ACER
ACER_LCD_H233H_SM081126V1
Model ID:RB23WABAS
DBG DPBU II
Service
Service Manual
Table of Contents
01. Product Specification--------------------------------------------------------------------------------- 02
02. OSD Menu-----------------------------------------------------------------------------------------------08
03. Exploded Diagram------------------------------------------------------------------------------------- 12
04. Assembly and Disassembly Procedures-----------------------------------------------------------14
06. Firmware Upgrade Procedure------------------------------------------------------------------------35
07. Writing EDID Procedure-------------------------------------------------------------------------------37
08. Block Diagram and schematic----------------------------------------------------------------------- 40
Appendix I : User’s Manual
Appendix II User’s QSG
Appendix III :Spare Parts List
Appendix IV: Software Pack
Safety Notice
Any person attempting to service this chassis must familarize with the chassis and be
aware of the necessary safety precautions to be used when serving electronic equipment containing
high voltage.
Published by Wistron Corporation Printed in Taiwan © All rights reserved Subject to modification
26th-Nov.-2008
ꢀꢁꢂꢃ
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2
ACER H233H
1. Product Specification
This model combine with three platform. See below
explanation.
The LCD monitor consists of an interface board, a power board
and inverter board, a function key board.
1.Scaler IC:RTD2482D used in VGA ,DVI and HDMI port
Using simply word to define it(1A1D1H)
2.Scaler IC:RTD2482 used in VGA and HDMI port. Using
simply word to define it(1A1D)
The interface board will house the flat panel control
logic , brightness control logic, audio function control
(option), key function control, DDC and DC to DC
conversion to supply the appropriate power to the
whole board and LCD flat panel , and transmitting
LVDS signals into LCD flat panel module to drive the
LCD display circuit .
3.Scaler IC:RTD2482RD used in VGA ,DVI and HDMI port
.Using simply word to define it.(1A1D1H+OD)
The product specification demonstrate all of the model:
1.1 SCOPE
The power board will support main power DC5V to
interface board, and drive the two CCFLs (Cold
Cathode Fluorescent Tube).
This document defines the design and performance
requirements for a 23W inch diagonal , flat panel monitor .
The display element shall be a 1920x1080 resolution
TFT-LCD (Thin Film Transistor Liquid Crystal
Display).16.7M color(Hi-FRC) images are displayed on
the panel.Video input signals are analog RGB (0.7Vp-
p). When the system is powered-on , previously stored
screen parameters for a pre-defined mode will be
recalled if the operating mode is one of stored in
memory( 2213 factory timing mode).This monitor
operates normal by non-interlaced mode.
DDC (Display Data Channel) function is DDC2Bi
compliance. Power saving function complies with the
DPMS(Display Power Management Signaling)
standard.
The interface board provides the power ON / OFF
control over the power board.
Whole monitor to control the DPMS LED indicator to
function key board.
MONITOR SPECIFICATIONS
ITEM
Frequency
SPEC
Signal Input
(Analog)
Analog:
H:31kHz~94kHz
V:50Hz~75Hz
205MHz (Max)
Analog 0.7Vp-p
Pixel clock
Video Input
Display Pixels
Sync Signal
Frequency
640 x 480 (VGA) ~ 1920 x 1080
Separate SYNC for TTL (N or P)
Digital:
Signal Input
(Digital)
H:31kHz~94kHz
V:50Hz~75Hz
Pixel clock
Video Input
165MHz (Max)
Analog 0.7Vp-p
1.2 GENERAL REQUIREMENTS
Input Impedance 75Ω
Display Pixels
AC Input
640 x 480 (VGA) ~ 1920 x 1080
1.2.1Test Condition
AC100V ~ AC240V
10% 50/60Hz, 3 pin AC power cord
Connector
Input connector
Audio Jack (OPTIONAL)
AC in 100V~240V
Front
D-SUB 15 pin, DVI-D & HDMI
Brightness level & contrast level max. Full white
pattern test mode following spec. Warm up more
than 1 hr, ambient light < 10 Lux , Luminance
meter CA210 or BM7 or same equipment
1.2.2Test Equipment
Audio input 3.6Φ
Power Comsumption
User’s Control
Active 50W(non-USB)/60W(w/USB), power saving < 2W
Input ,E-KEY, Auto Adjust ,Menu Adjust(-), Adjust(+),Power
OSD
Contrast, Brightness, Position, Clock, Phase, Analog/Digital,
Reset, Color, Language select, etc.
Pre-Defined Timing
Factory
User
13
9
Plug and Play
Power Saving
VESA DDC2Bi
VESA DPMS
The reference signal source is a calibrated
Chroma 2237 video generator or higher. The use
of other signal generators during qualification and
production is acceptable provided the product
complies with this specification.
≦H
1 kHz, ≦V 1 Hz
Input Signal Counter Tolerance
1.3.1 Interface Connectors
1.3.1.1 Power Connector and Cables
The AC input shall have an IEC/CEE-22 type male
power receptacle for connection to mains power.
The power cord shall be with length of 1.8 0.005
meters.
1.3 ELECTRICAL
This section describes the electrical requirement
of the monitor.
1.3.1.2 Video Signal Connectors and Cable
The signal cable shall be 1.8 0.005 meters long.
At the end of the cable shall be a molded-over,
shielded, triple row, 15 position, D-subminiature
connector. The CPU connection shall have captive
screw locks, which will be adequate for hand
tightening. The monitor connection may use small
screws.
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3
ACER H233H
1. Product Specification (continued)
C o n n e c to r P in D e s c rip tio n
D -S U B P in D e s c riptio n
1.3.2.2 Video Signal Termination Impedance
P in
1
N a m e
R e d - V id e o
D e s c riptio n
This analog video signal termination shall be 75Ω
1% which shall be resistive with a negligible reactive
component.
R e d vid e o signa l inp ut.
G re e n vid e o signa l inp ut.
B lue vid e o signa l inp ut.
G ro und
2
G re e n- V id e o
B lue - V id e o
G N D
3
4
5
D D C - G N D
R e d - G N D
G re e n- G N D
B lue - G N D
+ 5 V
D D C gro und fo r the V E S A D D C 2 B i func tio n.
A na lo g signa l gro und fo r the R e d vid e o .
A na lo g signa l gro und fo r the G re e n vid e o .
A na lo g signa l gro und fo r the B lue vid e o .
+ 5 V inp ut fro m ho st syste m fo r the V E S A D D C 2 B i func tio n.
S igna l gro und
6
7
1.3.2.3 Synchronization ( Sync ) Signals
8
9
The Horizontal Sync (HS) TTL signal is used to initiate
the display of a horizontal line. HS may be either active
high or active low, depending upon the timing .The
Vertical Sync (VS) TTL signal is used to initiate the
display of a new frame .VS may be either active high or
active low, depending on the timing .
1 0
1 1
1 2
1 3
1 4
1 5
S ync - G N D
G N D
G ro und
D D C _ S D A
H - S Y N C
V - S Y N C
D D C - S C L
S D A signa l inp ut fo r the V E S A D D C B 2 i func tio n.
H o rizo nta l signa l inp ut fro m the ho st syste m .
V e rtic a l signa l inp ut fro m the ho st syste m .
S C L signa l inp ut fo r the V E S A D D C 2 B i func tio n.
1.3.2.4 Sync Signal Levels
The monitor must accept sync signals from both 3.3 and
5 volt TTL logic families.The inputs shall sense a logic 0
when the input is 0.8 volt or less and shall sense a logic
1 when the input is 2.0 volts or greater. In addition to
these level requirements , there shall also be a
minimum of 0.3 volt hysteresis provided for noise
immunity (typically by using a Schmitt Trigger input ).
That is , the input level at which the monitor actually
detects a logic 0 shall be at least 0.3 volt lower than the
level at which it actually detects a logic 1.If the monitor
sync processing circuits are designed around the 3.3
volt logic family ,then the sync inputs must be 5 volt
tolerant .
1.3.1.3 Audio Jack (option)
This jack shall connect the audio input from
host computer.
1.3.2 Video Input Signals
NO. Symbol
Item
Min Normal Max Unit
Remark
94 kHz Minimum Range
75 Hz Minimum Range
1
2
3
4
5
Fh Scanning Horizontal Frequency 31
Fv Scanning Vertical Frequency
Vih Hi Level Input
50
2
1.3.2.5 Sync Signal Loading
5
Note 1)
Vil Low Level Input
0
0.8
1.0
V
Note 1)
TTL input loading shall be equivalent to one TTL input
load. When logic 0 is asserted by a sync input , the
maximum current source from any single monitor sync
input to the driver is 1.6 mA .When logic 1 is asserted ,
the maximum current source from the driver to any
single monitor sync input is 400 uA .
Video RGB Analog Video Level
0.0
0.7
V
75? to Ground
Note1) Schmit-tTriggers Input , Supported 3.3V device H ( & V) sync output from PC
1.3.2.6 Abnormal Signal Immunity
The monitor shall not be damaged by improper sync
timing , pulse duration , or absence of sync , or
abnormal input signal amplitude ( video and/ or sync too
large or too small) , or any other anomalous behavior of
a graphics card video generator when changing modes
, or when any combination of input signals is removed
or replaced . Additionally , under these conditions , the
monitor shall not cause damage to the driving source .
1.3.2.1 Video Signal Amplitudes
The three video inputs consist of Red , Green ,
and Blue signals, each with its own coaxial cable
terminated at the monitor. These video signals are
analog levels, where 0 V corresponds to black ,
and 700 mV is the maximum signal amplitude for
the respective color, when each signal is
terminated by a nominal 75.0 ohms .For a given
monitor luminance levels are measured using this
defined video amplitude driving a monitor meeting
the termination requirements . The signal
amplitude is not to be readjusted to compensate
for variations in termination impendence.
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ACER H233H
4
1. Product Specification (continued)
1.3.4 Monitor Modes and Timing Capability
1.3.4.1 Format and Timing
The monitor shall synchronize with any vertical
1.3.3 User Controls and Indicators
1.3.3.1 Power On / Off Switch
The monitor shall have a power control switch
frequency from 50 to 75 Hz , and with any
horizontal frequency from 31 to 94KHz. If the input
frequency is out of the above – specified range,
the monitor shall display a warning screen
indicating that the input frequency is out of range.
Under no circumstances shall any combination of
input signals cause any damage to the monitor .
1.3.4.2 Factory Assigned Display Modes
There are 13 factory pre-set frequency video
modes. These modes have a factory pre-set
for all characteristics affecting front-of-screen
performance. When the system is powered
on, previously stored screen parameters for a
pre-defined mode will be recalled if the
operating mode is one of those stored in
memory. If the operating mode is not one of
those stored in memory, the monitor CPU will
select the PRESET timing for a mode that is
the next lowest in horizontal scanning
frequency to the mode being currently used.
The screen parameters may be adjusted by
the use of the front bezel controls and then
may be saved as a user defined mode. The
monitor shall include all the preset video
timings shown in the following page.( Please
see Note. (3) )
visible and accessible on the front of the monitor .
The switch shall be marked with icons per IEC 417
, # 5007 and # 5009.The switch shall interrupt the
DC supply to the monitor.
1.3.3.2 Power Indicator LED
The monitor shall make use of an LED type
indicator located on the front of the monitor .
The LED color shall indicate the power states as
given in Table 1.
1.3.3.3 On-Screen Display
The Wistron On Screen Display system shall be
used, controlled by a Menu button. If the buttons
remain untouched for OSD turn off time while
displaying a menu, the firmware shall save the
current adjustments and exit. Also, if the video
controller changes video mode while the OSD is
active, the current settings shall be save
immediately, the OSD turn off, and new video
mode is displayed.
Key
When No OSD display
Menu Display
OSD Display
1.To select the OSD sub-Menu
2.Enter select
MENU
Speaker Volume/Plus
(with Audio)
1.Right or Down selection of the OSD menu
2.Increase the value after bar selected
1.Left or up selection of the OSD menu
2. Decrease the value after bar selected
Menu exit
>
<
1.3.4.3 Mode Recognition Pull-in
Speaker Volume/Minus
(with Audio)
The monitor shall recognize preset modes
within a range of 1KHz whichever is less for
horizontal ; and within 1Hz for vertical.
1.3.4.4 User Display Modes
Auto Adjust Function
Trigger eColor Management
Auto
e
Trigger eColor Management
Input
Input source select
Input source select
In addition to the factory pre-set video modes,
provisions shall be made to store up to 9
user modes. If the current mode is a user
mode, the monitor shall select its previously
stored settings. If the user alters a setting, the
new setting will be stored in the same user
mode. The user modes are not affected by
the pre-set command. If the input signal
requires a new user mode, storage of the new
format is automatically performed during user
adjustment of the display (if required).( Please
see Note.(4) )
ITEM
Content
Volume
To increase or decrease the sound level
Brightness
Contrast
Adjust backlight luminance of the LCD panel
Adjust gain of R,G,B signal
Clock
Adjust the ratio of dividing frequency of the dot clock
Adjust the phase of the dot clock
Focus
H.Position
V.Position
Color temp
OSD Language
The active screen is horizontally move right and left
The active screen is vertically move up and down
Select three kinds of modes(Warm, Cool, User)
1.USA-select the language among English, French, Italian, Deutsch, Spanish, ꢀꢁꢂꢃ,
ꢄꢁꢂꢃ, ꢅꢆ
2.EMEA-select the language among English, French,Italian, Deutsch, Spanish, Russian,
Dutch, Finnish
OSD Position
OSD Timeout
Setting
Adjust the OSD menu position
The OSD menu show time
The setting of Input Source, Wide Mode, DDC/CI
It will show resolution, the frequency of horizontal/vertical synchronizing and S/N
All data copy from shipment factory data
Information
Reset
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ACER H233H
5
1. Product Specification (continued)
PRESET PC TIMINGS (ANALOG AND DIGITAL
INPUTS)
1.3.5.3 Panel Timing and Interface
The controller supplied with the monitor shall
control all panel timing. This controller shall
Resolution
(active dot)
Resolution
Horizontal
Vertical
Nominal Pixel
Clock (MHz)
Aspect
Ratio
adequately insulate the monitor from the computer,
so that no possible combination of input signals
from the computer shall cause damage to the flat
panel or any other component of the
Mode
(total dot) Frequency (KHz) Frequency (Hz)
VGA
MAC
VESA
640x480@60Hz
720x400@70Hz
800x600@56Hz
800x600@60Hz
1024x768@60Hz
1024x768@70Hz
1152x864@75Hz
800 x 525
864x525
31.469
35
59.941
66.66
25.175
30.24
4:3
4:3
900x449
31.469
35.156
37.879
48.363
56.476
67.5
70.087
56.250
60.317
60.004
70.069
75
28.322
36.000
40.000
65.000
75.000
108
1.8
1024 x 625
1056 x 628
1344x806
1328x806
1600x900
4:3
SVGA
XGA
4:3
monitor. The LCD panel interface shall support the
TFT standard.
4:3
4:3
VESA
SXGA
4:3
1.3.6 DC - AC Inverter Requirements
1280x1024@60Hz 1688x1066
63.981
49.702
55.935
67.158
67.500
60.020
59.810
59.887
59.963
60.000
108.000
83.500
106.500
173.000
148.500
5:4
The DC-AC inverter is on the power board. The
frequencies used by the DC-AC inverter used to power the
backlight shall be chosen so as to prevent any noticeable
effects on the flat panel (such as a rolling effect).
1.3.7 Power Supply Requirements
WXGA
WXGA+
1280x800@60Hz
1440x900@60Hz
1680x831
1904x931
16:10
16:10
1920x1080@60Hz 2576x1120
1920x1080@60Hz 2200x1125
HD
16:9
The AC to DC converter power supply for the monitor
shall be an external AC to DC converter ”brick” This brick
shall have an IEC receptacle for main power input and a
pin - in ---socket for DC power out. The brick shall provide
sufficient power for both the monitor and the backlight
assembly, and shall meet requirements specified in Table
2.
PRESET VIDEO TIMING(DIGITAL INPUT)
CEA-861 H-Active V-Active I/P H-Total H-Back V-Total V-Back H-Freq. V-Freq. P-Freq.
-c-code
Porch
48
Porch
33
(kHz)
31.5
(Hz)
(MHz)
25.2
60 27.027
1
2,3
4
640
720
480
480
p
p
p
i
800
858
525
525
60
60
220
148
148
30
20
15
36
31.5
45
1280
1920
1920
720
1650
2200
2200
750
60
60
60
74.25
74.25
148.5
5
1080
1080
1125
1125
33.75
67.5
16
p
Analog input (VGA) treats all timings as PC-timings.
1.3.5 Controller Requirements
1.3.5.1 General Requirements
The monitor shall include a controller capable of
converting the analog RGB signal from a standard
1920x1080 resolution video controller in the CPU
to a signal which can be displayed on the panel.
The controller will include a PLL,A/D converters,
LVDS transmitter and other circuitry necessary to
perform its function. The PLL shall be stable
enough to ensure that a static image from the CPU
is placed in the same physical location on the flat
panel in each frame.
1.3.5.2 Video Stretching
The monitor shall contain provisions to “stretch”
the video signal, so that an input signal from the
computer in any resolution smaller than 1920 x
1080 is automatically expanded to fill the entire
screen.
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ACER H233H
6
1. Product Specification (continued)
1.3.8 Display Communications Channel
1.4.4.Backlight Requirements
1.4.4.1 General Requirements
The monitor assembly shall provide a display
communications channel that conforms to VESA
DDC2Bi hardware requirements. This configuration
shall contain the 128-byte (HDMI 256-byte)EDID file
as specified by VESA EDID standard. The monitor
should not write to the EDID file for the first two
minutes of operation following power-up UNLESS
some action taken by the user or the host CPU forces
the write (for instance, requesting the serial number
via the OSD). Furthermore, it is recommended that
CMOS switches be incorporated to isolate the DDC IC
from outside connections while the EDID Fault
Management is being updated. This is to prevent
corruption of the data by attempts to read the data
while it is being changed.
The backlight assembly shall be designed to
support field replacement at the customer site or
authorized service center.The lamps shall have a
continuous operating life of at least 50,000 hours
at 25℃. The operating life is defined as having
ended when the illumination of light has reached
50% of the initial value. The lamps shall extend a
sufficient amount from the edge of the light guide
that sputtering over the life of the lamps shall not
cause degradation of the luminance uniformity
(such as non-illuminated bands along the edges
of the display).
1.4.4.2 Lamps Startup Time
The backlight lamps shall start about 2 sec of the
time the monitor power switch is pressed or the
monitor is restarted from a power - down mode .
The starting time shall stay about 2 sec. for the
minimum expected life of the lamps.
1.3.9 Firmware Update Function (same ISP function)
The update firmware need through from the D-Sub
connector, use DDC I2C bus to do update firmware.
1.4. ELECTRICAL
1.4.1 General Requirements
Test conditions are as follows :
The panel used as the display device shall be an
Ambient Light ----------------------
Temperature-------------------------- 10℃
Inactive Time ----------------------- > 24 hours
1.4.5.Defects
1.4.5.1Visual Inspection
< 1.0 lux
1920x1080 resolution 23W, TFT LCD. This panel shall
be approved for use in this monitor.
1.4.2. Panel Timings
The controller included with the monitor shall translate
all video timings from the CPU that meet the timing
requirements listed in Panel specification into timings
appropriate for the panel. Under no circumstances
may the controller supply the panel with timings that
may result in damage . The controller shall insulate
the panel from the CPU , so that the panel shall
always be driven per it's own specification regardless
of the timings being sent from the CPU.
The LCD panel shall be inspected with all pixels
set to white, black, red , green , and blue. The
color variation, brightness variation , and overall
appearance must not be perceived as poor quality
.Areas and / or parameters considered
questionable shall be subjected to detailed
measurements .
1.4.5.2 Display Degradation
1.4.3.Polarizer Hardness
Over the life of the product , variation of the
parameters specified in Panel specification shall
be maintained within reasonable limits. The panel
must not exhibit any significant defects while in
operation ( excluding the CCFL operation ).This
does not in any way change the warranty given by
the panel manufacturer .
The outer face of the front polarizer panel shall be
covered with a coating with a # 3 hardness value .
1.4.5.3 Light Leakage
Except for the active display area , there shall be
no light emission visible from any angle from any
other part of the display . For this test , the
ambient illumination must follow panel's
specification.
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7
ACER H233H
1. Product Specification (continued)
1.4.5.4 Allowable Defects
No cosmetic defects are allowed except those specified
Average Diameter smaller of
Acceptable Number
Minimum Separation
(L+W)/2 or L/20+2W
< 0.1mm
Non countable
N / A
15 mm
below. The conditions of visual inspections are as
follows :
0.1 mm ~ 0.3 mm
0.31 mm ~ 0.5 mm
0.51 mm ~ 1.25 mm
1.26 mm ~ 2.5 mm
2.51 mm ~ 3.75 mm
Greater than 3.75 mm
10
10
15 mm
5
15 mm
For 23 series
3
3
25.4 mm
25.4 mm
Not applicable
Viewing distance is to be approximately 35-50cm
Ambient illumination is to be 300 to 700 lux. Viewing
angle shall be at 90 degree. Defects not apparent within
one minute shall be ignored.
NONE
Note : Allowable distance between spots of two sizes is the minimum separation
number for the smaller spot. Therefore, if there are two spots, 1.30mm and 0.4mm
in diameter, they must be at least 15mm apart.
1.4.5.5 Defect Terminology
1.5 Optical Characteristics
Table 3 gives the descriptive terms used in classifying
defects.
Depends on the LCD supplier's spec. Details refer to QA
Inspection Spec.
S p o ts o r lin es th at ap p ear d ark in th e d isp lay p attern s an d are
u su ally th e resu lt o f co n tam in atio n . D efects d o n o t v ary in
D ark / S p o ts / L in es
size o r in ten sity (co n trast) w h en co n trast v o ltag e is v aried .
C o n trast v ariatio n can b e ach iev ed th ro u g h th e u se o f v aryin g
g ray sh ad e p attern s.
S p o ts o r lin es th at ap p ear lig h t in th e d isp lay p attern s.
D efects d o n o t v ary in size o r in ten sity (co n trast) w h en
co n trast v o ltage is v aried . C o n trast v ariatio n can b e ach iev ed
th ro u g h th e u se o f v aryin g g ray sh ad e p attern s.
B rig h t S p o ts / L in es
W h en th e u n it lig h ts, lin es ap p ear lig h t (w h ite) w ith d isp lay
p attern s d ark an d d o n o t v ary in size. P h ysical d am ag e to th e
p o lariz er th at d o es n o t d am age th e g lass
P o lariz er S cratch
P o lariz er D en t
W h en th e u n it ligh ts, sp o ts ap p ear lig h t (w h ite) w ith d isp lay
p attern s d ark an d d o n o t v ary in size. P h ysical d am ag e to th e
p o lariz er th at d o es n o t d am age th e g lass.
H o riz o n tal o r d iag o n al lin es th at ap p ear g ray w ith th e d isp lay
p attern s d ark an d m ay h av e resu lted fro m an “o u t o f co n tro l”
ru b b in g p ro cess o n th e p o lyim id e o r “w av es” o n th e B E F s o r
p rism sh eets.
R u b b in g L in e
N ew to n R in g
M o ttlin g
T h e “rain b o w ” effect cau sed b y n o n -u n ifo rm cell th ick n ess.
W h en th e u n it lig h ts, v ariatio n / n o n
–
u n ifo rm ity
(sp lo tch in ess) ap p ears ligh t (w h ite) w ith th e d isp lay an d
m ig h t v ary in siz e.
W h en th e u n it lig h ts, lin e(s) in th e m o n ito r (v ertical) o r m ajo r
(h o riz o n tal) ax is ap p ear d im , b u t n o t co m p letely o n o r o ff.
D im L in e
W h en th e u n it lig h ts, lin es in b o th th e m in o r an d m ajo r ax is
d o n o t ap p ear.
C ro ss L in es O ff
B rig h t / D ark D o t
A
su b
–
p ix el (R ,G ,B d o t) stu ck o ff / o n (electrical).
1.4.5.6 Smudges, Streaks and Smears
When viewing the panel oriented so as to maximize
reflected light , there shall be no visible smudging ,
streaking, smearing or other non-uniformity from
contaminants ,fingerprints, or defects in any of the visible
surfaces. This is independent of whether the unit is
operating or off .
1.4.5.7 Other Defects
Undefined defects that are considered to be rejectable
will be reviewed as they become apparent. These
panels will be referred to the Corporate / Manufacturer
Purchasing Agreement for disposition.
1.4.5.8 LCD Inspection
Put LCD panel on inspection table and illuminate the
panel with a daylight fluorescent lamp located above
the panel surface such that the luminance at the LCD
panel is between 1000 lux and 1500 lux .Defect limits
are given in Table 4 .
Table 4
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8
ACER H233H
2 OSD Menu
The description for control function
2.1 MAIN OSD MENU
a. Display OSD menu when user press “MENU” button on
front bezel
b. Layout as following figure 1-1
d. The definition of size and color for main menu
e Icons instruction
Function
Picture
OSD
Setup
Information
Status
Non-Focus
Focus
Focus on
Item-page
Figure 1-2 color & size definition for function Icons
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2. OSD Manu (continued)
9
ACER H233H
f. Item page status
c. The definition of color & size for the acer eColor management
OSD
Status
Display type
Non-focus
Item focused
Item selected
The description for control function
Key
Function description
Power off the monitor
Power
<
>
Moving the focus up
Moving the focus down
Enter to the item page
1. It has no function at the information
page.
Menu
Auto
e
Exit the OSD menu
Trigger the acer eColor Management
d. Icons introduction
Function description
Power off the monitor
Moving the focus up
Moving the focus down
Scenario mode:
Select function item for adjustment
Exit from the item page to icon place
Trigger the acer eColor Management
Key
Function description
Power off the monitor
Power
<
>
Decrease the setting value for target item
Increase the setting value for target item
No function
Menu
Auto
e
Mode
Contrast (OSD)
(User defined)
50 (slope 1.0)
50 (slope 1.0)
60 (slope 1.04)
56 (slope 1.025)
Brightness (OSD)
(User defined)
44 (61%)
Exit from item selected status
Trigger the acer eColor Management
User mode
Text mode
Standard mode
Graphics mode
Movie mode
77 (85%)
97 (98%)
77 (85%)
Note: The contrast/brightness value of modes should be
adjusted by requirement.
Acer eColor management
a. Display acer eColor Management OSD when user press
“e” button on the front bezel or trigger this function in OSD
menu/picture page.
Operation method:
Step 1: Press “e” key to initial scenario mode.
Step 2: Press “>” or “<” key to select the mode you want (not
cyclic).
b. Layout as following figure 1-8
Step 3: If user has NO action after Step 2, OSD will disappear
after 10 sec and do “auto scan” (mode keep in original
one, no change).
If user press “e” key after Step 2, it means user confirm
the chosen mode and monitor will do “auto scan” as
well.
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ACER H233H
2. OSD Manu (continued)
10
Volume management OSD
Power turn-off
a. Display volume management OSD, when user press “<” or “>”
button on front bezel.
b. Layout as following figure 1-10, key operation at items page
(No item selected)
Key
Function description
Close volume OSD
Menu
Auto
e
input
<
>
Volume down
Volume up
Stand-by then Input Signal
c. The definition of color & size for the volume management
OSD and file
Normal Operation then remove Signal
LED Light Effect in Soft-key
Power ON
Appendix
*Multiple language
Normal operation
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2. OSD Manu (continued)
11
ACER H233H
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13
ACER H233H
3. Exploded Diagram (continued)
3.2 Product Exploded Diagram
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14
ACER H233H
4. Assembly and Disassembly Procedures
4.1 Assembly procedures:
Fix the speaker and speaker cable, The white line
Connect the cable between power board(P802)
and interface board (P301)
S4
S1
in the left ,the red line in the right.
Connect the cable between power board(P003) and
interface board(P308)
Connect the USB board cable(P301) into interface
board(P805)
Connect speak cable into interface board(P001)
Connect the FFC cable into interface board
Connect the power key cable(P601)into interface
board(P309)
Turn the monitor faced down and put it on the
bracket chassis module till both parts firmly
Connect FFC cable to LCD panel. There are
two locks over here when plugging in should be
noticed.
S5
P003
P309
P308
P301
FFC
P001
P805
P802
Use a Phillips-head screwdriver screwed the
No.1~4 screws till that power board and bracket
chassis base firmly attached.(No1~3 screw
size=M3x6; No4 screw size=M4x8;
S2
Plug in parallel direction
Torque=9~10KGFxCM).
2
1
Angel < 5 degrees
3
4
Use a Phillips-head screwdriver screwed the
No.1~2 screws till that interface board and bracket
chassis base firmly attached.
S3
Take lamp cables out from the holes shown as the
photo.
S6
(No1~2 screw size=M3x6; Torque=9~10KGFxCM).
1
2
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15
ACER H233H
4. Assembly and Disassembly Procedures (continued)
Plug 2 lamp cables to the connectors of inverter
board.
Use a Phillips-head screwdriver screw 3 screws
S11
S7
(No1~2 Screw Size=M3x10;No3 screw size=M3*6
Torque=4~6KGFxCM).
3
2
1
Use a Hex-head screwdriver screwed the DVI and
D-SUB connectors (No.1~4 Hex Nut screws
Size=M3x8;Torque=4~6KGFxCM).
S8
Stick the safety tape
S12
Connect OSD key cable into interface board(P306)
2
1
3
4
1
Take out the USB cable to through out the hole.
S9
2
3
Use a Phillips-head screwdriver screwed the
No.1~2(No1~2 screw size=M3x6; Torque=9~10
KGFxCM).
S13
Use a Phillips-head screwdriver screw 4 screws
(No1~4 Screw Size=M3x6;
S10
Connect the USB cable.
Torque=2.5~3KGFxCM).
1
2
4
1
2
3
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16
ACER H233H
4. Assembly and Disassembly Procedures
Use a Phillips-head screwdriver screwed the
Stick the power key cable with tape.
S17
S14
No.1(No1screw size=M3x4; Torque=5+/-1
KGFxCM).
1
Connect the power key cable.
S15
Connect the power key board from front bezel,
Use a Phillips-head screwdriver screwed the
No.1~2 screws(No1~2 screw size=M2x3.3;
Torque=1~1.5 KGFxCM).
Put a rear cover on the assembled unit and
press on force mechanisms locked and firmly
attached.
S18
4
4
3
3
2
1
2
1
2
1
Fix with the OSD key board on the front bezel
Use a Phillips-head screwdriver screw 1 screw
(No1 Screw Size=M3x10;
S16
S19
Torque=7.5~9.5KGFxCM).
1
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17
ACER H233H
Assemble the stand upper side to the rear cover
through the way of screwing 4 screws till both
units firmly attached.
Stick POP label on the correct position the same
as below photo
S23
S20
(No1~4 Screw Size=M4x10; Torque=12+/-
KGFxCM).
1
2
3
4
Assemble the hinge cover into both two sides.
S21
Take a LDPE+EPE bag to cover the LCD
monitor.
S24
Stick a screen card on the front bezel with two
tapes.
S22
Take two cushion foams; one is held the top side
of LCD monitor, and another is held the bottom
side.
S25
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18
ACER H233H
4. Assembly and Disassembly Procedures (continued)
Put accessories of stand, DVI cable, and
S26
user’s manual ,power cable on specific
positions as photo below.
Move previous assembled parts into the carton
then stick Vista and feature label on the carton
then packing the carton
S27
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19
ACER H233H
4. Assembly and Disassembly Procedures (continued)
4.2 Disassembly procedures
Open the carton with a proper tool.
S1
Put returned unit on a protective cushion,then
remove LDPE+EPE bag.
S4
Tear off tapes to remove the screen protector
card then turn over the LCD monitor (screen
faced down),
Take out all accessories including D-SUB
cable power cable, DVI cables, user’s
manual, and packing material from the carton.
(Note: It depends on whether users
returning the accessories.)
S2
Disassemble the stand cover.
S5
Use a Phillips-head screwdriver unscrew 4 screws
to release the stand base.
S6
(No1~4 Screw Size=M4x10;
Torque=12 1KGFxCM).
Take off two cushion foams
S3
1
2
3
4
Use a Phillips-head screwdriver unscrew 1 screw
(No1 Screw Size=M3x10; Torque=7.5~9.5KGFxCM).
S7
1
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20
ACER H233H
4. Assembly and Disassembly Procedures (continued)
Put the dissembled monitor closed to by myself
Separating all of the locking mechanism of the
S12
S8
front bezel in turn.
RIGHT SIDE
D
OWN
U
P
S
I
D
E
S
I
D
E
LEFT SIDE
Turn over the LCD monitor (screen faced up).
S9
Wedge your finger between the front bezel and
the panel, then pry up on the front bezel to
disengage the locking mechanism.
Note: The dissemble method of front bezel is
as the below photos description, although the
photos from S9 to S13 are not suitable for this
model.
S10
Hold the one upside corner of the front bezel after
separating the upside of the front bezel
Using properly force to pull up front bezel that
will let the locking mechanism of left side, right
side and down side separated.
S13
Insert steel rule between panel and front bezel
.Using properly force to let the locking
mechanism of front bezel and rear cover
separated
S11
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21
ACER H233H
4. Assembly and Disassembly Procedures (continued)
Hold one side of down side that had been
separated from front bezel
Use a Phillips-head screwdriver unscrewed the
No.1(No1screw size=M3x4; Torque=5+/-1
KGFxCM).
S17
S14
Use properly force to pull up front bezel
1
Use a Phillips-head screwdriver unscrewed the
No.1~2(No1~2screw size=M3x6; Torque=9~10
KGFxCM).
S18
Unplug the USB cable and OSD key cable.
1
2
Use a Phillips-head screwdriver unscrewed the
No.1~2 screws(No1~2 screw size=M2x3.3;
Torque=1~1.5 KGFxCM).
S15
Unhook the power key board from front bezel,
disconnect the power key cable.
S19
Use a Hex-head screwdriver unscrewed 4 screws to
release the DVI and D-SUB connectors
(No1~4Hex Nut screws
Size=M3x8;Torque=4~6KGFxCM).
2
1
2
1
3
4
Tear off shield safety tape
Disconnect the OSD key cable
S20
Use a Phillips-head screwdriver unscrewed the
No.1~3 screws to release the power connector and
HDMI connector.
(No1~2 screw size=M3x10; No 3 screw size=M3x6
Torque=4~6 KGFxCM).
1
2
3
3
2
1
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22
ACER H233H
4. Assembly and Disassembly Procedures (continued)
Use a Phillips-head screwdriver unscrewed the
Examine the panel surface accoring to inspection
S21
S25
No.1~4 screws
criteria. Put it aside.
(No1~4 screw size=M3x5; Torque=2.5~3 KGFxCM).
2
1
Use a Phillips-head screwdriver unscrewed the
No.1~2 screws to release the interface board.
(No1~2 screw size=M3x6; Torque=9~10KGFxCM).
4
3
S26
Disconnect the lamps cable
S22
Take out lamp cables right through the No.1-2
square holes and separate the bracket chassis
module and LCD panel apart.
1
2
Use a Phillips-head screwdriver unscrewed the
No.1~4 screws to disassemble the power board.
(No 1~3 screw size=M3x6; No 4 screw
S27
1
2
size=M4x8; Torque=9~10KGFxCM).
2
1
Use long nose pliers to separate plastic hook
S23
S24
3
4
Disconnect all of the cable
Disconnect the FFC cable to the connector of
panel.
S28
Use finger to push the lock according to arrow
direction then take out the FFC cable
P003
P309
P308
P301
FFC
P001
P805
P802
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23
ACER H233H
5. Troubleshooting
5.1.No.display of screen (Screen is black, color of LED is amber)
Does OSM display when you push
“MENU key.
No
Proceed "No OSM display" section.
When a signal isn't being inputted, it is
indicated with "No Signal Input". it is
indicated with "Out Of Range" at the time
of the frequency that it can't be
distinguished.
Yes
Check if the sync signal from computer is
output and if the video cable is connected
normally.
Input the sync signal of computer, or change
the cable.
NG
OK
Proceed "checking the resolution change IC
movement" section.
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24
ACER H233H
5. Troubleshooting (continued)
5.2 Nothing display on screen (screen is black, color of LED is blue)
Is backlight lit?
NG
Refer "Checking the backlight unit" section"
OK
Check the video cable for failure. Check the host for output signal is all
black or not.
Does computer output RGB video signals?
1) Change pattern of video signal output on the host.
2) Reconnect the video cable.
3) Change the video cable.
NG
OK
Check OSM menu is display on screen
when you push the "MENU" key.
Check if the LCD video signal cable is connected between the Interface
Board and LCD module.
NG
OK
Failure Point
The LCD video signal cable is disconnected.
NG
OK
Proceed "Abnormal sreen" dection"
Next Page
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25
ACER H233H
5. Troubleshooting (continued)
5.2 Nothing display on screen (screen is black, color of LED is blue)continued
Continue
Check the 5V power supply for
P301 pin 4,5,6.
NG
Check the I304 pin2 if
voltage is 3.3V
Proceed "Checking the DC/DC converter
circuit" section.
NG
OK
Proceed "Checking the DC/DC converter
circuit" section.
Check the I305 pin2 if
voltage is 1.2V
NG
OK
Failure Point
1) FB301 is open..
Check the I301 pin2 if
voltage is 5V
NG
OK
OK
Check if the voltage
between I301 pin2 and
pin3 is above -0.7V
OK
Failure Point
I301 is failure.
Check the input voltage level whether was changed when
pressed function keys on the P309 pin1
NG
Check if the voltage on I308 pin 108 that is
from 3.3V to 0V.
Failure Point
OK
NG
OK
1) Printed wire broke between P309 pin 1
and I308 pin 108.
Failure Point
I308 is failure
Check the P307 all LVDS signals.
Failure Point
NG
1) Printed wire broke between P307 and
I308 LVDS signals.
2) I308 is failure.
OK
Failure Point
1) The LVDS cable broke between P307
and LCD module.
2) LCD module is failure.
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26
ACER H233H
5. Troubleshooting (continued)
5.3 Checking the back light unit
Is +22V supplied to inverter PWB ? (by the
power board)
Failure Point
NG
1) Power board of Inverter part failure.
OK
Check the BKLT_EN signal of the DC input
P301 pin 2 at TTL high level.
Failure Point
NG
1) printed wire broke between P301 pin2,
R304 and I308 pin 101.
2) I308 is failure.
OK
Check the BKLT_ADJ signal of the input
P301 pin3 from I308 pin102 is a PWM
signal.
Failure Point
NG
1) printed wire broke between P301 pin3,
R501 and I308 pin102.
OK
Failure Point
1) Back light unit of LCD module is failure.
2) Inverter Cable disconnect
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27
ACER H233H
5. Troubleshooting (continued)
5.4 Abnormal screen for VGA
Check the R, G, B video signal from computer
input on P302 of D-sub connector.
Failure Point
NG
OK
1) No R, G, B video signals output from host
computer, check computer.
2) Video signal cable disconnection.
Check the R, G, B input video signals on I308
pin25, 27, 30 respectively that their level is 0.0 to
0.7Vp-p.
NG
Failure Point
OK
In the case of the Red signal. (A Green and Blue
signal is the same path, too.)
1) Printed wire broke between P302 pin1 and
I308 pin30.
2) Video cable is failure.
3) FB315,FB306,R327,C315 is open.
4) R326,C329 is short or open.
Check all LVDS signals being output to P307
from I308?
NG
Failure Point
OK
Printed wire broke between I308 and P307.
Proceed "Checking the resolution change IC
movement" section.
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28
ACER H233H
5. Troubleshooting (continued)
5.5 Abnormal screen (For DVI and the same for HDMI)
Check the DVI video signal from computer input
on P303 of DVI connector.
Failure Point
NG
1) No DVI video signals output from host
computer, check computer.
2) DVI Video signal cable disconnection.
OK
Check the DVI input video signals on I308 pin
12,13,14,15,16,17,18,19 respectively that
differential input voltage is 150 to 1200mV, and
input commond mode voltage is 3.3V.
Failure Point
NG
In the case of the DVI_RX0+/- signal. (A
DVI_RX1+/-, DVI_RX2+/- and DVI_RXC+/-
signal is the same path, too.)
OK
1)Printed wire broke between P303 pin 17, 18 and
I308 pin 12. 13.
2) Video cable is failure.
3) R350, R355 open.
Check all LVDS signals being output to P307
from I308?
Failure Point
NG
Printed wire broke between I308 and P303.
OK
Proceed "Checking the resolution change IC
movement" section.
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29
ACER H233H
5. Troubleshooting (continued)
5.6 Abnormal OSM display adjust problem
Check the input I2C signal whether is changed when pressed
function keys on the P306 pin 4, 5
Failure Point
NG
OK
1) Function key wire disconnection.
2) Function key wire is failure.
3) Function key board is failure.
Check the input I2C signal of I308 pin 50, 51 whether is
changed when pressed function keys.
NG
Failure Point
1) Printed wire broke among P306 pin4, R368 and I308 pin51
2) Printed wire broke among P306 pin5 ,R362 and I308 pin50
3) C393, C394 is short.
OK
4) D352, D353 is short
Failure Point
I308 is failure.
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30
ACER H233H
5. Troubleshooting (continued)
5.7 Abnormal plug and play operation for VGA
Confirm the host computer supplies DDC2B mode.
NG
Failure Point
OK
The host machine is not communicatiog in DDC2B mode.
Check the voltage on P302 pin 9 that is power DC 5 V.
NG
Failure Point
TheVideo cable is failure.
OK
Check the signal on P302 pin12, 15 that is serial data
/ clock signal.
NG
Failure Point
OK
The Video cable is failure.
Check the output signal of serial data / clock on I308
pin 59, 58.
Failure Point
NG
OK
I308 is failure.
Failure Point
1) Printed wire broke among I308
pin58,59,R429,R434,R320,R321 and P302 pin12,15
2) I308 maybe failure.
3) R314 ,R315 is open.
4) D306 or D308 or C320 or C321 is shorted.
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31
ACER H233H
5. Troubleshooting (continued)
5.8 Abnormal plug and play operation (For DVI and the same for HDMI)
Confirm the host computersupplies DDC2B mode.
Failure Point
NG
The host machine is not communicatiog in DDC2B
mode.
OK
Check the voltage on P303 pin14 that is power DC 5 V.
NG
Failure Point
OK
The Video cable is failure.
Check the voltage on P303 pin 16 that is 4.5V.
Failure Point
NG
1) Printed wire broke between P303 pin 14 and pin 16.
OK
Check the voltage on P303 pin 7, 6 that is serial data /
clock signal.
NG
Failure Point
OK
The Video cable is failure.
Check the output signal of serial data / clock on I308
pin 122,121
Failure Point
NG
OK
I308 is failure.
Failure Point
1) Printed wire broke between I308 pin121, 122,
,R410, R414, R344, R345 and P303 pin7,6
2) I308 maybe failure.
3) R338, R339 is open.
4) D320 or D321 or C339 or C342 is shorted.
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32
ACER H233H
5. Troubleshooting (continued)
5.9 Checking the interface circuit of sync signal
5.9.1 Checking the control circuit of horizontal sync pulse
Check the horizontal sync signal on P302 pin13 TTL
level.
NG
Failure Point
OK
Video cable is failure.
Check the horizontal sync signal on I308 pin 22 TTL
level.
Failure Point
NG
OK
1) Printed wire broke between P302 pin13 and
I308 pin22.
2) FB304 , R405 is open.
3) D307 ,R319 or C322 is short.
Failure Point
Proceed "Checking the resolution change IC movement"
section.
5.9.2 Checking the control circuit of vertical sync pulse
Check the vertical sync signal on P302 pin14 TTL level.
NG
Failure Point
OK
Video cable is failure.
Check the horizontal sync signal on I308 pin21 TTL
level.
Failure Point
NG
OK
1) Printed wire broke between P302 pin14 and
I308 pin21.
2) FB305 or R331 is open.
3) D310,R318 or C313 is short.
Failure Point
Proceed "Checking the resolution change IC movement"
section.
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33
ACER H233H
5. Troubleshooting (continued)
5.10 Checking the resolution change IC movement
Check +3.3V supply on I304 pin2.
NG
Proceed " Checking the DC/DC converter circuit" section.
OK
Check +1.2V supply on I305 pin 2.
NG
Proceed " Checking the DC/DC converter circuit" section.
OK
Check X301 27MHz clock input to I308 pin 127 and 128 at TTL level.
Failure Point
1) Printed wire broke between X301 and I308 pin 127, 128.
2) C351, C352 is short or open.
3) R507 is open.
NG
OK
4) X301 failure.
Failure Point
1) Printer wire broke between I308 pin 125 and
R437
3) I308 is failure.
Check I308 pin 125 RSTB signal is high level at normal operation.
NG
OK
Check I308 pin 115,116,117,118
SPI signal.
Failure Point
NG
OK
1) Printed wire broke between I308 pin 115, 116, 117,118 and I309 pin 1,2,
5,6.
2) I309 is failure.
Failure Point
I308 failure.
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34
ACER H233H
5. Troubleshooting (continued)
5.11 Checking the DC/DC converter circuit
Check the 5V is output from P301 pin 4,5,6.
Failure Point
NG
OK
1) Power wire disconnection.
2) Power board is failure.
Check the 5V is input to I304 pin3.
NG
Failure Point
OK
1) Printed wire broke between P301 pin 4,5,6
and I304 pin3.
Check the 3.3V is output from I304 pin2, 4.
Failure Point
NG
1) I304 is failure
2) C306 or C308 short.
OK
Check the 3.3V is input to I305 pin3.
Failure Point
NG
OK
1) Printed wire broke between I304 pin2. 4 and
I305 pin3.
Check the 1.2V is output from I305 pin2,4.
Failure Point
NG
1) I305 is failure
2) C310 or C311 short.
OK
Failure Point
1) FB311 or FB312 or FB319 or FB320 is open.
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35
ACER H233H
6. Firmware Upgrade Process
6.1 Hardware Configuration
If it shows “No USB Device”, there is a problems with
communication .you should confirm your USB device
whether be detected by your PC device management or
reconnect the USB cable again.
Connect VGA
cable between
monitor and kit
Connect USB
and VGA
cable between
PC and kit
Step-3Select ISP type: Serial Flash
Select ISP icon.
6.2 Realtek F/W Configuration:
Step-1 Launch the utility of “DebugTool_V6.2.exe”
Step-2 Select “USB”
Step-4 Follow up the red square indication
Select P-flash and Auto
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36
ACER H233H
6. Firmware Upgrade Process (continued)
Step-5 Select “64K” icon to load firmware image. There are two
HEX files. You only need to select “64K” to choose
“H233H_EMEA.H00.hex” and
Check firmware version
Turn off the power,then press force on “ POWER ” and “ E ”
button at the same time then press on “ MENU ”button to
enter factory mode
“H233H_EMEA.H01.hex” will be loaded
in “64~96” automatically.
Note: Please pay attention ,Don’t change any parameter
which is measured by precise machine before shipping out
Step-6Press
button
The screen will show “PASS”
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37
ACER H233H
7. Writing EDID Process
Writing EDID for VGA and DVI
Hardware Configuration:
1. Connect the PRINTER PLUG of DDC FIXTURE with the
printer port of Desktop PC.
S1 Chose the folder:” X233H-H233H-VGA&DVI “
Double click “ Acer_1A1D_RLT.EXE “
2. Plug USB A PLUG of DDC FIXTURE to USB socket of
Desktop PC
3
Use DVI cable connect to the DVI socket of monitor
of DDC FIXTURE.
4
Take a video cable then connect the D-SUB PLUG and the
D-sub socket of monitor.
5. Re-confirm all the connectors are connected well.
PARALLEL CONNECTION
S2 Select Model: Key in password”cedid” then select
model which one you want to write EDID code that it
depends on panel type.
USB CONNECTION
DVI CONNECTION
VGA CONNECTION
S1 Open EDID Write protection function
Turn off the power,then press force on “ POWER ” and “ E
” button at the same time then press on “ MENU ”button to
enter factory mode.
Select “EDID WP” to let it be off.
Note: Please pay attention ,Don’t change any parameter
which is measured by precise machine before shipping
out.
cedid
SS:MEANS SAMSUNG PANEL
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38
ACER H233H
7. Writing EDID Process (continued)
S3 Choose "WRITE" from menu then select "Scan S/N
And Write EDID And Test DDC”
Hardware Configuration:(Writing EDID for HDMI port’s)
1. Connect the PRINTER PLUG of DDC FIXTURE with the
printer port of Desktop PC.
2. Plug USB A PLUG of DDC FIXTURE to USB socket of
Desktop PC
3
Use DVI transfer HDMI cable connect between of the DVI
EXTENDING SOCKET and Monitor(Writing EDID for HDMI
port)
4
Take a video cable then connect the D-SUB PLUG and the
D-sub socket of monitor.
5. Re-confirm all the connectors are connected well.
PARALLEL CONNECTION
USB CONNECTION
S4 Key in series number in the input column and input 2
column
VGA CONNECTION
Press write button after key in S/N
HDMI TRANSFER DVI CONNECTION
S5 When EDID was written successfully that will show below
message on the screen
Entering Factory mole to let “EDID WP” be off
Writing EDID procedure
S1 Choose the folder “X233H-H233H-HDMI”
Double click “ AcerHDMI_RLT “
The writing process same as writing VGA and DVI
process.
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39
ACER H233H
7. Writing EDID Process
S5 When EDID was written successfully that will show below
message on the screen
Entering Factory mole to let “EDID WP” be off
Writing EDID procedure for 1A1H
S1 Choose the folder “X233H-H233H-1A1H”
Double click “ Acer_1A1H_RLT “
The writing process same as writing VGA and DVI
process.
1A1H
S5 When EDID was written successfully that will show below
message on the screen
Hardware Configuration:
1. Connect the PRINTER PLUG of DDC FIXTURE with the
printer port of Desktop PC.
2. Plug USB A PLUG of DDC FIXTURE to USB socket of
Desktop PC
3
Use DVI transfer HDMI cable connect between of the DVI
EXTENDING SOCKET and Monitor
4
Take a video cable then connect the D-SUB PLUG and the
D-sub socket of monitor.
5. Re-confirm all the connectors are connected well.
PARALLEL CONNECTION
USB CONNECTION
VGA CONNECTION
HDMI TRANSFER DVI CONNECTION
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1
1
22uF/50V
2
1
2
1
1
2
3
2.2uF/50V
2
1
1uF/50V
0.47U/275V
3
1
2
4
0.1U/275V
2
1
2.2uF/50V
GND-2
0.01u/1KV
2
1
3
2
100U/450V
1
3
2
1
3
2
2
1
1
2
3
2
2
3
3
2
2
3
470U/35V
1000U/16V
1000U/16V
2
1
2
1
1
3
2
1
2
1
10
7
VREF
INL
15
4
PVDDR
PVDDL
12
INR
MMSZ5232BS
MMSZ5232BS
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1
3
1
1
4
1
GND
4
VSS
4
3
2
1
4
3
2
1
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16
17
1
2
3
3
3
1
2
1
2
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R352
4K7_5%
R0402
R353
4K7_5%
R0402
R354
10K_5%
R0402
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2
1
1
3
R459
NC/4K7_5%
R0402
R374
NC/4K7_5%
R0402
R375
NC/4K7_5%
R0402
1
2
3
4
5
6
7
8
102
101
100
99
98
97
96
95
94
93
92
91
90
89
88
87
86
85
84
83
82
81
80
79
78
77
76
75
74
73
72
71
70
69
68
67
66
65
DP_VDD/TMDS_VDD
TMDS_REXT
LANE0P/RX2P_0
LANE0N/RX2N_0
LANE1P/RX1P_0
LANE1N/RX1N_0
LANE2P/RX0P_0
LANE2N/RX0N_0
LANE3P/RXCP_0
LANE3N/RXCN_0
DP_GND/TMDS_GND
LANE0P/RX2P_1
LANE0N/RX2N_1
LANE1P/RX1P_1
LANE1N/RX1N_1
LANE2P/RX0P_1
LANE2N/RX0N_1
LANE3P/RXCP_1
LANE3N/RXCN_1
DP_VDD/TMDS_VDD2
AVS0
SD3/ SPDIF3/TCON[10]/GPIO/PWM0/AR3P
GPIO/PWM5/TCON[0]/AG1N
GPIO/PWM4/TCON[12][3]/AG1P
GPIO/PWM3/TCON[11][6]/TXE0-_10b/AG2N
GPIO/PWM2/TXE0+_10b/AG2P
HDMI1_D0-
HDMI1_D0+
HDMI1_D1-
HDMI1_D1+
HDMI1_D2-
HDMI1_D2+
HDMI1_CK+
HDMI1_CK-
DVS/GPIO/PWM1/TXE1-_10b/AG3N
DCLK/GPIO/PWM0/TXE1+_10b/AG3P
DHS/TXE0-_8b/TXE2-_10b/ACLKN
DENA/TXE0+_8b/TXE2+_10b/ACLKP
ARED0/ARED2/TXE1-_8b/TXEC-_10b/AB1N
ARED1/ARED3/TXE1+_8b/TXEC+_10b/AB1P
ARED2/ARED4/TXE2-_8b/TXE3-_10b/AB2N
ARED3/ARED5/TXE2+_8b/TXE3+_10b/AB2P
ARED4/ARED6/TXEC-_8b/TXE4+_10b/AB3N
ARED5/ARED7/TXEC+_8b/TXE4+_10b/AB3P
ARED6/AGRN2/TXE3-_8b/TXO0-_10b/BR1N
ARED7/AGRN3/TXE3+_8b/TXO0+_10b/BR1P
PGND
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
RX0N
RX0P
RX1N
RX1P
RX2N
RX2P
RXCP
RXCN
C362
0.1uF_16V
CM0402
PVCC_3V3
PVCC
AGRN0/GPIO/AGRN4/TXO0-_8b/TXO1-_10b/BR2N
AGRN1/GPIO/AGRN5/TXO0+_8b/TXO1+_10b/BR2P
AGRN2/GPIO/AGRN6/TXO1-_8b/TXO2-_10b/BR3N
AGRN3/GPIO/AGRN7/TXO1+_8b/TXO2+_10b/BR3P
AGRN4/GPIO/ABLU2/TXO2-_8b/TXOC-_10b/BG1N
AGRN5/GPIO/ABLU3/TXO2+_8b/TXOC+_10b/BG1P
AGRN6/GPIO/ABLU4/TXOC-_8b/TXO3-_10b/BG2N
AGRN7/GPIO/ABLU5/TXOC+_8b/TXO3+_10b/BG2P
ABLU0/ GPIO/ABLU6/TXO3-_8b/TXO4-_10b/BG3N
ABLU1/ GPIO/ABLU7/TXO3+_8b/TXO4+_10b/BG3P
VCCK
RTD_V
RTD_H
AHS0
ADC_VDD
B0-
B0+
G0-
G0+
SOG0
R0-
RTD_B-
RTD_B+
RTD_G-
RTD_G+
SOG
RTD_R-
RTD_R+
R0+
GPI/B1- / V8_7
GPI/B1+ / V8_6
GPI/G1- / V8_5
GPI/G1+ / V8_4
GPI/SOG1 / V8_3
GPI/R1-/V8_2
GPI/R1+/V8_1
ADC_GND
TCON[6][12]/GPIO/PWM3/BCLKN
ABLU2/SPDIF3/SD3/TCON[10][8]/GPIO/PWM1/PWM5/BCLKP
ABLU3/SPDIF2/SD2/TCON[ 9][11]/GPIO/IICSDA/BB1N
ABLU4/SPDIF1/SD1/TCON[ 7][3]/GPIO/IICSCL/BB1P
ABLU5/SD0/SPDIF0/TCON[13][3]/GPIO/BB2N
ABLU6/MCK/TCON[5][9]/GPIO/BB2P
ABLU7/SCK/TCON[4][2]/GPIO/BB3N
WS/TCON[7][1]/GPIO/PWM1/BB3P
R373
4K7_5%
R0402
R361
4K7_5%
R0402
R409
4K7_5%
R0402
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R481
10K_5%
R0402
R369
NC/4K7_5%
R0402
R371
NC/4K7_5%
R0402
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1
25
G
7
8
9
10
11
12
GPIO0
SHLD
S0
S1
S2
ATTN
SCL
SDA
24
23
22
21
20
19
ATTN
SCL
SDA
DNC
GND
VDD
S3
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