Dell | S1909WNf | Service manual | Dell S1909WNf Service manual

Service Manual
Service Manual
LCD Monitor S1909WNf
-0-
1
Service Manual Versions and Revision
No.
Version
Release Date
Revision
1
1.0
2008/08/22
Initial Release
Copyright
Copyright 2007 InnoLux Display. 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 Foxconn Tech. Corp. Ltd.
Dell S1909WNf Service Manual
Service Manual
Table of Contents
CHAPTER 1- PRECAUTIONS & SAFETY NOTICES ...........................................................................................................3
1.
2.
3.
SAFETY PRECAUTIONS......................................................................................................................................3
PRODUCT SAFETY NOTICE................................................................................................................................3
SERVICE NOTES..................................................................................................................................................3
CHAPTER 2- SERVICE TOOLS & EQUIPMENT REQUIRED ..............................................................................................4
CHAPTER 3- CIRCUIT THEORY...........................................................................................................................................5
1.
2.
3.
4.
5.
6.
7.
8.
BLOCK DIAGRAM ......................................................................................................................................................5
ELECTRONIC CIRCUIT THEORY .................................................................................................................................7
FACTORY PRESET TIMING TABLE ...................................................................................................................13
POWER ON/OFF SEQUENCY ...................................................................................................................................13
D-SUB CONNECTOR PIN ASSIGNMENT ...................................................................................................................14
AC OUTLET PIN ASSIGNMENT .................................................................................................................................14
INNER CONNECTOR PIN ASSIGNMENT .....................................................................................................................14
KEY PARTS PIN ASSIGNMENTS ................................................................................................................................16
CHAPTER 4- DISASSEMBLY & ASSEMBLY .....................................................................................................................21
1.
2.
3.
EXPLODED DIAGRAM ..............................................................................................................................................21
1908WFPF DISASSEMBLY BLOCK ..........................................................................................................................22
ASSEMBLY BLOCK ..................................................................................................................................................23
CHAPTER 5- TEST AND ADJUSTMENT............................................................................................................................24
1.
2.
3.
4.
5.
6.
7.
FUNCTION KEY DEFINITIONS ...................................................................................................................................24
OSD CONTROL .....................................................................................................................................................24
FACTORY MODE INTRODUCTION..............................................................................................................................26
BURN-IN PATTERN ..................................................................................................................................................27
AUTO COLOR BALANCE (AUTOMATICALLY CALIBRATE CHIP ADC PARAMETER BY USING CHIP INTERNAL DAC.) ............27
UPLOAD FIRMWARE TO MCU VIA VGA CABLE ..........................................................................................................26
AFTER REPAIR, TO ENSURE THE QUALITY YOU SHOULD DO THE FOLLOWING TEST AND ADJUSTMENT.............................27
CHAPTER 6- TROUBLE SHOOTING..................................................................................................................................30
1.
2.
3.
4.
5.
6.
COMMON ACKNOWLEDGE .......................................................................................................................................30
NO POWER LED OFF .............................................................................................................................................30
POWER NORMAL LED AMBER .................................................................................................................................31
BACKLIGHT CAN’T BE TURNED ON ............................................................................................................................32
NO PICTURE BACKLIGHT ON..................................................................................................................................33
AT 32-GRAY SCALE PATTERN, COLOR LOST IN SOME SCALE .......................................................................................34
CHAPTER 7- RECOMMENDED PART LIST.......................................................................................................................35
ATTACHMENT 1- BILL OF MATERIAL ...............................................................................................................................37
ATTACHMENT 2- SCHEMATIC ...........................................................................................................................................47
ATTACHMENT 3- PCB LAYOUT .........................................................................................................................................58
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Service Manual
Chapter 1- PRECAUTIONS & SAFETY NOTICES
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:
This monitor should be operated only at the correct power sources indicated on the rating
label on the rear cover of the monitor. If you’re unsure the power supply in your residence,
consult your local dealer or Power Company.
Use only the specified power cord that comes with this monitor.
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.
Do not remove the monitor cabinet. There is high-voltage parts inside that may cause
electric shock to human bodies.
Stop using the monitor if the cabinet is damaged. Have it checked by a service technician.
Put your monitor only in a lean, cool, dry environment. If it gets wet, unplug the power
cable immediately and consult your closed dealer.
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.
Do not place heavy objects on the monitor or power cord.
z
z
z
z
z
z
z
z
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.
SERVICE NOTES
z
When replacing parts on circuit boards, clamp the solder 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.
z
Use Pb free solder wire for circuit board preparation.
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Service Manual
Chapter 2- SERVICE TOOLS & EQUIPMENT REQUIRED
1.
2.
3.
4.
5.
6.
7.
8.
9.
SIGNAL GENERATOR
MULTIMETER
SCREW DRIVER
OSCILLOSCOPE
Soldering IRON
SOLDER (Lead free, RoHS compliance)
Color Analyzer
Fox_VISP_Programmer
Fox_VEDID_Programmer
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Service Manual
Chapter 3- CIRCUIT THEORY
Block Diagram
There are 2pcs PCBA in this monitor, one is power& inverter board which is a single layer board,
one is interface board .The system function block diagram as below.This PWA is included
switching power supplier, inverter for CCFL and interface board.(fig.1)
To IF Board
Brightness Control
ON/OFF Control
Lamp1
+5V DC output
+12V DC output
1
Snubber
&Schottky
Power
Transformer
Feedback
and OVP
Panel
Inverter
Transformer
To
Snubber
&Schottky
MOSFET
INL836
Power
MOSFET
Photocoupler
2
Feedback
Control
INVERTER
PWM Control IC
LD7552B
AC Line Filter
POWER
AC Input
90V~264V
Wire Harness
for 1 Channel
Panel Interface
LVDS for 2
Channels
CCFL
Lamp2
Rectifier&
Filter
Circuit
Connector
Brightness Control
One Connector
ON/OFF Control
5V
5V
AP1117E33A/
LM1117MPX-3.3
I2C
3.3V
24C04
AP1117E18A/
LM1117MPX-1.8
1.8V
Scalar
SPI
Flash
Keypad
Connector
Mstar TSUM1PEJ-LF-2
XTAL
14.318M Hz
I2C
24C02
DVI
DVI Connector
DVI For Reserved
Fig.1
5
VGA
VGA Connector
I2C
24C02
Service Manual
Electronic Circuit Theory
2.1 Inverter PWM circuit
2.1.1) Inverter Control circuit :( fig.2)
+12V
+5V
C23
2.2uF/16V
3.3V Lightest
0V of lightest
R3 10K
C9
DIM
470uF/25V
3
2
4
R4
113K
Q1
GNDA
VDDA
DRV2
DRV1
6
G2
6
7
5
D2
C27
1nF/50V
AP9971GD
S2
7
Q4
5
INL836
33nF/50V
RK7002
2
1
DIM
1nF/50V
4
3
C6
RT
8
3
Q2
RK7002
C8
ISEN
D2
8
3
2
SST_CMP
D1
U1
1
D1
1
47K
1
1500pF/50V X7R
2
open
R22
C22
1500pF/50V X7R
ZD7
C25
open
R5 10K
33R
0.1/50V
G1
3.3V On
5 ON/OFF
R18
33R
1
C5
1500pF/50V X7R
3
0V Off
R17
C21
R1
open
CCFL_ON/OFF
C1
S1
5
2
Brightness
C2
0.1/50V
C12
22nF/25V
+5V
2N3904
C
Q3
B
E
R7
1M
OVP
Fig.2
DC_5V through C23 and C2 will provide power for U1 on the pin6.
EN-ON/OFF voltage signal coming from scalar which is on IF BD will enable U1 to work.
During start up, The voltage of SST_CMP is determined by Pin8(ISEN).When ON/OFF signal is off,
MOSFET Q1 will be closed, then upper resister R22 give high signal to Q2’ GATE pin, and make
IC’Pin1(SST_CMP) to GND, so IC will shut down. If giving a high signal to Q1, Q2 will be
closed .then Pin1 will be floating. Once the voltage at the ISEN pin reaches the lamp on threshold,
the IC switches from the striking mode to the normal operation mode and the PWM dimming
control is activated. At the same time, the voltage of Pin1 will change following the voltage of Pin 8.
R5 is limited current resister and C6 accomplishes the soft start function.
DIM-ADJ duty cycle signal through R3 and C5 is on Pin 7(DIM), which will adjust IC’ output
duty cycle, then changing the brightness of Panel
The striking and operating frequency is determined by the external resistor (R4) connected to Pin
2. The striking frequency is 1.3 times of normal frequency.
DRV1 and DRV2 of U1 are used to drive Q4. DRV1 and DRV2 are controlled by build-in PWM
IC. DRV1 is reverse with DRV2.Q4 is built in 2 N-chanel MOSFET. DRV1 and DRV2’PWM signal
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Service Manual
drive Q4, this push and pull the energy in the transformer.
The voltage signal on negative pole of ZD4 sensed through R35 comes to Pin4 of U1, ISEN
(Lamp Current Detection & Control). The CCFL current is detected through R14and reaches a
regulated value. The CCFL current detected at resistor R14 is converted to a voltage level and
input to the ISEN pin.C12 is used to dump noise. Once the CCFL are ignited and current is sensed
through resistor R14 .capacitor C12 performs the loop compensation function. The voltage at IC
pin8 controls the drive duty cycle of the power MOSFET to regulate the CCFL current.
2.1.2) Output Circuit and Protection Circuit :( fig.3)
CN3
1
2
NC
CN1
1
2
4100-D02
R6
3
1K
3
4
ZD4
7
C18
BAV99
C17
3pF/3KV
15pF /3KV
2
10
1
SPW-054
T1
1
R14
390R 1%
6
CN2
1
2
C13
C19
3pF/3KV
4100-D02
C24
2700pF/50V X7R
NC/220pF /50V X7R
CN4
3
1
2
BAV99
2700pF/50V X7R
OVP
ZD6
NC
R2
1K
2
3
C14
1
C15
NC/220pF/50V X7R
ZD5
+5V
2
OVP
1
BAV99
+5V
fig.3
C9 and C2 is the filter capacitance.R17 and C21 as the snubber circuit will decrease the peak
voltage on Q4 drain pole witch have bad effort for MOSFET safety area.R18 and C22 have the
same effect with R17 and C21.C8 and C27 will deeply decrease the voltage on Q4 drain pole.
The transformer (T1) secondary winding leakage inductance and output capacitance(C18)
forms a lower pass filter, which converts the square-wave driving signal into a sinusoidal output
voltage signal for CCFL.
The over-voltage protection feature is implemented by using an external capacitor
devider(C13/C14,C17/C19) to sense the output voltage.The divide-down voltage signal is
transferred though ZD5 and ZD6,witch will rise the OVP voltage ,then this OVP signal though Q3
determine the voltage of SST_CMP ,thus regulating the output voltage.
If a CCFL is removed, fails or damaged during normal operation, CCFL current is no longer
sensed and the voltage on ISEN pin drops. Once the voltage at the ISEN pin is less than the lamp”
on” threshold, the shutdown timer is activated. The IC maintains the output voltage for
approximately 2-3seconds and once the timer expires, the IC will shutdown. To restart the IC, either
toggle the SST_CMP pin or recycle the power on the VDDA pin.
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Service Manual
2.2 Power PWM circuit
2.2.1) Block diagram :( fig.4)
Fig.4
2.2.2) AC Input and EMI Filter :( fig.5)
L850
4
1
3
2
CHK-007
R851
499K
R852
R850
499K
499K
RT850
5R4A
C852
0.47uF X2
C850
C851
222 Y 2
222 Y 2
F850
3.15A 250V
1
3
2
CN850
HF-301PCB 7MM
fig.5
CN850 is a connector for connecting AC Power. F850 is a fuse to protect all the circuit AC.
Input voltage is from 90V to 264V. R850 ,R851 and R852 are joined between two inputting main
circuit to prevent man from shock. L850 is used to clear up low frequency wave. C850 and C851
are used to discharge the waves that L850 produced. High frequency waves are damped by
C852
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Service Manual
4
D850
BL4-06
R839
+ 1
-
0.2R/1W FUSE
C854
68uF/450V
R841
27K
2
C875
472P
R842
R856
10R
7
VCC
NC
8
D851
FR10-10
SF10-04
10uF/50V
Signal_GNDR844
5
D841
4
9
8
47R
NC/1N4148
RT
3
4
D852
C855
0.01uF/50V X7R
5
11
10
27K
C849
U850
LD7552B
2
R855
499K
OUT
NC/P6KE170A
27K
R843
VCC
D853
R854
499K
3
12
R853
499K
Signal_GND
T850
SPW-119
1
R848
100K 1%
7
C860
AP2762
2
C872
NC/100P/1KV Y 5P
332 Y 1
3
C846
6
Q850
1
3
2.2.3) High Voltage to Low Voltage Control Circuit :( fig.6)
NC/47pF/50V X7R
GND
COMP
CS
6
R840
47R
1
Signal_GND
2
Signal_GND
C848
C847
1nF/50V X7R
1nF/50V X7R
Signal_GND
R884
10K
1
T851
NC
12
R859
0.75R/2W 1%
2
Signal_GND
11
10
3
9
4
5
8
6
7
fig.6
D850 is a rectifier in which there are 4 build-in diodes, inverting AC to DC.
C854 is used to smooth the wave from rectifier. R839 is a fuse resistor to protect the following
circuit when inrush current is too large. U850 is a highly integrated PWM controller. Typical
start-up current for U850 is only 30 uA, R841, R842 and R843 are serial circuit to limit current
flow. When current flow through R838 and R839 gets to Pin 3 of U850, with VDD
hold-up capacitor C855, U850 is enough for starting up.
When U850 begins to work Pin8 of U850 will output square wave to drive Q850, and then the
main current flow get to GND bypassing through T850, Q850. Because of the change of current
flow, wires in the other side of T850 will induct current. At the same time, the current inducted by
wires which connected T850 Pin 1 and Pin 2, with components of D852, R855, C855 and C849,
will be supplied to U850 for normal operating.
When the sense voltage across the sense resistor R859, reaches the threshold voltage around
0.85V, the output GATE drive will be turned off. Every time when the output of power supply is
shorted or over loaded, the FB voltage will increase, the build-in PWM output will then be turned off.
Both will prevent the power supply from being overheated under over loading condition. The PWM
duty cycle is determined by this current sense signal and VFB, the feedback voltage. When the
voltage on sense pin reaches Vcomp = (VFB-1.0)/3, a switch cycle will be terminated immediately.
Vcomp is internally clamped to a variable voltage around 0. 85 V for output power limit.
When Q850 are turned off, the main current flow will be consumed through D851, C875 R853 ,
R854 and R855. This will prevent Q850 from being damaged under large current impulse and
voltage spike.
2.2.4) DC_12V and 5V Output Circuit and Feedback circuit :( fig.7)
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Service Manual
C862
1000pF/1KV X7R
R862
10R 2W
D854
SR520
D855
SR520
C873
1000pF/1KV X7R
D856
D857
L855
NC/CHK-XXX
+12V
C863
470uF/25V
C864
470uF/25V
R887
20K
R873
10R 2W
NC/SB5150
L854
CHK-XXX
F851
SB5150
+5V
5A/125V
C858
470uF/25V
C856
C857
470uF/25V
C876
470uF/25V
0.1uF/50V
+5V
R857
270R
R871
R872
270K
3.6K
ON/OFF
DIM
1
2
3
4
5
6
7
8
CN853
+5V
+5V
GND
GND
ENA
DIM
Audio_detect
Audio_on/of f
SIP-8P
R858
NC/5K1
R860
I851
TL431
5K1
C871
0.1uF/50V
C859
10nF/50V Y 5V
R868
3.3K
fig.7
D854 is used to rectify the inducted current. R862 and C862 are used to store energy when
current is reversed. The parts including C863, C864, and R887 are used to smooth the current
waves that are from D854 and D855, and then 12V voltage is supplied. We can see, there have two
parts C862 and R862 paralleling with D857,they have two functions ,One is used to damp the peak
voltage of D857, the other is used for EMI.
D857 is used to rectify the inducted current. R873 and C873 are used to store energy when
current is reversed. The parts including C856, C857, C858 , C876 and L854 are used to smooth
the current waves that are from D857, and then 5V voltage is supplied.C873 and R873 have the
same function with C862 and R862.
In order to limit the 5V and 12V over Spec, we need a sampling circuit to accomplish this
function. At first, use R871 ,R872 and R868 this divider circuit to sample 2.5V, and comparing it to a
reference voltage 2.5,so we will get a differential signal witch can control the current of I851(TL431).
R860,C859 and C871 is frequency compensating circuit witch be able to control feedback loop
speed rate,R857 is else able to accomplish this function, and its main task is getting current for
I851 and I850
2.3 I/F Board Circuit (see the Attachment 2- Schematic)
2.3.1 RGB CAPTURE
- Signal RED,GREEN,BLUE input through CN102 #1,#2,#3, Stop DC via C113, C114 and
C115, and then enter into U105 (TSUM1PEJ-LF-2) analog input PIN #28,#25,#23, and then
TSUM1PEJ-LF-2 deals with signal internally. D103, D104, D105 are ESD protector to
prevent U105 from ESD.
- Signal DDC_SCL (series clock) inputs via CN102#15, and then passes through ZD106 for
ESD protection, goes into EDID EEPROM IC U103 #6.
- Signal DDC_SDA (series data) inputs via CN102#12, and then passes through ZD103 for
ESD protection, goes into EDID EEPROM IC U103 #5.
- Signal TTL vertical sync. (Vsync) inputs via CN102 #14, and then clamped by ZD105 Zener,
passes through R134, and then goes into IC U105 (TSUM1PEJ-LF-2) #33.
- Signal TTL horizontal sync. (Hsync) inputs via CN102 #13, and then clamped by ZD104
Zener, passes throughFB101 & R133, and then goes into IC U105 (TSUM1PEJ-LF-2) #32.
- CN102#5 is defined as cable detect pin, this detector realize via R113 and U105#36, and
D102 is ESD protector.
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Service Manual
- U103 +3.3V is supplied by PC via CN102#9 with D106 and ZD102 for ESD protection, or
supplied by Monitor self via D106.
- U103 is an EEPROM IC which is memory and EDID data saved in it.
2.3.2 DVI CAPTURE(NA)
- Differential Signal input RX0+,RX0-,RX1+,RX1-,RX2+,RX2-,RXC+,RXC- through CN102
#18,#17,#10,#9,#2,#1,#23,#24 via R130,R131,R132,R133,R134,R135,R137,R138 enter
into U104 (TSUM1PEJ-LF-2) Digital input terminal #39,#40,#42,#43,#45,#46,#48,#49, and
then TSUM56BWHK-LF deals with signal internally. D108, D109, D110, D111, D112, D113,
D114, D115 are ESD protector to prevent U104 from ESD
- Signal DDC_SCL (series clock) inputs via CN102#6, and then passes through ZD106 Zener
for ESD protection, via R126, goes into EDID EEPROM IC U101 #6.
- Signal DDC_SDA (series data) inputs via CN102#7, and then passes through ZD107 Zener
for ESD protection, via R127, goes into EDID EEPROM IC U101 #5.
- CN102#15 is defined as cable detect pin, this detector realize passes through R125 ,go into
U104#27, and ZD110 is ESD protector.
- U101 +5V is supplied by PC via CN102#14 through D107, or supplied by Monitor self via
D107.
- U101 is an EEPROM IC which is memory and DVI input EDID data saved in it.
2.3.3 Buttons Control
- Button “Power” on front bezel connects to U105 (TSUM1PEJ-LF-2) #4 through CN104 #1,
U105 #4 is defined as power on/off.
- Button “Ï” on front bezel connects to U105(TSUM1PEJ-LF-2) #24 through CN104 #2,
U105#120 Voltage is defined as “Plus”.
- Button “Д on front bezel connects to U104 (TSUM1PEJ-LF-2) #24 through CN104 #2, U105
#120 Voltage is defined as “Minus”.
- Button “Menu” on front bezel connects to U105 (TSUM1PEJ-LF-2) #121 through CN104 #4,
U105 #121 Voltage is defined as “Menu”.
- Button “ENTER” on front bezel connects to U105 (TSUM1PEJ-LF-2) #121 through CN104
#4, U104 #121 Voltage is defined as “ENTER”.
- LED Indicator on Front Bezel
a. When press button “power”, U105 (TSUM1PEJ-LF-2) #123 be send in low Voltage, make
Q107#3 sends out low Voltage , and then to CN01#2 on keypad, LED white on.
b. When in “Suspend” mode, U105 (TSUM1PEJ-LF-2) #124 sends out a low Voltage, make
Q108#3 sends out low Voltage and then to CN01 #3 on keypad, LED Amber ON.
2.3.4 MATAR CHIP U105 (TSUM1PEJ-LF-2)
- U105 (TSUM1PEJ-LF-2 ) #86~#77 output 8 bit even and #100~#91 output 8 bit odd LVDS
digital data to panel control circuit through CN103.
- U105 (TSUM1PEJ-LF-2) #73 output PPWR ”H” potential to make Q104 conducted, and then
make Q101 conducted, +5V flow to CN103#1~#3 as Panel Vdd .
- U105 (TSUM1PEJ-LF-2) #109 output CCFL_ON/OFF ”L” potential to control Inverter on/off.
- U105 (TSUM1PEJ-LF-2) #125 outputs Brightness “PWM” signals to control CCFL
brightness.
- TCLK by Crystal 14.318MHz input to U105 (TSUM1PEJ-LF-2) #128.
- U105 (TSUM1PEJ-LF-2) #7is RESET signals input pin
Please refer to TSUM1PEJ-LF-2 Pin Assignments table in page
2.3.5 Regulator Circuit
- +5V is from switching mode power supply for panel
- +3.3V is generated from Regulator U101 which is supplied by+5V through C104 filtering,
C102 is 3.3V output filter ,the output 3.3V supplies to U102, U103,U105,U108.
- +1.8V is generated from Regulator U102 which is supplied byU101-3.3V through C106
filtering.The1.8V via FB105 supplies to U105.
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Service Manual
3. FACTORY PRESET TIMING TABLE
Standard
VESA
IBM DOS
Resolution
640 x 480
640 x 480
800 x 600
800 x 600
1024 x 768
1024 x 768
1152x864
1280x1024
1280x1024
1366x768
720 x 400
Horizontal Frequency
(KHz)
31.469
37.500
37.879
46.875
48.363
60.023
67.500
48.483
60.087
55.935
47.712
Vertical Frequency
(Hz)
59.940
75.000
60.317
75.000
60.004
75.029
75.000
60.042
75.034
59.887
59.790
4. Power On/Off Sequency
Hardware power On/Off
When power cord plug into AC socket, Power provides 16V and DC_5V.
DC_5V is main voltage for panel and Regulator U103.
DC_3.3V is coming from Regulator U103, DC_3.3v is main voltage for U104. When DC_3.3V
input to U104 and U104 reset circuit active, U104 all registers will be set to default, that means
finish hardware power on.
When pull out power cord from AC socket,the system shut down instantly for no supply
Software power On/Off
- When press power key, U104 #23 receives low pulse, then (TSUM1PEJ-LF-2) U104 will be
wake up and send control signals(at 20,75pin) to on CCFL and switch 5.0v to panel module,
at the same time,U104 make the VGA/DVI cable input signal source display normal on panel
if the VGA/DVI cable input signal is active
- If power ON, U104 #31 (LED_green) will send out low potential, and then LED white on.
- If power saveing, U104 #35 (LED_Amber) will send out low potential, and then LED Amber
on.
- If power ON or power saveing, when press power key, U104 #23 receives low pulse, then
U104 will be sleeping and turn off backlight, at the same time, the panel will lose +5V.
The Panel_Vcc, Backlight_En, CLK/DATA output to panel will follow the following sequency.
12
Service Manual
Power supply for panel+5V VDD
90%
90%
10%
0V
10%
T1
T2
T5
Signals
(Digital RGB, HS, VS, DE, CLOCK)
0V
T6
T7
Valid data
T3
T4
Power supply for backlight
T1(ms) T2 (ms) T3 (ms)
0.5~10 0.0~50
>200
0.5~10 0.01~50 >500
SPEC (AUO)
SPEC (LPL)
T4 (ms)
>200
>200
T5 (ms)
0.5~50
0.01~50
T6 (ms)
NA
NA
T7(ms)
>1000
>1000
5. D-SUB Connector Pin Assignment
Pin
1
2
3
4
5
Pin
6
7
8
9
10
Symbol
Red_GND
Green_GND
Blue_GND
PC+5V
GND
Pin
11
12
13
14
15
Symbol
GND
DDC_SDA
Hsync
Vsync
DDC_SCL
AC input connector Pin Assignment
2
6.
Symbol
Red
Green
Blue
GND
Cable Detect
1
3
CN850
Pin
1
2
3
Symbol
Line
GND
Neutral
Description
AC Line(Vin=100 to 240 Vrms,50/60Hz)
GND
AC Line(Vin=100 to 240 Vrms,50/60Hz)
7. Inner Connector Pin Assignment
7.1 CN103 (Connect M/B to Panel,)
Pin
Symbol
Description
1
Panel_Vcc
Panel power supply (typ.5.0V)
2
Panel_Vcc
Panel power supply (typ. 5.0V)
3
Panel_Vcc
Panel power supply (typ. 5.0V)
4
NC
5
NC
13
Service Manual
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
NC
GND_LVDS
RXE3+
RXE3RXEC+
RXECRXE2+
RXE2GND_LVDS
RXE1+
RXE1GND_LVDS
RXE0+
RXE0RXO3+
RXO3RXOC+
RXOCGND_LVDS
RXO2+
RXO2RXO1+
RXO1RXO0+
RXO0-
LVDS Ground
LVDS signal of even channel 3(-)
LVDS signal of even channel 3(+)
LVDS signal of even channel clock (+)
LVDS signal of even channel clock (-)
LVDS signal of even channel 2(+)
LVDS signal of even channel 2(-)
LVDS Ground
LVDS signal of even channel 1(+)
LVDS signal of even channel 1(-)
LVDS Ground
LVDS signal of odd channel 0(+)
LVDS signal of odd channel 0(-)
LVDS signal of odd channel 3(+)
LVDS signal of odd channel 3(-)
LVDS signal of even channel clock (+)
LVDS signal of even channel clock (-)
LVDS Ground
LVDS signal of even channel 2(+)
LVDS signal of even channel 2(-)
LVDS signal of even channel 1(+)
LVDS signal of even channel 1(-)
LVDS signal of odd channel 0(+)
LVDS signal of odd channel 0(-)
7.2 CN1, CN2 (Connect to Panel Backlight,)
Pin
Symbol
Description
1
HV
High voltage for lamp
2
LV
Low voltage for lamp
7.3 CN104 (Connect to keypad, WAFER2*4P or compatible connector)
Pin
Symbol
Description
1
POWER
OSD “POWER” control
2
PLUS/MINUS
OSD “+/-” control and “AUTO/Brightness”adjustable hot
key
3
LED white
LED white on/off control
4
MENU/ENTER
OSD “MENU/ENTER” control
5
LED Amber
LED amber on/off control
6
GND
Ground
7
GND
Ground
8
GND
Ground
14
Service Manual
8. Key Parts Pin Assignments
8.1 U105(TSUM1PEJ-LF-2)
15
Service Manual
16
Service Manual
17
Service Manual
8.2 U108 (Serial Flash)
Pin
Symbol
I/O
1
CE#
I
2
SO
I/O
3
WP#
I/O
4
5
VSS
SI
G
I/O
6
SCK
I/O
Description
The device is enabled by a high to low transition on CE#.
CE#
must remain low for the duration of any command
sequence.
To transfer commands, addresses, or data serially into the
device.
The write protect (WP#) pin is used to enable/disable BPL
bit in
the status register.
Connect ground
To transfer commands, addresses, or data serially into the
device
input are latched on the rising edge of the serial clock.
To provide the timing of serial interface.
Commands, addresses, or input data are latched on the
18
Service Manual
7
HOLD
8
VDD
I/O
P
rising edge of the clock input, while output data is shifted
out on the
Falling edge of the clock input.
To temporarily stop serial communication with SPI flash
memory without resetting the device.
To provide power supply.
8.3 U850 (LD7552, PWM Power Controller)
Pin
Symbol
I/O
Description
1
GND
Ground
2
COMP
I
Voltage feedback pin(same as the COMP pin in
UC384X), By connecting a photo-coupler to close
the control loop and achieve the regulation
3
VCC
I
Supply voltage pin
4
RT
I
This pin is to program the switching frequency. By
connecting a resistor to ground to set the switching
frequency
5
NC
Unconnected pin
6
CS
I
Current sense pin, connect to sense the MOSFET
current
7
VCC
I
Supply voltage pin
8
OUT
O
Gate drive output to drive the external MOSFET
8.4 U1 (INL836, CCFL Inverter controller IC)
Pin
Symbol
I/O
Description
Enable, Soft Start Time and Compensation for current
1
ENA_SST_CMP
I
and voltage
Timing Resistor to provide Striking and Operating
2
RT
I
Frequency
3
GNDA
I
Ground
4
DRV2
O
N MOSFET Drive Output
5
DRV1
O
N MOSFET Drive Output
6
VDDA
I
Supply Voltage
7
DIM
I
Dimming Voltage Adjusting Input
8
ISEN
I
Current Sense Feedback
19
NO.
20
Designation
509146306202R
2
2
2
509016306200R
509446309100R
Screw,I,Cross,M3*6,Zn-Cc
3
502040400600R
Screw,P,Cross,M4*10,Black-NL
1
1
505040208510R
505040208511R
506380001730R
MYLAR FOR AUO PANEL,LE1979
MYLAR FOR CHASSIS,LE1979
TAPE,ACE,85*20mm,LE1913
1
Screw,B,CROSS,W/W-SPR,M3*9,Zn
714020017000R
SHIELD EMI LP2207
509146610100R
3
4
509000001000R
Bolt,#4-40*12.5,Ni
1
502090310830R
LE1979
CHASSIS
1
4
Screw,P,Cross,M4*10,Black-NL
1
509116610510R
Screw,I,Cross,M3*5,Zn-Cc
1
509016305200R
4
701000007630R
VESA-COVER,LE1979
509212103500R
501020220611R
1
BUTTON,LE1979
OSD
ASSY,CHASSIS LE1979
SCREW,F,CROSS,T.T-2*3,BLK
1
KENSINGTON LOCK LP1704
1
LVDS FFC
Screw,P,Cross,W/WAS(7.8),M3*6,Zn-Cc
1
501020220610R
502210100300R
501030209841R
COVER,BACK LE1979
1
1
714050014910R
ASSY,COVER,BACK,LE1979
1
1
PCBA,KEYPAD(power key +LED)BOARD
1
501030209840R
1
Identification NO. Q't
PCBA,KEYPAD(4fuction key)BOARD,LE19D5
PCBA,PWR&INV./B,
PCBA,I/F BOARD,W/O SPK LE19D5-812 ROHS
1
1
501010216330R
PANEL,LPL&AUO
501110500301R
NO.
S-6 S-5 S-3
LOGO PLATE DELL Apollo 4
BEZEL,FRONT, LE1979
Remark
S-1 S-7
POWER,BUTTON,LE1979
1
714030016330R
Identification NO. Q't
ASSY,BEZEL,FRONT,LE1979
Designation
S-2
Remark
Stone.SHI
2008/07/05
S-4
LE1979
Exploded Drawing
S-8
Service Manual
Chapter 4- Disassembly & Assembly
1. Exploded Diagram
Service Manual
2.
S1909WN Disassembly Block
LE1979 DISASSEMBLY BLOCK
keypad board*1
Screw,P,Cross,
T,T-2*3,BLK*
logo plate*1
Button power *1
Front bezel*1
kensington lock*1
Back cover*1
FINAL ASSY*1
STAND ASSY*1
(I,Cross,M3*4,Zn-Cc)*4
(
)
PANEL*1
(MYLAR FOR AUO PANEL)*
ower board*1
FRONT BEZEL ASSY*1
(P,Cross,W/WAS,M3*6,Zn-Cc)*3
(B,Cross,W/WAS,M3*8,Zn-Cc)*1
I,Cross,M3*6,Zn-Cc)*2
VESA COVER*1
OSD BUTTON*1
BACK COVER ASSY*1
OSD KEYPAD*1
I/F board*1
FFC-CABLE*1
(P,Cross,W/WAS,M3*6,Zn-Cc)*2
(BOLT,#4-40,NI)*4
Chassis*1
MYLAR FOR CHASSIS*1
EMI clip*
(P,Cross,M4*10,BLACK-NL)*3
CHASSIS ASSY*1
Note:
1. The arrows point out the direction of disassembly.
21
Service Manual
3.
Assembly Block
LE1979 ASSEMBLY BLOCK
Chassis*1
Button_power *1
CHASSIS ASSY*1
EMI clip*
front bezel*1
MYLAR FOR CHASSIS*1
logo plate*1
Back cover*1
I/F board*1
FFC-CABLE*1
(P,Cross,W/WAS,M3*6,Zn-Cc)*2
(BOLT,#4-40,NI)*4
kensington lock*1
POWER keypad board*1
Power board*1
OSD- button*1
Screw,P,Cross,
T,T-2*3,BLK*
(P,Cross,W/WAS,M3*6,Zn-Cc)*3
(B,Cross,W/WAS,M3*8,Zn-Cc)*1
(I,Cross,M3*6,Zn-Cc)*2
FRONT BEZEL ASSY*1
VESA COVER*1
panel*1
OSD keypad board*1
BACK COVER ASSY*1
(MYLAR FOR AUO PANEL)*
(I,Cross,M3*5,Zn-Cc)*4
(LPL/AUO)
STAND ASSY*1
(P,Cross,M4*10,BLACK-NL)*3
PANEL ASSY*1
FINAL ASSY*1
Note: 1. The arrows point out the direction of assembly
22
Service Manual
Chapter 5- TEST AND ADJUSTMENT
1. Function key Definitions
POWER
Every bottom function defining
Power Switch with power LED indicator
OSD Controls
Factory Modes Keys Function
Power: On/Off, includes power indicator and Power ICON
white- Active On
Amber- DPMS
1. Menu: When OSD isn’t shown on screen, press [MENU] to enter OSD
interface ,When OSD displays, press [MENU] to exit OSD
2. (Plus): When “MENU OSD” displays, press these keys to change the
contents of an adjustment item, or change an adjustment value
When “MENU OSD” un-displays, press [Plus] to adjust Brightness
and Contrast;
3. (Minus):When “MENU OSD” displays, press these keys to change the
contents of an adjustment item, or change an adjustment value
When “MENU OSD” un-displays, press [Minus]to execute the Auto
Adjust function
4. Enter: When “MENU OSD” displays, press these keys Enter the OSD sub
menu
5. Power: Power on or off the monitor
Auto Color Balance
Purpose: Automatically calibrate chip ADC parameter by using chip internal
DAC.
Process: If we want to do “Auto Color Balance” again, please confirm the
following steps.
1) Connect the VGA cable with the standard video pattern generator and
display the pattern with blackest and whitest colors.
2) Press “Power Key”, to power off the monitor.
3) Press “Menu Key” and “Up Key” simultaneously, and then press “Power
Key” to power on the monitor.
4) Press “Plus”, then entry “Factory”mode.
5) Execute Auto Color item.
6) After the “Auto Color Balance” process finished, go back to Main Menu,
choose “Other settings” item and press “Enter” to enter sub-Menu , then
choose “factory reset” item and press “Enter” again execute Reset all
settings.
.
23
Service Manual
Hot Key Operation
HOT KEY OPERATION
FUNCTION
FACTORY MODE
DESCRIPTION
MENU
Plus
●
●
Brightness&
Contrast
Minus
ENTER
POWER
ON
To show the Brightness&
Contrast menu
●
●
AUTO ADJUST
Press [Ï]& [MENU] at the same time, and then
press [POWER] for DC power on. Press theÏ key to
enter factory menu
Execute the AUTO ADJUST function
●
Enter
Enter sub OSD menu
OSD Control
OSD Control
First
Brightness
Second
Brightness
Contrast
Third
Default
75
75
Auto Adjust
Input Color Format
Mode Selection
Color Settings
Present Modes
Display Settings
RGB
YPbPr
Graphics
Video
Standard
Multimedia
Game
Warm
Cool
Custom(R,G,B)
Reset Color Settings
Horizontal Position
Vertical Position
Sharpness
Pixel Clock
Phase
50
50
50
50
ResetDisplaySettings
Language
Other Settings
English
Espanol
Francais
Deutsch
日本語
Menu Transparency
Menu Timer
Menu Lock
DDC/CI
LCD Conditioning
Factory Reset
20
20s
Unlock
Lock
Enable
Disable
Disable
Enable
Reset All Setting
24
VGA Input
Yes(DCR off)
Yes
Yes
DVI Input
Yes
Yes
No
Yes
Yes
Yes
Yes
Yes
Yes
Yes
No
No
Yes
No
No
Yes
Yes
Yes
Yes
Service Manual
Factory Mode Introduction
With signal input, press “Power” button to turn off the monitor. Press “Menu” and “Auto/Plus” buttons
together, and then press “Power” button to turn on the monitor. After power on, press “Menu” button to
call out Main Menu (Fig.9). Press “Plus Key”, select“Other Settings Menu”then pop submenu and
choose Factory to enter Factory mode (Fig.10).
Fig9
Fig10
Back: Exit from Factory mode and back to NO OSD Status.
Panel: The current-setting panel is highlighted.
Auto Color: Automatically calibrate chip ADC parameters by using internal DAC.
Burn In: Enable or disable the Burn-in mode by choosing ON or OFF.
Reset Timer: Reset the “Turn-on time” of the panel to 0H0M.
Color Temp: The R, G, B of Blue Preset (9300K), Red Preset (5700K) and Normal Preset (6500K) are
generated
from scaling chip’s back-end white-balance program.
Time: Turn-on time of the panel.
DEBUG: Debug tool of scale IC U104.
25
Service Manual
Dell panel P/N
LCD supplier
AUO
LPL
Panel
Supplier P/N
Dell P/N
18.5”W
18.5”W
M185XW01
LM190WH1
T022G
W368G
Burn-in pattern
Burn-in pattern will self-generate automatically without VGA cable plugged in when the monitor set at
Burn-in on mode and burn-in pattern will not be stopped until plugging in the VGA cable. Exit Burn-in
mode method as followe: plugging in the VGA cable, press “Menu” button to call out OSD Main Menu,
Press “Plus Key”to enter Factory reset.
Auto Color Balance (Automatically calibrate chip ADC parameter by using chip
internal DAC.)
5.1 If it is a new-built set, press “Auto Color” button on Factory menu to execute “Auto Color” at
standard video pattern 5-MOSAIC pattern
5.2 Please confirm the following steps to perform “Auto Color Balance”:
- Connect the VGA cable with the standard video pattern generator and display 5-MOSAIC
pattern on the monitor.
- Press “Power” button to power off the monitor.
- Press “Menu” and “Ï” buttons simultaneously; then press “Power” button to power on the
monitor.
- Press “Ï” to call out factory menu
- Execute Auto Color item.
- After the “Auto Color Balance” process finished, go back to “Other Settings Menu”, and press “Factory Reset” to
exit Factory mode
Upgrade Firmware to Serial via Flash Cable by ISP_Tool V4.100.exe
7.1 Connect the monitor and PC follow Fig 11
26
Service Manual
Fig 11
※ The detailed reprogramming procedures will be described in ISP User's Guide.
Edid 8.4.rar
Edid.rar
ISP User's Guide_20070312.rar
ISP_Tool V4.100.rar
After repair, to ensure the quality you should do the following test and
adjustment.
27
Service Manual
Item
Test OSD
function
Content
1.Signal is set as 1366x768@60Hz under General-1
2. LCM button are from left to right, checking whether each
single function key and compound function key can be
worked.
Contrast Check 1. Set input mode to 1366x768@60Hz
2. Set to 32gray scale pattern
3. Set contrast to the maximum. At most 6 bars cannot be
distinguished.
Color
1. Do “Auto color Balance” at 1366x768@60Hz, 32gray
Temperature
scale pattern
2. Measure color temperature, check if it complies with
the following temperature :
Warm x=0.328 +/- 0.015, y=0.344+/-0.015
Desktop x= 0.313 +/- 0.015, y=0.329+/-0.015
Cool x= 0.283 +/- 0.015, y=0.298+/-0.015
1. Use Chroma Pattern Generator to make sequence.
Modes
VESA (640x480 800x600 1024x768 1152x864
switching check 1280x1024 1366x768@60Hz), the detail supported
modes (see table 1) and power saving signal.
2. Confirm the above timing modes must be full screen
and the picture must be normal.
3. LED is amber at power saving mode.
Equipment
Chroma
Signal Generator
VGA
cable
detector
Y measurement
at default
setting
OSD Lock Test
Visual check
Panel Flicker
check
Power saving
When select VGA model and VGA cable is not plugged
out, self-test OSD will be floated.
1. Set brightness and contrast to default value 75 at
6500K
2. With full white pattern, Y shall be 220 ± 20 cd/m2
Soft Lock: When OSD is locked, this icon should appear for
only 2 seconds with all buttons pressed, except for the
“Menu” and “Power” ones.
Hard Lock: Press “Menu” button for 15 seconds enables
the “locked” icon to be displayed, which will lock All
buttons expect for the “Power”. Press “Menu” button for
another 15 seconds enables the “unlock” icon to be
shown.
1. Mode:1366x768@60Hz
2. Set Brightness& Contrast to default value (75%)
3. Do “Auto Adjustment”
4. Shut down PC to check whether there’s flicker on the
center of the picture.
1. Mode:1366×837@60Hz
2. Pattern: full Black
3. Brightness: Max.
4. Contrast: Default
5. Check power consumption at each modes
State
Power Consumption
LED color
Normal
<37W
White
Stand By
Power Key Off
<2W
<1W
Amber
No
28
Chroma
Signal Generator
Chroma Signal
Generator and
color analyzer
Chroma
Signal Generator
Chroma Signal
Generator and
Color Analyzer
Visual Inspection
Equipment::
Chroma Signal
Generator & PC
Chroma signal
generator and
Power meter
AC
input:230V/50Hz
Service Manual
Chapter 6- TROUBLE SHOOTING
Common Acknowledge
z
z
z
z
z
z
z
z
z
If you change the M/B, be sure that the U103 and U108 these three components also
changed to the new M/B because there was program inside. If not, please re-write EDID or
upload firmware into serial flash (U108) via VGA Cable. How to do please refer to the Page
19.
If you adjust clock and phase, please do it at condition of Windows shut down pattern.
Please confirm the R/G/B color under 32gray scale pattern.
This LCM is analog interface. So if the entire screen is an abnormal color that means the
problem happen in the analog circuit part, if only some scale appears abnormal color that
stand the problem happen in the digital circuit part.
If you check the H/V position, please use the crosshatch pattern.
This LCM support 10 timing modes, if the input timing mode is out of specification, “Cannot
Display this Video Mode” will be displayed on the screen.
If brightness uneven, repairs Inverter circuit or change a new panel.
If you find the vertical line or horizontal line lost on the screen, please change panel.
If the self-test pattern is moving on the screen, please check whether VGA Cable is plugged
in the Monitor .If the VGA Cable is plugged in well, please change another VGA cable.
No Power and LED Off
Is there DC12V at C863?
Is there DC5V at L854?
NO
Is the voltage at C854 in the
range of 127V~373V?
YES
NO
Check RT850, F850
Is the voltage at pin7 of U850 18.4V?
YES
NO
Check R856
Is the voltage at pin2 of U850 0.9V?
YES
NO
Check D852, Q850
Is the voltage at pin7&pin8of T850 38V?
YES
Check D857
29
Service Manual
Power (include IF +5Vand +3.3V) supply normal but LED off and no display
Is the key function OK?
Yes
Press power key to DC on the monitor,if
display ok the process is end,if no display see
the no backlight process
NO
Is the frequency 14.318MHz at
#127#128 of IF Board U105?
NO
Change crystal X101
NO
Change C164
Yes
Is the high active reset signal at #108 of
IF Board U105 normal?
NO
Yes
Yes
Change U105
NO
Is the serial clock signal at #6 of IF
Board U108 normal when power AC on?
Change U108
Yes
Upgrade Firmware to Serial Flash U108
by VGA port with ISP_Tool V4.100.exe
END
Power (include IF +5Vand +3.3V) supply and display normal only LED off
NO
Is the keypad cable connective OK
Reassembly or changing
Yes
NO
Is LED at keypad work OK
Yes
Is R165 open?
Yes
Change LED
Change R165
NO
Is Q107 work normal?
NO
Change Q107
Yes
Is theLED control signal at #123 of U105
high-low convertible when DC on/off
NO
END
30
Change U105
Service Manual
Power (include IF +5Vand +3.3V) supply and display normal but LED Amber
Is Power LED Amber?
YES
Do the Hsync. & Vsync. Signals exist
in CN102 #13& #14 separately when
select VGA mode by OSD?
NO
Insert VGA Cable correctly
YES
Do the Hsync. & Vsync. Signals exist
in R133 & R134?
NO
Check R133 & R134
YES
Do the Hsync. & Vsync. Signals exist
in U105#32& #33?
NO
Change R115 & R116
YES
Is the Q108 work normal?
NO
Change Q108
YES
Is theLED control signal at #124 of
U105 high-low convertible when DC
on/off
NO
END
31
Change U105
Service Manual
4. Power (include IF +5Vand +3.3V) supply normal, key function OK,but backlight
can’t be turned on
Backlight cannot be turned on,is the
on-off control signal come from IF ok?
NO
Is the CN853
inserted CN103 OK?
Yes
Yes
Yes
Is the on-off control signal #20 of U104
high-low convertible when DC on/off
NO
Is the
voltage
12V at T1
PIN3/4?
NO
Check T850,
D854,D855
Yes
Is the frequency 14.318MHz at #32
of IF Board U104?
Is the serial clock signal at #6 of IF
Board U105 normal when power AC
Yes
Change
X101
Yes
Is the low active reset signal at #19 of
IF Board U104 normal?
Yes
Check U1
pin1 Voltage
>0.55V
NO
NO
Change
C160
NO
Change
U105
Yes
Check U1 pin8
Voltage is high
NO
Check
Q1 or
Q2
Upgrade Firmware to Serial Flash U105
by VGA port with ISP_Tool
V4.100.exe,after this process,no the
control signal yet,change U104
YES
Check T1 pin7 and pin10 Open or
Short
Yes
Change T1
32
Service Manual
5. Backlight on, key function and LED accurate indication ok but no picture
Backlight on, key function and LED
accurate indication ok but no picture
YES
IS the display is white and cannot
display OSD when press key?
YES
Check DC 5.0V on
CN101#1, #2
NO
Is the panel enable
signal at #73 of
U105,if no check
Q104 circuit or change
U105,if yes Check
Q101 circuit
NO
Is display selftest picture at
VGA mode?
VGA
DVI(NA)
Is there DVI signal in U104
#39, #40, #42, #4, #45, #46,
#48 #49?
DVI(NA)
Is there R.G.B signal in
U105#28, #25 #23?
NO
Change D103,
D104 & D105
YES
Is the FFC cable
inserting ok,if no
reinsert else
change FFC cable
Yes
YES
Are there data output on
U105#91~#100,
#77~#86
No
Change U105
Change
D108,D109,D110,D111,D112,
D113,D114,D115
END
33
Service Manual
6. At 32-gray scale pattern, color lost in some scale
Color lost in some scale at 32-gray scale pattern
OK,
END
Re-insert the FFC Cable
NO
OK,
END
Change FFC Cable
NO
Change U105
Chapter 7- RECOMMENDED PART LIST
Dell
ontent
PN
Description
412000628810R
IC LD7552BPS
412000637630R
IC INL836GN SOIC8(O2 MICRO) ROHS
XFMR SW 955MH,SPW-054,ROHS
426000091190R
XFMR SW DIP ER28 TP4 920uH SPW-119
ROHS
420436804580R
410050107050R
410050106290R
491391400200R
Supplier
SOP8(Leadtrend)ROHS
426000090540R
PI BD
IF BD
S1909WN Critical Components List
80
1
30
1
30
XSTR FMA07N65GX N-CH TO-220F( Fuji)
XSTR AP2762I-A N-CH TO220CFM(APEC)
RoHS
PCB,P/I ,1/OSP /CEM1/16,
LE1979-A12,RoHS
Fuji
1
90
APEC
1
65
HSIANGKUO,TATCHUN,
PQFP128(MSTAR)Rohs MSTAR
SST,
IC MX25L2025MC-12G
412000494310R
IC PM25LV020-100SCE SOIC8(PMC)RoHS
IC AT24C04N-10SU-2.7 SOP8 4K(A
TMEL)RoHS
412000372070R
1
FOXCONN,FRONTIER,LI
SHIN,DARFON,TDK,
FOXCONN,FRONTIER,LI
SHIN,MEIKAI,
412000661620R
412000372020R
O2
30
IC SST25LF020A-33-4C-SAE
SOIC8(SST)ROHS
412000372830R
65
1
412000494190R
412s000479990R
1
ELITE,SAMXON,SU'SCO
N,
IC TSUM1PEJ-LF-2
412000279280R
LEADTREND
CAP SEK 68UF/450V M,105℃ CF 18X35
ROHS
412000686060R
412000279480R
Usage Leadtime(days) Capacity
8-SOP (MXIC)RoHS MXIC,
IC M24C04-WMN6TP4K SOP8 (ST) RoHS
IC CAT24C04WI-TE13
SOIC-8(CATALYST)RoHS
IC AS1117L-3.3TR-LF,SOT223(A1S
EMI)RoHS
PMC,
ATMEL,
ST,
CATALYST,
A1SEMI,
IC LD1117AL-3.3V-A SOT-223(UTC) RoHS
UTC,
IC AZ1117H-3.3 SOT-223(AAC)RoHS
BCD,
34
14
1
1
0
0
1
0
0
1
0
0
45
68
65
70
73
90
65
70
65
70
Service Manual
412000330020R
1
UTC,
412000330830R
IC LD1117AL-1.8V-A SOT223(UTC) RoHS
IC AS1117L-1.8/TR-LF,SOT223(A1
SEMI)RoHS
412000330070R
IC AZ1117H-1.8 SOT223(AAC)RoHS
BCD,
412000435481R
IC AT24C02BN-SH-T 2K SOIC8(ATMEL)RoHS ATMEL,
412000480280R
IC M24C02-RMN6TP SO8(ST)RoHS
ST,
412000480990R
IC CAT24C02WI-TE13
SOIC-8(CATALYST)RoHS
CATALYST,
714030016330R
Front Bezel assembly
MMP
1
58
40K
714050014910R
Back Cover
MMP
1
58
40K
701000007630R
Chassis
MMP
1
58
40K
714020017000R
Stand
FFL,CJC
1
58
40K
631102091920RD
631102092080RD
631102091850RD
631102091860RD
LPL LM190WH1-TLA1
LPL LM190WH1-TLA2
AUO M185XW01-V0 00
AUO M185XW01-V0 0A
LPL
1
30
AUO
1
30
A1SEMI,
70
0
70
0
65
2
80
0
90
0
assembly
65
ME
Panel
assembly
assembly
ATTACHMENT 1- Bill of Material
1. I/F BOM
ITEM
P/N
Revision Description
Supplier
Usage
Un
Location
791821300A00R
AA
PCBA,I/F BOARD,W/O SPK,LE1979-A12,RoHS
10
791821320A00R
AA
PCBA,I/F BOARD,W/O SPK,MI LE1979-A12,RoH
1
PC
20
791821340A00R
AA
PCBA,I/F BOARD,W/O SPK,SMT LE1979-A12,Ro
1
PC
30
629030022400R
10
PROGRAM,W/O SPK,LE1979-A12 ROHS
1
PC
40
511130001200R
A
SOLDER BAR,Sn96.5/Ag3.0/Cu0.5/Ni0.06/Ge0
TOMAS,
3.2
G
50
506140005700R
A
LABEL,BARCODE,BLANK,33x7mm, ROHS,FOR PCB
HENGMINGDA,J
IAYINMEI,KAIDA,
1
PC
Usage
Un
Location
CVILUX,FOXCONN,
1
PC
CN101,
20080807
ITEM
P/N
Revision Description
Supplier
791821320A00R
AA
PCBA,I/F BOARD,W/O SPK,MI LE1979-A12,RoH
10
430631080210R
A
WFR
20
440819015030R
A
CON D-SUB FEM.15P RA W/O SCREW DZ11AA1-H
DLK,FOXCONN,
TEKCON,ZJGHJ,
1
PC
CN102,
30
430631080220R
A
WFR
CVILUX,FOXCONN,
1
PC
CN104,
40
432008010270R
A
XTAL 14.31818MHz HC-49US DIP 16pF 30PPM
HUAN MOUN,TXC,ZGC,
1
PC
X101,
50
420421010421R
A
CAP SD 100uF/16V M,105℃ S,6.3X11,ROHS
LELON,SAMXON,SU'SCON,
2
PC
C109,C102,
60
420432200420R
A
CAP EC 22UF 16V M,105℃ S, 5X11,ROHS
LELON,SAMXON,SU'SCON,
3
PC
C103,C142,C150,
70
420424790420R
A
CAP SD 4.7uF/16V M 105℃,S,5x1 1,RoHS
LELON,SAMXON,SU'SCON,
1
PC
C112,
Usage
Un
Location
1
PC
CN103,
8P 2.0MM 90° W/LOCK ROHS
2X4P 2.0MM 90° W/LOCK ROHS
20080807
ITEM
10
P/N
Revision Description
791821340A00R
AA
444099030050R
A
Supplier
PCBA,I/F BOARD,W/O SPK,SMT LE1979-A12,Ro
CON, SMD 1.0MM 30PIN W/L/S ROHS
FOXCONN,P-TWO,
35
Service Manual
20
419351044010R
A
C SMD(0402) X5R 0.1uF/16V K,RoHS
DARFON,TDK,
WALSIN,YAGEO,
35
PC
C106,C108,C110,C126,C128,
C133,C134,C135,C136,C137,
C138,C139,C140,C141,C143,
C144,C145,C146,C147,C149,
C153,C154,C155,C156,C159,
C160,C161,C165,C167,C168,
C169,C171,C111,C104,C172,
30
419311054070R
A
C SMD(0805) X7R 1uF/16V K RoHS REV:A
DARFON,MURATA,TDK,
WALSIN,YAGEO,
1
PC
C164,
40
419314734010R
A
C SMD(0402) X7R 0.047uF/16V K,RoHS
DARFON,WALSIN,YAGEO,
7
PC
C113,C114,C115,C119,C120,
C121,C152,
50
419302700510R
A
C SMD(0402) NPO 27PF/50V J RoHS
2
PC
C130,C129,
60
419351054060R
A
C SMD(0603) X5R 1uF/16V K,RoHS
1
PC
C148,
70
419302200510R
A
C SMD(0402) NPO 22PF/50V J,RoHS
2
PC
C157,C158,
80
411020026210R
A
DIO BAV99 350mW 70V SOT-23(PHI RoHS
PHILIPS,
4
PC
D102,D103,D104,D105,
80
411020026090R
A
DIO BAV99 350mW 75V SOT-23(PEC RoHS
PANJIT,
0
PC
80
411020026020R
A
DIO BAV99-LF 350mW 70V SOT-23 (FEC)RoHS
FRONTIER,
0
PC
90
411020047210R
A
DIO BAV70 85V SOT23
PHILIPS,
1
PC
90
411020047090R
A
DIO BAV70, 70V SOT-23(PEC) ROHS
PANJIT,
0
PC
90
411020047020R
A
DIO BAV70-LF, 70V SOT-23(FEC) ROHS
FRONTIER,
0
PC
100
432002312144R
A
BEAD CORE SMD(0603)120Ω 300mA SBK160808
CHILISIN,TAI-TECH,
1
PC
FB101,
110
432002360140R
A
BEAD CORE SMD(0603)60Ω 600mA, GBK160808
CHILISIN,TAI-TECH,
2
PC
FB102,FB105,
120
410500068290R
A
XSTR AP2305GN P-CH SOT23(APEC) RoHS
APEC,
1
PC
Q101,
120
410500075270R
A
XSTR AO3415 P-CH,SOT23(AOS) RoHS
AOS,
0
PC
120
410060018380R
A
XSTR AM2321P-T1-PF P-CH SOT23(ANALOG POW
AP,
0
PC
130
410500045210R
A
XSTR PMBT3904 NPN 200MA,40V SOT23(PHILIP
PHILIPS,
2
PC
130
410500045140R
A
XSTR MMBT3904LT1G NPN 200MA 40V SOT23(ON
ON SEMI,
0
PC
130
410500045090R
A
XSTR MMBT3904 NPN SOT-23(PANJIT)RoHS
PANJIT,
0
PC
130
410500045440R
A
XSTR
LRC,
0
PC
140
410500046210R
A
XSTR PMBT3906 PNP 200MA,40V SOT23(PHILIP
PHILIPS,
2
PC
140
410500046180R
A
XSTR MMBT3906LT1G PNP 200mA 40V SOT23(ON
ON SEMI,
0
PC
140
410500046090R
A
XSTR MMBT3906 PNP SOT-23(PANJIT)RoHS
PANJIT,
0
PC
140
410500046440R
A
XSTR LMBT3906LT1G
LRC,
0
PC
TA-I,UNIOHM,
WALSIN,YAGEO,
3
PC
RB101,RB102,RB103,
170
414916000050R
A
LMBT3904LT1G
DARFON,MURATA,TDK,
WALSIN,YAGEO,
DARFON,MURATA,TDK,
WALSIN,YAGEO,
DARFON,MURATA,TDK,
WALSIN,YAGEO,
(PHILIPS) RoHS
NPN 200mA 40V SOT23(
PNP 200mA
40V SOT23(
RES SMD (0603) 0Ω J,RT RoHS
D106,
Q104,Q103,
Q107,Q108,
180
414918010350R
A
RES SMD (0402) 10KΩ J,RT,RoHS
TA-I,UNIOHM,
WALSIN,YAGEO,
19
PC
R102,R129,R140,R151,
R152,R166,R169,R174,
R176,R177,R179,R180,
R190,R192,R103,R220,
R184,R108,R189,
190
414918000050R
A
RES SMD (0402) 0Ω J,RT,RoHS
TA-I,UNIOHM,
WALSIN,YAGEO,
2
PC
R147,R148,
200
414918047250R
A
RES SMD (0402) 4.7KΩ J,RT,RoHS
TA-I,UNIOHM,
WALSIN,YAGEO,
6
PC
R105,R127,R128,R137,
R138,R188,
210
414918010450R
A
RES SMD (0402)100KΩ J,RT,RoHS
TA-I,UNIOHM,
WALSIN,YAGEO,
3
PC
R109,R106,R175,
220
414918027350R
A
RES SMD (0402) 27KΩ J,RT,RoHS
TA-I,UNIOHM,YAGEO,
1
PC
R107,
230
414918750910R
A
RES SMD (0402) 75Ω F,RT,RoHS
TA-I,UNIOHM,
WALSIN,YAGEO,
9
PC
R117,R118,R119,R114,
R115,R116,R122,R123,
R124,
240
414918047150R
A
RES SMD (0402) 470Ω J,RT,RoHS
TA-I,UNIOHM,
WALSIN,YAGEO,
1
PC
R159,
36
Service Manual
9
PC
R130,R133,R134,R146,
R160,R191,R154,R155,
R125,
4
PC
R131,R132,R142,R143,
2
PC
R135,R136,
1
PC
R144,
1
PC
R168,
BCD,
1
PC
U101,
IC AS1117L-3.3TR-LF,SOT223(A1S EMI)RoHS
A1SEMI,
0
PC
A
IC LD1117AL-3.3V-A SOT-223(UTC RoHS
UTC,
0
PC
412000330020R
A
IC LD1117AL-1.8V-A SOT223(UTC) RoHS
UTC,
1
PC
320
412000330830R
A
IC AS1117L-1.8/TR-LF,SOT223(A1 SEMI)RoHS
A1SEMI,
0
PC
320
412000330070R
A
IC AZ1117H-1.8 SOT223(AAC)RoHS
BCD,
0
PC
330
412000435481R
A
IC AT24C02BN-SH-T 2K SOIC8(ATMEL)RoHS
ATMEL,
1
PC
330
412000480280R
A
IC M24C02-RMN6TP SO8(ST)RoHS
ST,
0
PC
330
412000480990R
A
IC CAT24C02WI-TE13 SOIC-8(CATALYST)RoHS
CATALYST,
0
PC
340
412000686060R
A
IC TSUM1PEJ-LF-2
MSTAR,
1
PC
U105,
350
412000279280R
A
IC M24C04-WMN6TP4K SOP8 (ST) RoHS
ST,
1
PC
U106,
350
412000279480R
A
IC AT24C04N-10SU-2.7 SOP8 4K(A TMEL)RoHS
ATMEL,
0
PC
350
412000479990R
A
IC CAT24C04WI-TE13 SOIC-8(CATALYST)RoHS
CATALYST,
0
PC
360
412000494190R
A
IC SST25LF020A-33-4C-SAE SOIC8(SST)ROHS
SST,
1
PC
360
412000494310R
A
IC PM25LV020-100SCE SOIC8(PMC)RoHS
PMC,
0
PC
360
412000661620R
A
IC MX25L2025MC-12G
MXIC,
0
PC
370
411130962950R
A
ZENER 6.2V MMSZ5234B SOD-123(PANJIT)RoH
PANJIT,
6
PC
370
411121462950R
A
ZENER 6.2V BZT52-C6V2 SOD-123(WILLAS)ROH
WILLAS,
0
PC
370
411131562950R
A
ZENER 6.2V BZT52C6V2-7-F SOD-123(DIODES)
DIODES,
0
PC
380
491391300200R
A
PCB,I/F
EXPRESS,TOP FAITH,
1
PC
400
414916056150R
A
RES SMD (0603) 560Ω J,RT RoHS REV:A
TA-I,UNIOHM,
WALSIN,YAGEO,
1
PC
410
511130002200R
A
SOLDER PASTE,Sn96.5-Ag3.0-Cu0.5 ROHS
TOMAS,
0.58
G
410
511130002201R
A
SOLDER PASTE,Sn96.5%Ag3.0%Cu0.5%
TOMAS,
0
G
250
414918010250R
A
RES SMD (0402) 1KΩ J,RT,RoHS
260
414918010150R
A
RES SMD (0402) 100Ω J,RT,RoHS
270
414918022250R
A
RES SMD (0402) 2.2KΩ J,RT,RoHS
280
414918390010R
A
RES SMD (0402) 390Ω F,RT,RoHS
290
414916033150R
A
RES SMD (0603) 330Ω J,RT RoHS
310
412000372070R
A
IC AZ1117H-3.3 SOT-223(AAC)RoHS
310
412000372830R
A
310
412000372020R
320
TA-I,UNIOHM,
WALSIN,YAGEO,
TA-I,UNIOHM,
WALSIN,YAGEO,
TA-I,UNIOHM,
WALSIN,YAGEO,
TA-I,UNIOHM,
WALSIN,YAGEO,
TA-I,UNIOHM,
WALSIN,YAGEO,
PQFP128 (MSTAR) RoHS
(MXIC)RoH
,2/OSP /FR4 /12,LE1979-A12
U102,
U103,
U108,
ZD102,ZD103,ZD104,
ZD105,ZD106,ZD107,
R165,
2.Power Key board BOM
20080807
ITEM
Revision
AA
10 A
20 AA
30 A
P/N
791821500000R
430602680200R
791821540000R
511130001200R
20080807
ITEM
Revision
AA
10 A
20 A
P/N
791821540000R
430639040050R
411070133500R
20 A
20 A
40 A
Description
PCBA,KEYPAD BOARD,LE1979,RoHS
SW,METAL DOME 180gf 1P ROHS
PCBA,KEYPAD BOARD,SMT LE1979,RoHS
SOLDER BAR,Sn96.5/Ag3.0/Cu0.5/Ni0.06/Ge0
Description
PCBA,KEYPAD BOARD,SMT LE1979,RoHS
WFR 4P 1.25MM V/A SMD W/LOCK ROHS
LED SMD LTW-C195UCKS-5A(liteon) Rohs
LED SMD W/Y
411070142500R
HTL-19-22UWUOC/TR8(HongTong)
411070141500R LED SMD W/Y KPTB-1612FX385-SZ(Kingbrig
491391500200R PCB,K/P ,2/ENIG/FR4 /08,LE1979-A12
37
Supplier
HUA-JIE,
TOMAS,
Supplier
Usage
Un
Location
1 PC
1 PC
0.5 G
Usage
Un
FOXCONN,JOWLE,
LITEON,
1 PC
1 PC
HONGTONG,
0 PC
KINGBRIGHT,
EXPRESS,TOP
0 PC
1 PC
Location
CN01,
LED01,
Service Manual
50 A
50 A
50 A
60 A
60 A
60 A
411131562950R
411121462950R
411130962950R
511130002200R
511130002201R
511130002202R
FAITH,
ZENER 6.2V BZT52C6V2-7-F SOD-123(DIODES) DIODES,
ZENER 6.2V BZT52-C6V2 SOD-123(WILLAS)ROH WILLAS,
ZENER 6.2V MMSZ5234B SOD-123(PANJIT)RoH PANJIT,
SOLDER PASTE,Sn96.5-Ag3.0-Cu0.5 ROHS
TOMAS,
SOLDER PASTE,Sn96.5%Ag3.0%Cu0.5%
TOMAS,
SOLDER PASTE,Sn95.5%Ag3.9%Cu0.6%
TAMURA,
1 PC
0 PC
0 PC
0.015 G
0G
0G
ZD01,
3.OSD Key board BOM
20080807
ITEM
Revision P/N
Description
AA
791820500000R PCBA,OSDKEY BOARD,LE1979,RoHS
10
A
430639040060R WFR 4P 1.25MM R/A SMD W/LOCK ROHS
Supplier
20
A
414916820110R RES SMD (0603) 8.2KΩ F,RT RoHS
30
A
414916470110R RES SMD (0603) 4.7KΩ F,RT RoHS
40
A
491391500210R PCB,K/P ,1/OSP /CEM1/16,LE1979-A12
FOXCONN,JOWLE,
TA-I,UNIOHM,
WALSIN,YAGEO,
TA-I,UNIOHM,
WALSIN,YAGEO,
HSIANGKUO,TATCHUN,
50
A
430602980110R SW TACT 160gf 1P,R/A SMD 1BT00 2-0120L,R
ALPS,HUA-JIE,ZJGHJ,
60
A
411131562950R ZENER 6.2V BZT52C6V2-7-F SOD-123(DIODES) DIODES,
60
A
411121462950R
60
70
70
70
A
A
A
A
411130962950R
511130002200R
511130002201R
511130002202R
ZENER 6.2V BZT52-C6V2
SOD-123(WILLAS)ROH
ZENER 6.2V MMSZ5234B SOD-123(PANJIT)RoH
SOLDER PASTE,Sn96.5-Ag3.0-Cu0.5 ROHS
SOLDER PASTE,Sn96.5%Ag3.0%Cu0.5%
SOLDER PASTE,Sn95.5%Ag3.9%Cu0.6%
WILLAS,
PANJIT,
TOMAS,
TOMAS,
TAMURA,
Usage Un
Location
1 PC
CN02,
2 PC
R06,R04,
2 PC
R05,R03,
1 PC
4 PC
S02,S03
,S04,S05,
6 PC
ZD02,ZD03,
ZD04,ZD05,
ZD06,ZD07,
0 PC
0 PC
0.063 G
0G
0G
E:\!!!!!
E:\!!!!!
E:\!!!!!
DELL-S1909WN 18.5DELL-S1909WN 18.5DELL-S1909WN 18.5
2. Power board BOM
###
ITEM P/N
791821400A00R
10 430637020030R
20 440149000410R
30 430300801650R
40 418103051920R
40 418103058920R
50 418115051520R
60 416202223620R
70 416194743011R
80 420436804580R
90 416213323620R
100 416304723510R
110 415502758551R
120 432009400701R
130 415350100550R
140 426000050070R
150 425000011090R
160 411050012010R
160 411050012020R
Description
PCBA,P/I BOARD,W/O SPK,LE1979-A12,RoHS
WFR. 2P P=3.5mm 90°W/LOCK,RoHS
SKT AC 10A/250V U/C/V, H 2.0MM ROHS
HRN ASS'Y 8P 130mm UL1007
24 AWG ROHS
CAP CD NPO 3pF 3KV D,S7.5, RoHS
CAP CD SL 3pF 3KV D,S7.5,RoHS
CAP CD NPO 15pF 3KV J,S7.5 RoHS
CAP MEY 2200pF 250V M Y2 Y5V,W /O FORMIN
CAP MEX 0.47uF 275V K X2,F15 RoHS
CAP SEK 68uF/450V M,105℃ CF 18x35 RoHS
CAP MEY 3300pF 250V M Y1,F10mm W/O FORMI
CAP PP 0.0047uF 250V J,F7.5 RoHS
RES NKNP 2W 0.75Ω J, MINI,HK15,ROHS
NTC 5Ω 4A 10ψ P=5mm, F RoHS
RES MOF 2W 10Ω J,MINI,HK15, RoHS
CHOKE L-FILTER 12mH LIN-007 ET-20,RoHS
COIL CHK BR3X20 2.2uH
ROHS
DIO BRDG GBU405 600V/4A(TSC)RoHS
DIO BRDG GBU4-06-BF52 600V/4A(FEC)RoHS
38
Supplier
CVILUX,FCN,FOXCONN,
TECX,
FOXCONN,HEIGHTEN,JVE,
JNC,SUCCESS(SEC),
JNC,SUCCESS(SEC),
JNC,SUCCESS(SEC),
JNC,POE,SUCCESS(SEC),
ARCOTRONIC,EUROPTRONIC,HJC,SCC,
ELITE,SAMXON,SU'SCON,
JNC,POE,SUCCESS(SEC),
EUROPTRONIC,HJC,SCC,
FUTABA,QUEENMAO,TZAI YUAN,UNIOHM,
THINKING,UPPERMOST,
FUTABA,QUEENMAO,TZAI YUAN,UNIOHM,
DARFON,FOXCONN,LISHIN,MEIKAI,
CHILISIN,EASYMAGNET,FOXCONN,FRONTIER,
TSC,
FRONTIER,
Usage Location
2 CN1,CN2,
1 CN850,
1 CN853,
2 C17,C13,
0
1 C18,
2 C850,C851,
1 C852,
1 C854,
1 C860,
1 C875,
1 R859,
1 RT850,
2 R862,R873,
1 L850,
1 L854,
1 D850,
0
Service Manual
170
170
170
180
180
180
190
200
210
220
220
240
250
260
270
270
280
411090056020R
411090056450R
411030072520R
411090050090R
411090050020R
411090050450R
426000090540R
426000091190R
412140002380R
410500071290R
410500061271R
735110007030R
791821440A00R
511130001200R
511110000103R
511110000101R
511110000501R
SCHTKYSR520F72-LF 200V/5A DO-201AD(FEC)R
SCHTKYSR5200PT-LF 200V/5A DO-201AD(CHENM
DIO SF50DG-E1 200V/5A DO-201AD(LITEON)RO
SCHTKY SB5150F98 150V/5A DO-201AD (PANJI
SCHTKY SR515F69-LF 150V/5A DO-201AD (FEC
SCHTKY SR5150PT-F 150V/5A DO-201AD (CHEN
XFMR SW 955mH,SPW-054,RoHS
XFMR SW DIP ER28 TP4 920uH SPW-119 ROHS
IC LTV817M-PR VDE (LITE-ON) P=10mm RoHS
XSTR AP9971GD,N-CH,PDIP-8(APEC RoHS
XSTR AOP802 DUAL N-CH PDIP-8(AOS)RoHS
ASSY,H/S,Q850, LE1979-A12,RoHS
PCBA,P/I BOARD,W/O SPK,SMT,LE1979-A12,Ro
SOLDER BAR,Sn96.5/Ag3.0/Cu0.5/Ni0.06/Ge0
HOT-MELT ADHESIVES,UB-618
HOT-MELT ADHESIVES (#526)
SILICONE RTV RUBBER,UB-511(EURO)
FRONTIER,
CHENMKO,
LITEON,
PANJIT,
FRONTIER,
CHENMKO,
DARFON,FOXCONN,FRONTIER,LISHIN,TDK,
FOXCONN,FRONTIER,LISHIN,MEIKAI,
LITEON,
APEC,
AOS,
###
ITEM P/N
735110007030R
10 410050106290R
10 410050107050R
30 507300003300R
40 509146306200R
Description
ASSY,H/S,Q850, LE1979-A12,RoHS
XSTR AP2762I-A N-CH TO220CFM(APEC) RoHS
XSTR FMA07N65GX N-CH TO-220F( Fuji)
HEATSINK,"L", LE1713/1913
SCREW,P,CROSS,W/WAS,M3*6,Zn-Cc
Supplier
###
ITEM P/N
791821440A00R
10 419311040070R
20 419311030070R
30 419311020070R
40 419311520070R
50 419313330070R
60 419312233070R
70 419312720070R
80 419342254670R
90 414908010250R
100 414908113310R
110 414908010550R
120 414908390010R
130 414908033050R
140 414908100310R
150 414908100210R
160 414908510110R
170 414908047050R
180 414904270210R
190 414904020350R
200 414904499310R
210 414908100910R
220 414908330110R
230 414908360110R
240 411020026020R
240 411020026090R
240 411020026210R
240 411020026390R
250 410500045140R
250 410500045210R
250 410500045241R
260 410500050120R
260 410500050212R
260 410500050230R
260 410500050091R
270 791821410A00R
280 412000628810R
Description
PCBA,P/I BOARD,W/O SPK,SMT,LE1979-A12,Ro
C SMD(0805) X7R 0.1uF/50V K RoHS REV:A
C SMD(0805) X7R 0.01uF/50V K RoHS
C SMD(0805) X7R 1000PF/50V K RoHS
C SMD(0805) X7R 1500PF/50V K RoHS
C SMD(0805) X7R 0.033UF/50V K ROHS
C SMD(0805) X7R 0.022uF/25V K RoHS
C SMD (0805) X7R 2700pF 50V K ROHS
C SMD(0805) Y5V 2.2uF/16V Z RoHS
RES SMD (0805) 1KΩ J,RT RoHS REV:A
RES SMD (0805) 113KΩ F,RT RoHS
RES SMD (0805) 1MΩ J,RT RoHS REV:A
RES SMD (0805) 390Ω F,RT RoHS
RES SMD (0805) 33Ω J,RT RoHS
RES SMD (0805) 100KΩ F,RT,RoHS
RES SMD (0805) 10KΩ F,RT RoHS REV:A
RES SMD (0805) 5.1KΩ F,RT RoHS
RES SMD (0805) 47Ω J,RT RoHS
RES SMD (1206) 27kΩ F,RT ROHS
RES SMD (1206) 20KΩ J,RT RoHS
RES SMD (1206) 499KΩ F,RT RoHS REV:A
RES SMD(0805)10Ω F,RT ROHS
RES SMD (0805) 3.3KΩ F,RT RoHS REV:A
RES SMD (0805) 3.6KΩ F,RT RoHS
DIO BAV99-LF 350mW 70V SOT-23 (FEC)RoHS
DIO BAV99 350mW 75V SOT-23(PEC RoHS
DIO BAV99 350mW 70V SOT-23(PHI RoHS
DIO BAV99,SOT-23(INFINEON)RoHS
XSTR MMBT3904LT1G NPN 200MA 40V SOT23(ON
XSTR PMBT3904 NPN 200MA,40V SOT23(PHILIP
XSTR MMBT3904 NPN 200mA 40V SOT23(FAIRCH
XSTR 2N7002K ESD N-C SOT-23, (VISHAY)RoH
XSTR 2N7002K01 ESD N-C SOT-23( PHILIPS)R
XSTR RK7002 ESD N-C SOT-23 (ROHM)RoHS
XSTR 2N7002K ESD N-C SOT-23, (PEC)RoH
PCBA,P/I BOARD,W/O SPK,AI,LE1979-A12,RoH
IC LD7552BPS SOP8(Leadtrend)ROHS
39
TOMAS,
U-BOND,
EXCELSTAR,
EURO,
APEC,
FUJI,
DMC,ORIENTAL POWER,
GAOYI,YIJIE,
Supplier
DARFON,TDK,WALSIN,YAGEO,
DARFON,TDK,WALSIN,YAGEO,
DARFON,TDK,WALSIN,YAGEO,
DARFON,TDK,WALSIN,YAGEO,
DARFON,TDK,WALSIN,YAGEO,
DARFON,TDK,WALSIN,YAGEO,
DARFON,TDK,WALSIN,YAGEO,
DARFON,MURATA,TAIYO,TDK,WALSIN,YAGEO,
TA-I,UNIOHM,WALSIN,YAGEO,
TA-I,UNIOHM,WALSIN,YAGEO,
TA-I,UNIOHM,WALSIN,YAGEO,
TA-I,UNIOHM,WALSIN,YAGEO,
TA-I,UNIOHM,WALSIN,YAGEO,
TA-I,UNIOHM,WALSIN,YAGEO,
TA-I,UNIOHM,WALSIN,YAGEO,
TA-I,UNIOHM,WALSIN,YAGEO,
TA-I,UNIOHM,WALSIN,YAGEO,
TA-I,UNIOHM,WALSIN,YAGEO,
TA-I,UNIOHM,WALSIN,YAGEO,
TA-I,UNIOHM,WALSIN,YAGEO,
TA-I,UNIOHM,WALSIN,YAGEO,
TA-I,UNIOHM,WALSIN,YAGEO,
TA-I,UNIOHM,WALSIN,YAGEO,
FRONTIER,
PANJIT,
PHILIPS,
INFINEON,
ON SEMI,
PHILIPS,
FAIRCHILD,
VISHAY,
PHILIPS,
ROHM,
PANJIT,
LEADTREND,
2 D854,D855,
0
0
1 D857,
0
0
1 T1,
1 T850,
1 I850,
1 Q4,
0
1
1
8
1
0
0
Usage Location
1 Q850,
0
1
1
Usage Location
4 C871,C876,C1,C2,
2 C849,C859,
4 C847,C848,C8,C27
3 C5,C21,C22,
1 C6,
1 C12,
2 C19,C14,
1 C23,
2 R2,R6,
1 R4,
1 R7,
1 R14,
2 R17,R18,
1 R848,
2 R884,R5,
1 R860,
2 R840,R844,
3 R853,R854,R855,
1 R887,
6 R841,R842,R843,R
1 R856,
1 R868,
1 R872,
3 ZD4,ZD5,ZD6,
0
0
0
1 Q3,
0
0
2 Q1,Q2,
0
0
0
1
1 U850,
Service Manual
290 412000637630R IC INL836GN SOIC8(O2 MICRO) ROHS
300 511110001100R SEAL-GLUE,NE8800K,(FUJI)
300 511110000700R HERAEUS SMT-ADHESIVE,PD955PY(TAMURA)
###
ITEM P/N
791821410A00R
10 791821450A00R
20 791821460A00R
O2,
FUJI,
D-TEK,FUHONGSHIJI,TAMURA,
Description
PCBA,P/I BOARD,W/O SPK,AI,LE1979-A12,RoH
PCBA,P/I BOARD,W/O SPK,AI/A,LE1979-A12,R
PCBA,P/I BOARD,W/O SPK,AI/R,LE1979-A12,R
Supplier
Description
PCBA,P/I BOARD,W/O SPK,AI/A,LE1979-A12,R
DIO FR10-10-LF 1000V/1A AT(FRO NTIER)RoH
DIO FR107 1000V/1A DO-41(MOSPE C)RoHS
DIO PS1010R 1000V/1A DO-41(PAN JIT)RoHS
DIO ER104 400V/1A DO-41(PANJIT RoHS
DIO SF10-04-LF 400V/1A DO-41(F RONTIER)R
RES FSM 1W 0.2Ω J,AT MINI RoHS
RES MF 1/4W 270Ω F,AT,MINI,RoHS
RES MF 1/8W 270KΩ F,AT,RoHS
RES MF 1/8W 47KΩ F,AT,RoHS
RES MF 1/8W 10KΩ F,AT RoHS
FUSE SLOW 5A/125V U/C,AT,ROHS
FUSE SLOW PICO II 5A/125V U/C,AT,ROHS
PCB,P/I ,1/OSP /CEM1/16,LE1979-A12,RoHS
JMPR ROLL/KG D=0.6mm,AT,RoHS 7.5MM
JMPR ROLL/KG D=0.6mm,AT,RoHS 7.5MM
JMPR ROLL/KG D=0.6mm,AT,RoHS 17.5MM
JMPR ROLL/KG D=0.6mm,AT,RoHS 17.5MM
JMPR ROLL/KG D=0.6mm,AT,RoHS 15MM
JMPR ROLL/KG D=0.6mm,AT,RoHS 15MM
JMPR ROLL/KG D=0.6mm,AT,RoHS 12.5MM
JMPR ROLL/KG D=0.6mm,AT,RoHS 12.5MM
LABEL,BARCODE,BLANK,33x7mm, ROHS,FOR
140 506140005700R
PCB
Supplier
Usage Location
1
1
###
ITEM P/N
791821450A00R
10 411032006020R
10 411032006040R
10 411020053090R
20 411020064090R
20 411032001020R
30 414040208540R
40 415222700140R
50 415212703140R
60 415214702140R
70 415211002140R
80 430613050101R
80 430613050100R
90 491391400200R
100 430405000000R
100 430405000000R
110 430405000000R
110 430405000000R
120 430405000000R
120 430405000000R
130 430405000000R
130 430405000000R
###
ITEM P/N
791821460A00R
10 420421000530R
20 420424710231R
30 418210233030R
40 430613830290R
50 412022002240R
50 412022002550R
50 412022002830R
50 412022002840R
50 412022002440R
1 U1,
0
0
FRONTIER,
MOSPEC,
PANJIT,
PANJIT,
FRONTIER,
FUTABA,QUEENMAO,TZAI YUAN,
QUEENMAO,TZAI YUAN,
QUEENMAO,TZAI YUAN,
QUEENMAO,TZAI YUAN,
QUEENMAO,TZAI YUAN,
WALTER,
LITTELFUSE,
HSIANGKUO,TATCHUN,
HOTRON,YUANYE,
HOTRON,YUANYE,
HOTRON,YUANYE,
HOTRON,YUANYE,
HOTRON,YUANYE,
HOTRON,YUANYE,
HOTRON,YUANYE,
HOTRON,YUANYE,
HENGMINGDA,JIAYINMEI,KAIDA,
Description
PCBA,P/I BOARD,W/O SPK,AI/R,LE1979-A12,R
CAP SD 10uF/50V M,VT 105℃ 5x11 RoHS
CAP SD 470uF/25V M 105℃ VT 10x16 RoHS
CAP CD X7R 1000pF/1KV K,VT 2X7R102K102K5
FUSE TIME LAG 3.15A/250V,RoHS
IC KA431AZ 1%,VT (FAIRCHILD) RoHS
IC AME431BAJATB25Z TO-92-3(AME RoHS
IC AS431 TO-92 VT(A1SEMI)RoHS
IC TL431ACLPG TO-92 1%,VT(ON)RoHS
IC AZ431BZ-ATRE1 TO-92(BCD) RoHS
C:\Documents and
Settings\F3112726\桌面
40
Supplier
LELON,SAMXON,SU'SCON,
LELON,SAMXON,SU'SCON,
JNC,POE,SUCCESS(SEC),
BELFUSE,CONQUER,LITTELFUSE,WALTER,
FAIRCHILD,
AME,
A1SEMI,
ON SEMI,
BCD,
Usage Location
1 D851,
0
0
1 D852,
0
1 R839,
1 R857,
1 R871,
1 R22,
1 R3,
1 F851,
0
1
## J1,J2,J3,J7,J8,J12,J1
0
## J4,J6,
0
## J5,J9,J11,
0
50 J10,
0
1
Usage Location
1 C855,
6 C856,C857,C858,C
2 C873,C862,
1 F850,
1 I851,
0
0
0
0
Service Manual
Attachment 2- Schematic
1. Interface board schematic
Note 1
RB101
R0603
RB102
R0603
RB103
R0603
75 1%
75 1%
75 1%
R117
R118
R119
0
R114
75 1%
C113
0.047u/16V
0
R115
75 1%
C114
0.047u/16V
0
R116
75 1%
C115
0.047u/16V
C116
NC
C117
NC
R122
75 1%
C119
0.047u/16V
R123
75 1%
C120
0.047u/16V
R124
75 1%
C121
0.047u/16V
D105
BAV99
1
C123
C124
C125
NC
NC
NC
RED- 5
GREEN- 5
BLUE- 5
VGA_DET 5
VGA5V
D106
BAV70
C128
0.1/16V
3
NC
VCC5V
VCC5V
2
D104
BAV99
1
2
3
D103
BAV99
1
2
3
3
3
6V2
C126 0.1/16V
ZD102
2
C127
NC
C122
BLUE+ 5
VGA_DET
D102
BAV99
1
2
GREEN+ 5
SOG 5
VGA_DET
GND
RED+ 5
C118
NC
17
16
12
1
CN102
DZ11AA1-H5W6-4F
R
1
6
2
G
7
13
3
B
8
14
4
VGA5V
9
15
5
10
11
GND
GND
R127
4K7
VGA_SCL
VGA_SDA
R131
R132
GND
C130 27p/50V
2K2
R136
2K2
C129 27p/50V
R133
R134
R135
6V2
6V2
6V2
ZD106
ZD105
ZD104
ZD103
6V2
FB101
120Ω
R128
4K7
R129
10K
R130
1K
U103
AT24C02BN
8
7
6
5
100
100
VCC
WP
SCL
SDA
A0
A1
A2
GND
1
2
3
4
GND
1K
1K
HSY NC 5
VSY NC 5
WP_EDID 5
DDC_SCL_VGA 5
DDC_SDA_VGA 5
Note 2
C131
NC
C132
NC
GND
MSTAR_TSUMU1PEJ
InnoLux
Note:
1. R0603 package for Bead. C116,C117,C118 are reserved f or EMI or perf ormance issue.
Document Number :
S1909WNf 18.5'' IF Board
2. C131,C132 are reserved f or tuning performance issue.
SIZE :
A4
APPRO BY :
TITLE :
CHECK BY :
VGA-INPUT
2008-08-01
DATE :
3
SHEET
DRAW N BY :
Rev :
6
OF
V02
Lucky
Lucky
CN201
DVI-D_CON
R203
R204
10
10
DVI_RX0DVI_RX0+
R205
R206
10
10
DVI_RXC+
DVI_RXC-
R207
R208
10
10
6
7
8
DVI_SCL
DVI_SDA
14
15
16
4
5
11
12
13
20
21
RX1- 5
RX1+ 5
D201
BAV70
RX0- 5
RX0+ 5
R211
4K7
RXC+ 5
RXC- 5
R212 R213
4K7 10K
R214
1K
R209
R210
C204
0.1/16V/NC
C206
0.1/16V/NC
C208
0.1/16V/NC
C210
0.1/16V
VCC
WP
SCL
SDA
R217
10K
A0
A1
A2
GND
1
2
3
4
GND
R218
100/NC
3
HPD_DVI
Q201
PMBT3904
1
2
6V2/NC
DVI5V
C213 0.1/16V
D209
BAV99
1
6V2
C211
0.1/16V
U201
AT24C02BN
DVI5V
0.1/16V
3
3
2
D210
BAV99
1
ZD202
D207
BAV99
1
C209
0.1/16V/NC
2
ZD204
2
D208
BAV99
1
6V2
C207
0.1/16V/NC
2
C212
D205
BAV99
1
3
3
2
D206
BAV99
1
3
D203
BAV99
1
C205
0.1/16V/NC
2
ZD203
2
D204
BAV99
1
3
3
C203
0.1/16V/NC
2
3
3
D202
BAV99
1
C201
0.1/16V
WP_EDID 5
DDC_SCL_DVI 5
DDC_SDA_DVI 5
DVI_DET 5
DVI_DET
HPD_DVI
2
8
7
6
5
100
100
DVI_DET
HPD_DVI
DVI5V
1
DVI_RX1DVI_RX1+
DVI5V
RX2- 5
RX2+ 5
3
10
10
2
R201
R202
C202 0.1/16V
5V
GND
HP
RX4RX4+
GND
RX3RX3+
RX5RX5+
DVI_RX2DVI_RX2+
6V2
SCL
SDA
VS
VCC5V
1
2
3
9
10
19
17
18
22
23
24
ZD201
RX2RX2+
GND
RX1RX1+
GND
RX0RX0+
GND
RXC+
RXC-
VCC5V
R219
4K7
HPD_CTRL 5
HDCP Function
GND
GND
MSTAR_TSUM1PEJ
InnoLux
Document Number :
SIZE :
S1909WNf 18.5'' IF Board
APPRO BY :
A4
TITLE :
CHECK BY :
DVI-INPUT(Reserved)
2008-08-01
DATE :
SHEET
41
4
OF
6
DRAWN BY :
Rev :
V02
Lucky
Service Manual
VDDP_33
AVDD_33
FB102
+
C143
C144
C145
C146
C147
0.1/16V 0.1/16V 0.1/16V 0.1/16V 0.1/16V
9
10
12
13
15
16
18
19
5
6
4 RX2+
4 RX24 RX1+
4 RX14 Rx0+
4 RX04 RXC+
4 RXC4 DDC_SDA_DVI
4 DDC_SCL_DVI
GND
AVDD_33
R144
390 1% 7
31
VCC5V
C148
1u/16V
R177
10K
2
Q107
PMBT3906
1
3
R189
10K
GND
R191
1K
R192
10K
VCC
HOLD#
WP#
GND
SO
CS#
SCK
SI
2 SDO
1 SCZ
6 SCK
5 SDI
X101
14.31818MHz
C164 1u/16V
C158 22p/50V
R147
2
LED_A_C
100K
0 127
R149
NC
10K
3
R175
R170
NC
REXT
REFP
GPIO_P43/GPIO_P42
GPIO_P45/GPIO_P04
REFM
GPIO_P46/GPIO_P05
GPIO_P47/GPIO_P22
3
4
36
48
R125
R160
10K
NC
NC
10K
10K
NC
10K
10K
10K
NC
R171
R172
R184
R174
R139
R140
R220
R179
R181
1K
1K
CON--CLX-CI0108P1HDL
LVB0M
LVB0P
LVB1M
LVB1P
LVB2M
LVB2P
SDO
CSZ
SCK
SDI
LVBCKM
LVBCKP
LVB3M
LVB3P
LVA0M
LVA0P
RST
XIN
LVA1M
LVA1P
XOUT
LVA2M
LVA2P
LVACKM
LVACKP
LVA3M
LVA3P
37
MODE
NC
R158
NC
R188
4K7
39
38
LED_W_C
LED_A_C
VOLUME 6
MUTE 6
POWER_KEY
VGA_DET 3
HPD_CTRL 4
PANEL_ENABLE 6
CCFL_ENABLE 6
BRIGHTNESS 6
SCL_OSD
SDA_OSD
49
47
R216
NC
DVI_DET 4
WP_EDID 3,4
46
45
R146
100
99
98
97
96
95
RXO0RXO0+
RXO1RXO1+
RXO2RXO2+
94
93
92
91
86
85
RXOCRXOC+
RXO3RXO3+
RXE0RXE0+
84
83
RXE1RXE1+
WP_OSD
1K
82
81
80
79
78
77
RXE2RXE2+
RXECRXEC+
RXE3RXE3+
CN103
FFC-CON
RXO0RXO0+
RXO1RXO1+
RXO2RXO2+
RXOCRXOC+
RXO3RXO3+
RXE0RXE0+
RXE1RXE1+
R193
R194
R195
POWER_KEY
ADC_KEY 1
LED_W
ADC_KEY 2
LED_A
LPIN6
LPIN5
0/NC
0/NC
0/NC
GND
6 VLCD
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
C ON --PT-F IX30PIN
+3.3V
R138
4K7
R137
4K7
C140
0.1/16V
GND
WP_OSD
R142
100
R143
100
SCL_OSD
SDA_OSD
8
7
6
5
U106
VCC
WP
SCL
SDA
A0
A1
A2
GND
AT24C04N
KEY ACTIVE STATUS
ADC_KEY1
R157
RXE2RXE2+
RXECRXEC+
RXE3RXE3+
C167 0.1/16V
C172 0.1/16V
C169 0.1/16V
NC
EP102
C171 0.1/16V
NC
C168 0.1/16V
EP101
To Keypad
Board
NC
WP_FW
73
109
125
CN104
2x4P 2.0mm
POWER
PLUS-MINUS
LED_WHITE
MENU-SELECT
LED_AMBER
R182
50
51
GND
1
2
3
4
5
6
7
8
C166 NC
ADC_KEY 1
ADC_KEY 2
R180
R0603
R151
R152
58
54
114
40
59
87
107
112
60
65
66
71
103
21
53
74
104
126
I2C_MCL/GPIO_P10
I2C_MDA/GPIO_P11
102
C153 0.1/16V BY PASS
VDDP_33
R169
10K
0 128
R148
R176
10K
1
41
42
43
44
108
VCC5V
LED_A
U108
C157 22p/50V
VCC5V
R168
330
R0603
GPIO_P04/GPIO_P03/PWM3
GPIO_P25/GPIO_P12/PWM3
GPIO_P13/PWM2/GPIO_P26/PWM2
PM25LV010A-100SCE
GND
Q108
PMBT3906
GPIO42/GPIO_P24
GPIO_P24/PWM2/GPIO_P27/PWM2
VCC5V_DET
R154
1K
R155
1K
119
120
121
122
123
124
2
TSUM1PEJ-LF-2
8
7
3
4
WP_FW
R167
R0603 NC
GPIO_P15
GPIO_P16
GPIO_P22/PWM1/GPIO_P23/PWM1
GPIO_P44/GPIO_P41
RX2P
RX2N
RX1P
RX1N
RX0P
RX0N
RXCKP
RXCKN
DDCD_SDA
DDCD_SCL
C165
0.1/16V
R190
10K
GPIO_P00/SAR0/GPIO_P17/SAR0
GPIO_P01/SAR1/GPIO_P00/SAR1
GPIO_P02/SAR2/GPIO_P01/SAR2
GPIO_P03/SAR3/GPIO_P02/SAR3
GPIO_P06
GPIO_P07
GPIO_P14/PWM0
1
11
17
29
52
72
88
101
105
106
68
69
63
62
113
75
76
89
90
57
56
55
61
64
70
67
110
111
115
116
117
118
LED_W
R165
560
R0603
+3.3V
LED_W_C
R166
10K
30
RIN0P
RIN0M
GIN0P
GIN0M
SOGIN0
BIN0P
BIN0M
HSYNC0
VSY NC0
DDCA_SDA/RS232_TX
DDCA_SCL/RS232_RX
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
LVA4P/GPO[7]
LVA4M/GPO[6]
LVB4P/NC
LVB4M/NC
NC/GPO[0]
NC/GPO[2]
NC/GPO[4]
NC
NC
NC
NC
NC/GPIO_P43
NC/GPIO_P25
NC
NC
NC
NC
C142
22u/16V
28
27
25
24
470 C152 0.047u/16V26
23
22
32
33
34
35
R159
GND
3 RED+
3 RED3 GREEN+
3 GREEN3 SOG
3 BLUE+
3 BLUE3 HSYNC
3 VSYNC
3 DDC_SDA_VGA
3 DDC_SCL_VGA
AVDD_18
60Ω
VCC5V
VDDP_33
AVDD_18
AVDD_18
GND
VDDC_18
VCC +1.8V FB105
+1.8V 6
VDDC
VDDC
VDDC
VDDC
AVDD_33
AVDD_33
AVDD_33
8
14
20
AVDD_33 VDDC_18
VDDP
VDDP
VDDP
VDDP
VDDP
VDDP
VDDP
VDDP
VDDP
VDDP
VDDP
VDDP
VCTRL
C141 0.1/16V
C161 0.1/16V
C149 0.1/16V
C139 0.1/16V
C138 0.1/16V
C137 0.1/16V
C136 0.1/16V
C135 0.1/16V
C134 0.1/16V
C133 0.1/16V
C160 0.1/16V
+
C159 0.1/16V
C154 0.1/16V
C150
22u/16V
C156 0.1/16V
+3.3V
60Ω
C155 0.1/16V
VCC +3.3V
+3.3V 6
1
2
3
4
GND
ADC_KEY2
PLUS
1.06V
MENU
1.06V
MINUS
1.49V
SELECT
1.49V
MSTAR_TSUM1PEJ
InnoLux
Document Number :
SIZE :
S1909WNf 18.5'' IF Board
APPRO BY :
Custom
TITLE :
CHECK BY :
SCALAR
2008-08-01
DATE :
5
U101
AP1084K33LA
VIN
VOUT
ADJ
3
BRIGHTNESS 5
VOLUME 5
MUTE 5
C101
NC
C104
0.1/16V
+
U102
LD1117AL-1.8V
+3.3V
3
+3.3V 5
VIN
4
VOUT
PAD
C102
100u/16V
OF
6
+1.8V
2
+1.8V 5
4
+
1
CCFL_ON/OFF
PAD
+3.3V
2
ADJ
VCC5V
+
C105
NC
C106
0.1/16V
C103
22u/16V
C107
NC
GND
GND
GND
R109
100K
CCFL_ON/OFF
+
Q103
PMBT3904
R107
27K
1
5 PANEL_ENABLE
R108
+ 10K
GND
C110
R106
100K
GND
C109
1
5 CCFL_ENABLE
GND
VLCD 5
100u/16V
R105
4K7
C108
0.1/16V
1
10K
3
0.1/16V
VLCD
R103
3
C111
R102
10K
Q104
PMBT3904
2
VCC5V
Q101
AP2305GN
2
3
VCC5V
0.1/16V
+3.3V
2
To Pow er/Inverter
Board
VCC5V
6V2
1
2
3
4
5
6
7
8
1
CN101
8P 2.0mm
ZD107
CON--JWT-A2008WR08P
SHEET
C112
4.7u/16V
GND
GND
High On
MSTAR_TSUM1PEJ
InnoLux
Low Off
Docume nt Numbe r :
S1909WNf 18.5'' IF Board
SIZE :
A4
TITLE :
CHECK BY :
POWER (DC input)
2008-08-01
DATE :
SHEET
42
6
OF
6
APPRO BY :
DRAW N BY :
Rev :
V02
Lucky
DRAWN BY :
Rev :
V02
Lucky
Service Manual
power board schematic
1.1 Contents
SCHEMATIC
2
1
SHEET
REV1
Reversion of History
Dell S1909WNf Power/Inverter Schematic Diagram
1.2 Inverter board INL836
3
LPL/AUO PANEL
1.3 Power board LD7552
43
Service Manual
4
3
4 -
L850
CHK-007
1
2
R851 499K
R850
499K
RT850
5R4A
C852
C851
0.47uF X2
C850
222 Y2
3
D850
BL4-06
+ 1
C846
C854
68uF/450V
Signal_GND
R852
499K
R853
27K
R855
27K
R854
R841
C875
472P
R856
10R
C855
Signal_GND
C847
1nF/50V X7R
47R
R840
Signal_GND
NC/1N4148
R848
100K 1%
D841
C849
OUT
U850
LD7552B
RT
6
Signal_GND
CS
4
10uF/50V
Signal_GNDR844 47R
499K
R843
499K
R842
27K
8
499K
R839 0.2R/1W FUSE
NC
VCC
0.01uF/50V X7R
3
5
COMP
NC/47pF/50V X7R
2
C848
1nF/50V X7R
Signal_GND
CN850
HF-301PCB 7MM
D852
C872
NC/100P/1KV Y5P
D851
FR10-10
NC/P6KE170A
D853
SF10-04
Q850
AP2762
2
R884
10K
R859
0.75R/2W 1%
1
2
3
4
5
6
1
2
3
T850
SPW-119
C860
332 Y1
T851
NC
12
11
10
9
8
7
12
11
10
8
9
5
4
6
7
I850
LTV-817B
4
3
Signal_GND
SR520
R862
10R 2W
D854
5K1
R860
NC/5K1
R858
470uF/25V
C858
SB5150
NC/SB5150
R873
10R 2W
SR520
D857
1000pF/1KV X7R
D856
C873
D855
C862
1000pF/1KV X7R
1
2
I851
TL431
270K
R871
3.6K
R872
C864
470uF/25V
470uF/25V
C857
L854
CHK-XXX
L855
NC/CHK-XXX
C863
470uF/25V
C856
470uF/25V
R857
270R
C871 0.1uF/50V
C859
10nF/50V Y5V
R868
3.3K
R887
20K
F851
5A/125V
C876
0.1uF/50V
+12V
+5V
+5V
ON/OFF
DIM
Title
Size
A3
Date:
1
2
3
4
5
6
7
8
CN853
SIP-8P
+5V
+5V
GND
GND
ENA
DIM
Audio_detect
Audio_on/of f
Sheet
Dell S1909WNf Power BD
Document Number
Saturday , August 30, 2008
2
of
2
RA
Rev
44
1
3
7
VC C
GN D
1
3
2
222 Y2
F850
3.15A 250V
1
2
Service Manual
3.3V Lightest
+12V
Brightness
R3 10K
0V of lightest
C5
1500pF/50V X7R
Q2
C6
+5V
C25
open
3
ZD7
open
R4
113K
2
1
1
2
3
4
U1
SST_CMP
C23
2.2uF/16V
DIM
ISEN
VDDA
RT
GNDA
DRV1
INL836
DRV2
8
7
6
5
C2
0.1/50V
C9
470uF/25V
C1
0.1/50V
C8
Q4
33R
R17
C22
33R
R18
AP9971GD
1nF/50V
C27
1500pF/50V X7R
C21
1500pF/50V X7R
1nF/50V
8
OVP
+5V
SPW-054
T1
1
3
4
6
10
7
15pF/3KV
C13
C14
3pF/3KV
C15
C18
C17
3pF/3KV
C24
R6
1K
2
Document Number
Sheet
1
1
2
CN3
1
2
CN1
ZD4
1
2
1
2
CN4
NC
4100-D02
R14
2
CN2
RA
Rev
NC
4100-D02
390R 1%
BAV99
R2
1K
2 CCFL NONE-COM GND
Saturday , August 30, 2008
of
NC/220pF/50V X7R
BAV99
ZD5
C19
2700pF/50V X7R
+5V
OVP
NC/220pF/50V X7R 2700pF/50V X7R
ZD6
BAV99
3
1
DELL S1909WNf inverter circuit
2
5
D2
G2
4
DIM
R1
open
1
RK7002
33nF/50V
S2
3
5
Q1
C12
22nF/25V
3
1
6
D2
7
D1
G1
2
D1
S1
1
R22
47K
1
+5V
R7
1
3
2
3.3V On
0V Off
R5 10K
C
E
OVP
Title
Size
A3
Date:
45
CCFL_ON/OFF
5 ON/OFF
RK7002
2N3904
Q3
B
1M
3
2
3
2
Service Manual
Attachment 3- PCB Layout power/inverter bd:
power/inverter bd:
Top Layer
Bottom Layer
46
Service Manual
I/F board:
Top Layer
47
Service Manual
Bottom Layer
Power Keypad
Top Layer
48
Service Manual
Bottom Layer
OSD Keypad
49
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