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Issued Date : 2008-02-18
Product Information
Product Information
LTM240CS07
LTM240CS07
Any Modification of Specification is not allowed without SEC's Permission.
NOTE : This Product information is subject to change after 3 months of issuing date.
HD LCD Development Team
Samsung Electronics Co . , LTD.
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Contents
General Description --------------------------------------------------------------------------------- (3)
1. Absolute Maximum Ratings ------------------------------------------------------------------- (4)
2. Optical Characteristics --------------------------------------------------------------------------- (6)
3. Electrical Characteristics ---------------------------------------------------------------------- (12)
3.1 TFT LCD Module
3.2 Back Light Unit
4. Block Diagram ----------------------------------------------------------------------------------- (17)
4.1 TFT LCD Module
4.2 Back Light Unit
5. Input Terminal Pin Assignment -------------------------------------------------------------- (18)
5.1 Input Signal & Power
5.2 LVDS Interface
5.3 LVDS Interface(2)
5.4 Back Light Unit
5.5 Input Signals, Basic Display Colors and Gray Scale of Each Color
6. Interface Timing --------------------------------------------------------------------------------- (27)
6.1 Timing Parameters (DE only mode)
6.2 Timing Diagrams of interface Signal (DE only mode)
6.3 Power ON/OFF Sequence
6.4 LVDS Input Characteristics
6.5 VDD Power Dip Condition
7. Outline Dimension ------------------------------------------------------------------------------- (31)
8. General Precaution ------------------------------------------------------------------------------ (33)
8.1 Handling
8.2 Storage
8.3 Operation
8.4 Others
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General Description
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Description
LTM240CS07 is a color active matrix liquid crystal display (LCD) that uses amorphous
silicon TFT (Thin Film Transistor) as switching components. This model is composed of
a TFT LCD panel, a driver circuit and a back light unit. The resolution of a 24.0” is 1920
x 1200 and this model can display up to 16.7 million colors.
Features
High contrast ratio, high aperture structure
S-PVA (Super Patterned Vertical Alignment) mode
Wide viewing angle
High speed response
WUXGA (1920 x 1200 pixels) resolution
Low power consumption
U-type 6 CCFTs (Cold Cathod Fluorescent Tube)
DE (Data Enable) mode
LVDS (Low Voltage differential Signaling) interface (2pixel/clock)
RoHS compliance
Pb-free compliance
Applications
Workstation & desktop monitors
Display terminals for AV application products
Monitors for industrial machine
* If the module is used to other applications besides the above, please contact SEC
in advance.
General Information
Haze 44% , Hard-coating (3H)Surface Treatment
UnitSpecificationItems
mm0.270(H) x 0.270(W)Pixel Pitch
mm518.4(H) x 324.0(V)Active Display Area
colors16.7M (true 8-bit)Display Colors
pixel1920 x 1200Number of Pixels
Note
RGB vertical stripePixel Arrangement
Normally BlackDisplay Mode
cd/༇300(Typ.)Luminance of White
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MPRT on
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Mechanical Information
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Max.
546.9
mm546.4545.9Horizontal (H)
Module
352.5
mm352.0351.5Vertical (V)
size
36.3
mm--Depth (D)
3250
Weight
-
Note (1) Mechanical tolerance is · 0.5mm unless there is a special comment.
1. Absolute Maximum Ratings
NoteUnitTyp.Min.Item
w/o inverter ass’y
LCD module onlyg--
w/ Inverter assemblyg--
If the condition exceeds maximum ratings, it can cause malfunction or unrecoverable
damage to the device.
NoteUnitMax.Min.SymbolItem
Power Supply Voltage
Data Signal
Storage temperature
Glass surface temperature
(Operation condition)
Shock ( non - operating )
Vibration ( non - operating )
Note (1) Ta= 25 · 2 ¶C
DD
sig
STG
OPR
nop
nop
50-25T
600T
V6.5GND-0.5V
V5-V
(1)
(2)G50-S
(3)G1.5-V
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(1) Temperature and relative humidity range are shown in the figure below.
a. 90 % RH Max. (Ta ˺ 39 ¶C)
b. Maximum wet-bulb temperature at 39 ¶C or less. (Ta ˺ 39 ¶C)
c. No condensation
(2) 11ms, sine wave, one time for ·X, ·Y, ·Z axis
(3) 10-300 Hz, Sweep rate 10min, 30min for X,Y,Z axis
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Fig. Temperature and Relative humidity range
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2. Optical Characteristics
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The optical characteristics should be measured in a dark room or equivalent.
Measuring equipment : TOPCON BM-7,SPECTRORADIOMETER SR-3
(Ta = 25 · 2¶C, VDD=5V, fv= 60Hz, fDCLK=77MHz, IL = 6.0mArms)
NoteUnitMax.Typ.Min.ConditionSymbolItem
Contrast Ratio
(Center of screen)
Response
Time
Luminance of White
(Center of screen)
Color
Chromaticity
(CIE 1931)
G-To-G
Red
Green
Blue
G-G,AVG
Y
L
Normal
=0
ɂ
L,R
=0
ɂ
U,D
Viewing
Angle
-1,000700C/R
2016-Tr + TfOn/Off
-
--
300
(MPRT on)
400
(MPRT off)
-
-0.640-Rx
-0.330-Ry
-0.300-Gx
-0.608-Gy
-0.150-Bx
-0.060-By
ms
cd/m2
(3)
SR-3
(5)
BM-7
BM-7ms-6-T
(6)
SR-3
-0.313-Wx
White
Red
Color
Chromaticity
(CIE 1976)
C.G.L
* C.G.L : Color Grayscale Linearity (continue to the next page)
Green
Blue
White
Ƹu'v'White
-0.319-Wy
-0.451-Ru'
-0.523-Rv'
-0.124-Gu'
-0.564-Gv'
-0.175-Bu'
-0.158-Bv'
-0.198-Wu'
-0.468-Wv'
(7),(8)
SR-3
(9)0.02--
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NoteUnitMax.Typ.Min.ConditionSymbolItem
%-92--Color Gamut
K-6500--Color Temperature
ɂ
Hor.
Viewing
Angle
Ver.
Hor.
Viewing
Angle
Ver.
L
ɂ
R
ɂ
U
ɂ
D
ɂ
L
ɂ
R
ɂ
U
ɂ
D
CR˻10
CR˻100
Brightness Uniformity
(9 Points)
uni
Note (1) Test Equipment Setup
The measurement should be executed in a stable, windless and dark room between
30min after lighting the back light at the given temperature for stabilization
of the back light. This should be measured in the center of screen.
Single lamp current : 6.0mA
Environment condition : Ta = 25 · 2 ¶C
-8980
-8980
Degrees
-8980
(8)
SR-3
-8980
-75-
-75Degrees
-65-
(8)
SR-3
-65-
%25--B
(4)
SR-3
Field Photo detector
1°SR-3
2°BM-7
TFT - LCD Module
Photo detector
Field
SR-3 : 50㎝
BM-7 : 50㎝
LCD Panel
The center of the screen
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Note (2) Definition of test point
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Active Area
6
: Test Point
Note (3) Definition of Contrast Ratio (C/R)
: Ratio of gray max (Gmax) & gray min (Gmin) at the center point㽶 of the panel
max
G
CR
G
min
3 2 1
8 79
45
120
600
1080
Gmax : Luminance with all pixels white
Gmin : Luminance with all pixels black
Note (4) Definition of 9 points brightness uniformity
BB
Buni
u
100
Bmax : Maximum brightness with all pixels white
Bmin : Minimum brightness with all pixels white
(max min)
B
max
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Note (5) Definition of Response time
a. On/Off response time : Sum of Tr, Tf
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Display Data
Optical
Black (TFT OFF) White (TFT ON) Black (TFT OFF)
100%
90%
Response
10%
0%
b. Gray to Gray Response Time
- Measuring gray : 31 Æ 63, 63 Æ95,95 Æ 127, 127 Æ 159, 159 Æ191, 191 Æ 223
grays and vice versa
-T
G-G, avg
(Example)
: Average response time of ones between above grays
T
R
T
F
Time
Gray to Gray
Response
White
100%
90%
10%
0%
Black
T
96 gray 128 gray95 gray 127 gray
r
T
f
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Note (6) Definition of Luminance of White : Luminance of white at center point㽶
Note (7) Definition of Color Chromaticity (CIE 1931, CIE1976)
Color coordinate of Red, Green, Blue & White at center point㽶
Note (8) Definition of Viewing Angle
: Viewing angle range (CR ı10) CR ı100)
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Note (9) Color Grayscale Linearity
a. Test image : 100% full white pattern with a test pattern as below
b. Test pattern : Squares, 40mm by 40mm in size, filled with 255, 225, 195, 165, 135 and
105 grays steps should be arranged at the centerྜྷ of the screen.
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c. Test method
st
gray step : move a square of 255 gray level should be moved into the center of the
-1
screen and measure luminance and u’ and v’ coordinates.
- Next gray step : Move a 225 gray square into the center and measure both
luminance and coordinates, too.
d. Test evaluation
'u' v'= (u' - u' ) + (v' - v' )AB
Where A, B : 2 gray levels found to have the largest color differences between them
i.e. get the largest ȟu’ and ȟv’ of each 6 pair of u’ and v’ and calculate the ȟu’v’.
2
AB
2
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3. Electrical Characteristics
3.1 TFT LCD Module
The connector for display data & timing signal should be connected.
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Ta = 25¶C
NoteUnitMax.Typ.Min.SymbolItem
Voltage of Power Supply
Differential Input
Voltage for LVDS
Receiver Threshold
LVDS skew
LVDS
Input
Differential input
voltage
Characteri
stics
Input voltage range
(single-ended)
Common mode
voltage
Input current
Current of
(a) Black
Power
Supply
DD
SKEW
IN
V
CM
IN
I
DD
0+
|VID|/2
1.2
2.4-
|V
±10I
(1)V5.55.04.5V
(2)mV+100--High
mV---100Low
(3)300-300t
(4)mV600200|VID|
(4)V2.40V
(4)V
|/2
ID
㎂
mA-1,700-
mA-2,000-(b) White (5),(6)
mA3,0502,400-(c) Dot
Vsync Frequency
Hsync Frequency
Main Frequency
Rush Current
V
H
DCLK
RUSH
Note (1) The ripple voltage should be controlled under 10% of V
DD
Hz636057f
kHz78.57469f
MHz81.077.072.0f
(7)A5.0--I
.
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(2) Differential receiver voltage definitions and propagation delay and transition time test circuit
a. All input pulses have frequency = 10MHz, t
b. C
includes all probe and fixture capacitance
L
or tF=1ns
R
Note a.
Note b.
(3) LVDS Receiver DC parameters are measured under static and steady conditions
which may not be reflective of its performance in the end application.
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T
LVDS Clk
V
= 0V
DIFF
LVDS Data
RX +/-
t
SKEW
where tskew : skew between LVDS clock & LVDS data,
T : 1 period time of LVDS clock
cf) (-/+) of 380psec means LVDS data goes before or after LVDS clock.
(4) Definition of V
and V
ID
using single-end signals
CM
V
= 0V
DIFF
Differential
Differential
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(5) fV=60Hz, fDCLK = 54MHz, VDD = 5.0V, DC Current.
(6) Power dissipation check pattern (LCD Module only)
a) Black Pattern b) White Pattern c) Dot Pattern
(7) Measurement Condition
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100%
90%
10%
GND
Rush Current I
T
RUSH
can be measured when T
RUSH
=470༕
. is 470༕.
RUSH
V
DD
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LCD Module
Inverter
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3.2 Back Light Unit
The back light unit is a direct lighting with U-type 6 CCFTs (Cold Cathode Cathode
Fluorescent Tube ). The characteristics of two dual lamps are shown in the following tables.
Ta=25 · 2¶C
NoteUnitMax.Typ.Min.SymbolItem
Lamp Current
Lamp Voltage
Lamp Frequency
V
L
L
L
Inverter
waveform
Note (1) Specified values are for a single lamp.
Lamp current is measured with current meter for high frequency as shown below.
Refer to the following block diagram of the back light unit for more information.
2180·7%(5.0mA)
2130·7%(6.0mA)
2070·7%(7.0mA)
1.55541.4141.2726WdisDistortion rate
0 : 3,460
--VsStartup Voltage
25: 2,760
(1)mArms7.0-5.0I
Vrms
(2)kHz60-40f
(3)Hour--30,000HrOperating Life Time
%10--WasyAsymmetry rate
(4)
(5)Vrms
Inverter :
SIT240M2D6U
C01
PINK
WHITE
PINK
WHITE
PINK
WHITE
PINK
WHITE
PINK
WHITE
PINK
WHITE
Fig. Measurement point of Lamp Current
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(2) Lamp frequency which may produce interference with horizontal synchronous
frequency may cause line flow on the display. Therefore lamp frequency should be
detached from the horizontal synchronous frequency and its harmonics as far as
possible in order to avoid interference.
(3) Life time (Hr) is defined as the time when brightness of a lamp unit itself becomes
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50% or less than its original value at the condition of Ta = 25·2¶C and I
(4) Designing a system inverter intended to have better display performance, power
efficiency and lamp reliability.
They would help increase the lamp lifetime and reduce leakage current.
a. The measurement should be done at typical lamp current.
b. The asymmetry rate of the inverter waveform should be less than 10%.
c. The distortion rate of the waveform should be √2 with ±10% tolerance.
- Inverter output waveform had better be more similar to ideal sine wave.
Asymmetry rate
p-p
||II
I
p
I
u 100
rms
= 6.0mArms
L
I
-p
Fig. Wave form of the inverter
(5) If an inverter has shutdown function, it should keep its output for over 1 second
even if the lamp connector is open. Otherwise the lamps may not be turned on.
Distortion rate
I
p
||
I
rms
or
I
-p
||
I
rms
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4. BLOCK DIAGRAM
4.1 TFT LCD Module
LVDS
pair #1
LVDS
pair #2
CN1
(30pin)
LVDS (Rx)
Timing Controller
RSDS(Tx)
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DATA
REV
TP
STH
S1 S1920
STV
CPV
OE
G1
Gate Driver circuit
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Source Driver circuit
TFT-LCD
(1920 x RGB x 1200 pixels)
+5.0V
V
DD
4.2 Back Light Unit
PINK
CN1
WHITE
PINK
CN2
WHITE
PINK
HOT 1, 2
HOT 3, 4
Power
Circuit
G1200
Connector : YEONHO 20015HS-04LB or equivalent or equivalent
CCFL 1
CCFL 2
CN3
WHITE
PINK
CN4
WHITE
PINK
CN5
WHITE
PINK
CN6
WHITE
HOT 5, 6
HOT 7, 8
HOT 9, 10
HOT 11, 12
CCFL 3
CCFL 4
CCFL 5
CCFL 6
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5. Input Terminal Pin Assignment
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5.1. Input Signal & Power ( Connector : UJU, IS100-L30O-C23 or equivalent )
FUNCTIONSYMBOLPIN NO
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
RXO0P
RXO1N
Negative LVDS differential data outputRXO0N
Positive LVDS differential data output
Negative LVDS differential data output
Positive LVDS differential data outputRXO1P
Negative LVDS differential data outputRXO2N
Positive LVDS differential data outputRXO2P
GroundGND
Negative Sampling Clock (ODD data)RXOC-
Positive Sampling Clock (ODD data)RXOC+
Negative LVDS differential data outputRXO3N
Positive LVDS differential data outputRXO3P
Negative LVDS differential data outputRXE0N
Positive LVDS differential data outputRXE0P
GroundGND
Negative LVDS differential data outputRXE1N
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
Positive LVDS differential data outputRXE1P
GroundGND
Negative LVDS differential data outputRXE2N
Positive LVDS differential data outputRXE2P
Negative Sampling Clock (EVEN data)RXEC-
Positive Sampling Clock (EVEN data)RXEC+
Negative LVDS differential data outputRXE3N
Positive LVDS differential data outputRXE3P
GroundGND
* CE (For LCD internal use only. Do not connect)NC
* CTL (For LCD internal use only. Do not connect)NC
VDD
VDD
Power Supply : +5V
VDD
VDD
* If the system already uses the 25, 26pins, it should keep under GND level
The voltage applied to those pins should not exceed -200mV.
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Note) Pin number starts from Right side
Pin No. 1 Pin No. 30
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#1
#1
Fig. Connector diagram
a. All GND pins should be connected together and also be connected to the
LCD’s metal chassis.
b. All power input pins should be connected together.
c. All NC pins should be separated from other signal or power.
#30
#30
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5.2 LVDS Interface
5.2.1 Odd Pixel Data (1st pixel data)
1st LVDS Transmitter ( DS90C383, DS90C385 ) Signal Interface
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Device Input SignalDevice Input Pin
Red Odd Pixel Data (LSB) RO0TXIN051
Red Odd Pixel Data RO1TXIN152
Red Odd Pixel Data RO2TXIN254
Red Odd Pixel Data RO3TXIN355
Red Odd Pixel Data RO4TXIN456
Red Odd Pixel Data (MSB) RO7TXIN52
Red Odd Pixel Data RO5TXIN63
Green Odd Pixel Data (LSB)GO0TXIN74
Green
Green Odd Pixel Data GO2TXIN97
Green Odd Pixel Data GO6TXIN108
Green Odd Pixel Data (MSB)GO7TXIN1110
To LTM240CS07
Output
Signal
TXOUT0-
TXOUT0+
TXOUT3-
TXOUT3+
TXOUT0-
TXOUT0+
Odd Pixel Data GO1TXIN86
TXOUT1-
TXOUT1+
TXOUT3-
TXOUT3+
Interface ( CN1 )
SymbolTerminalFunctionSymbolSymbolNo
No. 1
No. 2
No. 10
No. 11
No. 1
No. 2
No. 3
No. 4
No. 10
No. 11
RXO0-
RXO0+
RXO3-
RXO3+
RXO0-
RXO0+
RXO1-
RXO1+
RXO3-
RXO3+
Green Odd Pixel Data GO3TXIN1211
Green Odd Pixel Data GO4TXIN1312
Green Odd Pixel Data GO5TXIN1414
Blue Odd Pixel Data (LSB) BO0TXIN1515
Blue Odd Pixel Data BO6TXIN1616
Blue Odd Pixel Data (MSB) BO7TXIN1718
Blue Odd Pixel Data BO1TXIN1819
Blue Odd Pixel Data BO2TXIN1920
Blue Odd Pixel Data BO3TXIN2022
Blue Odd Pixel Data BO4TXIN2123
Blue Odd Pixel Data BO5TXIN2224
Red Odd Pixel Data RO6TXIN2750
TXOUT1-
TXOUT1+
TXOUT3-
TXOUT3+
TXOUT1-
TXOUT1+
TXOUT2-
TXOUT2+
TXOUT3-
TXOUT3+
No. 3
No. 4
No. 10
No. 11
No. 3
No. 4
No. 5
No. 6
No. 10
No. 11
RXO1-
RXO1+
RXO3-
RXO3+
RXO1-
RXO1+
RXO2-
RXO2+
RXO3-
RXO3+
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5.2.2 Even Pixel Data (2nd pixel data)
2nd LVDS Transmitter ( DS90C383, DS90C385 ) Signal Interface
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Device Input SignalDevice Input Pin
Red Even Pixel Data (LSB) RE0TXIN051
Red Even Pixel Data RE1TXIN152
Red Even Pixel Data RE2TXIN254
Red Even Pixel Data RE3TXIN355
Red Even Pixel Data RE4TXIN456
Red Even Pixel Data (MSB) RE7TXIN52
Red Even Pixel Data RE5TXIN63
Green Even Pixel Data (LSB)GE0TXIN74
Green Even
Green Even Pixel Data GE2TXIN97
To LTM240CS07
Output
Signal
TXOUT0-
TXOUT0+
TXOUT3-
TXOUT3+
TXOUT0-
TXOUT0+
Pixel Data GE1TXIN86
TXOUT1-
TXOUT1+
Interface ( CN1 )
SymbolTerminalFunctionSymbolSymbolNo
No. 12
No. 13
No. 22
No. 23
No. 12
No. 13
No. 15
No. 16
RXE0-
RXE0+
RXE3-
RXE3+
RXE0-
RXE0+
RXE1-
RXE1+
Green Even Pixel Data GE6TXIN108
Green Even Pixel Data (MSB)GE7TXIN1110
Green Even Pixel Data GE3TXIN1211
Green Even Pixel Data GE4TXIN1312
Green Even Pixel Data GE5TXIN1414
Blue Even Pixel Data (LSB) BE0TXIN1515
Blue Even Pixel Data BE6TXIN1616
Blue Even Pixel Data (MSB) BE7TXIN1718
Blue Even Pixel Data BE1TXIN1819
Blue Even Pixel Data BE2TXIN1920
Blue Even Pixel Data BE3TXIN2022
Blue Even Pixel Data BE4TXIN2123
Blue Even Pixel Data BE5TXIN2224
TXOUT3-
TXOUT3+
TXOUT1-
TXOUT1+
TXOUT3-
TXOUT3+
TXOUT1-
TXOUT1+
TXOUT2-
TXOUT2+
No. 22
No. 23
No. 15
No. 16
No. 22
No. 23
No. 15
No. 16
No. 18
No. 19
RXE3-
RXE3+
RXE1-
RXE1+
RXE3-
RXE3+
RXE1-
RXE1+
RXE2-
RXE2+
Red Even Pixel Data RE6TXIN2750
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TXOUT3-
TXOUT3+
No. 22
No. 23
RXE3-
RXE3+
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5.3 LVDS Interface(2)
5.3.1 Odd Pixel Data (1st pixel data)
LVDS Transmitter ( DS90C387 ) Signal Interface
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Product Information
Product Information
Device Input SignalDevice Input Pin
Red Odd Pixel Data (LSB) RO0R1010
Red Odd Pixel Data RO1R119
Red Odd Pixel Data RO2R12 8
Red Odd Pixel Data RO3R13 7
Red Odd Pixel Data RO4R14 6
Red Odd Pixel Data (MSB) RO7R17 3
Red Odd Pixel Data RO5R15 5
Green Odd Pixel Data (LSB)GO0G102
Green Odd Pixel Data GO1G111
Green Odd Pixel Data GO2G12100
Green Odd Pixel Data GO6G1694
Green Odd Pixel Data (MSB)GO7G1793
Output
Signal
A0M
A0P
A3M
A3P
A0M
A0P
A1M
A1P
A3M
A3P
To LTM240CS07
Interface ( CN1 )
SymbolTerminalFunctionSymbolSymbolNo
No. 1
No. 2
No. 10
No. 11
No. 1
No. 2
No. 3
No. 4
No. 10
No. 11
RXO0-
RXO0+
RXO3-
RXO3+
RXO0-
RXO0+
RXO1-
RXO1+
RXO3-
RXO3+
Green Odd Pixel Data GO3G1399
Green Odd Pixel Data GO4G1496
Green Odd Pixel Data GO5G1595
Blue Odd Pixel Data (LSB) BO0B1092
Blue Odd Pixel Data BO6B1686
Blue Odd Pixel Data (MSB) BO7B1785
Blue Odd Pixel Data BO1B1191
Blue Odd Pixel Data BO2B1290
Blue Odd Pixel Data BO3B1389
Blue Odd Pixel Data BO4B1488
Blue Odd Pixel Data BO5B1587
Red Odd Pixel Data RO6R164
A1M
A1P
A3M
A3P
A1M
A1P
A2M
A2P
A3M
A3P
No. 3
No. 4
No. 10
No. 11
No. 3
No. 4
No. 5
No. 6
No. 10
No. 11
RXO1-
RXO1+
RXO3-
RXO3+
RXO1-
RXO1+
RXO2-
RXO2+
RXO3-
RXO3+
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5.3.2 Even Pixel Data (2nd pixel data)
LVDS Transmitter ( DS90C387 ) Signal Interface
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Product Information
Product Information
Device Input SignalDevice Input Pin
Red Even Pixel Data (LSB) RE0R2084
Red Even Pixel Data RE1R2181
Red Even Pixel Data RE2R22 80
Red Even Pixel Data RE3R23 79
Red Even Pixel Data RE4R24 78
Red Even Pixel Data (MSB) RE7R27 75
Red Even Pixel Data RE5R25 77
Green Even Pixel Data (LSB)GE0G2074
Green Even
Green Even Pixel Data GE2G2272
Green Even Pixel Data GE6G2666
Green Even Pixel Data (MSB)GE7G2765
To LTM240CS07
Output
Signal
A4M
A4P
A7M
A7P
A4M
A4P
Pixel Data GE1G2173
A5M
A5P
A7M
A7P
Interface ( CN1 )
SymbolTerminalFunctionSymbolSymbolNo
No. 12
No. 13
No. 22
No. 23
No. 12
No. 13
No. 15
No. 16
No. 22
No. 23
RXE0-
RXE0+
RXE3-
RXE3+
RXE0-
RXE0+
RXE1-
RXE1+
RXE3-
RXE3+
Green Even Pixel Data GE3G2371
Green Even Pixel Data GE4G2470
Green Even Pixel Data GE5G2569
Blue Even Pixel Data (LSB) BE0B2064
Blue Even Pixel Data BE6B2658
Blue Even Pixel Data (MSB) BE7B2757
Blue Even Pixel Data BE1B2163
Blue Even Pixel Data BE2B2262
Blue Even Pixel Data BE3B2361
Blue Even Pixel Data BE4B2460
Blue Even Pixel Data BE5B2559
Red Even Pixel Data RE6R2676
A5M
A5P
A7M
A7P
A5M
A5P
A6M
A6P
A7M
A7P
No. 15
No. 16
No. 22
No. 23
No. 15
No. 16
No. 18
No. 19
No. 22
No. 23
RXE1-
RXE1+
RXE3-
RXE3+
RXE1-
RXE1+
RXE2-
RXE2+
RXE3-
RXE3+
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5.3.3 Timing Diagrams of LVDS For Transmitting
LVDS Receiver : Integrated T-CON
Product Information
Product Information
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5.4 Back Light Unit
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Product Information
Product Information
FunctionColorInputPin No.
High VoltagePINKHOT1-1
High VoltageWHITEHOT1-2
High VoltagePINKHOT2-1
High VoltageWHITEHOT2-2
High VoltagePINKHOT3-1
High VoltageWHITEHOT3-2
High VoltagePINKHOT4-1
Connector
Part No.
High VoltageWHITEHOT4-2
High VoltagePINKHOT5-1
High VoltageWHITEHOT5-2
High VoltagePINKHOT6-1
High VoltageWHITEHOT6-2
20022WR-14(L)(Yeonho) or Compatible.
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Product Information
Product Information
5.5 Input Signals, Basic Display Colors and Gray Scale of Each Color
DATA SIGNAL
COLOR
BASIC
COLOR
GRAY
SCALE
OF
RED
GRAY
SCALE OF
GREEN
GRAY
SCALE OF
BLUE
DISPLAY
(8bit)
EN
ITE
RK
DA
↑
↓
LIGHT
D
DA
RK
↑
↓
LIGHT
EN
DA
RK
↑
↓
LIGHT
1111111111111111WH
:::::::
000000000011111111RE
::::::::::
:::::::::::::
BLUEGREENRED
11111111111100000000CYAN
:::::::::::
::::::::::::::::::
::::::::
::::::::::::::::::
000001111111100000000GRE
:::::
::::::::::::::::::
GRAY
SCALE
LEVEL
B7B6B5B4B3B2B1B0G7G6G5G4G3G2G1G0R7R6R5R4R3R2R1R0
-000000000000000000000000BLACK
-111111110000000000000000BLUE
-000000001111111100000000GRE
-1111
-000000000000000011111111RED
-111111110000000011111111MAGENTA
-000000001111111111111111YELLOW
-11111111
R0000000000000000000000000BLACK
R1000000000000000000000001
R2000000000000000000000010
R3~
R252
R253000000000000000011111101
R254000000000000000011111110
R255000000
G0000000000000000000000000BLACK
G1000000000000000100000000
G2000000000000001000000000
G3~
G252
G253000000001111110100000000
G254000000001111111000000000
G255000
B0000000000000000000000000BLACK
B1000000010000000000000000
B2000000100000000000000000
B3~
B252
B253111111010000000000000000
B254111111100000000000000000
B255111111110000000000000000BLUE
Note (1) Definition of Gray :
Rn : Red Gray, Gn : Green Gray, Bn : Blue Gray (n = Gray level)
Input Signal : 0 = Low level voltage, 1 = High level voltage
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6. Interface Timing
6.1 Timing Parameters ( DE only mode )
Product Information
Product Information
NOTEUnitMAX.TYP.MIN.SYMBOLITEMSIGNAL
Clock
Hsync
Vsync
Frequency
C
H
V
Active
Vertical
Display
Period
VD
Display Term
Vertical
Total
VB
Active
Horizontal
Display
Period
HD
Display Term
Horizontal
Total
H
Note (1) This product is DE only mode. The input of Hsync & Vsync signal does
-MHz81.077.072.01/T
-KHz78.57469F
-Hz636057F
-lines120012001200T
-lines124512351209T
-clocks960960960T
-clocks10751040993T
not have an effect on normal operation.
(2) Test Point : TTL control signal and CLK at LVDS Tx input terminal in system
(3) Internal Vcc = 3.3V
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6.2 Timing diagrams of interface signal ( DE only mode )
TV
Product Information
Product Information
DE
DE
DCLK
DATA
SIGNALS
TVD
TVB
TH
THD
TC
DCLK
DISPLAY
DATA
DE
TC
TCH
TDS TDH
TES
TCL
0.5
V
CC
0.5
V
CC
0.5
V
CC
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˺T2˺
˺T3˺
˺
˺
˺
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Product Information
Product Information
6.3 Power ON/OFF Sequence
To prevent a latch-up or DC operation of the LCD Module, the power on/off
sequence should be as the diagram below.
300༕˺T1˺10msec
0
0
500msec
50msec
50msec
T4
Back-Light
(Recommended)
500msec
100msec
T5
T6
T1 : VDDrising time from 10% to 90%
T2 : The time from V
T3 : The time from valid data off to V
T4 : V
off time for Windows restart
DD
to valid data at power ON.
DD
off at power Off.
DD
T5 : The time from valid data to B/L enable at power ON.
T6 : The time from valid data off to B/L disable at power Off.
The supply voltage of the external system for the Module input should be the same
as the definition of V
DD
.
Apply the lamp voltage within the LCD operation range. When the back light turns on
before the LCD operation or the LCD turns off before the back light turns off,
the display may momentarily show abnormal screen.
In case of V
= off level,
DD
please keep the level of input signals low or keep a high impedance.
T4 should be measured after the Module has been fully discharged between power off
and on period.
Interface signal should not be kept at high impedance when the power is on.
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6.5 VDD Power Dip Condition
V
DD
90%
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T
d
Product Information
Product Information
80%
V
CC
GND
4.5V ˺ VDD˺ 5.5V
If V
(typ.) x 80% ˺ VCC˺ VDD(typ) x 90%
DD
Then, 0<Td ˺20msec
Note (1) The above conditions are for the glitch of the input voltage.
(2) For stable operation of an LCD Module power, please follow them.
i.e., if typ VDD x 80% ᆙ Vcc ᆙ typ VDD x 90%, then T
should be less than 20ms.
d
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7. Outline Dimension
[ Refer to the next page ]
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Product Information
Product Information
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8. General Precautions
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Product Information
Product Information
8.1 Handling
(a) When the module is assembled, it should be attached to the system firmly
using all mounting holes. Be careful not to twist and bend the module.
(b) Because the inverter uses high voltages, it should be disconnected from power
source before it is assembled or disassembled.
(c) Refrain from strong mechanical shock and / or any force to the module.
In addition to damage, it may cause improper operation or damage to the module
and CCFT back light.
(d) Note that polarizer films are very fragile and could be damaged easily.
Do not press or scratch the surface harder than a HB pencil lead.
(e) Wipe off water droplets or oil immediately. If you leave the droplets for a long
time, staining or discoloration may occur.
(f) If the surface of the polarizer is dirty, clean it using absorbent cotton or soft cloth.
(g) Desirable cleaners are water, IPA (Isopropyl Alcohol) or Hexane.
Do not use Ketone type materials (ex. Acetone), Ethyl alcohol, Toluene, Ethyl acid
or Methyl chloride. It might cause permanent damage to the polarizer due to chemical
reaction.
(h) If the liquid crystal material leaks from the panel, it should be kept away
from the eyes or mouth . In case of contact with hands, legs or clothes, it must
be washed away with soap thoroughly.
(i) Protect the Module from static, or the CMOS Gate Array IC would be damaged.
(j) Use finger-stalls with soft gloves in order to keep display clean during the
incoming inspection and assembly process.
(k) Do not disassemble the Module.
(l) Do not pull or fold the lamp wire.
(m) Do not adjust the variable resistor located on the Module.
(n) Protection film for polarizer on the Module should be slowly peeled off just before use
so that the electrostatic charge can be minimized.
(o) Pins of I/F connector should not be touched directly with bare hands.
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Product Information
Product Information
8.2 Storage
(a) Do not leave the Module in high temperature, and high humidity for a long time.
It is highly recommended to store the Module with temperature from 0 to 35
and relative humidity of less than 70%.
(b) Do not store the TFT-LCD Module in direct sunlight.
(c) The Module should be stored in a dark place. It is prohibited to apply sunlight or
fluorescent light in storing.
8.3 Operation
(a) Do not connect or disconnect the Module in the "Power On" condition.
(b) Power supply should always be turned on/off by the item 6.3
"Power on/off sequence"
(c) Module has high frequency circuits. Sufficient suppression to the electromagnetic
interference should be done by system manufacturers. Grounding and shielding
methods may be important to minimize the interference.
(d) The cable between the back light connector and its inverter power supply should
be connected directly with a minimized length. A longer cable between
the back light and the inverter may cause lower luminance of lamp(CCFT) and
may require higher startup voltage(Vs).
8.4 Operation Condition Guide
(a) The LCD product should be operated under normal conditions.
Normal condition is defined as below;
- Temperature : 20·15
- Humidity : 65·20%
- Display pattern : continually changing pattern (Not stationary)
(b) If the product will be used in extreme conditions such as high temperature,
humidity, display patterns or operation time etc.., It is strongly recommended
to contact SEC for Application engineering advice. Otherwise, its reliability and
function may not be guaranteed. Extreme conditions are commonly found at
Airports, Transit Stations, Banks, Stock market, and Controlling systems.
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Product Information
Product Information
8.5 Others
(a) Ultra-violet ray filter is necessary for outdoor operation.
(b) Avoid condensation of water. It may result in improper operation or disconnection
of electrode.
(c) Do not exceed the absolute maximum rating value. ( supply voltage variation,
input voltage variation, variation in part contents and environmental temperature,
and so on)
Otherwise the Module may be damaged.
(d) If the Module keeps displaying the same pattern for a long period of time,
the image may be "stuck" to the screen.
To avoid image sticking, it is recommended to use a screen saver.
(e) This Module has its circuitry PCB's on the rear side and should be handled
carefully in order not to be stressed.
(f) Please contact SEC in advance when you display the same pattern for a long time.
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