e
Ver. 3 Please refer to the MODIFICATION NOTICE.
SERVICE MANUAL MODEL
JP
E3
DHT-T100
E2
EK
EA
P TV Speaker Base
• For purposes of improvement, specifications and design are subject to change without notice. • Please use this service manual with referring to the operating instructions without fail. • Some illustrations using in this service manual are slightly different from the actual set.
e D&M Holdings Inc.
S0833-1V03DM/DG1403
Copyright 2014 D&M Holdings Inc. All rights reserved. WARNING: Violators will be prosecuted to the maximum extent possible.
E1
E1K E1C
P
Contents ABOUT THIS MANUAL..............................................................3 What you can do with this manual.............................................3 Using Adobe Reader (Windows version)...................................4 SAFETY PRECAUTIONS...........................................................6 NOTE FOR SCHEMATIC DIAGRAM..........................................7 NOTE FOR PARTS LIST............................................................7 TECHNICAL SPECIFICATIONS.................................................9 DIMENSION................................................................................9 DISASSEMBLY.........................................................................10 1. IR PWB ASSY.....................................................................11 2. BUTTON PWB ASSY..........................................................11 3. MAIN PWB ASSY................................................................12 4. SMPS PWB ASSY..............................................................12 5. WADDING(Acoustic material).............................................13 6. FOOT (Difference between the rubber feet.)......................13 VERSION UPGRADE PROCEDURE OF FIRMWARE.............14 1. How to update MCU firmware by USB................................14 TROUBLE SHOOTING.............................................................17 1. Check 24V...........................................................................17 2. Check 2.5V(VBUS).............................................................17 3. Check 5V(DM5V)................................................................17 4. Check BK5V........................................................................18 5. Check ADC3.3V..................................................................18 6. Check BK3.3V.....................................................................18 7. Check 1.8V..........................................................................19 8. Check D3.3V.......................................................................19 9. Check BT3.3V.....................................................................19 10. No sound from Lch.............................................................20 11. No sound from Rch............................................................20
BLOCK DIAGRAM....................................................................22 PRINTED WIRING BOARDS....................................................23 SCHEMATIC DIAGRAMS (1/6)................................................24 AUDIO_FRONTEND_SWITCH................................................24 DSP..........................................................................................25 MCU.........................................................................................26 POWER STAGE.......................................................................27 POWER SUPPLY.....................................................................28 BUTTONS................................................................................29 EXPLODED VIEW ....................................................................30 Sub-assembly VIEW ...............................................................31 PACKING VIEW........................................................................32
2
ABOUT THIS MANUAL Read the following information before using the service manual.
What you can do with this manual Search for a Ref. No. (phrase) (Ctrl+Shift+F) You can use the search function in Acrobat Reader to search for a Ref. No. in parts lists. 1.Press Ctrl+Shift+F on the keyboard. • The Search window appears.
F
Shift Ctrl
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.
3
Using Adobe Reader (Windows version) Add notes to this data (Sign)
Magnify schematic / printed wiring board diagrams - 1
The Sign function lets you add notes to the data in this manual. Save the file once you have finished adding notes.
(Ctrl+Space, mouse operation) Press Ctrl+Space on the keyboard and drag the mouse to select the area you want to view. • The selected area is magnified.
[Example using Adobe Reader X] On the "View" menu, click "Sign". • The Sign pane appears.
0
Ctrl
Space
• When you want to move the area shown, hold down Space and drag the mouse. [Example using Adobe Reader 9] On the "Document" menu, click "Sign".
• When you want to show a full page view, press Ctrl+0 on the keyboard.
Print a magnified part of the manual The 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.
• Properties Click this button and check that the printer is set to a suitable paper size. • Page to print Select the following checkbox. "More Options" : "Current View" • Page Sizing & Handling Select the following checkbox. "Size" / "Size Options" : "Fit"
4. Click the Print button to start printing.
4
Magnify schematic / printed wiring board diagrams - 2
Magnify schematic / printed wiring board diagrams - 3
(Pan & Zoom function)
(Loupe Tool function)
The Pan & Zoom function lets you see which part of a magnified diagram is being shown in a separate window.
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".
[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".
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".
5
SAFETY PRECAUTIONS The following items should be checked for continued protection of the customer and the service technician.
leakage current check
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. 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!
◎◎ Make a safety check after servicing!
Cautions which are delicate in particular for servicing are labeled on the cabinets, the parts and the chassis, etc. Be sure to heed these cautions and the cautions described in the handling instructions.
Check that all screws, parts and wires removed or disconnected when servicing have been put back in their original positions, check that no serviced parts have deteriorate the area around. Then make an insulation check on the external metal connectors and between the blades of the power plug, and otherwise check that 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.
◎◎ 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.
aution concerning disassembly and ◎◎ C 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.
CAUTION Concerning important safety parts
◎◎ Use only designated parts!
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.
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.
e sure to mount parts and arrange the wires ◎◎ B 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.
(1) (2)
6
Schematic diagrams........Indicated by the z mark. 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.
NOTE FOR SCHEMATIC DIAGRAM
WARNING: 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 OHM ALL CAPACITANCE VALUES ARE EXPRESSED IN MICRO FARAD, UNLESS OTHERWISE INDICATED. P INDICATES MICRO-MICRO NOTE FOR PARTS LIST 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 1. Parts indicated by "nsp" on this table cannot be supplied. 2. When ordering a part, make a clear distinction between "1" and "I" (i) to avoid mis-supplying. 3. A part ordered without specifying its part number can not be supplied. 4. Part indicated by "★" mark is not illustrated in the exploded view. 5. General-purpose Carbon Film Resistor in the P.W.Board parts list. (Refer to the Schematic Diagram for those parts.) 6. 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.) WARNING: Parts indicated by the z mark have critical characteristics. Use ONLY replacement parts recommended by the manufacturer. ● Resistors Ex.: RN
14K
2E
182
G
FR
Type Shape FOR Power ResistAllowable Others INSTRUCTIONS HANDLING SEMI-CONDUCTORS AND OPTICAL UNIT and perance error
Electrostatic breakdown of the semi-conductors or optical pickup may occur due to a potential difference caused by formance electrostatic charge during unpacking or repair work. RD : Carbon 2B : 1/8 W RC : Composition 2E : 1/4 W RS : Metal oxide film 2H : 1/2 W Be sure to wear a grounding RW: winding 3A : 1 W charged on the body. RN : Metal film 3D : 2 W RK : Metal mixture 3F : 3 W 3H : 5 W
F : ±1% P : Pulse-resistant type G : ±2% NL : Low noise type J : ±5% NB : Non-burning type band (1 MΩ) that is properly grounded K : ±10% FR : Fuse-resistor M : ±20% F : Lead wire forming
1. Ground for Human Body
to remove any static electricity that may be
2. Ground for Workbench
sure to place a conductive sheet or copper plate with proper grounding (1 MΩ) on the workbench or other surface, * Be Resistance 1 8 the 2 semi-conductors 1800ohm=1.8kohm where are to be placed. Because the static electricity charge on clothing will not escape through Indicates number zeros after effective number. the body grounding band,ofbe careful to avoid contacting semi-conductors with your clothing 2-digit effective number.
1 R
2
: Units: ohm
1.2ohm 1-digit effective number. 2-digit effective number, decimal point indicated by R.
● Capacitors Ex.: CE Type
04W Shape and performance
CE : Aluminum foil electrolytic CA : Aluminium solid electrolytic CS : CQ : CK : CC : CP : CM: CF : CH :
Tantalum electrolytic Film Ceramic Ceramic Oil Mica Metallized Metallized
1H
3R2
Dielectric strength
Capacity
0J 1A 1C 1E 1V 1H 2A 2B 2C 2D 2E 2H 2J
: : : : : : : : : : : : :
6.3 V 10 V CBA 16 V 25 V 35 V 50 V 100 V 125 V 160 V 200 V 250 V 500 V 630 V
M
F G J K M Z
: : : : :
: : P : C : D : = :
Grounding Band
BP
Allowable error
Others
±1% ±2% ±5% ±10% ±20%
HS : BP : HR : DL : HF :
±80% - 20% +100% ±0.25pF ±0.5pF Others
U C W F
: : : :
1MΩ High stability type Non-polar type Ripple-resistant type For change and discharge For assuring high frequency 1MΩ
CBA
UL part CSA part UL-CSA part Lead wire forming
Conductive Sheet or Copper Plate
* Capacity (electrolyte only) 2 2
2
･ Units:μF.
2200μF
2 R
Indicates number of zeros after effective number. 2-digit effective number.
･ Units:μF.
* Capacity (except electrolyte) 2 2
2
2
2200pF=0.0022μF
2 2
Indicates number of zeros after effective number. (More than 2) 2-digit effective number.
1
･ Units:pF ･ Units:pF ･ When the dielectric strength is indicated in AC,"AC" is included after the dielectric strength value.
7
2.2μF 1-digit effective number. 2-digit effective number, decimal point indicated by R
220pF Indicates number of zeros after effective number. (0 or 1) 2-digit effective number.
Personal notes:
8
TECHNICAL SPECIFICATIONS Frequency Range: 40Hz to 20kHz High Frequency Drivers : 14mm (1/2") tweeter x 2 Low Frequency Draivers: 51 x 127mm (2 x5") woofer x 2 Dimensions: (HxWxD) 71 x 608 x 355mm Rating Voltage:100V-240V~50/60Hz (E2) / 220V~50Hz (E1C) Weight 4.3Kg
DIMENSION Unit : mm Weight : 4.3 kg
277 43
355
35
574
3
25 48
48
512
9
71
68
608
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 re-assembling, observe "attention of assembling". • 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.
BOTTOM PANEL
IR PWB ASSY Refer to "DISASSEMBLY 1. IR PWB ASSY" and "EXPLODED VIEW" PWB IR (Ref. No. of EXPLODED VIEW : 31)
MAIN PWB ASSY Refer to "DISASSEMBLY 3. TOP COVER ASSY" and "EXPLODED VIEW" MAIN PWB ASSY (Ref. No. of EXPLODED VIEW : 16)
BUTTON PWB ASSY Refer to "DISASSEMBLY 2. BUTTON PWB ASSY" and "EXPLODED VIEW" PWB BUTTON (Ref. No. of EXPLODED VIEW : 27)
10
SMPS PWB ASSY Refer to "DISASSEMBLY 4. SMPS PWB ASSY" and "EXPLODED VIEW" PWB SMPS (Ref. No. of EXPLODED VIEW : 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: ***". • 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 X)
Shooting direction: B Front side
［View from the bottom］ Shooting direction: C
Shooting direction: D
Shooting direction: A
1. IR PWB ASSY Proceeding : IR PWB (1) Remove Snap Rivet.
Front side
Snap
(2) Disconnect connector wires.
CN2
2. BUTTON PWB ASSY Proceeding : IR PWB (1) Pull out the chip.
→
BUTTON PWB
CHIP
11
(2) Remove the the wire and the screw. WIRE(to Grill)
3. MAIN PWB ASSY Proceeding : MAIN PWB ASSY (1) Remove the screw.
Shooting direction: B
TOP side
(2) Disconnect connector wire and FFC. And Remove the screws.
J3
J7
J4 FFC:CN3
4. SMPS PWB ASSY
CN1 Proceeding : SMPS PWB ASSY (1) Remove the screw. Disconnect the connector wire.
CN2
12
5. WADDING(Acoustic material) (1) Bottom view.
(2) Top view. 2 pieces
6. FOOT (Difference between the rubber feet.) (1) Bottom view.
13
VERSION UPGRADE PROCEDURE OF FIRMWARE 1. How to update MCU firmware by USB 1.1. Preparations for the firmware update • •
Windows PC USB cable (A-Mini B)
• Copy ‘D&M Group Soundbar Flash Programmer’ application in your PC. • Copy the two update files in the same folder on your PC. • The update files are HEX file and MAP file. ******. Hex ******.map
1.2. Procedure for the firmware update (1) Leave the soundbar AC unplugged, Hold the Standby Button and plug in the USB on the rear to the PC
(2) Start ‘D&M Group Soundvar Flash Programmer’ application in the PC, and press ‘Connect’ button.
(3) Select the region in region pull-down menu( ‘US/CN/EU’ or ‘ Japan’).
14
(4) Press ‘Load Hex file’ button. and load the HEX file(update file).
(5) Press “Erase-Program-Verify” button to start the F/W update. When the update completes, the application shows “Programing completed Verification successful“
(6) Press “Bootloader Ver” button, and verify the MCU F/W version and region.
15
(7) Press “Disconnect” , and disconnect USB cable.
16
TROUBLE SHOOTING Each voltage check 1. Check 24V Start (MAIN PWB) J7 connector voltage check (1 or 2pin 24V±10%) Is the voltage in the spec?
NO
Replace SMPS unit
YES Finish
2. Check 2.5V(VBUS) Start (MAIN PWB)
U19 input voltage check (5pin) , spec 24V±5% Is the voltage in the spec?
NO
Soldering check of L34
YES
U19 PWM output wave check (6pin)
NO
1. Soldering check of (D4, D8, C214, L32, R171, R176) 2. Replace U19
YES Finish
3. Check 5V(DM5V) Start (MAIN PWB)
U21(2pin) input voltage check, spec 24V±5% Is the voltage in the spec?
NO
Soldering check of L39
YES
U21 PWM output wave check (8pin)
NO
YES Finish
17
1. Soldering check of (D5, C238, C239, L36, R181, R182, R183. 2. Replace U21
4. Check BK5V Start (MAIN PWB)
U27(1pin) input voltage check, spec 5V±5% Is the voltage in the spec?
NO
Soldering check of L33
YES
U27(5pin) 5V output voltage check
NO
Replace U27
YES Finish
5. Check ADC3.3V Start (MAIN PWB)
U25(1pin) input voltage check, spec 5V±5% Is the voltage in the spec?
NO
Soldering check of L33
YES
U25(5pin) 3.3V output voltage check
NO
Replace U25
YES Finish
6. Check BK3.3V Start (MAIN PWB)
U18(3pin) input voltage check, spec 5V±5% Is the voltage in the spec?
NO
Soldering check of D7
YES
U18(3pin) 3.3V output voltage check
NO
YES Finish
18
Replace U18
7. Check 1.8V Start (MAIN PWB)
U20(3pin) input voltage check, spec 5V±5% Is the voltage in the spec?
NO
Soldering check of L37
YES
U20(2 or 4pin) 1.8V output voltage check
NO
Replace U20
YES Finish
8. Check D3.3V Start (MAIN PWB)
U22(3pin) input voltage check, spec 5V±5% Is the voltage in the spec?
NO
Soldering check of L37
YES
U22(2 or 4pin) 3.3V output voltage check
NO
Replace U22
YES Finish
9. Check BT3.3V Start (MAIN PWB)
U26(3pin) input voltage check, spec 5V±5% Is the voltage in the spec?
NO
Soldering check of L37
YES
U26(2 or 4pin) 3.3V output voltage check
NO
YES Finish
19
Replace U26
10. No sound from Lch Start (MAIN PWB)
Check input signal U13 (4, 5, 10 and 11pin) Is the audio signal be input?
NO
Replace Main PWB.
YES Check output signal U13(21, 23, 27 and 29pin). Is the PWM signal be output?
NO
Replace U13.
YES Check output signal J3(1pin to 2pin, 3pin to 4pin). Is the audio signal be output?
NO
Soldering check of (C122, C131, C133, C141, L24, L25, L26, L27)
YES Replace the speaker unit
Finish
11. No sound from Rch Start (MAIN PWB)
Check input signal U15 (4, 5, 10 and 11pin) Is the audio signal be input?
NO
Replace Main PWB.
YES Check output signal U15(21, 23, 27 and 29pin). Is the PWM signal be output?
NO
Replace U15.
YES Check output signal J4(1pin to 2pin, 3pin to 4pin). Is the audio signal be output?
NO
YES Replace the speaker unit
Finish
20
Soldering check of (C175, C182, C185, C192, L28, L29, L30, L31)
Personal notes:
21
BLOCK DIAGRAM
22
1
2
3
PRINTED WIRING BOARDS A
4
5
6
7
8
9
10
11
12
13
14
15
16
Lead-free Solder
When soldering, use the Lead-free Solder (Sn-Ag-Cu).
A
B
B
MAIN (A SIDE) MAIN (B SIDE)
C
C
D
D
E
E
F
F
G
G
H
H
J
J
K
K
L
L
M
M
1
2
3
4
5
6
7
8
23
9
10
11
12
13
14
15
16
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
A
A
B
B
R1 4 0 .2 K 0603
C2 100p F
0 .5 A K 3 J1 3 B- 5S
R7 100 0603
A -G N D
R2 15K 0603 R4 8 .8 7 K 0603
C5 C4 100p F 100p F
TP2
A -G N D A -G N D A -G N D
S 1B
7
5
C3
R5
R -IN
510R 0603
6 2 P 3 T -S W
R 12 8 .8 7 K 0603
4
S 1A
0
3
A -G N D
1
2
R9 12K 0603
R 11
L- IN
0 2 P 3 T -S W
C
0R 0603 A -G N D
C6 180p F 50V
TP5 G ND
G ND
U 1B 6
E
2 .2 K
4
R 1 89 10K 0603
R 14
1uF
BK 3 .3 V
3
+ -
C 12
R 2 05
47K 0402 R 2 04
47K 0402
47K 0402
2 .2 K
VC C
R 19 C 19 0 .1 u F 50V
G ND A DC 3 .3 V
1uF 6 .3 V TP3
R 17 560R 0603
A UT O O N D ET -1
C 20
A -G N D
BZ X8 4 C 5 V1
A -G N D
1
R 21 1K
N C 7 S Z0 4 M 5 X U4 R 2 09 4
A
3
G ND
Y
G ND
H
C O A X IN P U T (B la ck )
R C A -1 0 8 A
R 2 70 .1 u F 75R16V
G ND
2 3
R 28 10K 0603
NC
G N D5 VC C
A G ND
Y
U5 N C 7 S Z0 4 M 5 X
4 .7 R 0603
A -G N D
C 26 10uF 6 .3 V
C 21 10uF 6 .3 V
C 27 0 .1 u F 16V C 28 2 2 0 0p F 50V
5
A -G N D A -G N D
4
R 23
C 22 0 .1 u F 16V
A -G N D A -G N D C 29 2 2 0 0p F 50V
E C 13 10uF 6 .3 V
C 14 0 .1 u F 16V
A -G N D
G ND
F
C S 5 3 4 6- C Q Z R
C 23 22uF 6 .3 V
A -G N D
C 24 22uF 6 .3 V
A -G N D
C 25 0 .1 u F 16V
G
A -G N D
S P DI F R X
100R
A -G N D
A -G N D
H
S E L_ C O AX /O P T
A DC 3 .3 V C 3 4
4
0 .1 u F
5
1
6 0 0 R @1 0 0M Hz
V LS NC NC NC A G ND NC NC PG AO UTB PG AO UTA A IN 6 B A IN 6 A M IC B IA S
BK 3 .3 V
R 26
2
100R
3
2
R 25 10K 0603
C 32 0 .1 u F 16V
U 23 4
G ND
R 29 1K
G ND
J
74LV C 1G126GV S E L_ C O AX /O P T
1
C 36
L1
A DC 3 .3 V 36 35 34 33 32 31 30 29 28 2 7 A IN 0 2 6 A IN 1 25
74LV C 1G125GV
G ND
C 35 0 .1 u F 16V
1
J
2
100R
U3
R 24 1M / N C 0603
A UT O O N O P T
R 20
3
C 33 47p F 50V
D LR 1 16 0
J1
R 22
D
A DC _ LR C LK A DC _ S C LK A DC _ S D A T A
51R 51R 51R
1
1 2 3 4 5 6 7
G ND
TP4
C 31 0 .1 u F 16V
+
V _ O UT G ND VC C NC NC NC NC
C 30 10uF
BK 5 V
S D A /C D O U T S C L/C C LK A D0 /C S A D1 /C D IN V LC RST A IN 3 A A IN 3 B A IN 2 A A IN 2 B A IN 1 A A IN 1 B
A DC 3 .3 V
+
O P T I C A L IN P U T
G ND
BK 5 V A UT O O N D ET -2
1K 0603
L2 6 0 0 R @1 0 0M Hz
G
C 16 0 .1 u F 16V
BK 3 .3 V
A -G N D 5 VC C
NC
2
S D A -D S P S C L- DS P G ND
C 15 10uF 6 .3 V G ND
100p F BK 3 .3 V
OPT1
A UT O O N A N A LO G
R 18 10M 0603
C 17 NC 50V
G ND
1 2 3 4 5 6 7 D9 8 S JD1 2 A (C )0 8 L0 1 9 S O D -1 2 3 10 11 12
n R ES ET
475K D2
C 10 0 .1 u F 16V
R 1 98 R 1 99 R 2 00
U2
1uF 6 .3 V C 2 62
U 1A LM 35 8 A M R 15
A -G N D 1
8
2
F
5 LM 35 8 A M
C9 10uF 6 .3 V
C 11
R 13
512* F s, I M ode I A ddress: 0x 98
G ND
G ND
A DC 3 .3 V
BK 3 .3 V
A DC _ S Y S _ 24 5 7 6 C 2 47 100p F 50V
A DC 3 .3 V
1uF 6 .3 V
7
R 1 93 4 .7 R C 2 46 100p F 50V
ADC
C7 180p F A IN 1 50V
C8
510R 0603
R 1 92
A IN 0
1uF 6 .3 V
R6 12K 0603
R8 4 0 .2 K 0603 R 10 15K 0603
D
8
48 47 46 45 44 43 42 41 40 39 38 37
C1 100p F
A -G N D
O V FL IN T VD DGND M CLK LRCK SC L K SD O U T NC NC NC NC
C
R3 100 0603
AGND VA A FIL T A A FIL T B VQ VQ FIL T + NC A IN 4A /M IC IN 1 A IN 4B /M IC 1N 2 A IN 5A A IN 5B
TP1
1 3 5 4 2
13 14 15 16 17 18 19 20 21 22 23 24
P J1
G ND
A UT O O N C O A X
K
K
L
L
M
SCHEMATIC DIAGRAMS (1/6) 1
AUDIO_FRONTEND_SWITCH
2
3
4
5
6
7
8
24
9
10
11
12
13
14
15
16
M
2
3
4
15
16
C 50 220p F
C 52 1uF
C 51
R 2 08
220p F
10K 0402
D 3 .3V
BT 3 .3 V BT 3 .3 V
1 .8 V
NFC
D 3 .3V R 35 47R C 62 C 63 2 2 0 p F 1 0 0 nF
n R S TO U T
n R ES ET
D 10 S JD1 2 A (C )0 8 L0 1 S O D -1 2 3
L1 2 6 0 0 R @1 0 0M Hz
R 36 100K 0603
nRES ET
n R ES ET
D 11 S JD1 2 A (C )0 8 L0 1 S O D -1 2 3
R 37 33R 0603
1 .8 V
C 53
10uF 6C.35 5V
C 54 10uF C 58 6 .3 V
10uF C 59 6 .3 V
D3 BA T 5 4A
0 .1 u F 16V D 3 .3V
0 .1 u F 16V
L4 0 6 0 0 R @1 0 0M Hz U 24
C 64 1uF 6 .3 V
A DC _ S C LK A DC _ S D A T A A DC _ LR C LK
10uF
0 .1 u F
R 39 10K
+
R 44 10K
R 45 10K
R 46 10K
C 83 0 .1 u F 16V
R 47 10K
1 .8 V
L1 6 6 0 0 R @1 0 0M Hz
+
D 3 .3V
L1 7 6 0 0 R @1 0 0M Hz
C 82 22uF 6 .3 V
C 85 22uF 6 .3 V R 48 10K
C 84 0 .1 u GFN D 16V C 86 0 .1 u F 16V D S P - LRCL K- 2
D S P -LR C LK -2
M X 2 5 L1 0 0 6 EM 1 I-1 0 G
H
TP6
S P I_ S C K S P I_ M O S I
D 2-74583-L
TP7
4
FMT CHG D 3 .3V
R
U8
8
P W M 0 -L P W M 1 -L P W M 2 -R P W M 3 -R
GND
+
C 77 1 0 0 0u F 10V
+
C 78 1 0 0 0u F 10V
F
C 80 0 .1 u F 16V
P W MVD D
C 81 0 .1 u F 16V GND
G
P W MVD D
D 3 .3V GND GND
R 50
3 .3 K 10K
R 51
10K
VO L1 R 4 9
C 87 0 .1 u F 16V
L1 8 C 89 0 .1 u F 16V C 90 0 .1 u F 16V
+
D 3 .3V
C 96
G ND
C 97
R N3
C 88 22uF 6 .3 V C 91 22uF 6 .3 V
6 0 0 R @1 0 0M Hz
L1 9 6 0 0 R @1 0 0M Hz
1 .8 V
D 3 .3V
H
8
2
7
3
6
4
5
T EM P _ C O M
R 52 10R 0603
10K 1 /1 6 W
R 1 91
R 53 C 95 0 .1 u F 16V
T E M P _ R EF
4 .9 9 K 0603 R 55 10K T EM P 1 R 56
+
K
1 2 3 4 5
C 92 NC 16V R 54 NC
C 93 C 94 0 .1 u F 0 .1 u F
1K 0603 T P 32 T P 33 T P 34 T P 35
P W M 4 -L P W M 5 -L P W M 6 -R P W M 7 -R
C 79 0 .1 u F 16V
J
+
BO O T_ E E /I2 C
TEM P_R EF
G ND
8
7
5
6
1
S P D IF R X
BO O T _ EE/I 2 C
S C L- DS P S D A -D S P n R ES ET
L1 4 6 0 0 R @1 0 0M Hz
1 .8 V
C 2 44 0 .1 u F
L2 0 6 0 0 R @1 0 0M Hz
22uF 6 .3 V
22uF 6 .3 V
L2 1 6 0 0 R @1 0 0M Hz
I
R 57 NC 0603 C N1
10K T EM P 2
D 3 .3V
A ddress: 0x B 2 K
A M P_D W N
J
96 95 94 93 92 91 90 89 88 87 86 85 84 83 82 81 80 79 78 77 76 75 74 73 72 71 70 69 68 67 66 65
E
D 3 .3V
R N1 10K 1 /1 6 W
R N2 10K 1 /1 6 W
PW MVDD PW M0 PW M1 PW M2 PW M3 PW MG ND PW MVDD PW M4 PW M5 PW M6 PW M7 PW MG ND PW MVDD PW M8 PW M9 P W M 10 P W M 11 P W M 12 P W M 13 PW MG ND PW MVDD P W M 14 P W M 15 P W M 16 P W M 17 PW MG ND C VD D C G ND R G ND R VD D G P IO 1 P R O T EC T 2
R N4 1K 1 /1 6 W S D A -D S P S C L- DS P S P DI F R X
D
G ND
G ND
XTALI
G PIO 4 G PIO 5 G PIO 6 SD A 1 SC L 1 PR O T E C T 9 SPD IFR X 1 SPD IFR X 0 SPD IFT X T E ST IR Q A IR Q B IR Q C IR Q D T IO 2 CVDD CVDD CGND CGND RGND RVDD PU M PH I PU M PL O PSSY N C PST E M P PSC U R R PW M SY N C PR O T E C T 3 PR O T E C T 4 PR O T E C T 5 PR O T E C T 6 PR O T E C T 7
CS# VC C S O /S IO 1 H O LD # W P# S C LK G ND S I/S IO 0
8 7 6 5
G ND
O S C 2 4 .5 76 M HZ
33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64
U9
3
S P I_ n C S 1 S P I_ M IS O2 3 4
TEM P _COM
S P I FL A S H
2
Vss
XTALI
C 72 470R
C 7640 0 R @1 0 0M Hz 22uF 6 .3 V
1
G
L1 5 6 0 0 R @1 0 0M Hz
2
D 3 .3V
D S P - DO D S P - S CL K- 2
+
D S P -DO D S P -S C LK- 2
S C 2 0 (S C K R 0 ) S R D 2 (S D IN 0 ) S C 2 1 (LR C KR 0 ) S C K 2 (S C KR 1 ) S T D2 (S D IN 1) S C 2 2 (LR C KR 1 ) M C LK S C K 3 (S C KT ) S T D3 (S D O ) S C 3 2 (LR C LK T ) S C 30 S C 31 SR D3 S T D0 SC K0 C VD D C VD D C G ND C G ND R G ND R VD D SR D0 S C 00 S C 01 S C 02 SCK T IO 1 M IS O MOSI G P IO 7 G P IO 3 G P IO 2
G ND
R 2 11 330R C 71 0402 N C / 10 0 p F 50V
C 69 15p F 50V
1 .8 V
L1 3 C 75 0 .1 u F 16V
TEM P1 TEM P2
F
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32
C 2 48 0 .1 u F 16V 1
G ND
SC L 0 SD A 0 G PIO 0 PR O T E C T 0 PR O T E C T 1 T IO 0 nR E SE T nR ST O U T SR D 1 SC K 1 ST D 1 SC 10 SC 11 SC 12 CVDD CGND RGND RVDD nSS PR O T E C T 8 ADCGND A IN 0 ADCREF A IN 1 ADCVDD PL L A V D D XTALO XTALI PL L T E ST A PL L T E ST B PL L A G N D O SC O U T
BT -S C L K BT -D O BT -L R C LK
A DC _ S Y S _ 24 5 7 6 3
V DD
C 67
C 73
R 40 R 41 R 42 R 201 R 202
C 2 49 1uF 6 .3 V
128 127 126 125 124 123 122 121 120 119 118 117 116 115 114 113 112 111 110 109 108 107 106 105 104 103 102 101 100 99 98 97
E
D 3 .3V
4
D 3 .3V
C 76 0 .1 u F 16V
C
D 3 .3V
D 3 .3V
4
R 34 10K
3
C 68 47p F
1 14 5 61
C 49
5
M C LK
C 48
220p F 220p F
2
C 66 220p F
NC
6
C 65 1uF
4
NC
TX RX
1
220p F
NC
U AR T _ T X U AR T _ R X
L4 6 0 0 R @1 0 0M Hz
C 45 C 46 C 47
62 40 53 42 60 13 41 30 6 29 26 28
B
L3 6 0 0 R @1 0 0M Hz
7
1 0 0 nF
22 23
4 7 R 0 4 0 2 BT -D O 4 7 R 0 4 0 2 BT -S C L K 4 7 R 0 4 0 2 BT -L R C LK
4
1uF
VSS S P KR _ A _ P V DD _ S M P S _ C O R E(1 V 8 ) S P KR _ A _ N V DD _ A U DI O (1 V5 ) V R E G _ EN _ H S P KR _ B _ P VSS S P KR _ B _ N P IO 1 5 VSS P IO 1 4 LE D0 P IO 1 3 LE D1 P IO 1 2 V DD _ C H G P IO 1 1 VSS P IO 1 0 BA T _ P (V BA T ) P IO 9 V DD _ M EM (3 V 3 ) VSS R ES E T A IO 0 V DD _ A N A( 1V 5 ) A IO 1
25 27 24 21
R 31 R 32 R 33
5
C 57
U S B_ DN U S B_ DP
18 15 20 16
8
C 61
C 56
U AR T _ T X U AR T _ R X U6 U AR T _ C T S BC 0 5 M M 16 M U AR T _ R T S
VC C1 M O S I1 C LK 1 M IS O 1 C S B1 G N D1
2
L6 6 0 0 R @1 0 0M Hz
35 34 38 43 19 11 12
PCM_O UT P C M _ C LK P C M _ S YN C P C M _ IN
BT 3 .3 V
3
50 49
S P I_ M O S I S P I_ C LK S P I_ M IS O S P I_ C S B
220p F
6
C
C 38
C 41
1
52 51
M IC _ B _ N M IC _ B _ P M IC _ B IA S A G ND
C 40
MOSI C LK M IS O CSB
7
46 45 55 54
C 39
220p F 220p F 220p F
P IO 8 P IO 7 P IO 6 P IO 5 P IO 4 P IO 3 P IO 2 P IO 1 P IO 0 VSS M IC _ A _ N M IC _ A _ P
44 32 37 39 36
L8 600R @ 100M H z
59 48 47
NC
L5 600R @ 100M H z
C 44 220p F
B
31 7 17 33 8 10 9 3 2
G ND
47R 0402
10uF 6 .3 V
14
A
SPI_nC S R 43 10K
BT _ S T A T U S R 3 0
3A
D
13
S W U P G R AD E
L7 600R @ 100M H z
C 43 NC
C 60
12
B T S P I P OR T
VSS A NT VSS
n RE S E T
58 57 56
C 42 NC
BT 3 .3 V
11
n RS T O UT
R 2 07
BT _ S T A T U S
10
2
C 37 10p F
10K 0402
9
1
BT 3 .3 V
NFC
8
3
1 2 3 4
7
10K 10K 3. 3K 10K 10K
NFC
6
B lueto oth Module
A NT 1
A
5
+
1
L
L
SCHEMATIC DIAGRAMS (2/6) DSP
M
1
2
3
4
5
6
7
8
25
9
10
11
12
13
14
15
M
16
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
A
A
B
B
HV
C
L50
O SC 1 and OSC 2 needed osc illa to r for ICD
n R ES E T L49 N C / 60 0R@ 10 0 M H z
NC
P1
M CLR
1 2 3 4 5 6
B K 3 .3 V PGD PGC
R67 1 0K
S P D IF R X
1 00 R
R65
D 12 S JD 1 2 A (C) 0 8 L 01 S O D -1 23
C98 1 00 n F
A U T O ON OP T A U T O ON AN A L O G
E
A U T O ON CO A X
O P T _M C U
2
7
A N A _ M CU
3
6
4
5
O P T _M PGD PGC TX RX
COAX_M CU
M XTALI M XTALO
4 7R 1 /1 6 W B K 3 .3 V Y2 M X T1A L I
C103 1 uF 1 6V
C104 1 00 n F
1 2 CU 3 4 5 6 7 8 9 10 11 12 13 14
C109 1 8p F 5 0V
M CLR AVDD P G ED 3 AVSS P G EC 3 AN9 P G ED 1 C V REF O U T P G EC 1 AN11 AN4 V U S B3V 3 AN5 P G EC 3 V ss P G ED 2 OSC1 VCAP OSC2 V ss S O S CI TDO S O S CO T CK VDD TDI TM S VBus P IC3 2M X 2 3 0F 0 6 4B-I /S S
2 M XTALO
C1088M HZ 1 8p F 3 0p F 5 0V
F
D SP_PW F M T CH G
28 27 26 25 24 23 22 21 20 19 18 17 16 15
H
B K 3 .3 V
L51
IR _ M CU BUTTON 6 00 R @ 1 0 0M H z
TP13 TP14 TP15 TP44 TP16 TP17 TP30 TP31 TP18 TP20 TP19 TP21 TP45
P 0 _2 P 0 _3 U 10 GND P 0 _4 A W 9 5 23 B P 0 _5 P 0 _6
Bu tton sh ou ld go to G ND bef ore p ro gram m in g
IO E xpa nde r
AD1 RSTN IN T N VCC SDA SCL
24 23 22 21 20 19
EX P _RES ET B K 3 .3 V
S D A -D S P S C L -D S P
C100 1 00 n F
D
C101 1 0u F 6 .3 V
U S B 0 _N U S B 0 _P
1
B K 3 .3 V
8
SDA 2
7
SCL 3
6
C105 C106 1 00 n F 1 00 n F
VBUS
M UTE
M UTE S EL _ C O A X /O P T
E
S D A -D S P S C L -D S P
I
IR _ M CU
A ddr es s: 0x B 6
R72 1 00 K
C107 1 0u F 6 .3 V
F
VUSB VUSB D6 1 N 1 5 81 7 S M -1
U 12
5
1K
VOL_DW N M U T E _L E D
EX P _RES ET
4 7R 1 /1 6 W
1
U S B 0 _N U S B 0 _P
2
5
3
4
R78 1 0K 0 40 2
RN6
4
V B U S _A T T N
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15
VOL_UP R70
COAX_M CU
5 .1 K 0 40 2
1 0R 1 0R 1 0R 1 0R 1 0R 1 0R 1 0R 1 0R
7 8 9 10 11 12
BUTTON
R73
R80 S T D _BY T V _I N R81 R82 B T _I N R206 L EA R N SURROUND R83 M U T E _L E D R 8 4 R195 VOL_DW N VOL_UP R196
B T _I N L EA R N SURROUND
C99 1 uF
PI C 32M X 230F 064B- I/SS
G
C
D 13 S JD 1 2 A (C) 0 8 L 01 S O D -1 23
U 11
M C LR
8
S T D _BY T V _I N
B K 3 .3 V
1 0R
D
RN5
B O O T _E E/ I2 C
n R ES E T
R68
C102 1 00 n F
B O O T_E E/ I2C
3 3R 0 60 3
3A
B K 3 .3 V
1
R210
AU1 TV2 TV1
6 5 4 3 2 1
A U T O DE M O SY ST E M
L 4 8 N C / 60 0R@ 10 0 M H z N C / 60 0R@ 10 0 M H z
CN2 TX RX S P D IF R X
P0_1 P0_0 P1_3 P1_2 P1_1 P1_0
1 2 3 4 5 6
P0_7 P1_4 P1_5 P1_6 P1_7 AD0
HV N C / 60 0R@ 10 0 M H z L 4 7 N C / 60 0R@ 10 0 M H z
13 14 15 16 17 18
L46 CN5
VBUS
0 L22
6
6 00 R @ 1 0 0M H z USB0B_N USB0B_P C245 2 .2 uF 6 .3 V
P R T R5 V 0 U 2 F
R190 0R 0 60 3
J2
1 2 3 4 5
G M in i-U S B 5S B T yp e S M T
H
CN3
L52 6 00 R @ 1 0 0M H z
J
J GND
K
K
L
L
M
1
M
SCHEMATIC DIAGRAMS (3/6) MCU 2
3
4
5
6
7
8
26
9
10
11
12
13
14
15
16
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
A
A
+HVP
R 85
R 2 12 6 .8 K 0603
R 86 1K 0603
B
C 1 10 0 .1 u F 50V
+
C 1 11 1 0 0 uF 35V
A -G N D
3
BI AS
820R 0603
G ND
A -G N D
R 2 13 1K 0603
C 1 25
C
P W M 0 -L 10uF 10V
A -G N D C 1 42 P W M 1 -L
R 97 10K 0603
C 1 32 680p F 50V
R 1 04 10K 0 6 0 3R 1 07
R 91 10K 0603
D 3 .3V R 2 14 1K
10K 0603
10uF 10V
IN 1 C 1 30 470p F 50V
13
C 1 43 100p F 50V
R 1 11
R 99
R 1 01 680R 0 6 0U3 1 4D
680R 0603
T L 0 7 4C
2 3 .2 K
R 87 100K
14
12
C 1 34 330p F 50V C 1 38 IN 1 + 10uF 6 .3 V
T L 0 7 4C
BI AS
10K 0603
51R 0603 R 1 03 150R 0603
10uF 6 .3 V
U 13 M O DS EL P VC C SDZ PVCC F A U LT Z BS P R R IN P O UTPR R IN N G ND P L IM IT O U T N R G V DD BS NR G A IN /S LV G N D G ND BS P L LI NP O UTPL LI NN G ND MUTE O UTNL AM2 BS NL AM1 PVCC AM0 PVCC SYNC A VC C
32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17
C 1 16 0 .1 u F 50V
+
C 1 14 4 7 0 uF 35V
G ND C 1 22
0 .2 2 u F
C 1 31
0 .2 2 u F
C 1 33
0 .2 2 u F
C 1 41
0 .2 2 u F
L2 4 C 1 17 330p F R 90
T P 22
10uH
C 1 18
10R R 93
G ND
C 1 27 1 0 R 330p F
L2 5
C 1 19 1uF 50V
C 1 20 1nF 50V
C 1 23 1uF 50V
C 1 24 1nF 50V
10nF 1C01021V 10nF 100V
10uH L2 6 C 1 36 3 3 0 p F R 1 06
10uH
C 1 47 1 0 R 330p F
L2 7
C 1 39 1uF 50V
C 1 40 1nF 50V
C 1 45 1uF 50V
C 1 46 1nF 50V
C 1 37 10nF C 1 01044V 10nF 100V
10uH
A -G N D C 1 61 P W M 3 -R 10uF 10V
2 3 .2 K
R 1 16 10K 0603
C 1 57 680p F 50V
R 1 21 10K 0603
6
2 3 .2 K
R 1 17
7
5
C 1 59 680p F 5 0 V R 1 22
R 1 24 10K 0603
R 1 14 150R 0603
C 1 55 100p F U 1 4B 5 0 V
C 1 70
R 1 25
F
10uF 10V
A -G N D C 1 86
R 1 33 2 3 .2 K C 1 76 680p F 50V
10K R 10366 0 3 10K 0603 R 1 40 10K 0603
P W M 7 -R 10uF 10V
R 1 44 10K 0603
R 1 37
8
10
680R 0603
T L 0 7 4C
R 1 48
C 1 58 330p F 50V C 1 60
R 1 38 51R 0603 14
12
C 1 87 100p F 50V
R 1 45 150R 0603
R 1 27
10uF 6 .3 V
G ND IN 3 -
C 1 80 330p F 50V C 1 84
G ND
C 1 81 1uF
2 6 d B G ain (S lav e)
10uF 6 .3 V
R 1 41
R 1 42
47K 0603
IN 4 +
MUTE
75K 0603
IN 4 -
G
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16
A -G N D C 2 11
H
P W M 5 -L 10uF 10V
2 3 .2 K
R 1 59 10K 0603
C 2 07 680p F 50V
R 1 61 10K 0603
U 1 6B 6
7
5
C 2 09 680p F 5 0 V R 1 60 2 3 .2 K
C 2 00 100p F 50V
T L 0 7 4C
R 1 63 10K 0603
R 1 52 150R 0603
M O DS EL P VC C SDZ PVCC F A U LT Z BS P R R IN P O UTPR R IN N G ND P L IM IT O U T N R G V DD BS NR G A IN /S LV G N D G ND BS P L LI NP O UTPL LI NN G ND MUTE O UTNL AM2 BS NL AM1 PVCC AM0 PVCC SYNC A VC C
32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17
+
C 1 63 4 7 0 uF 35V
G ND C 1 75
0 .2 2 u F
C 1 82
0 .2 2 u F
C 1 85
0 .2 2 u F
C 1 92
0 .2 2 u F
L2 8 C 1 66 3 3 0 p F R 1 30 10R R 1 34
G ND
C 1 79 1 0 R 330p F
L2 9
C 1 68 1uF 50V
C 1 69 1nF 50V
C 1 77 1uF 50V
C 1 78 1nF 50V
10uH L3 0 C 1 88 3 3 0 p F R 1 47
10uH
10R R 1 49
G ND G ND
IC
T P 26 C 1 67
10uH
C 1 97 1 0 R 330p F
L3 1
R 1 56 680R 0603
R 1 58 680R 0603 2 3
C 2 12 100p F 50V BI AS
10nF C 1 01073V 10nF 100V
R 1 29 3 .3 R 0603 R 1 35
F
3 .3 R 0603
J4 1 2 3 4
T P 27 T P 28
C 1 90 1uF 50V
C 1 91 1nF 50V
C 1 94 1uF 50V
C 1 95 1nF 50V
C 1 89 10nF C 1 01093V 10nF 100V
7A
R 1 46 3 .3 R 0603 R 1 50
G
3 .3 R 0603 T P 29
C 1 99 C 2 04 470p F 50V
IN 4 -
+HVA
R 1 57 51R 603 U 106A T L 0 7 4C
4
10K 0603
U 15
C 1 65 0 .1 u F 50V
HV
+ -
1 R 1 62 150R 0603
11
1 0 u FR 1 55 1 0 V1 0 K 0603
R 1 54
D
T P 25
10uH
R 1 51 10K 0603 R 1 53
C 1 64 1nF 50V
AMP_DW N
G ND
C 1 98
3 .3 R 0603
HV
R 1 26 100K / N C
1 0 K / NC IN 3 +
MUTE
P W M 4 -L
3 .3 R 0603 R 1 10
E G ND
IN 3 +
T L 0 7 4C
BI AS
10K 0603
7A
R 1 05
C 1 48 4 7 0 uF 35V
10uF 6 .3 V
IN 3 -
C 1 74 470p F 50V
1 2 3 4
R 1 70 33R 0603
C 1 71
R 1 39 680R 0 6 0U3 1 6D 13
C
J3
IN 2 +
D 3 .3V
R 1 31 150R 0603
3 .3 R 0603
10uF 6 .3 V
A -G N D
9
2 3 .2 K
R 1 23 150R 0603
BI AS
C 1 72 100p F U 1 6C 5 0 V
C 1 83 680p F 5 0 V R 1 43
1
+
C 1 52 0 .1 u F 50V
3 .3 R 0603 R 94
G ND
IN 2 -
R 1 19 51R 603 U 104A T L 0 7 4C
+ -
3
10K 0603
R 1 32
2
C 1 62 100p F 50V
R 1 28 10K 0603 P W M 6 -R
R 1 18 680R 0603
680R 0603
T L 0 7 4C
C 1 54 C 1 56 470p F 50V +HVA
4
E
R 1 15
11
P W M 2 -R 10uF 10V
R 1 12 10K 0603
R 1 13 10K 0603
C 1 53
C 1 51 1nF 50V
R 89
T P 23 T P 24
10R R 1 09
G ND G ND
IC
G ND
HV
C 1 15 1nF 50V
AMP_DW N
1 2 3 G ND 4 G ND 5 IN 1 6 C 1 29 1uF 7 G ND 8 2 6 d B G ain (M as ter) R 1 00 2 0 K 9 R 1 02 1 0 0 K 10 IN 2 + 11 12 MUTE 13 14 IN 2 15 16
C 1 26
R 98
8
10
D
R 95 150R 0603
C 1 28 100p F 50V
U 1 4C 9
C 1 35 680p F 50V R 1 08
R 88
IN 1 +
R 96 2 3 .2 K
HV
NC
Ch an ge D C b lo cking to 10uF to get cone r freque nc y to 1.6H z R 92 10K 0603
B
G ND
2
R ES E T
1
C 2 63 1uF 6 .3 V
U 28 A Z8 0 9 AN S T R -E1
GND VCC
H VA
C 2 05 1nF 50V
10uF 6 .3 V C 2 08 330p F 50V C 2 10
C 2 06 0 .1 u F 50V
+
C 2 01 4 7 0 uF 35V
G ND
H
IN 4 + 10uF 6 .3 V
A -G N D
J
J
K
K
L
L
SCHEMATIC DIAGRAMS (4/6) POWER STAGE
M
1
2
3
4
5
6
7
8
27
9
10
11
12
13
14
15
M
16
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
HV
A
A
HV U 27 1 C257 0 .1 uF 1 6V
B
R164 NC 1 20 6 R165 NC 1 20 6 U 17 8 A O 4 4 35 SO8 7 6 5
6 00 R @ 1 0 0M H z C112 1 00 u F 3 5V
+
1
C113 0 .1 uF 5 0V
1 5u H G P S R0 64 0 -1 5 0M
3
R171 3 0K 0 60 3
D4 B 2 4 0A -1 3-F
GND
GND
L38
T H 4 Ohm /4A C236 0 .1 uF 5 0V
7A
GND GND
+
1 20 R @ 1 0 0M H z C235 1 00 0 uF 3 5V
GND
D SP_PW C237 0 .1 uF 5 0V
GND
K
GND
C219 0 .1 uF 1 6V GND
GND
V ou t V ou t
2 4
B K 3 .3 V +
L D 11 1 7A L -3 3 S O T -2 2 3
B K 3 .3 V
C216 1 00 0 uF 1 0V
GND
C220 0 .1 uF 1 6V
F
GND
G
U 21
DM 5V L37
GND 1 0u H
0 .1 uF 1 6V
BOOT V IN EN SS
DM 5V
8 7 6 5
PH GND COM P V S EN S E
D5
B 2 4 0A -1 3-F
GND
C239 3 9p F 5 0V
1 20 R @ 1 0 0M H z C232 2 2u F 1 0V
C231 0 .1 uF 1 6V
GND C238 4 .7 nF 5 0V R184 4 9. 9K 0 60 3
C240 0 .0 33 u F 5 0V
R181 1 0. 2K 0 60 3
3
GND
+
GND
C229 1 00 0 uF 1 0V
C233 0 .1 uF 1 6V
U 20 L D 11 1 7A L -1 8-A A 3 -A -R 1 .8 V 2 V in V ou t 4 + C230 V ou t 1 00 0 uF 1 0V
GND
R182 1 .8 7K 0 60 3
GND
3
U 22 L D 11 1 7A L -3 3 S O T -2 2 3 V in
C242 0 .1 uF 1 6V
GND
GND
C251 0 .1 uF 1 6V GND
V ou t V ou t
GND
2 4
H
1 .8 V C234 0 .1 uF 1 6V
U 26 L D 11 1 7A L -3 3 S O T -2 2 3 V in
V ou t V ou t
GND
GND
2 4
J
D 3. 3V +
D 3. 3V
C241 1 00 0 uF 1 0V
GND
GND
3
L
C243 0 .1 uF 1 6V GND
D B T 3 .3 V +
GND
K
B T 3. 3V R172
L35
C252 1 00 0 uF 1 0V
6 00 R @ 1 0 0M H z C253 0 .1 uF 1 6V GND
1 0R 1 20 6
+
GND
M
1
D
GND
GND
L36
T P S 54 3 3 1D R R183 1 0K 0 60 3
C215 1 00 0 uF 1 0V
V in
GND
VCC
J
C256 0 .1 uF 1 6V
GND
C227
1 2 3 4
+
1 N 1 5 81 7 S M -1
U 18
R173 3 0K 0 60 3
H
1 20 R @ 1 0 0M H z L39
3
GND
1 20 R @ 1 0 0M H z C218 2 2u F 1 0V
C217 0 .1 uF 1 6V
VUSB
D7
L33
1
1
VFB
U 19
L L 4 14 8 LL34 C214 0 .1 uF L 3 2 5 0V
R176 1 0K 0 40 2
TH1
GND
L P 2 98 1 A -3 3D B V R
A D C3. 3V
C255 1 00 0 uF 1 0V
VUSB
2
SW
6
GND
GND
1 2
4
NC
1
EN
C223 0 .1 uF 5 0V
J7
GND
GND
4
+
E
D8
V IN
1 20 R @ 1 0 0M H z
G
GND
O N /O F F
C
Q1 L M B T 3 9 04 L T 1 G S O T -2 3
GND 5
GND
A D C3. 3V
GND
3
B
DSP_PW
BOOST
GND
L34
F
A -G N D
GND
GND
C213 1 0u F / NC 6 .3 V
C259 0 .1 uF 1 6V
5
VOUT
1
R169 1 00 K 0 60 3
GND
V IN
2
C254 0 .1 uF 1 6V
2
4 7K 0 60 3
E
1
C258 1 00 0 uF 1 0V
U 25
4
R168
4
NC
L P 2 98 1 A -5 0
HVA
R167 4 7K 0 60 3
3
D SP_PW
4 7K 0 60 3
GND
+HVA
R166 D
O N /O F F
DSP_PW
L23
BK5V +
GND
3
GND
3 2 1
2
BK5V
5
VOUT
1
C
GND
+HVP
V IN
L
B T 3. 3V
C222 1 00 0 uF 1 0V
C221 0 .1 uF 1 6V
GND
M
SCHEMATIC DIAGRAMS (5/6) POWER SUPPLY 2
3
4
5
6
7
8
28
9
10
11
12
13
14
15
16
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
A
A
Display & Key B o ard
B K3 .3 V
B K3 .3 V CN 2
LD 4 R2 2
B
0R 0 40 2
W hi te LD 5
0R 0 40 2
IR_ PW TP1 8
B
IR_ S IG
2A
R2 3
C
4 3 2 1
LED 1, Standby : White LED 2, TV Inpu t:White
W hi te LD 6
GN D
R2 4
C
LED 3, Blueto oth Inpu t:White
0R 0 40 2
W hi te LD 7
0 R R1 2 0 40 2 D
LED 4, Learn : White
D
LED 5, Surround Mode butto n:White
E
W hi te
LD 2
R2 6 E
CN 1
F
G
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15
TP6 TP7 TP8 TP1 7 TP9 TP1 0 TP1 1 TP1 2 TP1 3 TP1 4 TP1 5
0 .5 A
LD 3
LED 6, Mute: White
W hi te 0R LD 8 0 40 2 0 R R1 3 0 40 2
LED 7, Volu me Dow n: White
W hi te
F
LD 9 R2 5
B K3 .3 V C1 C3 1 0u F 1 0u F 6 .3 V 1 6V
TP1 6
W hi te
0R 0 407 2 R2
0R 0 40 2
GN D
LED 8, Volu me Up: White
W hi te R1 0 1 00 R 0 60 3
IR_ S IG
R1 1 1 0K 0 60 3
H
B K3 .3 V
G
IR_ PW
C2 1 0u F 6 .3 V H
GN D
R9 1 0K 0 60 3
S tan dby 1
SW1
TV Input 2
1
Blu etooth Inpu t
SW2
2
1
SW3
2
Learn 1
SW4
S urrou nd M o de 2
1
SW5
2
M ute 1
SW6
Vol2
1
SW7
Vol+ 2
1
SW8
2
J
J
3
4
3
KFC-81 3 A
K
4 KFC-81 3 A
4 KFC-81 3 A
R2 1 .6 K 0 60 3
R1 9 10 0 60 3
3
3
4
3
4 KFC-81 3 A
KFC-81 3 A
R4 3 .3 K 0 60 3
R3 2 .4 K 0 60 3
3
4
3
R6 8 .2 K 0 60 3
R5 5 .1 K 0 60 3
4
3
KFC-81 3 A
KFC-81 3 A
4 KFC-81 3 A
R7 1 6K 0 60 3
K
R8 3 3K 0 60 3
GN D
L
L
SCHEMATIC DIAGRAMS (6/6) BUTTONS
M
1
2
3
4
5
6
7
8
29
9
10
11
12
13
14
15
M
16
EXPLODED VIEW Please refer to the last chapter for the part list.
23 22 20
21 19 18
24 25 27
17 26 29
31
5
28
5
8-2
30
16
14
2
1 3
4
5
7
4
30
13
8-1
6
This part is inserted into the groove of the bottom panl.
12
9
10
11 WARNING: Parts marked with this symbol z have critical characteristics. Use ONLY replacement parts recommended by the manufacturer.
SUB-ASSEMBLY VIEW
7-8 7-4 7-1 1-1
7-5
7-7 7-6
7-2 7-3
1-2
1-3
1-4
Logo & Grille & Cabinet Sub-assembly
16-1
16-2
16-3 3-3
Main broad Sub-assembly
3-2
3-1
Tweeter Sub-assembly
31
PACKING VIEW Please refer to the last chapter for the part list.
1 2 25
3 4
24 23
5
17
6 22 7 19 20 21
8
12
16 9 10 11 12
7
13 14
15 7
32
Exploded
Exploded NOTE: The symbols in the column Remarks indicate the following destinations. E3 : U.S.A. & Canada model E2 : Europe model E1C : China model E1 : Asia model JP : Japan model BA : Boston Model
REF No. 2 6 8
Part No. 978323100420D 978411102880D 978439100430D 8-1 8-2
!
9 10 11 12 12 13 13 17 18 20 ★ ★ 22 22 22 22 23 24 25 26 27
Part Name Woofer 2x5 inch Button PC Natural milky white Satin black painted / Button Panel EVA for cabinet
Remarks
EVA_Black,L600*W1.5MM T=1.5MM EVA_Black,L700*W20MM T=1MM
nsp nsp 978639101110D nsp nsp nsp nsp nsp nsp 978407100340D nsp nsp nsp nsp nsp nsp nsp nsp nsp 978606502290D 978639101160D nsp nsp nsp 978639101150D nsp
C/W 2468#20 Red/Orange 480/640mm*2 (to SPK) EVA L30XW18XT7.5MM OPEN FRAME DC24V 2.5A 60W / SMPS Direction Label Direction Label Rear Panel Label Rear Panel Label Seal Cover ABS LG5008 V0 Natural black Bottom panel PC+ABS V0 (LG5008) Silicon Foot Ass'y (Silicon Feet Silicon Black Single Adhesive3M 9448) Silicon Feet T=2 Silicon Feet T=3 Product Label Product Label Product Label Product Label Serial Label Wadding L130xW55xT20 C/W 2468#20 Red/Orange 480/640mm*2 (to SPK) FPC CABLE 15pin P=1.0mm 340mm BUTTON PCBA ASS'Y EVA L250.0XW3.0X1.0T Sponge (PU foam 33kg/m3) Snap Rivet_PJ:SR-3T xL12 Nylon 66,Black IR PCBA ASS'Y EVA_Black,L135*W28MM T=1MM
BA E2, E1C, JP BA E2, E1C, JP
BA E2 JP E1C
28 29 30 31 ★ SCREW 4 nsp SCREW T4.0x1.41PxL8MM BLACK ZINC 5 nsp GP SCREW T3.0x1.06P xL8 BALCK OXIDE steel 14 nsp Screw T3.0x1.27P xL8 CED COATING STEEL 19 nsp Screw T4.0x1.588P xL12 BLUE ZINC STEEL 10B21 21 nsp Screw T3.5x1.41P xL11 CED COATING Steel 10B21 ★ nsp Screw for cabinet Cabinet Sub-assembly with grille & Logo 1 978401100870D Cabinet Sub-assembly with grille & Logo (Boston) BA 1 E2, E1C, JP 978401100880D Cabinet Sub-assembly with grille & Logo (Denon) 1-1 Logo BA 1-1 Logo E2, E1C, JP 1-3 Grille BA 1-3 Grille E2, E1C, JP 1-4 Non-weave sheet 7-1 Woofer Phase Plug ABS PA-757 Natural Black 7-2 Top enclosure PC+ABS V0 High gloss polishing 7-3 Gate Cover 7-4 Rear Flare ABS PA-757 Natural black 7-5 Paper Tube Black Inside 7-6 C/W 3P UL1617#22 RED/BLACK 90mm VH3.96 7-7 Shrinkage tube ! 7-8 AC SOCKET 2P D2.36 2.5A 250V VDE BLACK ★ Direction Label BA ★ Direction Label E2, E1C, JP ★ Rear Panel Label BA Note: If cabinet for E2, E1C or JP is needed, order a seal below, please covered in parts of Ref-No.1. ★ 978409100680D Rear Panel Label E2 ★ 978409100660D Rear Panel Label E1C ★ 978409100670D Rear Panel Label JP Tweeter with Phase Plug Sub-assembly 3 978323100410D Tweeter with Phase Plug Sub-assembly 3-1 EVA 38degree,Black,3212 3-2 Tweeter Phase Plug ABS PA-757 Natural Black 3-3 Tweeter 8ohm 10w FIY-40R/8Ω Main board Sub-assembly 16 978639101120D Main broad Sub-assembly BA 16 978639101130D Main broad Sub-assembly E2, E1C 16 978639101140D Main broad Sub-assembly JP 16-1 MAIN PCBA BT 16-1 MAIN PCBA E2, E1C 16-2 EVA_Black,L135*W28MM T=1MM 16-3 EVA L240.0XW10XT1.0 OPT1 978262100230D DLR1160 This model has been set for the service parts above. Please refer to the service policy.
1
ASWA00263-0033 ASWA00263-0034 ASWA00263-0005 VWA310045-0001 IVEA00654-0001 ASWA00263-0024 YLBA10042-0004 YLBA10042-0003 YLBA10042-0001 YLBA10042-0002 BPVA00158-0001 BPFA00124-0001 ASWA00263-0009 YLBA24248-0004 YLBA24248-0001 YLBA24248-0002 YLBA24248-0003 IVMA30001-0041 VWA310046-0001 ASWA00263-0035 ASWA00263-0013 HOTA01010-0001 ASWA00263-0012 IVEA00663-0001
Q'ty New Ver. 1 * 1 * 1 * 4 2 1 * 2 * 1 * 1 * 1 * * 1 1 * 1 * 1 * 8 * 4 4 1 * 1 * 1 * 1 * 1 9 * 1 * 1 * 1 * 1 * 1 * 2 * * 1 1 *
ASWA00263-0006
19 12 5 1 2 40
* * * * * *
ASWA00263-0001 ASWA00263-0002 -
1 1 1 1 1 1 1 2 1 1 2 2 1 1 1 1 1 1
* * -
ASWA00263-0038 ASWA00263-0036 ASWA00263-0037
1 1 1
-
ASWA00263-0004 -
1 1 1 1
* -
ASWA00263-0007 ASWA00263-0008 ASWA00263-0003 CJT200002-0001
1 1 1 1 1 1 2 1
* * * *
3
Packing
Packing NOTE:The symbols in the column Remarks indicate the following destinations. E3 : U.S.A. & Canada model E2 : Europe model E1C : China model E1 : Asia model JP : Japan model BA : Boston Model
REF No. 6 1 1 2 3 4 5 5 5 5
! ! ! ! 8 16 10 11 13 13 13 13
14 15 17 18 22 19 20 21 21 21 21 23 23 23 23 24 7 9 12 25
Part No. 978307101590D 978307101600D nsp nsp nsp 978611500860D 978611500870D 978611500880D 978611500890D 978533101920D 978533101910D nsp 978531103870D 978531103880D 978531104010D 978531104020D nsp nsp nsp nsp nsp nsp nsp 54111112400AD 54111112600AD 54111112700AD 54111112500AD 54111112300AD 54111110700AD 54111110800AD 54111110600AD nsp nsp nsp nsp nsp
Part Name Accessory Box Remote control Remote control / RC-1187 STEREO CABLE 1P 3.5mm BLACK 1M A/B=3.5mm RCA STEREO CABLE 2P 100mm OPTICAL CABLE 1P BLACK 1M A/B=Metal TERM Power Code(US) Power Code(EU) Power Code(CCC) Power Code(JP) CUSHION R / Right Polyfoam EPS_Density 20kg/m3 White CUSHION L / Left Polyfoam EPS_Density 20kg/m3 White Soft Bag White Caution Printing Tvee One / DHT-T100 GIFT BOX with HANDLE GIFT BOX with HANDLE GIFT BOX with HANDLE GIFT BOX with HANDLE Handle Base L167xW34xT1.7MM PP+PE Handle L152xW18xH29.3MM PP+PE Product Label Serial Label PE Bag Guarantee card SS List (JP) INST. manual (BT) INST. manual (E2) INST. manual (E1C) INST. manual (JP) Quick Start (BT) Quick Start (E2) Quick Start (E1C) Quick Start (JP) Seal label Paper card2 130x120mm A-B Paper card1 175x120mm A-B Polyfoam Sheet EPS_20kg/m3 White L408xW385xH25 Caution Label
2
Remarks BA E2, E1C, JP
BA E2 E1C JP
BA E2 E1C JP
BA E1C, JP JP BA E2 E1C JP BA E2 E1C JP
Q'ty New ASWA00263-0010 ASWA00263-0011 ASWA00263-0027 ASWA00263-0028 ASWA00263-0030 ASWA00263-0029 ASWA00263-0016 ASWA00263-0017 ASWA00263-0014 ASWA00263-0015 ASWA00263-0026 ASWA00263-0025 ASWA00263-0018 ASWA00263-0019 ASWA00263-0031 ASWA00263-0020 ASWA00263-0021 ASWA00263-0022 ASWA00263-0032 ASWA00263-0023 -
1 1 1 1 1 1 1 1 1 1 1 1
* *
1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 2 3 1 2 1
* * * *
* * * * * * *
* * * * * * * * * * *
Ver
