Acer Service Manual
LCD Monitor Acer AL2623W
Service Manual
- 0 -
1
Service Manual Versions and Revision
No. Version Release Date Revision
1
1.0
2006/09/20
Initial Release
Copyright
Copyright 2006 InnoLux Tech. Corp. Ltd
All Rights Reserved
This manual may not, in whole or in part, be copied, Photocopied, reproduced, translated, or converted to any
electronic or machine readable form without prior written permission of InnoLux Tech. Corp. Ltd.
Acer AL2623 Service Manual
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Acer Service Manual
Table of Contents
CHAPTER 1- PRECAUTIONS & SAFETY NOTICES ..................................................................................................................... 3
1. SAFETY PRECAUTIONS .................................................................................................................................................... 3
2. PRODUCT SAFETY NOTICE.............................................................................................................................................. 3
3. SERVICE NOTES.................................................................................................................................................................. 3
CHAPTER 2- SERVICE TOOLS & EQUIPMENT REQUIRED ..................................................................................................... 4
CHAPTER 3- CIRCUIT THEORY .......................................................................................................................................................5
1. FUNCTIONAL BLOCK DIAGRAM...............................................................................................................................................6
2. ELECTRONIC CIRCUIT THEORY ............................................................................................................................................... 5
3. INVERTER CIRCUIT THEORY-INL .............................................................................................................................................. 7
CHAPTER 4- DISASSEMBLY & ASSEMBLY ................................................................................................................................. 10
1. EXPLODED DIAGRAM ........................................................................................................................................................... 10
2. DISASSEMBLY BLOCK ........................................................................................................................................................... 11
3. ASSEMBLY BLOCK ................................................................................................................................................................ 12
CHAPTER 5- TEST AND ADJUSTMENT ........................................................................................................................................ 13
1. GENERAL POINTS ............................................................................................................................................................. 13
2. INPUT SIGNAL .................................................................................................................................................................. 14
3. FUNCTION CHECK........................................................................................................................................................... 16
4. DISPLAY CHECK............................................................................................................................................................... 17
5. PICTURE CHECK ............................................................................................................................................................... 18
CHAPTER 6- TROUBLE SHOOTING.............................................................................................................................................. 21
1. NO POWER & LED OFF ....................................................................................................................................................... 21
2.
18VDC OUTPUT VOLTAGE IS UNSTABLE ................................................................................................................................. 22
3. 5VDC OUTPUT POWER IS UNSTABLE....................................................................................................................................... 23
4. 5VDC OUTPUT POWER IS UNSTABLE....................................................................................................................................... 24
5. AL2016W BACKLIGHT CAN'T BE TURNED ON(INL INVERTER)................................................................................................. 25
6. TROUBLESHOOTING LIST-TDK INVERTER ............................................................................................................................... 26
ATTACHMENT 1- BILL OF MATERIAL......................................................................................................................................... 27
ATTACHMENT 2- SCHEMATIC....................................................................................................................................................... 40
ATTACHMENT 3- PCB LAYOUT ..................................................................................................................................................... 49
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Acer Service Manual
Chapter 1- PRECAUTIONS & SAFETY NOTICES
1. SAFETY PRECAUTIONS
This monitor is manufactured and tested on a ground principle that a user’s safety comes first.
However, improper used or installation may cause damage to the monitor as well as to the user.
WARNINGS:
z This monitor should be operated only at the correct power sources indicated on the label on the rear
of the monitor. If you’re unsure of the power supply in you residence, consult your local dealer or
Power Company.
z Do not try to repair the monitor by yourself, as it contains no user-serviceable parts. This monitor
should only be repaired by a qualified technician.
z Do not remove the monitor cabinet. There are high-voltage parts inside that may cause electric
shock to human bodies.
z Stop using the monitor if the cabinet is damaged. Have it checked by a service technician.
z Put your monitor only in a lean, cool, dry environment. If it gets wet, unplug the power cable
immediately and consult your closed dealer.
z Always unplug the monitor before cleaning it. Clean the cabinet with a clean, dry cloth. Apply
non-ammonia based cleaner onto the cloth, not directly onto the class screen.
z Do not place heavy objects on the monitor or power cord.
2. PRODUCT SAFETY NOTICE
Many electrical and mechanical parts in this chassis have special safety visual inspections and the
protection afforded by them cannot necessarily be obtained by using replacement components rated
for higher voltage, wattage, etc. Before replacing any of these components read the parts list in this
manual carefully. The use of substitute replacement parts, which do not have the same safety
characteristics as specified in the parts list, may create shock, fire, or other hazards.
3. SERVICE NOTES
z When replacing parts or circuit boards, clamp the lead wires around terminals before soldering.
z Keep wires away from high voltage, high temperature components and sharp edges.
z Keep wires in their original position so as to reduce interference.
z Adjustment of this product please refers to the user’ manual.
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Acer Service Manual
Chapter 2- SERVICE TOOLS & EQUIPMENT REQUIRED
1. SIGNAL GENERATOR
2. MULTIMETER
3. SCREW DRIVER
4. OSCILLOSCOPE
5. Soldering IRON
6. SOLDER
7. VGA Cable (15pins point to point)
8. Color Analyzer
9. Myson412 ISP Board
10. EDID Board
11. EDID program file
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Acer Service Manual
CHAPTER 3-CIRCUIT THEORY
1. Monitor Block Diagram
The LCD Monitor contains an interface board, and inverter/power/Audio board, keypad board and flat panel.
In Inverter/power/Audio board, power section supplies +14V & +5V for Inverter/Audio and Interface board
used. The inverter section drives the backlight of panel and the DC-DC conversion. The Audio section
drives speaker (2 x1W).
Flat panel (LVDS interface) and CCFL(Including
Inverter BD)
Power/Audio BD
(Including AC/DC Power
Supply and Audio)
AC input
Range 100V~240V
Interface Board (VGA input)
Keypad BD
Host computer
(VGA signal input and DDC)
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Acer Service Manual
2. Interface BOARD DIAGRAM
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3. Electronic Circuit Theory
3.1 Switching Mode Power Supply
3.1.1 AC Current Input Circuit
P801 is a connector for connecting AC Power. F801 is a fuse to protect all the circuit. AC input
voltage is from 90v to 264V. SW801 is hard switch for control AC input.
C867/C802/C832/C866 are safety Y capacitors. C803/C804 are safety X capacitors. R801､
R802 and R803 joined between two inputting main circuit to discharge electric energy of C804
when power AC off. L801/L802 are used to clear up low frequency wave. High frequency
waves are damped by C867 and C802. D801 is a rectifier build-in 4 diodes. It Transform AC to
DC.
3.1.2 Power Factor Controller Circuit
This circuit is typical boost model PWM power to improve power factor. T801 is inductor to
storage electric energy. T801 store energy when Q801 switch on. And T801 discharge energy
when Q801 switched off. R804､R805､R806､R808､ZD802､R807､R822 and Q802 control
PFC output DC voltage. PFC output voltage is 400V when AC input is 180V~240V. Output
voltage is 280V when AC input is 100~160V. R817､R818､R819 and R821 control PFC out
stabilization. The pin function of IC801 can find from component datasheet.
3.1.3 High DC Voltage to Low Voltage (5V) Control Circuit
IC805 is this DC-DC circuit PWM controller. When pin6 of IC805 be charged to 12V, IC803
start drive Q805 to transform high DC voltage to low DC voltage 5V.D812､R865､Q806､
D814､C836 and C837 provide auxiliary power for IC803 normal operation. R862 and R861
sample from auxiliary winding to control over voltage protection for DC 5V output. R873 and
R872 sample DC 5V output voltage to compare voltage level with reference voltage of IC807.
The signal get from compared result via IC806 feed back to pin2 of IC805. Then control PWM
duty to control DC output stabilization. T803 is transformer. D815 is rectifier for DC 5V output.
C843 and C844 are filter for DC 5V.
3.1.4 High DC Voltage to Low Voltage (24V) Control Circuit
This circuit same section 3.1.3. IC802 is this DC-DC circuit PWM controller. When pin6 of
IC802 be charged to 12V, IC802 start drive Q803 to transform high DC voltage to low DC
voltage 24V.D806､Q804､C818 and C815 provide auxiliary power for IC802 normal operation.
R832 and R831 sample from auxiliary winding to control over voltage protection for DC 24V
output. R843､R851 and R842 sample DC 24V output voltage to compare voltage level with
reference voltage of IC804. The signal get from compared result via IC803 feed back to pin2 of
IC802. Then control PWM duty to control DC output stabilization. T802 is transformer. D807
and D810 are rectifiers for DC 24V output. C825 and C826 are filter for DC 24V.
3.1.5 DC_24V Transform to DC 12V Circuit
IC808 is this DC-DC circuit PWM controller. R883 is for output short protection. C854 adjust
resonance frequency. R887 and R886 sample DC output 12V to feed back to pin5 of IC808.
Then control duty width to drive Q807. L806 is storage inductor. C856 is filter.
3.1.6 Over Current Protect Circuit
IC811 is the OCP controller. R875､R876､R877､R878 and R879 are sample resistor for DC 5V
output. When the voltage of IC808 pin9 higher than the pin8, pin14 output high level to via
D821､IC812 and IC809 control IC801 and IC802 shut down; R889､R890､R891､R892 and
R893 are sample resistor for DC 12V output. When the voltage of IC808 pin7 higher than the
pin6,pin1 output high level to via D820､IC812 and IC809 control IC801 and IC802 shut down;
R846､R845､R847､R848 and R849 are sample resistor for DC 24V output. When the voltage
of IC808 pin5 higher than the pin4, pin2 output high level to via D809､IC812 and IC809
control IC801 and IC802 shut down;
3.1.7 Standby Power Controller Circuit
When standby power signal is high level, Q811 on, Q810 off, IC809 off, Q808 and Q812 off,
Q809 on, so power system on. When standby power signal is low level, Q811 off, Q810 on,
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Acer Service Manual
IC809 on, Q808 and Q812 on, Q809 off, so IC801 and IC802 shut down. Power system off.
4. Power Consumption Function Test
4.1 Test mode: 1920x1200 @ 60 Hz
4.2 Test pattern: pattern #41 of “WHITE”
4.3 Adjusting both brightness value to maximum,
4.4 Measure power consumption as the following
Status Power Consumption LED Display
Normal < 130W(with audio) Green
Standby (No H/V
sync)
Power off < 1W No display
< 2W Orange
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Acer Service Manual
Chapter 4- Disassembly & Assembly
1. Exploded Diagram
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Acer Service Manual
2 Assembly Block
I/F BOARD *1
Power board *1
CABLE 30 PIN *1
speaker*1
HRN ASS'Y 8P
Keypad*1
Keypad cable*1
SCREW,P,CROSS W/WAS,M3*6,Zn *5
SCREW,B,CROSS,W/W(T)M4*6,ZN *1
BOLT,#4-40x11.8,Ni*4
SCREW,PW,CROSS,W/WAS,M3*5,NI*8
SCREW,PW,CROSS,T3*8,Zn,ROHS*2
SCREW,P,CROSS,M4*6,BLACK,NL
ROHS*4
SCREW,P,CROSS W/WAS,M3*6,Zn *9
SCREW,B,CROSS,T.T4*10,BLK,ROHS
*8
SCREW,B,CROSS,M4*5,BLK,ROHS*6
SCREW,P,CROSS,M4*6,BLACK,NL
ROHS*2
BRACKET LEFT*2
Front Bezel assm *1
BRACKET,BACK,LP2610,Ro
HS*2
CHASSIS *1
CHASSIS,EMI LP2610*1
PANEL LPL*1
speaker*1,
Panel Sub-Ass'y*1
MYLAR,L2
22xW150xT
0.5mm
Back Cover*1
SCREW,B,CROSS,M4*6,
BLK,NL(NYLOK) *4
stand Ass'y*1
SCREW,P,CROSS,M4*16,BLAC
K,NL ROHS*1
Base Ass’y*1
LP2610
LCD Monitor
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Acer Service Manual
3 Disassembly Block
LP2610
LCD Monitor
stand Ass'y*1
SCREW,P,CROSS,M4*16,BLACK,
NL ROHS*4
Back Cover*1
SCREW,B,CROSS,M4*6,BLK,NL(
NYLOK) *4
Panel Ass'y*1
I/F BOARD *1
Power board *1
CABLE 30 PIN *1
HRN ASS'Y 8P
Keypad*1
Keypad cable*1
SCREW,P,CROSS W/WAS,M3*6,Zn *5
SCREW,B,CROSS,W/W(T)M4*6,ZN *1
BOLT,#4-40x11.8,Ni*4
SCREW,PW,CROSS,W/WAS,M3*5,NI*8
SCREW,PW,CROSS,T3*8,Zn,ROHS*2
SCREW,P,CROSS,M4*6,BLACK,NL
ROHS*4
SCREW,P,CROSS W/WAS,M3*6,Zn *9
SCREW,B,CROSS,T.T4*10,BLK,ROHS*8
SCREW,B,CROSS,M4*5,BLK,ROHS*6
SCREW,P,CROSS,M4*6,BLACK,NL
ROHS*2
BRACKET LEFT*2
Front Bezel assm *1
BRACKET,BACK,LP2610,R
oHS*2
CHASSIS *1
CHASSIS,EMI LP2610*1
speaker*1,
PANEL LPL
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R
Chapter 5- TEST AND ADJUSTMENT
1. GENERAL POINTS
1.1 Test Equipment or Tool
1.1.1 Test pattern generator: PC or video pattern generator (Chroma-2326/2160/2130)
1.1.2 Color analyzer: Chroma-7120
1.1.3 Power meter: AC Source Chroma-6408
1.1.4 Electrical safety tester: Chroma (Zentech) 9032A
1.1.5 Auto shock fixture
1.1.6 Temperature and humidity sensor
1.1.7 DDC interface card and EDID file
1.2 Preset Test Pattern
1.2.1 Crosshatch (General-1)
1.2.2 Gray Bar (16 & 32 levels)
1.2.3 Full White
1.2.4 Aging (Burn-in) Pattern: full Green, Blue, White, Black and Red
1.3 AC input
All measurements mentioned hereafter are carried out at a normal mains voltage (90 - 264 VAC for the
model with full range power supply, unless otherwise stated)
1.4 Observation Distance
1.4.1 Observation distance from eyes to panel is defined as 50cm
1.4.2 Visual distance from instrument to panel is defined as 20cm
1.5 Key Function Description
1.5.1 Control buttons on the front bezel
CONTROL
KEY
[AUTO]
[MENU]
[►], [◄]
[POWER] Power on or power off the monitor
A. When OSD un-displays, press [AUTO] to perform auto-adjustment
B. When OSD displays, press [AUTO] to return to previous level menu
A. When OSD isn’t shown on screen, press [MENU] to enter OSD interface
B. When OSD displays, press [MENU] to perform function of menu icon that is
highlight or enter next level menu
A. When “MENU OSD” displays, press these keys to change the contents of an
adjustment item, or change an adjustment value
B. When “MENU OSD” un-displays, press these keys no function
KEYS FUNCTION
1.5.2 Hot Key Operation
HOT KEY OPERATION
FUNCTION
AUTO ◄ ► MENU POWE
Press [AUTO] & [MENU] at the same
FACTORY
MODE
● ● ON
12
time, and then press [POWER] for DC
power on. OSD menu will be shown
with “F” on the left top. Select “F” for
entering factory mode.
DESCRIPTION
Acer Service Manual
Firstly enter the factory mode, then
ISP MODE ● ● ON
Press ◄ & ► at the same time, and
then press [POWER] for DC power on.
1.6 Burn-in (Aging) Pattern
1.6.1 Burn-in patterns are: full Green, Blue, White, Black and Red
1.6.2 It will enter burn-in mode (aging mode) on condition that Power on and in the factory mode Without
VGA ,
1.6.3 Exit burn-in mode by plug in the VGA cable, then power on.
1.7 Warm Up
All test units have to be done warm up after at least 2 hours in a room with temperature of 40±5°C.
(Except particular requirement)
2. INPUT SIGNAL
2.1 Video Signal Input
2.1.1 a. VESA Analog
The video input consists of red, green, and blue signals. The video signals are analog levels, where
0V corresponds to black and 700mV is the maximum signal amplitude. Input impedance of video
pins is 75 ohm ±1%.
Sync signal input
The capability of sync signal inputs shall include separate sync. Input impedance: 10K ohms the
signals are defined as follow:
Separate sync TTL level, Positive/Negative
Composite sync
Sync on Green
b. Digital signal (Option)
Standard DVI
2.1.2 Input signal mode
PRESET TEST MODE TIMING
Mode
Resolution (active
dot)
Resolution
(total dot)
Horizontal
Frequency
(KHz)
Vertical
Frequency
(Hz)
Nominal
Pixel Clock
(MHz)
640x480@60Hz 800 x 525 31.469 59.941 25.175
VGA
640x480@72Hz 832 x 520 37.861 72.809 31.500
640x480@75Hz 840 x 500 37.500 75.000 31.500
MAC 640x480@66.66Hz 864x525 35 66.66 30.24
VESA 720x400@70Hz 900x449 31.469 70.087 28.322
800x600@56Hz 1024 x 625 35.156 56.250 36.000
SVGA
800x600@60Hz 1056 x 628 37.879 60.317 40.000
800x600@72Hz 1040 x 666 48.077 72.188 50.000
800x600@75Hz 1056x625 46.875 75.000 49.500
MAC 832x624@74.55Hz 1152x667 49.722 74.55 57.28
XGA 1024x768@70Hz 1328x806 56.476 70.069 75.000
MAC 1152x870@75Hz 1568x909 68.700 75.000 84.520
VESA
SXGA
1152x864@75Hz 1600x900 67.5 75 108
1280x960@60Hz 1800x1000 60 60 108
1280x1024@60Hz 1688x1066 63.981 60.020 108.000
1280x1024@75Hz 1688x1066 79.976 75.025 135.000
1280x720@60Hz 1650x750 44.955 59.940 74.176
VESA
1280x768@60Hz 1664x798 47.776 59.870 79.500
1280x768@75Hz 1696x805 60.289 74.893 102.250
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WXGA 1360x768@60Hz 1792x795 47.712 60.015 85.500
WXGA+
UXGA 1600X1200@60Hz 2160x1250 75.000 60.000 162.000
WSXGA+ 1680x1050@60Hz 2240*1089 65.290 59.954 146.250
WUXGA 1920x1200@60Hz/R 2080x1235 74.083 60.000 154.000
2.1.3 Signal cable
a. 15 pin D-sub VGA cable male
b. Single link 18+1 pin DVI-D male (Option)
2.1.4 Interface
Analog signal: The input signals are applied to display through D-sub or DVI cable.
Length: 1.8 m +/- 50 mm (fixed)
Connector type: a. D-sub male,
With DDC_2B pin assignments.
D-Sub Pin Assignment:
1440x900@60 1904x931 55.935 59.887 106.500
1440x900@75 1936x942 70.635 75.000 136.750
b. Single link DVI-D connector male (Option).
PIN No. SIGNAL PIN No. SIGNAL
1 Red video input 9 VGA +5V
GND 2 Green video input 10
3 Blue video input 11 GND
4 GND 12 Serial data line (SDA)
5 Cable detect 13 H. Sync / H+V
6 Red video GND 14 V. Sync
7 Green video GND 15 Data clock line (SCL)
8 Blue video GND
DVI-D Pin Assignment:
Digital-Only Connector Pin Assignments
Pin Signal Assignment Pin Signal Assignment Pin Signal Assignment
1 T.M.D.S. Data2- 9 T.M.D.S. Data1- 17 T.M.D.S. Data0-
2 T.M.D.S. Data2+ 10 T.M.D.S. Data1+ 18 T.M.D.S. Data0+
T.M.D.S. Data2/4
3
Shield
T.M.D.S. Data1/3
11
Shield
T.M.D.S. Data0/5
19
Shield
4 No Connect 12 No Connect 20 No Connect
5 No Connect 13 No Connect 21 No Connect
6 DDC Clock 14 +5V Power 22
T.M.D.S. Clock
Shield
7 DDC Data 15 Ground (for +5V) 23 T.M.D.S. Clock+
8 No Connect 16 Hot Plug Detect 24 T.M.D.S. Clock-
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3. FUNCTION CHECK
3.1 OSD Function Test
3.1.1 Test mode: 1920x1200 @ 60 Hz
3.1.2 Test pattern: pattern #1 of crosshatch (GENERAL-1)
3.1.3 Check single key function and hot key function about key “Power”, “Menu”,” ►”, “◄ “,
“Exit/Auto”, it should operate normally
3.2 Screen Picture Check
3.2.1 Test mode: 1920x1200 @ 60 Hz
3.2.2 Test pattern: pattern #1 of crosshatch (GENERAL-1)
3.2.3 Select OSD menu to execute ‘Auto’ function, screen picture shouldn’t appear abnormal
phenomenon and picture on screen should fit in with active display screen.
3.3 Auto Color Balance
3.3.1 Test mode: 1920x1200 @ 60 Hz
3.3.2 Test pattern: pattern #48 of 32 gray levels (32 GRAYS)
3.3.3 Enter "Factory Mode" pressing "Auto color" key, and execute "AUTO".
3.4 Timing Check
3.4.1 Test mode: Refer to preset timing table and power saving mode
3.4.2 Test pattern: pattern #1 of crosshatch (GENERAL-1)
3.4.3 After change above timing and execute “Auto” function automatically, picture should fit in with
active display screen.
3.4.4 Under power saving mode, LED lamp on the key board should be orange
3.5 Power Consumption Function Test
3.5.1 Test mode: 1920x1200 @ 60 Hz
3.5.2 Test pattern: pattern #41 of “WHITE”
3.5.3 Adjusting both brightness value to maximum,
3.5.4 Measure power consumption as the following
Status Power Consumption LED Display
Normal ≤ 130W Green
Standby (No H/V
sync)
Power off < 1W No display
3.6 VGA Cable Detect Test
If VGA cable of LCD monitor isn’t connected to video pattern generator or PC, “NO SIGNAL” should
be shown on screen.
< 2W Orange
3.7 Hi-Pot test
Test condition:
a. high voltage 2.3KV(DC)
b. leakage current 10mA
c. rising time 1 sec.
d. test time 3 sec.
3.8 Grounding Test
Test condition:
a. test current 30A / 2 sec
b. impedance < 0.1Ω
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3.9 Bumping Test
3.9.1 Test mode: 1920x1200 @ 60 Hz;
3.9.2 Test pattern: pattern #1 of crosshatch (GENERAL-1)
3.9.3 To shock LCD monitor lightly at the center of rear cover and edges with 1~2kg/cm2 force for
three times, no abnormal phenomenon is found on panel screen.
4. DISPLAY CHECK
4.1 Panel Flicker Check
Connect LCD monitor to PC, set LCD monitor to be timing of 1680x1050 @ 60 Hz, adjust brightness to
be default value (brightness at maximum), execute “Auto” function, and then check picture of shut
down under windows XP operating system, or flicker-pattern of pixel on-off. It should be that no flicker
be found on panel screen.
4.2 Panel Defect Inspection
This item should follow IIS
4.2.1 Test mode: 1920x1200 @ 60 Hz
4.2.2 Test pattern: Crosshatch/Full white/Red/Green/Blue/Black/16 color bar/64 gray bars
4.2.3 Display quality must be (according to DIN 13406-2 pixel fault class II)
Defect Type Specification Major Minor
Bright dot defect
Dark dot defect
Total bright and dark dots
Bright Dots – 2 Adjacent B
Bright Dots – 3 or more Adjacent
Black Dots – 2 Adjacent B
Black Dots – 3 or more Adjacent
Distance between defect dots
Distance between Dark dots
≤ 3pcs
≤ 4pcs
≤ 5pcs
N ≤ 1 pair
N ≤ 0 pair
N ≤ 1 pair
N ≤ 0 pair
L ≥ 15 mm
L ≥ 15 mm
․
․
․
․
․
․
․
․
․
Note 1: Dot defect is defined as the defective area is not larger than 50% of the dot area. Bright Dot is
defined 5% transmission ND filter.
Note 2: Light Leakage: There shall not be visible light around the customer’s bezel after assembly in
normal View angle.
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Defect Type Count (N)
Dot Shape(Particle、Scratch and
Bubbles in Display area or on The
Polarizer)
Line Shape
(Particles、Scratch、Fiber and
Bubbles in display area or on The
Polarizer)
Black spots which appear when B/L
operating
0.15mm ≤ D ≤ 0. 5 mm
L ≤ 0.5mm and W ≤ 0.05 mm Ignored
0.5mm < L ≤ 5mm and
0.05mm < W ≤ 0.1mm
N ≤ 3
N ≤4
Display non-uniformity
Bezel
Wrap No harm ●
Sunken No harm ●
L > 5mm or W > 0.1mm N = 0
There should be non-uniformity through 5%
transparency of filter or judge by limit sample if
necessary.
No harm
No
Label
Not clear ●
Word can be read. ● Dirt
Mistake No ●
Screw
Limp No ●
FPC/FFC Broken No ●
Majo
●
● Scratch
● Dirt
● No label
● Invert label
● Broken
MinorSpecification Size
●
●
● Word out of shape
● Position Be attached on right position
● Not enough No
● Connector Connection status No bend on pins and damage
5. PICTURE CHECK
5.1 Check brightness uniformity
5.1.1 Test mode: 1920x1200 @ 60 Hz
5.1.2 Test pattern: pattern #41 of “WHITE”
5.1.3 Test tool: Color Analyzer Chroma7120
5.1.4 Set brightness and contrast to be maximum, apply pattern as Fig.3, it should be the following
requirement:
)(backlight points nine of luminance Min.
)(backlight points nine of luminance Max.
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%≥ 75
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5.2 Color Temperature Check
5.2.1 Test mode: 1920x1200@ 60 Hz
5.2.2 Test pattern: pattern #41 of “WHITE”
5.2.3 Test tool: Color Analyzer Chroma7120
5.2.4 Set brightness to be maximum and contrast to be 50%, measure color coordinate and luminance by
color analyzer as the following:
Chromaticity Coordinate
Mode
x y Y
9300K 0.283 ± 0.030 0.298 ± 0.030 180
USER Default Default 240
6500K 0.313 ± 0.030 0.329 ± 0.030 240
5.3 Brightness Out (Video signal input 700mV ± 2%)
5.3.1 Test mode: 1920x1200 @ 60 Hz
5.3.2 Test pattern: pattern #41 of “WHITE”
5.3.3 Test tool: Color Analyzer Chroma7120
Set brightness and contrast to be maximum with white pattern, to measure the screen center, the
light output shall be BL >= 400cd/m2
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t
､
Q
Chapter 6- TROUBLE SHOOTING
1. No Power & LED Off
No power &
LED off
Ye s
Check primary
rectifier voltage
Ye s
Check pin1 of
IC805 voltage if
under 7.2V
Ye s
No
Check circuit
if shor
Ye s
Check F801､P801､
D801､RT801
Check Pin6 of
IC805 voltage
12V
Ye s
No
Check IC805､
T803
No No
Check R859､
R860､IC805､
805
Check D815､T803､
C843､C844､L805､
F803
Ye s
END
No
Check loading
circuit is short
19
Acer Service Manual
t
､
Q
2. No backlight & LED on
No backlight
& LED on
Ye s
No No
Check PFC DC
output voltage
Check circuit
if shor
Ye s
Check IC801､
T801
806
Ye s
Check Q801､
C808､ZD801
Check pin1 of
IC802 voltage if
under 7.2V
Check Pin6 of
IC802 voltage
12V
No No
Check R835､
Q804､IC802､
Ye s
Ye s
Check D807､D810､
T802､C825､C826､
L804､F802
No
Check loading
circuit is short
Ye s
Ye s
END
20
Acer Service Manual
ATTACHMENT 1 - RECOMMENDED PART LIST
Item Catalogue INL P/N Description Min Order Q'ty
1 790821300A01R PCBA,I/F BOARD,(EMEA)LP2610-A12 ROHS 50
2 790821400A00R PCBA,P/I BOARD,LP2610-A12 ROHS 50
3
4 453070800210R PWR CORD 16A/250V BLK 6FT VDE,H05VV-F 3G 50
5 453030300120R CABLE,AUDIO 1P 6FT BLACK/GREEN CP03B06P0 50
6 453010100150R CABLE,D-SUB 15P MALE 6FT BLACK,SZ4120955 50
7 430300800820R HRN ASS'Y 8pin 340mm UL1571#28 50
8 430303000710R HRN ASS‘Y LVDS 30P 270m; UL1007#30 50
9
10
11
12
13
14
CASE/COVER/BRACKET
ASSEMBLY
15
PANEL
16
SPEAKER
17
PCBA
CABLE
790821500000R PCBA,KEYPAD BOARD,LP2610 ROHS 50
430300100220R HRN ASS'Y 1P 250mm BLACK,UL1007#20, 50
502090304900R CHASSIS, LP2610 50
714071005800R ASSY,STAND(B), LP2610 RoHS 50
714033008500R ASSY,FRONT BEZEL(G), LP2610 RoHS 50
714021008200R ASSY,BASE(B),LP2610 50
501021211200R COVER,HINGE(B), LP2610 50
501021211100R COVER,BACK(B), LP2610 50
631102260010RA LCD PANEL 26" LM260WU1-SLB1(A)(LPL)RoHS 10
618100200170R SPEAKER 2.5W 4Ω 230mm R/B/G W/CASE X08 50
ATTACHMENT 2-PCB LAYOUT
21
5
4
3
2
1
VLCD
DC ON : 698mA @ White
VCC12 VDDM AVDD_DVI
DC OFF : 0mA
D D
R101 100K
C101 0.1/16V
32
PANEL_ENABLE
R104 20K
1
Q102
PMBT3904
U101
1
S
D
2
S
D
3
S
D
4 5
GD
AO4407
R103 10K
8
7
6
1
Q101
2N7002F
VLCD
FB102 60Ω
FB102
DC ON : 28mA @ Dot ON/OFF
DC OFF : 0mA
R102 51
32
+
C102 100u/16V
C103 0.1/16V
VCC3.3
FB104 60Ω
+
C141 100u/16V
AVDD_ADC
C143 0.1/16V
C144 0.1/16V
C145 0.1/16V
C146 0.1/16V
C147 0.1/16V
VCC3.3
C148 0.1/16V
VCC3.3VCC3.3
FB103 60Ω
FB105 60Ω
VDDPVLCD
C142 100u/16V
AVDD_MPLL
AVDD_PLL
+
C150 0.1/16V
C149 0.1/16V
C152 0.1/16V
C151 0.1/16V
AVDD_PLL2
C153 0.1/16V
+
C104 10u/25V
R105 10K
C C
CN101
10P 2.0mm
From Power & Inverter
B B
1
1
2
3
4
5
6
7
8
9
10
11
12
2
3
4
5
6
7
8
9
10
11
12
VOLUME
Power_STBY
ON/OFF
Audio_ENABLE
VCC5
Brightness
VCC12
VCC5
R183 0R47 1W
VCC5
R184 2R7 1W
3
+
C107 0.1/16V
C105 100u/16V
3
+
FB104
DC ON : 155mA @ Dot ON/OFF
DC OFF : 2mA
C106 100u/16V
VCC3.3
+
C108 0.1/16V
VCC1.8
+
U102
AIC1084-33PM
VOUT
VIN
ADJ
1
U103
AIC1084-18PM
VOUT
VIN
ADJ
1
2
2
+
C154 100u/16V
C156 0.1/16V
C157 0.1/16V
VCC1.8
FB106 60Ω
3.3V
DC ON : 420mA @ Dot ON/OFF
DC OFF : 55mA
1.8V
DC ON : 775mA @ Dot ON/OFF
DC OFF : 11mA
+
C164 0.1/16V
C165 0.1/16V
C158 0.1/16V
C166 0.1/16V
C167 0.1/16V
C159 0.1/16V
C168 0.1/16V
VDDC
+
C161 100u/16V
C162 0.1/16V
C155 100u/16V
C163 0.1/16V
FB103
DC ON : 112mA @ Dot ON/OFF
DC OFF : 0mA
FB105
DC ON : 33mA @ Dot ON/OFF
C160 0.1/16V
Layout
C169 0.1/16V
元件靠近 擺放。
時﹐
Scaler
DC OFF : 2mA
C109 100u/16V
C111 0.1/16V
C110 100u/16V
C112 0.1/16V
FB106
DC ON : 740mA @ Dot ON/OFF
DC OFF : 6mA
VCC3.3
A A
R110 2K2
R107 2K2
32
1
Q103
PMBT3904
5
Power_STBYON/OFF
CCFL_ENABLE Power_ENABLE VOLUME
VCC3.3
R108 2K2
32
1
Q104
PMBT3904
4
VCC3.3
InnoLux
Document Number : SIZE :
TITLE :
R106 10K
DATE :
SHEET OF
3
LP2610-DR4-02
DC to DC
2006-09-13
2
LP2610
62
Rev :
APPRO BY :
A4
CHECK BY :
DRAWN BY :
V01
1
5
CN103
ZD105 6V2
1
6
2
7
3
8
4
9
5
10
ZD106 6V2
DZ11AA1-H5W6-4F
R
G
B
C122 NC
ZD107 6V2
R135 75 1%
R136 75 1%
C123 NC
R137 75 1%
R113 0
R117 0
R121 0
DETECT
C124 NC
R138 2K2
FB101
120Ω
1617
11
12
13
D D
14
15
C C
ZD103 6V2
ZD104 6V2
C125 NC
4
C126 NC
C127 NC
R114 100
R115 100
R118 100
R120 100
R122 100
R124 100
R126 470
R127 100
R128 100
R130 100
R131 100
R132 100
R133 100
C114 0.047u/16V
C115 0.047u/16V
C116 0.047u/16V
C117 0.047u/16V
C118 0.047u/16V
C119 0.047u/16V
C120 0.047u/16V
C128 33p/50V
R139 2K2
C129 220p/50V
3
RIN
GNDR
GIN
GNDG
BIN
GNDB
SOG
PC5V_VGA
DET_VGA
SCL_VGA_I
SCL_VGA
VSYNC
HSYNC
SDA_VGA_I
SDA_VGA
RX2-
RX2+
GND
RX4-
RX4+
SCL
SDA
RX1-
RX1+
GND
RX3-
RX3+
GND
RX0-
RX0+
GND
RX5-
RX5+
GND
RXC+
RXC-
CN102
DVI-D_CON
VS
5V
HP
2
ZD102 6V2
DAT2DAT2+
R116 100
R119 100
R123 100
R125 100
DAT1DAT1+
DAT0DAT0+
DCLK+
DCLK-
2
3
R129 10K
R134 10K
1
Q105
PMBT3906
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
ZD101 6V2
1
SCL_DVI_I
SDA_DVI_I
SCL_DVI
SDA_DVI
DVI5V
C121 0.1/16V
HP_ENABLE
1
2
3
DAT0+
DAT0DAT1+
DAT1DAT2+
DAT2DCLK+
DCLK-
2
1
PC5V_VGA
VCC3.3
SCL_VGA
SDA_VGA
3
D104
BAV99
2
1
WP_DDC
3
D105
BAV99
2
1
3
D106
BAV99
3
D107
BAV99
2
1
2
1
InnoLux
3
D108
BAV99
2
3
D109
1
BAV99
LP2610
Document Number : SIZE :
LP2610-DR4-02
TITLE :
Input
DATE :
SHEET OF
2006-09-13
63
2
2
3
D110
1
BAV99
Rev :
2
1
A4
V01
R140 10 1%
R141 10 1%
R142 10 1%
R143 10 1%
R144 10 1%
R145 10 1%
R146 10 1%
R147 10 1%
VCC3.3
3
D111
BAV99
APPRO BY :
CHECK BY :
DRAWN BY :
1
B+
BG+
GR+
RCLK+
CLK-
VCC3.3
VCC3.3
D101
BAV99
D102
B B
A A
U105
C130 0.1/16V
1
A0
2
3
4 5
AT24C02BN
VCC
A1
A2
GND SDA
WP
SCL
8
R150 10K
R151 10K
7
6
5
BAV99
D103
BAV99
D112
BAV99
D113
BAV70
1
3
2
R153 100
2
2
2
2
SCL_DVI
SDA_DVI
3
1
3
1
3
1
3
1
DVI5V
VCC3.3
WP_DDC
R
G
B
DETECT
4
U104
1
A0
2
C131 0.1/16V
3
4 5
AT24C02BN
VCC
A1
A2
SCL
GND SDA
WP
D114
BAV70
3
8
7
6
R152 100
R148 10K
R149 10K
5
AVDD_DVI
34
R154 390
X101
207
DVI_R+
208
DVI_R-
2
DVI_G+
3
DVI_G-
5
DVI_B+
6
DVI_B-
8
DVI_CK+
9
DVI_CK-
11
REXT
14
DDCD_DA
15
DDCD_CK
18
HSYNC1
19
VSYNC1
20
BIN1
21
BIN1M
22
SOGIN1
23
GIN1
24
GIN1M
25
RIN1
26
RIN1M
27
BIN0M
28
BIN0
29
GIN0M
30
GIN0
31
SOGIN0
32
RIN0M
33
RIN0
36
HSYNC0
37
VSYNC0
38
RMID
39
REFP
40
REFM
41
VI_DATA[8]
42
VI_DATA[9]
43
VI_DATA[10]
44
VI_DATA[11]
45
VI_DATA[12]
46
VI_DATA[13]
47
VI_DATA[14]
48
VI_DATA[15]
51
GPO[5]/VHS
52
GPO[4]/SEC_VI_CK
53
VI_CK
54
VI_DATA[0]
55
VI_DATA[1]
56
VI_DATA[2]
57
VI_DATA[3]
58
VI_DATA[4]
59
VI_DATA[5]
60
VI_DATA[6]
61
VI_DATA[7]
77
GPO[2]/VVS
67
HWRESET
68
INT
69
ALE
70
RDZ
71
WRZ
72
DBUS[0]
73
DBUS[1]
74
DBUS[2]
75
DBUS[3]
200
PWM0
201
PWM1
62
VCTRL
158
BYPASS
76
GPO[3]/VDE
78
GPO[1]/FIELD
202
XOUT
203
XIN
AVDD_ADC
AVDD_ADC
D D
C C
B B
A A
INT
CLK+
CLK-
SDA_DVI_I
SCL_DVI_I
GNDB
BIN
GNDG
GIN
SOG
GNDR
RIN
HSYNC
VSYNC
HR
AL
RDZ
WRZ
AD0
AD1
AD2
AD3
PWM0
VOLUME
R+
RG+
GB+
B-
C132 0.1/16V
C133 0.1/16V
C138 0.1/16V
C139 22p/50V
14.31818MHz
C140 22p/50V
AVDD_MPLLAVDD_DVI
10
4
204
AVDD_DVI
AVDD_DVI
AVDD_MPLL
GND
GND
1
7
13
GND
16
GND
GND
351250
4
VDDP
66
162
182
VDDP
VDDP
VDDP
U106A
MST9200CA
GND
GND
GND
GND
GND
GND
GND
80
87
108
65
103
114
GND
GND
126
VDDMAVDD_ADC
GND
132
140
86
113
102
VDDM
VDDM
GND
GND
GND
15764183
155
159
125
VDDM
VDDM
GND
GND
163
139
VDDM
GND
172
154
AVDD_PLL
VDDM
GND
GND
GND
184
194
AVDD_PLL
GND
GND
205
206
3
VDDCAVDD_PLL2
131
49
109
AVDD_PLL2
DQS[3]
81
17317195
156
185
63
79
VDDC
VDDC
VDDC
VDDC
VDDC
VDDC
VDDC
VDDC
BADR[1]
DQS[2]
MCLKZ
MVREF
MADR[11]
DQS[1]
DQS[0]
110
100
106
104
130
134
153
196
197
198
199
NC
188
189
190
191
192
193
NCNCNCNCNCNCNCNCNC
LVB0M
LVB0P
LVB1M
LVB1P
LVB2M
LVB2P
LVBCKM
LVBCKP
LVB3M
LVB3P
LVA0M
LVA0P
LVA1M
LVA1P
LVA2M
LVA2P
LVACKM
LVACKP
LVA3M
LVA3P
MDATA[0]
MDATA[1]
MDATA[2]
MDATA[3]
MDATA[4]
MDATA[5]
MDATA[6]
MDATA[7]
MDATA[8]
MDATA[9]
MDATA[10]
MDATA[11]
MDATA[12]
MDATA[13]
MDATA[14]
MDATA[15]
DQM[0]
DQM[1]
MDATA[16]
MDATA[17]
MDATA[18]
MDATA[19]
MDATA[20]
MDATA[21]
MDATA[22]
MDATA[23]
MDATA[24]
MDATA[25]
MDATA[26]
MDATA[27]
MDATA[28]
MDATA[29]
MDATA[30]
MDATA[31]
MADR[10]
MADR[9]
MADR[8]
MADR[7]
MADR[6]
MADR[5]
MADR[4]
MADR[3]
MADR[2]
MADR[1]
MADR[0]
WEZ
CASZ
RASZ
BADR[0]
MCLK
MCLKE
RXO0-
187
RXO0+
186
RXO1-
181
RXO1+
180
RXO2-
179
RXO2+
178
RXOC-
177
RXOC+
176
RXO3-
175
RXO3+
174
RXE0-
171
RXE0+
170
RXE1-
169
RXE1+
168
RXE2-
167
RXE2+
166
RXEC-
165
RXEC+
164
RXE3-
161
RXE3+
160
MDATA0
152
MDATA1
151
MDATA2
150
MDATA3
149
MDATA4
148
MDATA5
147
MDATA6
146
MDATA7
145
MDATA8
144
MDATA9
143
MDATA10
142
MDATA11
141
MDATA12
138
MDATA13
137
MDATA14
136
MDATA15
135
133
101
MDATA16
99
MDATA17
98
MDATA18
97
MDATA19
96
MDATA20
95
MDATA21
94
MDATA22
93
MDATA23
92
MDATA24
91
MDATA25
90
MDATA26
89
MDATA27
88
MDATA28
85
MDATA29
84
MDATA30
83
MDATA31
82
AR10
129
AR9
128
AR8
127
AR7
124
AR6
123
AR5
122
AR4
121
AR3
120
AR2
119
AR1
118
AR0
117
116
115
112
111
107
105
2
MDATA[0..15]
DQM0
DQM1
MDATA[16..31]
AR[0..10]
WE
CAS
RAS
SBA
MCLK+
CKE
ALE
RD
WR
HWRESET
VLCD
CN105
12
DCR
34
56
RXE3+
78
RXE3RXECRXE2RXE1+
RXE0RXO3RXOCRXO2+
RXO1+
RXO0+
22
24
26
28
30
2x15P
InnoLux
Document Number : SIZE :
LP2610-DR4-02
910
1112
1314
1516
1718
1920
21
23
25
27
29
LP2610
RXEC+
RXE2+
RXE1RXE0+
RXO3+
RXOC+
RXO2RXO1RXO0-
TITLE :
Scaler___MST9200CA
Dimmer
R160 10K/NC
A3
1
VCC3.3
R156 560
R157 560
R158 560
R159 100
C134 0.1/16V
VLCD
DCR
APPRO BY :
CHECK BY :
R109 10K
PWM0
C136 0.1/16V
C135 0.1/16V
AL
RDZ
WRZ
HR
C137 0.1/16V
DATE :
SHEET OF
5
4
3
2
2006-09-13
64
Rev :
DRAWN BY :
V01
1
5
VDDQ VDDQ1
4
3
2
1
MDATA[0..15]
U112
D D
WE
CAS
RAS
C C
AR[0..10]
MDATA0
MDATA1
MDATA2
MDATA3
MDATA4
MDATA5
MDATA6
MDATA7 MDATA24
AR10
AR0
AR1
AR2
AR3
1
VDD
2
DQ0
3
DQ1
4
VSSQ
5
DQ2
6
DQ3
7
VDDQ
8
DQ4
9
DQ5
10
VSSQ
11
DQ6
12
DQ7
13
VDDQ
14
DQML
15
WE_
16
CAS_
17
RAS_
18
CS_
19
BA
20
A10
21
A0
22
A1
23
A2
24
A3
25 26
VDD VSS
SDRAM-7 16M
50
VSS
49
DQ15
48
DQ14
47
VSSQ
46
DQ13
45
DQ12
44
VDDQ
43
DQ11
42
DQ10
41
VSSQ
40
DQ9
39
DQ8
38
VDDQ
37
NC
36
DQMH
35
CLK
34
CKE
33
NC
32
A9
31
A8
30
A7
29
A6
28
A5
27
A4
GND
MDATA15
MDATA14
MDATA13
MDATA12
MDATA11
MDATA10
MDATA9
MDATA8
AR9
AR8
AR7
AR6
AR5
AR4
MCLK+
CKE
MDATA[16..31]
DQM1DQM0
WE
CAS
RAS
SBASBA
AR[0..10]
U113
1
MDATA16
MDATA17
MDATA18
MDATA19
MDATA20
MDATA21 MDATA26
MDATA22
MDATA23
AR10
AR0
AR1
AR2
AR3
VDD
2
DQ0
3
DQ1
4
VSSQ
5
DQ2
6
DQ3
7
VDDQ
8
DQ4
9
DQ5
10
VSSQ
11
DQ6
12
DQ7
13
VDDQ
14
DQML
15
WE_
16
CAS_
17
RAS_
18
CS_
19
BA
20
A10
21
A0
22
A1
23
A2
24
A3
25 26
VDD VSS
SDRAM-7 16M/NC
50
VSS
49
DQ15
48
DQ14
47
VSSQ
46
DQ13
45
DQ12
44
VDDQ
43
DQ11
42
DQ10
41
VSSQ
40
DQ9
39
DQ8
38
VDDQ
37
NC
36
DQMH
35
CLK
34
CKE
33
NC
32
A9
31
A8
30
A7
29
A6
28
A5
27
A4
GND
MDATA31
MDATA30
MDATA29
MDATA28
MDATA27
MDATA25
AR9
AR8
AR7
AR6
AR5
AR4
MCLK+
CKE
VDDQ
B B
FB107 60Ω
+
C170 10u/25V
C171 0.1/16V
C172 0.1/16V
C173 0.1/16V
C174 0.1/16V
C175 0.1/16V
VDDQ1VCC3.3
C176 0.1/16V
C183 0.1/16V
C184 0.1/16V
C185 0.1/16V
C186 0.1/16V
C187 0.1/16V
C188 0.1/16V
FB107
DC ON : 68mA @ Dot ON/OFF
DC OFF : 0mA
Document Number : SIZE :
A A
TITLE :
DATE :
SHEET OF
5
4
3
InnoLux
LP2610-DR4-02
SDRAM
2006-09-13
2
LP2610
65
Rev :
APPRO BY :
A4
CHECK BY :
DRAWN BY :
V01
1
5
VCC3.3
FB108
60Ω
VCC3.3
D D
PANEL_ENABLE
SDA
SCL
DCR_I
C C
SCL
SDA
B B
LED_G_C
A A
LED_A_C
R173 100
R175 100
U109
8
VCC
7
WP
6
SCL
AT24C04N
U110
8
VCC
7
WP
6
SCL
AT24C04N
R185 100
R186 100
5
VCC3.3
VCC3.3
+
R181 100
2
3
R182 100
2
3
C177 10u/25V
GNDSDA
GNDSDA
RP102
10Kx4
C178 0.1/16V
1
A0
2
A1
3
A2
45
1
A0
2
A1
3
A2
45
1
Q107
PMBT3906
1
Q108
PMBT3906
6 3
5 4
VCPU
LED_G
LED_A
7 2
8 1
R161 10K
R162 10K
C179
0.1/16V
RST
VCPU
Dimmer
7
9
13
14
15
38
39
16
35
36
37
40
DCR
4
8
RESET
P6.3/AD3
ISDA/P3.4/T0
ISCL/P7.7
VCOAST/P4.2
DA9/P7.2
DA8/P7.1
P6.2/AD2
DA7/P7.0/HCLAMP
VBLANK/P4.0
HBLANK/P4.1
DA5/P5.5
VSS
X1
12
10
R177 1M
X102
12MHz
C181
22p/50V
R112 10K
R111 100
4
4
VDD
VDD3
DA6/P5.6/CKO
HSCL/P3.0/RXD
HSDA/P3.1/TXD
+
C113 10u/25V
U108
MTV412MV
HSCL2/P7.5
HSDA2/P7.6
DA0/P5.0
DA1/P5.1
DA2/P5.2
VSYNC/P7.4
HSYNC/P7.3
DA3/P5.3
DA4/P5.4
P6.7/DA13
P6.6/DA12
P6.5/DA11
P6.4/DA10
P6.0AD0
P6.1/AD1
P1.7
P1.6
P1.5
P1.4
P1.3
P1.2
P3.2/INT0
P1.1
P1.0
X2
11
C182
22p/50V
U111
TS5A3159
1
NO
2
GND
3 4
NC COM
3
RP101
RP103
10Kx4
10Kx4
8 1
7 2
6 3
5 4
6
5
3
2
1
44
43
42
41
34
33
32
31
30
29
28
27
26
25
24
23
22
21
20
19
18
17
VCPU
R180 8K2
VCC3.3
DCR_I
6
IN
5
V+
Brightness
6 3
5 4
C180
1u/16V
RP104
RP105
10Kx4
10Kx4
8 1
7 2
6 3
5 4
8 1
7 2
R163 10K
RST
RP106
RP107
10Kx4
10Kx4
8 1
7 2
6 3
5 4
R165 10K
8 1
7 2
6 3
5 4
7 2
6 3
5 4
Document Number : SIZE :
TITLE :
DATE :
SHEET OF
3
2
8 1
R166 1K
R167 1K
R168 1K
R169 1K
R170 1K
R172 1KR171 100
R174 1K
R187 100
R188 100
R189 100
R176 100
InnoLux
LP2610-DR4-02
MCU___MTV412
2006-09-13
2
EXIT
UP
DOWN
LED_A
LED_G
MENU
POWER
66
DOWN
MENU
LED_A_C
SCL_DVI_I
SDA_DVI_I
Power_ENABLE
CCFL_ENABLE
AUDIO_ENABLE
WP_DDC
HP_ENABLE
SCL_VGA_I
SDA_VGA_I
DET_VGA
HWRESET
ALE
RD
WR
AD0
AD1
INT
AD2
AD3
LP2610
Rev :
CN106
2x4P 2.0mm
7 8
5 6
3 4
1 2
From Keypad
A4
V01
1
EXIT
UP
POWER
LED_G_C
APPRO BY :
CHECK BY :
DRAWN BY :
1
6
VIN-DC
D801
BU8-06-LF
1
0.47u/450V
C805
-+
4
L802 CHK-081
R802 330K
C804
L801
0.47/275V
C803
1000p/400V
C802
R803
330K
32
41
2
RT801
NTC 8R
3
4 4
4 1
3 2
R801
0.68/275V
330K
3 3
2 2
F801
3.15A/250V
1 1
CHK-080
SW801
SW DPST
1000p/400V
C867
1 2 3
P801
AC_SKT
R828
R898
430K
1K
R895
680K
R896
680K
R897
680K
M
0.1/50V
C812
0R39 2W
R827
R804
680K
R805
680K
R806
680K
15V
220K 1%
10K
R830
1000p/50V
C819
ZD802
R807
5
R808
270K
47p/1KV
STW18NK80Z
ZD803
18V
678
Vcc
4 5
NC
FBCSGND DRV
C864
Q803
1
123
HV
DMG
R809
680K
R810
680K
R811
680K
19.6K 1%
R812
23
47
0.1/50V
C816
IC802
NCP1377
C817
68p/50V
5 2
C809
0.01/50V
R829
D805
1N4148
+
47u/25V
1N5406
D802
7 9
47K
R813
C
132
Q804
C815
2SC1815
R831
33K
R815
0R15 2W
R835
1K
D806
TA10-02
T801
SPW-074
4
STF21NM60N
Q801
23
1
10K
R814
+
C818
47u/25V
R832
27K
D803
MUR460
C821
1000p/500V
R834
33
10R
R816
ZD801
18V
R825
82 1W
C814
4700p/1KV
R833
22
D
D804
MUR1100ERL
8
7
6
0.1/50V
C807
+
C808
47u/25V
IC801
8
GD
GND
L6562
R826
100K 2W
VS
VAO
MUL
ISDE
12V
ZD808
0.01/50V
C820
C806
120u/450V
1
2
3
45
T802
7
6
5
2
1
SPW-075
3
3
+
1u/16V
C810
1u/16V
C811
IC803
LTV817M
14
13
12
11
HV
R817
680K
R818
680K
R819
680K
4700p/400V
R820
9K1 1%
R821
18K 1%
SRF10-20CT
1
3
1
3
33
R837
R852
33
14
2
C866
D807
SRF10-20CT
45.3K 1%
R822
32
2
2
D810
C824
3300p/500V
R838
10K
1K
R840
Q802
2N7002K
1
680u/35V
2
CN801
1
2
3
4
5
6
7
8
9
10
11
12
13
14
100mm 14P
2200p/400V
C832
L804
5uH/4A
+
+
C825
C826
680u/35V
0.1/100V
C828
3
C
1
R
A
IC804
2
TLV431ALP
1K
R841
InnoLux
Document Number : SIZE :
TITLE :
Power
+
C827
680u/35V
R842
20K 1%
AL2623W
1
+24V
GND
ON/OFF
Brightness
N VCC 24V
0R01 1W
R844
4A/125V
R843
12K 1%
R851
160K 1%
APPRO BY :
A3LP2610-DR4-02
CHECK BY :
F803
+24V
DATE :
6
E
5
4
3
SHEET OF
2
2006-09-12
Rev :
V0152
DRAWN BY :
1
5
VIN-DC
47p/1KV
1N4148
D814
ZD807
18V
SPA06N80C3
R857
47
C
C850
10u/25V
C865
Q805
1
1
R846
68 1%
D813
1N4148
23
Q806
2SC1815
132
ZD804
2
Q813
PMBT3906
3
1
R859
D D
0R39 2W
R855
1K
R856
IC805
NCP1377
C C
1000p/50V
C839
B B
30K
R860
30K
10K
R858
678
HV
NC
Vcc
DMG
FBCSGND DRV
123
4 5
68p/50V
C840
+24V
0.1/50V
C838
N
ZD805
18V
+
47u/25V
R861
33K
M
C837
15V
R865
10K
3 2
R845
20K 1%
Q815
RK7002
4
HV
D812
TA10-02
1K
R899
+
C836
220u/25V
R847
20K 1%
68R 1/2W
R862
33K
R853
C835
1000p/500V
R864
33
C834
4700p/400V
20K 1%
R848
C831
10u/35V NC
R854
100K 2W
D811
MUR1100ERL
R849
20K 1%
12V
ZD806
0.01/50V
C841
T803
SPW-076
1
2
3
4
5
R891
10K 1%
3
10
9
7
6
IC806
3
LTV817M
4700p/400V NC
C860
C830
4.7u/10V
C859
2.2u/25V NC
R890
10K 1%
R867
10K
R850
33
SRF1040CM
D815
1
3
14
2
0.1/50V NC
C861
C858
2.2u/10V
2
C842
3300p/500V
1
C843
1000u/10V
1K
R868
1K
R870
32
Q814
PMBT3904 NC
+
D809
1N4148
1N4148
+
10u/25V
+
R869
D816
C847
C844
1000u/10V
10K
G
R893
10K 1%
2
L805
5uH/4A
3
C
1
R
IC807
A
2
TLV431ALP
D820
1N4148
1
2
3
4
5
7
6
+
0.1/100V
C846
1K
R871
R872
3K3 1%
IC811
OUTPUT3
OUTPUT2
OUTPUT1
OUTPUT4
INPUT1INPUT1+
INPUT2+V+INPUT3+
INPUT2-
INPUT4+
INPUT4-
INPUT3-
LM239
C845
1000u/10V
1N4148
GND
D821
1
0R01 1W
R874
R873
3K3 1%
R875
51 1%
D817
1N4148 NC
10K
14
13
12
11
10
9
8
R880
C848
2.2u/10V
C849
2.2u/10V
R876
5K1 1%
R877
5K1 1%
4A/125V
R878
5K1 1%
R879
5K1 1%
F802
+5V
0R1 1W
VCC 24V
A A
C852
470u/35V
+
2200p/50V
R883
C853
0.1/50V
IC808
MC33063ADR2G
C854
5
5
6 7
VCC Ipk
FB
1
SW-C
DRI
SW-ETCGND
234
R885
150 1W
150 1W
Q807
R884
AP9435H
DGS
8
R886
1K2 1%
D818
SKS20-04AT
4
D819
SKS20-04AT
120uH
L806
R887
10K5 1%
C855
0.1/50V
C857
0.01/50V
+
C856
680u/25V
3
R889
22 1%
0R01 1W
R888
R892
10K 1%
R894
10K
+12V
InnoLux
Document Number : SIZE :
TITLE :
Power
DATE :
SHEET OF
2
2006-09-12
AL2623
A3LP2610-DR4-02
Rev :
V0153
APPRO BY :
CHECK BY :
DRAWN BY :
1
5
C
Q809
D D
D
C C
1
Q812
2N7002K
2SC1815
3
32
2
+
C822
5K6
R905
47u/25V
R911
4K7
1
R908
10K
1
R907
5K6
IC809
3
LTV817M
32
4
Q808
2N7002K
4K7
R904
3
+5V
R903
4K7
14
2
1K
E
+
C862
47u/25V
R912
5K6
R906
BT169D
IC812
1000p/50V
C863
Q810
32
PMBT3904
1
10K
R902
R901
10K
R900
10K
Q811
32
PMBT3904
1
2
Power_STBY
R910
5K6
1
G
B B
12P 2.0mm
CN802
To IF BD
12
12
11
11
10
10
9
9
8
8
7
7
6
6
5
5
4
4
3
2
1
3
2
1
Power_STBY
VOLUME
Audio_ENABLE
+12V
Brightness
ON/OFF
VOLUME
+5V
InnoLux
Document Number : SIZE :
GND
AL2623W
APPRO BY :
A4LP2610-DR4-02
A A
5
4
3
TITLE :
Standby power
DATE :
SHEET OF
2
2006-09-12
Rev :
CHECK BY :
DRAWN BY :
V0154
1
5
4
3
+5V
2
1
+
C706 100u/16V
Audio_ENABLE
+5V
CN701
4
3
2
1
4P R/A 2.0mm
VOL
R704 10K
C708
1u/16V
+5V
R703 10K
32
Q701
PMBT3904
R705 4K7
1
VOLUME
D D
+
C705 100u/16V
C703 0.1/25V
U701
P701
PHONE_JACK
C C
2
3
4
5
1
C701 1u/16V
C707 1u/16V
APA2069
6
3
Lin-
Rin-
SE/BTL
8
R708 100K
15
VDD
SHUTDOWN
BYPASS
GND
21213
C709 2.2u/16V
10
VDD
Rout-
Rout+
Lout+
Lout-
VOLUME
GND
GND
GND
4
5
C702 0.1/25V
R-
16
R+
14
L+
11
L-
9
VOL
7
1
B B
InnoLux
Document Number : SIZE :
LE26XX (AL2623W)
APPRO BY :
A4LP2610-DR4-02
A A
5
4
3
TITLE :
Acer AL2623W
DATE :
SHEET OF
2
2006-09-12
Rev :
CHECK BY :
DRAWN BY :
V0155
1
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