O
UT
DC_FRONT
DC
_FR
ON
T
+12V
ASO
_DET
ASO
_DET
ASO
_DET
DC_SURROUND
DC
_SU
RR
OU
ND
DC
_FR
ON
TD
C_F
RO
NT
DC
_FR
ON
T
FR_O
UT
FR_O
UT
SR_O
UT
ASO
_DET
CEN
_OU
T
FR_O
UT
SR_O
UT
SL_O
UT
12.M
UTE
_+B
13.D
GN
D
MUTE_+B
DGND DGND DGND
+B +B
-B
RLY_GND
+12V
+B
-B
2.0m
m 3
PIN
WIR
E3.
96m
m 3
PIN
WAF
ER
2.0mm 7PIN WIRE
2.0mm 13PIN WIRE
RLY_GND
981-21-12DSRY562RY563RY564
981-21-12DS981-21-12DS
Wire #18
OPT.
SL-C
HC
-CH
SR-C
H
SUR
RO
UN
D(6
OH
M)
AVR
1513
PU
SH T
YPE
AVR
1613
/171
3 SC
REW
TYP
E
OUTCEN_
FR-C
HFL
-CH
FRO
NT(
6 O
HM
)
AVR
1513
PU
SH T
YPE
Connection Option)OPT.(B/D Jumper
*BN506,BN506_ Option
*BN507,BN507_ Option
11.L
-OU
T10
.R-O
UT
9.VC
C8.
SCLK
7.SD
IO6.
/CE
5./R
ST4.
INT
TUNER MODULE
3.C
H_G
ND
2.C
H_G
ND
1.C
H_G
ND
TO DIGITAL B'D11PIN B'D TO B'D
*TUNER MODULE OPTION.
CNVYST990-A9U0AVR1513 E3
AVR1513 E2
AVR1513 E1C
CNVMW004FV1-S63SV
CNVYST990-D5E0
CNVYST990-A2J0
AVR1613 E3
AVR1713 E2
AVR1713 KAVR1723 E1C
AVR1713 E3
AVR1713 E1C
CNVMW104FV1-S63V
CNVMW004FV1-S63
R5601
R5602
R5603
R5604
R5605
R5606
6
1
5 4
2 3
RY562
C57046800uF/63V
C57066800uF/63V
4
3
2
1
JK501CJJ5P011U
C51
0522
0/50
V
R5109 33K
R5108 470K
R5107220 R
5111
220K
R51
10
47(1
W)
R51
061.
2K(1
W)
Q51062SB1560
Q51052SD2390
Q5104KTC3114A
R51
190.
47(2
W)
21
CN510CJP02GA01ZY
R51165.6K(1W)
R51174R7(1W)
R5118
4R7(1W) R5132 10(1W)
R51155.6K(1W)
R51
13
2.7K
R51
1456
0 R51
200.
47(2
W)
R51
220.
47(2
W)
R51
210.
47(2
W)
C51
08
47/6
3V
D51051SS133
D51031SS133
L5101 0.5UH
C51
07
10U
F/10
0V
C5106 33P
C51042200P(M)
C5103
82P
R51
04
18K
R51
051.
2K
C51
0247
0P
R5102
680
C5101
10UF/100V
J5101OPEN
R5103
10K
D51023.3V
D51043.3V
VR5101K
C52
0522
0/50
V
R5209 33K
R5208 470K
R5207220 R
5211
220K
R52
10
47(1
W)
R52
061.
2K(1
W)
Q52062SB1560
Q52052SD2390
Q5204KTC3114A
R52
190.
47(2
W)
21
CN520CJP02GA01ZY
R52165.6K(1W)
R52174R7(1W)
R5218
4R7(1W)
R52155.6K(1W)
R52
13
2.7K
R52
1456
0 R52
200.
47(2
W)
R52
220.
47(2
W)
R52
210.
47(2
W)
C52
08
47/6
3V
D52051SS133
D52031SS133
C52
07
10U
F/10
0V
C5206 33P
C52042200P(M)
C5203
82P
R52
04
18K
R52
051.
2K
C52
0247
0P
R5202
680
C5201
10UF/100V
J5201OPEN
R5203
10K
D52023.3V
D52043.3V
VR5201K
C53
0522
0/50
V
R5309 33K
R5308 470K
R5307220 R
5311
220K
R53
10
47(1
W)
R53
061.
2K(1
W)
Q53062SB1560
Q53052SD2390
Q5304KTC3114A
R53
190.
47(2
W)
21
CN530CJP02GA01ZY
R53165.6K(1W)
R53174R7(1W)
R5318
4R7(1W)
R53155.6K(1W)
R53
13
2.7K
R53
1456
0 R53
200.
47(2
W)
R53
220.
47(2
W)
R53
210.
47(2
W)
C53
08
47/6
3V
D53051SS133
D53031SS133
C53
07
10U
F/10
0VC5306 33P
C53042200P(M)
C5303
82P
R53
04
18K
R53
051.
2K
C53
0247
0P
R5302
680
C5301
10UF/100V
J5301OPEN
R5303
10K
D53023.3V
D53043.3V
VR5301K
C54
0522
0/50
V
R5409 33K
R5408 470K
R5407220 R
5411
220K
R54
10
47(1
W)
R54
061.
2K(1
W)
Q54062SB1560
Q54052SD2390
Q5404KTC3114A
R54
190.
47(2
W)
21
CN540CJP02GA01ZY
R54165.6K(1W)
R54174R7(1W)
R5418
4R7(1W)
R54155.6K(1W)
R54
13
2.7K
R54
1456
0 R54
200.
47(2
W)
R54
220.
47(2
W)
R54
210.
47(2
W)
C54
08
47/6
3V
D54051SS133
D54031SS133
C54
07
10U
F/10
0V
C5406 33P
C54042200P(M)
C5403
82P
R54
04
18K
R54
051.
2K
C54
0247
0P
R5402
680
C5401
10UF/100V
J5401OPEN
R5403
10K
D54023.3V
D54043.3V
VR5401K
C55
0522
0/50
V
R5509 33K
R5508 470K
R5507220 R
5511
220K
R55
10
47(1
W)
R55
061.
2K(1
W)
Q55062SB1560
Q55052SD2390
Q5504KTC3114A
R55
190.
47(2
W)
21
CN550CJP02GA01ZY
R55165.6K(1W)
R55174R7(1W)
R5518
4R7(1W)
R55155.6K(1W)
R55
13
2.7K
R55
1456
0 R55
200.
47(2
W)
R55
220.
47(2
W)
R55
210.
47(2
W)
C55
08
47/6
3V
D55051SS133
D55031SS133
C55
07
10U
F/10
0V
C5506 33P
C55042200P(M)
C5503
82P
R55
04
18K
R55
051.
2K
C55
0247
0P
R5502
680
C5501
10UF/100V
J5501OPEN
R5503
10K
D55023.3V
D55043.3V
VR5501K
C5708100/100V R5704
100(1W)R57034R7(1W)
6
1
5 4
2 3
RY564
6
1
5 4
2 3
RY563
D56
03
1SS1
33
D56
04
1SS1
33
D56
02
1SS1
33
D56
01
1SS1
33
C56050.018u
R51
01
100K
R52
01
100K
R53
01
100K
R54
01
100K
R55
01
100K
C56060.018u
C56090.018u
C56100.018u
C56110.018u
C56
07
1500
PC
5608
1500
P
C56
12
1500
PC
5613
1500
PC
5614
1500
P
32
1
BN505CWB030200-S
D5101OPEN
D5201OPEN
D5301OPEN
D5401OPEN
D5501OPEN
R51
1222
0KR
5212
220K
R53
1222
0KR
5412
220K
R55
1222
0K
6
5
4
3
2
1
JK502CJJ5R008U
C56
01
OPE
N
C56
02
OPE
N
C56
04
OPE
N
C56
03
OPE
N
J560
1
OPE
N
32
1
CN503CJP03GA148ZW
C56
15
OPE
N
R5125 10K
R51275.6K
R5128OPEN
R5124
270K
D5106
1SS133
R5123
470K R5129 15K
R5130 22K
R5131 22K
C51090.1uF
R57
02
22K
C57
01
0.01
uF
R57
0110
K
R5232 10(1W)
L5201 0.5UHR5225 10K
R52275.6K
R5228OPEN
R5224
270K
D5206
1SS133
R5223
470K R5229 15K
R5230 22K
R5231 22K
C52090.1uF
R5332 10(1W)
L5301 0.5UHR5325 10K
R53275.6K
R5328OPEN
R5324
270K
D5306
1SS133
R5323
470K R5329 15K
R5330 22K
R5331 22K
C53090.1uF
R5432 10(1W)
L5401 0.5UHR5425 10K
R54275.6K
R5428OPEN
R5424
270K
D5406
1SS133
R5423
470K R5429 15K
R5430 22K
R5431 22K
C54090.1uF
R5532 10(1W)
L5501 0.5UHR5525 10K
R55275.6K
R5528OPEN
R5524
270K
D5506
1SS133
R5523
470K R5529 15K
R5530 22K
R5531 22K
C55090.1uF
7654321
BN502CWB070200-S
13121110987654321
BN501CWB130200-S
C57
020.
1u/2
50V
C57
030.
1u/2
50V
ET501
C57
07
0.1/
50V
C57
11
470/
6V3
C57
10
0.1u
F
R57
05
100K
R57
06
10K
R57
08
15K
C57
13
470/
6V3
C57
12
0.1u
F
R57
07
100K
C57
14O
PEN
R57
09
OPE
N
R57
10
OPE
N
C57
1647
/16V
R57
111.
2K
R57
122.
2K
R57
132.
2K
R5715
2.2K(1W)
R5718
OPEN
R5716
2.2K(1W)
R5717
2.2K(1W)
R5720
OPEN
R5719
OPEN
D5703 6.8V
D5704 1SS133
C5717
10UF/50V
R5714 OPEN
C5718 0.047u R5721 10(1W)
C5719 0.047u R5722 10(1W)
C5720 0.047u R5723 10(1W)
C5721 0.047u R5724 10(1W)
C5722 0.047u R5725 10(1W)
C57
15O
PEN
56
43
8
1
7
2
RY560BC3-12H
C57
23
10U
F/50
V
BN506
BN507
BN506_
BN507_
BN5703_2
BN5705_2
BN5707_2
BN5702_2
BN5703_1
BN5705_1
BN5707_1
BN5702_1
2
4
3
1
D5701HVDGBJ806
5
6
4
3
2
1
JK504CJJ5R004U
Q5601RT1N237C
Q5602RT1N237C
Q5603RT1N237C
Q5604RT1N237C
R5726 470(2W)
R5727 470(2W)
4
3
2
1
JK503CJJ5P014U
Q5702KSA992FTA
Q5107MMBT5401
Q5207MMBT5401
Q5307MMBT5401
Q5407MMBT5401
Q5507MMBT5401
Q5701MMBT5401
Q5108MMBT5551
Q5208MMBT5551
Q5308MMBT5551
Q5408MMBT5551
Q5508MMBT5551
2
4
3
1
D5701_HVDGBJ806
J5602
J5604
Q5103KSC1845FTA
Q5203KSC1845FTA
Q5303KSC1845FTA
Q5403KSC1845FTA
Q5503KSC1845FTA
Q5703MMBT5551
Q5705MMBT5551
Q5706MMBT5551
Q5708MMBT5551
Q5704MMBT5401
Q5707MMBT5401
Q5101KSA992FTA
Q5201KSA992FTA
Q5301KSA992FTA
Q5401KSA992FTA
Q5102KSA992FTA
Q5202KSA992FTA
Q5302KSA992FTA
Q5402KSA992FTA
Q5502KSA992FTA
1 2 3 4 5 6 7 8
TU500
1
2
3
4
5
6
7
8
9
10
11
BN508CJP11GI281Z
BN510
BN511
R5126B59641A0095A062
R5226B59641A0095A062
R5326B59641A0095A062
R5426B59641A0095A062
R5526B59641A0095A062
C5620OPEN
C5619OPEN
C5618OPEN
C5617OPEN
C5616OPEN
BK501
Q5501KSA992FTA
R5601
R5602
R5603
R5604
R5605
R5606
MC
U_C
TL
PRE_
-B
C/S_RLY
ASO_DET
H/P_RLY
FRONT_RLY
FRO
NT_
RLY
C/S
_RLY
H/P
_RLY
ASO
_DET
DC
_PR
OT
DC_PROT
THER
MAL
DET
_A
THER
MAL
DET
_B
THERMALDET_B
THERMALDET_A
C/S_RLY
$$$17362
$$$20554
$$$17365
$$$20562
STBY POWERGND POWER + POWER -
87654321
A
B
C
D
E
F
78
BN502
TO CN95
CN505
TO C
N10
4
BN508
TO CN96
BN501
TO CN90
SCHEMATIC DIAGRAMS (3/9)MAIN PART
ANALOG AUDIO SIGNAL LINE
DA
C_F
L
SB
L_IN
2S
BR
_IN
2
MIN
I_L
MIN
I_R
FR OUTFL OUT
C OUT
SW OUT
SR OUTSL OUT
SBR OUTSBL OUT
INPUT & VOLUME PARTD
VD
IN
L CH
R CH
SR
MUTE_+B
AGND
FR
MCU_GND
CENAGND
RLY_GND
AGND
AGND
L CH
R CH
L-OUTR-OUT
VCCSCLKSDIO
/CE/RST
INT
SA
T/
SL
FL
TO M
AIN
B'D
+12VRLY_GND
-12V
+5VDDGND
+12V
DGND
+5VD
FRO
M R
EG
ULA
TOR
B'D
FROM DSP PART
FRO
M M
CU
PA
RT
TO V
IDE
O P
AR
T
VGND
DGND
+5VH+5VH
TO H
DM
I PA
RT(
7/9)
DGND
CB
L IN
PRE_GND
WA
FER
/13P
/2.0
mm
FRO
M T
UN
ER
MO
DU
LE
DCAP_1DCAP_2
AGNDDATA
CLOCK
DC
AP
_3R
EC
_LR
EC
_RA
GN
D
L2IN
R2I
N
TUN
ER
_LTU
NE
R_R
DC
AP
_4
R4INL4IN
DVD_RDVD_L
R6INL6IN
SAT_RSAT_L
DCAP_5MONOIN
ADC_LADC_R
DCAP_6
AG
ND
DA
C_F
RD
AC
_CD
AC
_SL
DA
C_S
RD
AC
_SB
LD
AC
_SB
RD
AC
_SW
AV
EE
AV
CC
DC
AP
_7D
CA
P_8
NJU72340AFH2
WIR
E/1
3P/2
.0m
m
CH_GNDCH_GNDCH_GND
MCUGND
R665 470
R664 470
R666 470
R668 470
R667 470R62
21MC62
4
220P
C62
3
220P
R620
100
R619
100
R62
11M
R640 100
R639 100
C63
4O
PE
N
C63
3O
PE
N
R64
3O
PE
NR
642
OP
EN
R633 OPENR634 OPEN
R635 OPENR636 OPEN
C64
810
0/50
V
R63
2O
PE
NR
631
OP
EN
C651 0.1uF
C647 0.1uF
R615
100
R616
100
R61
71MC61
9
220P
C62
0
220P
R61
81M
L602OPEN
R602
270
R60
4
27K
C60
2O
PE
N
C60
4O
PE
N
C60
6
OP
EN
L601OPEN
R601270
R60
3
27K
C60
1O
PE
N
C60
3O
PE
N C67
7
OP
EN
R606
560
R605
560
C665
0.1uF
C6600.1uF
R682 100K R683 100K
C66
3
4.7/
100V
C66
4
4.7/
100V
R68
1
2K
R67
9
2K
R67
3
2.4K
R67
0
2.4K
C657330P
C656330P
R67
72KR67
62K
R67
8
3KC
661
330P
R68
0
3K
C66
2
330P
V+
B OUTPUT
B-INPUT
B+INPUTV-
A+INPUT
A-INPUT
A OUTPUT
-+ B
- +A
87
654
32
1
IC62
AZ4
580M
R6753K
R6743K
R67
2
2.4K
R67
1
2.4K
C653
1500P
C652
1500P
C682
0.1uF
C6760.1uF
R698 100K R699 100K
C68
0
4.7/
100V
C68
1
4.7/
100V
R69
7
2K
R69
5
2K
R68
9
2.4K
R68
6
2.4K
C6731000P
C672330P
R69
32KR69
2
2K
R69
4
3KC
678
330P
R69
68.
2K
C67
9
1000
PV+
B OUTPUT
B-INPUT
B+INPUTV-
A+INPUT
A-INPUT
A OUTPUT
-+ B
- +A
87
654
32
1
IC63
AZ4
580M
R6918.2K
R6903K
R68
8
2.4K
R68
7
2.4K
C669
1500P
C668
1500P
C698
0.1uF
C6930.1uF
R714 100K R715 100K
C69
6
4.7/
100V
C69
7
4.7/
100V
R71
3
2K
R71
1
2K
R70
5
2.4K
R70
2
2.4K
C690330P
C689330P
R70
9
2K
R70
8
2K
R71
0
3KC
694
330P
R71
2
3K
C69
5
330P
V+
B OUTPUT
B-INPUT
B+INPUTV-
A+INPUT
A-INPUT
A OUTPUT
-+ B
- +A
87
654
32
1
IC64
AZ4
580M
R7073K
R7063K
R70
4
2.4K
R70
3
2.4K
C686
1500P
C685
1500P
C74
2
100/
16V
C74
3
0.1u
F
R74
9
0
C73
7
22/5
0V
R75
0
OP
EN
12
345
67
8
CM
2
CM
1
+-
+ -
IC67BA4510F
R75
2
4.7K
C73
8
220P
R754
4.7K
C73
9
OP
EN
R75
3
100
C741 2700P
R75
6
100C74
0
0.1u
F
C73
5
0.1u
F
R74
8
100
C736
2700P
R74
5
100
C73
4
OP
EN
R746
4.7K
C73
3
220P
R74
4
4.7K
12
345
67
8
CM
2
CM
1
+-
+ -
IC66BA4510F
R74
2
15K
R74
3
OP
EN
C73
2
22/5
0V
R74
1
0
R758
10K
R75
7
12K
C650100/50V
R637 100
C61
110
0PF
C61
010
0PF
C61
20.
1uF
C61
310
0PF
C61
410
0PF
C60
5
0.1u
F
C60
747
0/10
V
GND
OUT IN
3
2
1
IC68KIA7805BPI
C71
9
OP
EN
C72
1
OP
EN
C72
3
OP
EN
C72
2
OP
EN
C72
4
100/
50V
C72
5
100/
50V
D60
5
MTZ
7.5B
T
D60
6
MTZ
7.5B
T
R736
150(1W)
R737
150(1W)
R739OPEN
R738 0
C72
7
0.1u
F
C72
8
100/
16V
C72
9
0.22
uF
12
345
6
Q604OPEN
12
345
6
Q605OPEN
12
345
6
Q606OPEN
R68
4
OP
EN
R68
5
OP
EN
R70
0
OP
EN
R70
1
OP
EN
R71
6
OP
EN
R71
7
OP
EN
C666 OPEN C667 OPEN C683 OPEN C684 OPEN C699 OPEN C700 OPEN
Q609
OPEN
Q608
OPEN
R73
4
OP
EN
C71
7
OP
EN
R73
5
OP
EN
C608 100/50VC609 100/50V
C730
100/16VC731
0.1uF
1312
1110
98
76
54
32
1
BN99
C654
1500P
C655
1500P
C670
1500P
C671
4700P
C687
1500P
C688
1500P
C6581500P
C6591500P
C6741500P
C6754700P
C6911500P
C6921500P
R654 0
R655 0
R79
9
100
R79
810
0
R79
7
100
R79
610
0
R79
5
100
R79
410
0
BD63
CLZ9R001Z
BD61
CLZ9R005Z
R786 0
R787 0
JK62
CJJ4P048U
GND
INOUT 2
1
3
IC74KIA7905PI
C77
1
100/
16V
C77
7
OP
EN
C71
8
100/
16V
C72
0
100/
16V
C62
9
100/
16V
C63
0
OP
EN
C72
610
0/16
V
R65
8O
PE
N
R65
9O
PE
N
R78
815
0K
R75
1
15K
R78
915
0K
R74
7
4.7K
R75
5
4.7K
R793 0
R792 0
GND
OUT IN
3
2
1
IC70OPEN
C75
0
OP
EN
C75
2
0
C74
9
OP
EN
C75
1
OP
EN
GND
OUT IN
3
2
1
IC60KIA7805BPI
C74
6
OP
EN
C74
8
OP
EN
C74
5
100/
16V
C74
7
100/
16V
D60
1
1SS
355
D60
2
1SS
355
R66
00
R66
10
R86
9
OP
EN
R86
8O
PE
N
R87
1
OP
EN
R87
0O
PE
N
R874OPEN
R8730
R8720
R8780
R8770
2
3 1
OU
T
GN
D IN
IC69NJM2845DL133
1312
1110
98
76
54
32
1
CN90
C93
2
OP
EN
C93
1
OP
EN
C933 OPEN
C934OPEN
C94
60.
1uF
C94
70.
1uF
R957OPEN
C96
2
OP
EN
C96
9
0.1u
F
C646 100/50VR608 OPEN
52515049484746454443424140
39
38
37
36
35
34
33
32
31
30
29
28
27
26 25 24 23 22 21 20 19 18 17 16 15 14
13
12
11
10
9
8
7
6
5
4
3
2
1
IC61
C64
910
0/50
V
R645 0
R646 0
2
13
46
57
810
911
CN96
R75
9O
PE
NR
772
OP
EN
R651 100R653 100R656 100R657 100
ET7
1C
957
OP
EN
C63
5
0.1u
F
C63
6
0.1u
FC
637
OP
EN
R627
0
MAIN_VOL_DATA
MAIN_VOL_CLK
AD
_LIN
+
AD
_LIN
-
AD
_RIN
-
AD
_RIN
+
D_F
L-
D_F
L+
D_F
R+
D_F
R-
D_C
T-
D_C
T+
D_S
W+
D_S
W-
D_S
L-
D_S
L+
D_S
R+
D_S
R-
DSP_AUDIO
D_F
L-
D_F
L+
D_F
R+
D_F
R-
D_C
T-
D_C
T+
D_S
W+
D_S
W-
D_S
L-
D_S
L+
D_S
R+
D_S
R-
AG
ND
TUNER_CE
TUNER_INT
TUNER_RST
TUNER_SDIO
TUNER_SCLK
+5V
A
MINI_R
MINI_L
+3V
3D
DAC_MUTE
CHGND
CHGND
MCUGND
+5VV
VGND
AGND
+1V
8
AD
_LIN
-
+5V
A
-5VV
+5V
D
+12V
-12V
DG
ND
AD
_LIN
+
D_F
L-
D_F
L+
D_F
R+
D_F
R-
D_C
T-
D_C
T+
D_S
W+
D_S
W-
D_S
L-
D_S
L+
D_S
R+
D_S
R-
AG
ND
+5V
A
AD
_RIN
-
AD
_RIN
+
AGND
+1V8H
+5VH
DGND
FL
AGND
AGND
FR
C
SR
SL
AGND
AGND
AGND
SW
AGND
-12V
FL
AGND
SL
AGND
C
AGND
SR
AGND
FR
MUTE_+B
RLY_GND
MUTE_+B
MCUGND
MCUGND
RLY_GND
MUTE_+B
AG
ND
AD
_RIN
-
AD_RIN+ AD
_LIN
-
AD
_LIN
+
STBY POWERGND POWER + POWER -
87654321
A
B
C
D
E
F
79
E TO L
CN90
D
TO B
N50
1
TO Q
BN99
TO C
N20
2
B
TO N
TO H
C
CN96
TO B
N50
8
SCHEMATIC DIAGRAMS (4/9)INPUT & VOLUME PART
VIDEO SIGNAL LINE
V01
VC
C
SW
5V
O2
VIN
5S
W1
SW
3V
IN1
VIN
4G
ND
SW
4V
O3
VIN
3S
W2
VS
SV
IN2
FRO
M M
CU
PA
RT
DVD IN
SAT/CBL IN
MONITOR OUT
FRO
M IN
PU
T P
AR
T
VIDEO PART ( PRE OUT-SUBWOOFER )
XX
(6)SW4
NLM2595 S/W TABLE(SW2,5 CONTROL)
L
H HLH
H
(10)(14) SW2SW1
FUNC.IN (4)SW3
LDVD L
LSAT/CBL
MUTE
FROM DSP PART
CO
MP
OS
ITE
IN/O
UT
PRE OUTSUBWOOFER
(2)SW5
LHH
(L)(L)
X (L)
FIX FIX FIX
R766
82(1%)C77
2
22P
C75
410
/50V
C75
510
/50V
C75
6
0.1u
F
C75
7
0.1u
F
C764
10/50V
C76
2
OP
EN
C763
10/50V
R76
1
75(1
%)
C76
1
OP
EN
1 2 3 4 5 6 7 8
910111213141516
IC71
NJM
2595
MTE
1
R76
7
10K
JK71
CJJ4P076Z
JK72
CJJ4M046U
R760
1.8K
R76
2
75(1
%)
R625
470
R62
3
100K
C63
9
330P
Q610INC2001AC1
R626
10K
R641
OPEN
R638
470
C643
22/50V
R62
4
100K
C642
22/50V
R614
220
C638 0.1uF
D607 OPEN
D608 OPEN Q612RT1P441C
R647 470K
R648
1K
C644 0.1/50V
R649
10K
D60
9
1SS
355T
D61
0
1SS
355T
R65
0
10K
C64
5
10/5
0V
Q614RT1P441C
Q613RT1N441C
D61
1
1SS
355T
R65
2
820
D61
2
MTZ
3.6B
T
Q611OPEN
R768 0
CVBS_SW5
+5VV
VGND
CVBS_SW2
-5VV
VG
ND
CHGND
SW
AGND
-12V
SUB_MUTE
MUTE_+B
MCUGND
MCU+3V3
DG
ND
STBY POWERGND POWER + POWER -
87654321
A
B
C
D
E
F
80
F
TO K
G
TO M
H
TO C
SCHEMATIC DIAGRAMS (5/9)VIDEO PART (PRE OUT-SUBWOOFER)
DIGITAL AUDIO SIGNAL LINE
D+1.8V
SE
L
1A1B1Y2A2B2Y
GN
D3Y 3B 3A 4Y 4B 4A S
T
VC
C
-6
** IMPORTANT SAFETY NOTICE.COMPONENT IDENTIFIED BY MARK HAVE SPECIAL CHARACTERISICS.IMPORTANT FOR SAFETY. WHEN REPLACING ANY OF THESE COMPONENTSUSE ONLY MANUFACTURER'S SPECIFIED PARTS.
** THE UNIT OF RESISTANCE IS OHM.K = 1000 OHM. M = 1000KOHM.
** THE UNIT OF CAPACITANCE IS MICROFARAD(uF)pF = 10 uF
IMPOROVEMENT OF PERFORMANCE.** THIS SCHEMATIC DIAGRAM MAY BE MODIFIED AT ANY TIME WITH THE
Parts marked with this symbol have criticalcharacteristics.Use ONLY replacement parts recommended bythe manufacturer.
WARNING:
印の部分は安全を維持するために重要
な部品です。従って交換時は必ず指定の
部品を使用してください。
EXPLODED VIEW
85
Personal notes: Personal notes:
86
87
PARTS LIST OF EXPLODED VIEWzParts indicated by "nsp" on this table cannot be supplied.zP.W.B. ASS'Y indicated by "nsp" on this table cannot be supplied. When repairing the P.W.B. ASS'Y, check the board parts list and order replacement parts.zParts indicated by the " " mark are not illustrated in the exploded view.zThe parts listed below are only for maintenance. Therefore they might differ from the parts used in the unit in appearances or dimensions.
Note: The symbols in the column "Remarks" indicate the following destinations.E3 : U.S.A. & Canada model E2 : Europe modelE1C : China modelBK : Black model SP : Premium Silver model
Ref. No. Part No. Part Name Remarks Q'ty New
C1 nsp FRONT PCB UNIT ASS'Y E3 COP12423B 1 *
C1 nsp FRONT PCB UNIT ASS'Y E2 COP12423F 1 *
C1 nsp FRONT PCB UNIT ASS'Y E1C COP12423C 1 *
C1-1 - FRONT PCB
C1-2 - POWER KNOB PCB
C1-3 - HEADPHONE PCB
C1-4 - PORTABLE PCB
C1-5 - USB PCB
C1-6 - FOR HDMI FFC CABLE PCB
C2 nsp MAIN PCB UNIT ASS'Y E3 COP12425B 1 *
C2 nsp MAIN PCB UNIT ASS'Y E2 COP12425C 1 *
C2 nsp MAIN PCB UNIT ASS'Y E1C COP12425D 1 *
C2-1 - MAIN PCB
C2-2 - CABLE PCB
C2-3 - HDMI CABLE PCB
C2-4 - CARD CABLE FIX PCB
C2-5 - TUNER PCB
C3 943639100070D DIGITAL PCB UNIT ASS'Y E3 COP12426B 1 *
C3-1 - DIGITAL PCB UNIT ASS'Y
C3-2 - F-HDMI PCB
C4 nsp POWER PCB UNIT ASS'Y E3 COP12424B 1 *
C4 nsp POWER PCB UNIT ASS'Y E2 COP12424C 1 *
C4 nsp POWER PCB UNIT ASS'Y E1C COP12424D 1 *
C4-1 - POWER PCB
C4-2 - REGULATOR PCB
z C6 943101101290D TRANS,POWERAVR1513/E3,(85.8X63) E3 CLT5U051ZU 1 *
z C6 943101101300D TRANS,POWERAVR1513/E2,(85.8X63) E2 CLT5U051ZE 1 *
z C6 943101101310D TRANS,POWERAVR1513/E1C,(85.8X63) E1C CLT5U051ZH 1 *
C7 nsp 2PWIREASS'Y(100MM) E2 CWZPM5003TW91A 1
P1 943419100450D PANEL,SUB CGR1A533Z 1 *
P2 943416100690D WINDOW,FL CGU1A462Z 1 *
P3 943412100710D KNOB,VOLUME BK CBN1A263 1 *
NOTE :Please change the destination-resistors when changing 1513E3 (943639100070D) to other destination.Please refer to destination-resistors. (82 page) (SCHEMATIC DIAGRAMS : 7/9)
PARTS LIST OF PACKING & ACCESSORIESzParts indicated by "nsp" on this table cannot be supplied.zParts indicated by the " " mark are not illustrated in the exploded view.zThe parts listed below are only for maintenance. Therefore they might differ from the parts used in the unit in appearances or dimensions.
Note: The symbols in the column "Remarks" indicate the following destinations.E3 : U.S.A. & Canada model E2 : Europe modelE1C : China modelBK : Black model SP : Premium Silver model
Ref. No. Part No. Part Name Remarks Q'ty New
1 nsp BAG,POLY CPP1A081X 1
z 2 90M-YC000780R CORD,POWER(U/L)/KENIC E3 CJA523FBYA 1
z 2 90M-ZC000320R CORD,POWER(DETACHABLE/EUR) E2 CJA2B054Z 1
SEMICONDUCTORSOnly 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.
1. IC'sNJU72340A (DIGITAL :IC61)
NJU72340A Terminal Functions
93
NJM2595M (DIGITAL : IC71)
TC74VHC157FT (DIGITAL : IC85)
NJM2595
- 1 -
5-INPUT 3-OUTPUT VIDEO SWITCH
GENERAL DESCRIPTION PACKAGE OUTLINE
FEATURES 5-input 3-output Operating Voltage ±4.0 to ±6.5V Operating current ±15mAtyp. at Vcc=±5V Crosstalk -65dBtyp. Internal 6dB Amplifier Internal 75Ω Driver Bipolar Technology Package Outline DIP16,DMP16
PIN CONFIGURATION and BLOCK DIAGRAM
13
9
7
5
3
20k
20k
20k
20k
16 10 14 2
1
15
11
81264
6dB Amp
75ΩDriver
S3
S2
S4
S1
20k
20k
20k
S5
S6
S7
Vin1
Vin2
Vin3
Vin4
Vin5
SW3 SW4
SW5SW1SW2V+
GND V-
Vout3
Vout2
Vout1
6dB Amp
6dB Amp
75ΩDriver
75ΩDriver
The NJM2595 is a 5-input 3-output video switch. Its switches select one from five signals received from VTR,TV,DVD, TV-GAME and others. The NJM2595 is designed for audio items, such as AV amplifier and others.
NJM2595D NJM2595M
TC74VHC157F/FN/FT/FK
2007-10-01 2
Pin Assignment IEC Logic Symbol
Truth Table
Inputs
ST SELECT A B Output
H X X X L
L L L X L
L L H X H
L H X L L
L H X H H
X: Don’t care
(1)
(15)
(2)
(5)(3)
1A
2A1B
(6)
(10)3A2B
(4)
(9)
1Y
3Y
(7)
(12)
2Y
4Y
EN
SELECT
ST
3B(14)(13)
4A4B
G1
(11)
1 MUX 1
4A
VCC 16
4B
15
14
13
12
11
10
1
2
3
4
5
6
7
1Y
2A
2B
2Y
GND
4Y
8 3Y 9
3A
3B
(top view)
1A
1B
SELECT
ST A S G
B A
Y B
A Y
B A
Y BY
94
CS42528 (DIGITAL : IC84)
CS42528 Block diagram
95
CS42528 Terminal Functions
96
CS497024CVZ (DIGITAL : IC81)
97
CS497024CVZ Block diagram
M12L16161A5TG (DIGITAL : IC83)
M12L16161A5TG Terminal FunctionsPin Name Input Function
CLK System Clock Active on the positive going edge to sample all inputs.
CS Chip Select Disables or enables device operation by masking or enabling all inputs except CLK, CKE and L(U)DQM.
CKE Clock EnableMasks 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.
A0 ~ A10/AP Address Row / column addresses are multiplexed on the same pins.Row address : RA0 ~ RA10, column address : CA0 ~ CA7
BA Bank Select Address Selects bank to be activated during row address latch time. Selects bank for read/write during column address latch time.
RAS Row Address Strobe Latches row addresses on the positive going edge of the CLK with RAS low.Enables row access & precharge.
CAS Column Address Strobe Latches column addresses on the positive going edge of the CLK with CAS low.Enables column access.
WE Write Enable Enables write operation and row precharge. Latches data in starting from CAS , WE active.
L(U)DQM Data Input / Output Mask Makes data output Hi-Z, tSHZ after the clock and masks the output.Blocks data input when L(U)DQM active.
DQ0~15 Data Input / Output Data inputs/outputs are multiplexed on the same pins. VDD/VSS Power Supply/Ground Power and ground for the input buffers and the core logic. VDDQ/VSSQ Data Output Power/Ground Isolated power supply and ground for the output buffers to provide improved noise immunity.N.C/RFU No Connection/ Reserved for Future Use This pin is recommended to be left No Connection on the device.
98
STM32F101ZE (DIGITAL : IC91)
STM32F101ZE Terminal FunctionsPin Pin Name Symbol I/O Pullup STBY stop Function1 PE2 DC_PROTECT I M3VPu I I DC Protection Detect2 PE3 NC O(L) - - - NC3 PE4 POWER_DOWN I M3VPu I I Power Down Detect4 PE5 FRONT_RLY(SPK_RLY_ON) O - O/L O/L Front SPK RLY Control5 PE6 C/S_RLY O - O/L O/L Center/Surround SPK RLY Control6 VBAT VBAT - - - - 3.3V7 PC13 NC O(L) - - - NC8 PC14 / OSC32_IN OSC32_IN - - - -9 PC15 / OSC32_OUT OSC32_OUT - - - -
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
103
ADV7623 Hardware Manual
Rev. 0 – March 2010 18 Confidential NDA required
Location Mnemonic Type Description D in the HDMI interface.
27 RXD_0+ HDMI Input Digital input channel 0 True of port D in the HDMI interface.
28 CGND Ground TVDD and CVDD Ground 29 RXD_1- HDMI Input Digital input channel 1 complement of port
D in the HDMI interface. 30 RXD_1+ HDMI Input Digital input channel 1 true of port D in the
HDMI interface. 31 TVDD Power Receiver terminator supply voltage (3.3 V) 32 RXD_2- HDMI Input Digital input channel 2 complement of port
D in the HDMI interface. 33 RXD_2+ HDMI Input Digital input channel 2 true of port D in the
HDMI interface. 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
Power Supply. These pins supply power to the digital logic and I/Os. They should be filtered and as quiet as possible.
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
Ω resistor (1% tolerance) between this pin and ground.
41 HPD_ARC- Analog Input Hot Plug Detect Signal. This indicates to the interface whether the receiver is connected. Supports 1.8 V to 5.0V CMOS logic levels.
42 ARC+ Analog Input Audio return channel input 43 TXDDC_SDA Digital I/O Serial Port Data I/O to Receiver. This pin
serves as the master to the DDC bus. Supports a 5 V CMOS logic level.
44 TXDDC_SCL Digital Input Serial Port Data Clock to Receiver. This pin serves as the master clock for the DDC bus. Supports a 5 V CMOS logic level.
45 TXAVDD Power 1.8V power supply for TMDS outputs 46 TXGND Ground TXAVDD Ground 47 TXC- HDMI Output Differential Clock Output. Differential
clock output at the TMDS clock rate; supports TMDS logic level.
48 TXC+ HDMI Output Differential Clock Output. Differential clock output at the TMDS clock rate; supports TMDS logic level.
Complement. Differential output of the red data at 10× the pixel clock rate; supports TMDS logic level.
54 TX1+ HDMI Output Differential Output Channel 1 True. Differential output of the red data at 10× the pixel clock rate; supports TMDS logic level.
55 TXAVDD Power 1.8V power supply for TMDS outputs 56 TX2- HDMI Output Differential Output Channel 2
Complement. Differential output of the red data at 10× the pixel clock rate; supports TMDS logic level.
57 TX2+ HDMI Output Differential Output Channel 2 True. Differential output of the red data at 10× the pixel clock rate; supports TMDS logic level.
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
IO and the Tx Main Map. 63 CSB Digital Input Chip Select pin. This pin must be set low or
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.
64 EP_SCK Digital Output SPI clock interface for the EDID/OSD 65 EP_CS Digital Output SPI chip selected interface for the
EDID/OSD 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
105
ADV7623 Hardware Manual
Rev. 0 – March 2010 20 Confidential NDA required
Location Mnemonic Type Description 68 MCLK_IN Digital Input Audio Reference Clock. 128 × N × fs with
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.
69 SCLK_IN Digital Input I2S Audio Clock. Supports CMOS logic levels from 1.8 V to 3.3 V.
70 AP5_IN Digital Input Audio Input Port 5. CMOS logic levels from 1.8 V to 3.3 V.
71 AP4_IN Digital Input Audio Input Port 4. CMOS logic levels from 1.8 V to 3.3 V.
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
from 1.8 V to 3.3 V. 75 AP2_IN Digital Input Audio Input Port 2. CMOS logic levels
from 1.8 V to 3.3 V. 76 AP1_IN Digital Input Audio Input Port 1. CMOS logic levels
from 1.8 V to 3.3 V. 77 AP0_IN Digital Input Audio Input Port 0. CMOS logic levels
from 1.8 V to 3.3 V. 78 SDATA Digital I/O I2C port serial data input/output pin. SDA
is the data line for the control port. 79 SCL Digital Input I2C port serial clock input. SCL is the clock
line for the control port. 80 DGND Ground Ground for DVDD 81 DVDD Power Digital supply voltage (1.8 V) 82 INT1
(AMUTE1) 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
83 INT2 (AMUTE2)
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.
84 INT_TX Digital Output Interrupt. Open drain. A 2 kΩ pull-up resistor to the microcontroller I/O supply is recommended.
85 DGNDIO
Ground
Ground for DVDDIO
86 DVDDIO Power Digital I/O supply voltage (3.3 V)
106
ADV7623 Hardware Manual
Rev. 0 – March 2010 21 Confidential NDA required
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
low reset pulse width of 5 ms is required to reset the ADV7623 circuitry.
98 PWRDNB Digital Input Active low power-down pin. This pin 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.
99 PGND Ground Ground for PVDD 100 PVDD Power PLL supply voltage 101 XTAL Miscellaneous
Analog 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.
102 XTAL1 Miscellaneous Analog
Crystal output pin. This pin should be left floating if a clock oscillator is used.
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
interface. 107 RTERM Miscellaneous
Analog Sets internal termination resistance. A 500 Ω resistor between this pin and GND should be used.
108 DDCA_SDA Digital I/O HDCP slave serial data port A. DDCD_SDA is a 3.3 V input/output that is 5 V tolerant.
109 DDCA_SCL Digital Input HDCP slave serial clock port A. DDCD_SCL is a 3.3 V input that is 5 V tolerant.
110 CVDD Power Receiver comparator supply voltage (1.8V)
107
ADV7623 Hardware Manual
Rev. 0 – March 2010 22 Confidential NDA required
Location Mnemonic Type Description 111 CGND Ground TVDD and CVDD Ground 112 RXA_C- HDMI Input Digital input clock Complement of port A
in the HDMI interface. 113 RXA_C+ HDMI Input Digital input clock True of port A in the
HDMI interface. 114 TVDD Power Receiver terminator supply voltage (3.3 V) 115 RXA_0- HDMI Input Digital input channel 0 complement of port
A in the HDMI interface. 116 RXA_0+ HDMI Input Digital input channel 0 true of port A in the
HDMI interface. 117 CGND Ground TVDD and CVDD Ground 118 RXA_1- HDMI Input Digital input channel 1 complement of port
A in the HDMI interface. 119 RXA_1+ HDMI Input Digital input channel 1 true of port A in the
HDMI interface. 120 TVDD Power Receiver terminator supply voltage (3.3 V) 121 RXA_2- HDMI Input Digital input channel 2 complement of port
A in the HDMI interface. 122 RXA_2+ HDMI Input Digital input channel 2 true of port A in the
HDMI interface. 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
interface. 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.
DDCB_SDA is a 3.3 V input/output that is 5 V tolerant.
128 DDCB_SCL Digital Input HDCP slave serial clock port B. DDCB_SCL is a 3.3 V input that is 5 V tolerant.
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
the HDMI interface. 132 RXB_C+ HDMI Input Digital input clock true of port B in the
HDMI interface. 133 TVDD Power Receiver terminator supply voltage (3.3 V) 134 RXB_0- HDMI Input Digital input channel 0 complement of port
B in the HDMI interface. 135 RXB_0+ HDMI Input Digital input channel 0 true of port B in the
HDMI interface. 136 CGND Ground TVDD and CVDD Ground 137 RXB_1- HDMI Input Digital input channel 1 complement of port
108
MX25L8006EM2I-12G (DIGITAL : IC14, IC82)
ADV7623 Hardware Manual
Rev. 0 – March 2010 23 Confidential NDA required
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.
CS# 1234
8765
SO/SIO1WP#GND
VCCHOLD#SCLKSI/SIO0
SYMBOLCS#
SI/SIO0
SO/SIO1
SCLKWP#
HOLD#
VCCGND
Chip SelectSerial Data Input (for 1 x I/O)/ Serial DataInput & Output (for Dual Output mode)Serial Data Output (for 1 x I/O)/ Serial DataOutput (for Dual Output mode)Clock InputWrite protection
+ 3.3V Power SupplyGround
Hold, to pause the device withoutdeselecting the device
DESCRIPTION
PIN DESCRIPTION
109
AD8195 (F-HDMI : IC51)
AD8195 Terminal Functions
NOTES1. THE AD8195 LFCSP HAS AN EXPOSED PAD ON THE UNDERSIDE OF
THE PACKAGE THAT AIDS IN HEAT DISSIPATION. THE PAD MUST BEELECTRICALLY CONNECTED TO THE AVEE SUPPLY PLANE IN ORDERTO MEET THERMAL SPECIFICATIONS.
HS I HS I HS I HS I Power HS I HS I HS I HS I Power HS O HS O Power HS O HS O HS O HS O HS O HS O Control Power Control Control LS I/O Power Reference LS I/O LS I/O Reference LS I/O LS I/O LS I/O
Description High Speed Input Complement. High Speed Input. High Speed Input Complement. High Speed Input. Input Termination Supply. Nominally connected to AVCC. High Speed Input Complement. High Speed Input. High Speed Input Complement. High Speed Input. Positive Analog Supply. 3.3 V nominal. High Speed Output Complement. High Speed Output. Output Termination Supply. Nominally connected to AVCC. High Speed Output Complement. High Speed Output. High Speed Output Complement. High Speed Output. High Speed Output Complement. High Speed Output. Power-On Compensation Pin. Bypass to ground through a 10 µF capacitor. Negative Analog Supply. 0 V nominal. High Speed Output Enable Parallel Interface. High Speed Preemphasis Enable Parallel Interface. CEC Output Side. Positive Auxiliary Buffer Supply. 5 V nominal. DDC Output Side Pull-Up Reference Voltage. DDC Output Side Data Line Input/Output. DDC Output Side Clock Line Input/Output. DDC Input Side Pull-Up Reference Voltage. CEC Input Side. DDC Input Side Data Line. DDC Input Side Clock Line
Pin No. 1 2 3 4 5 6 7 8 9 10, 16, 22, 23, 25, 26, 30 11 12 13 14 15 17 18 19 20 21 24, 27, 37, Exposed Pad 28 29 31 32 33 34 35 36 38 39 40 1 HS = high speed, LS = low speed, I = input, and O = output.
NOTES1. THE AD8195 LFCSP HAS AN EXPOSED PAD ON THE UNDERSIDE OF
THE PACKAGE THAT AIDS IN HEAT DISSIPATION. THE PAD MUST BEELECTRICALLY CONNECTED TO THE AVEE SUPPLY PLANE IN ORDERTO MEET THERMAL SPECIFICATIONS.
HS I HS I HS I HS I Power HS I HS I HS I HS I Power HS O HS O Power HS O HS O HS O HS O HS O HS O Control Power Control Control LS I/O Power Reference LS I/O LS I/O Reference LS I/O LS I/O LS I/O
Description High Speed Input Complement. High Speed Input. High Speed Input Complement. High Speed Input. Input Termination Supply. Nominally connected to AVCC. High Speed Input Complement. High Speed Input. High Speed Input Complement. High Speed Input. Positive Analog Supply. 3.3 V nominal. High Speed Output Complement. High Speed Output. Output Termination Supply. Nominally connected to AVCC. High Speed Output Complement. High Speed Output. High Speed Output Complement. High Speed Output. High Speed Output Complement. High Speed Output. Power-On Compensation Pin. Bypass to ground through a 10 µF capacitor. Negative Analog Supply. 0 V nominal. High Speed Output Enable Parallel Interface. High Speed Preemphasis Enable Parallel Interface. CEC Output Side. Positive Auxiliary Buffer Supply. 5 V nominal. DDC Output Side Pull-Up Reference Voltage. DDC Output Side Data Line Input/Output. DDC Output Side Clock Line Input/Output. DDC Input Side Pull-Up Reference Voltage. CEC Input Side. DDC Input Side Data Line. DDC Input Side Clock Line
Pin No. 1 2 3 4 5 6 7 8 9 10, 16, 22, 23, 25, 26, 30 11 12 13 14 15 17 18 19 20 21 24, 27, 37, Exposed Pad 28 29 31 32 33 34 35 36 38 39 40 1 HS = high speed, LS = low speed, I = input, and O = output.
110
EX3AV (DIGITAL : IC16)
EX3AV Terminal Functions
EX3AV
Enpirion 2009 all rights reserved, E&OE 2 www.enpirion.com
Part Number Temp Rating
(°C) Package EX3AV -40 to +85 38-pin QFN T&R
Figure 3: Pinout Diagram (Top View) NOTE: All perimeter pins must be soldered to PCB.
PIN NAME FUNCTION 1-2, 12, 26, 34-
38 NC(SW)
NO CONNECT – These pins are internally connected to the common switching node of the internal MOSFETs. They are not to be electrically connected to any external signal, ground, or voltage. Failure to follow this guideline may result in damage to the device.
3-4, 22-25 NC
NO CONNECT – These pins may be internally connected. Do not connect them to each other or to any other electrical signal. Failure to follow this guideline may result in device damage.
5-11 VOUT Regulated converter output. Connect these pins to the load, and place output capacitor from these pins and PGND pins 13-15
13-18 PGND Input/Output power ground. Connect these pins to the ground electrode of the Input and output filter capacitors. See VOUT and PVIN pin descriptions for more details.
19-21 PVIN Input power supply. Connect to input power supply. Decouple with input capacitor to PGND pins 16-18.
27 ENABLE Input Enable. Applying logic high enables the output and initiates a soft-start. Applying a logic low disables the output.
28 POK Power OK is an open drain transistor for power system state indication. POK will be logic high when VOUT is with -10% to +20% of VOUT nominal.
29 EAOUT Optional Error Amplifier output. Allows for customization of the control loop response.
30 SS Soft-Start node. The soft-start capacitor is connected between this pin and AGND. The value of this capacitor determines the startup time.
31 XFB External Feedback Input. The feedback loop is closed through this pin. A voltage divider at VOUT is used to set the output voltage. The mid point of the divider is connected to XFB. A phase lead capacitor from this pin to VOUT is also required to stabilize the loop.
32 AGND Analog Ground. This is the Ground return for the controller. Needs to be connected to a quiet ground.
33 AVIN Input power supply for the controller. Needs to be connected to input voltage at a quiet point.
EX3AV
Enpirion 2009 all rights reserved, E&OE 2 www.enpirion.com
Part Number Temp Rating
(°C) Package EX3AV -40 to +85 38-pin QFN T&R
Figure 3: Pinout Diagram (Top View) NOTE: All perimeter pins must be soldered to PCB.
PIN NAME FUNCTION 1-2, 12, 26, 34-
38 NC(SW)
NO CONNECT – These pins are internally connected to the common switching node of the internal MOSFETs. They are not to be electrically connected to any external signal, ground, or voltage. Failure to follow this guideline may result in damage to the device.
3-4, 22-25 NC
NO CONNECT – These pins may be internally connected. Do not connect them to each other or to any other electrical signal. Failure to follow this guideline may result in device damage.
5-11 VOUT Regulated converter output. Connect these pins to the load, and place output capacitor from these pins and PGND pins 13-15
13-18 PGND Input/Output power ground. Connect these pins to the ground electrode of the Input and output filter capacitors. See VOUT and PVIN pin descriptions for more details.
19-21 PVIN Input power supply. Connect to input power supply. Decouple with input capacitor to PGND pins 16-18.
27 ENABLE Input Enable. Applying logic high enables the output and initiates a soft-start. Applying a logic low disables the output.
28 POK Power OK is an open drain transistor for power system state indication. POK will be logic high when VOUT is with -10% to +20% of VOUT nominal.
29 EAOUT Optional Error Amplifier output. Allows for customization of the control loop response.
30 SS Soft-Start node. The soft-start capacitor is connected between this pin and AGND. The value of this capacitor determines the startup time.
31 XFB External Feedback Input. The feedback loop is closed through this pin. A voltage divider at VOUT is used to set the output voltage. The mid point of the divider is connected to XFB. A phase lead capacitor from this pin to VOUT is also required to stabilize the loop.
32 AGND Analog Ground. This is the Ground return for the controller. Needs to be connected to a quiet ground.
33 AVIN Input power supply for the controller. Needs to be connected to input voltage at a quiet point.
111
2. FL DISPLAY
FLD (018BT021GINK) (FRONT : FL101)
PIN CONNECTION
GRID ASSIGNMENT
112
ANODE CONNECTION
113
PARTS LIST OF P.C.B. UNITzParts indicated by "nsp" on this table cannot be supplied.zThe parts listed below are only for maintenance. Therefore they might differ from the parts used in the unit in appearances or dimensions.
Note: The symbols in the column "Remarks" indicate the following destinations.E3 : U.S.A. & Canada model E2 : Europe modelE1C : China model
FRONT PCB UNIT ASS'YRef. No. Part No. Part Name Remarks Q'ty New