FUJITSU FLC51UXC8V-11L Specification

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㩷㩷㩷㩷㩷㩷㩷㩷㩷㩷㩷㩷㩷㩷㩷㩷㩷Specification No. : Tech Bes LCD-00251

Issue Date : September 14, 2004

Date㧦

By 㧦

This Product is designed, developed and manufactured as contemplated for general use, including without
limitation, general office use, personal use, household use, and ordinary industrial use, but is not designed,
developed and manufactured as contemplated for use accompanying fatal risks or dangers that, unless
extremely high safety is secured, could lead directly to death, personal injury, severe physical damage or other
loss (hereinafter “High Safety Required Use”), including without limitation, nuclear reaction control in
nuclear facility, aircraft flight control, air traffic control, mass transport control, medical life support system,
missile launch control in weapon system. If customer’s product possibly falls under the category of High
Safety Required Use, please consult with our sales representatives in charge before such use. In addition,
Fujitsu shall not be liable against the Customer and/or any third party for any claims or damages arising in
connection with the High Safety Required Use of the Product without permission

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Approval

.

Issued by :
Katsunori. Tanaka
Project Director

LCD Products Div.

FUJITSU DISPLAY TECHNOLOGIES CORPORATION

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REVISION HISTORY

Revision Date Prepared Checked Approved Summary

㪘㩷

02B Jan.7.2004 M.Nishido Y.Furukoshi K.Tanaka 1st issue

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㪛㪘㪫㪜㩷 㪛㪦㪚㪬㪤㪜㪥㪫㩷㪚㪦㪥㪫㪩㪦㪣㩷㪪㪜㪚㪫㪠㪦㪥㩷

02 20040914

㪜㪛㪠㪫㩷

㪛㪘㪫㪜㩷

㪛㪜㪪㪠㪞㪅㩷

Furukoshi

㪛㪜㪪㪠㪞㪅㩷 㪛㪜㪪㪚㪩㪠㪧㪫㪠㪦㪥

20040107 M.Nishido㩷㩷㩷㩷㩷㩷㩷Furukoshi 㩷㩷㩷㩷㩷㩷K.Tanaka 㩷

㪚㪟㪜㪚㪢

K.Tanaka

㪘㪧㪧㪩㪅㩷

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TITLE

FLC51UXC8V-11L

DRAW. NO.

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Tech Bes LCD-00251

FUJITSU DISPLAY TECHNOLOGIES

CORPORATION

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35

TABLE OF CONTENTS

20030725

1．APPLICATIONS

Furukoshi

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K.Tanaka

2．PRODUCT NAME AND MODEL NUMBER

2-1.Product Names
2-2.Model Numbers

3．OVERVIEW

4．CONFIGURATION

B

5．MECHANICAL SPECIFICATIONS

6．ABSOLUTE MAXIMUM RATING

7．RECOMMENDED OPERATING CONDITIONS

8．ELECTRICAL SPECIFICATIONS

9．OPTICAL SPECIFICATIONS

10．INTERFACE SPECIFICATIONS

10-1.Signal Descriptions
10-2.LVDS Data Assignment
10-3. Color Data Assignment
10-4. Input Signal Timing
10-5. Correspondence between Data and Display Position
10-6.Power Supply Sequence

3
3
3

3
3
4
5
5
6

8
12

12
13
14

15
17
17

11．BACK-LIGHT SPECIFICATIONS

11-1.Pin configurations for Back-light
11-2.CCFL
11-3.Life

12．APPEARANCE SPECIFICATIONS

12-1.Appearance
12-2.Dot defects

13．ENVIRONMENTAL SPECIFICATIONS

14．INDICATIONS

15．PACKAGING

15-1.Packing Specifications
15-2.Packing Method

16．WARRANTY

17．PRECAUTIONS

18．OTHERS

18
18
18
18

19
19
20

21
22
22

22
23

27
27
33

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1. APPLICATION

This specification is applied to the 20.1-inch UXGA supported TFT-LCD module.

2ɽPRODUCT NAME AND MODEL NUMBER

2–1 Product Name: LCD Module
2–2 Model Name: FLC51UXC8V-11L

B

3. OVERVIEW

This LCD module has a TFT active matrix type liquid crystal panel 1600x1200 pixels, and
diagonal size of 51cm(20.1-inch). This LCD has a LVDS dual interface and can display
16,777,216 colors.

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The power supply of this LCD module is +12V DC single.
This module has the characteristics for applying TCO’99.

This module has equivalent to 100% EBU color filter.

This module has high response time circuit.

4. CONFIGURATION

This LCD module consists of a color TFT-LCD panel that is mounted with TFT driver ICs, a
cold-cathode fluorescent tube back-light.
The inverter for the backlight is not included.
Figure 4-1 shows a block diagram of this LCD module.

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RXO0

Vcc

(+12V)

RXE0

SEL LVDS

Input signals (LVDS Dual)

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RXE0
RXE1
RXE1
RXE2
RXE2
RXE3
RXE3
RXEC
RXEC

+

-
+

­+

-
+

-
+

-

S

LVD

Receiver

converter

DC/DC

Bias voltage

Supply circuit

Internal

Circuit

Gate
Driver

Data driver

TFT color LCD panel
1600x3(RGB) x1200

+

RXO0

-

RXO1

+

RXO1

-

RXO2

+

RXO2

-

RXO3

+

RXO3

-

RXOC

B

RXOC

+

-

PD

HRCOFF

Back-light

(6 CCFL)

(Separate)

Power

Inverter circuit

supply

Figure 4-1 Block Diagram

5. MECHANICAL SPECIFICATIONS

Table 5-1 shows the mechanical specifications of this LCD module.

Table 5-1 Mechanical Specifications

Item Specifications Unit Remark

Dimensions 432 x 331.5 x 25(TYP.) mm

Edge type back-light is used.
(φ2.6 CCFLx6)

Display
Resolution

Display Dot Area 408.0 x 306.0 mm
Dot Pitch (0.085x3) x 0.255 mm
Aspect Ratio 1:1 —
Weight 3,700 (Max)
FG-SG Short circuit —

(1600x3) x 1200 —

ｇ

For details on dimensions,

See dimensional outline drawing.

(At page 34,35)
Excluding inverter.

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6. ABSOLUTE MAXIMUM RATING

Table 6-1 shows the absolute maximum rating of this LCD module.

Table 6-1 Absolute Maximum Rating

Item Symbol Condition MIN. TYP. MAX. Unit

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Supply Voltage V

Ta=25ºC –0.3 — 14.0 V

CC

B

Input Signal Voltage
(LVDS signal, PD,

V

Ta=25ºC –0.3 — 3.6 V

IN

SEL LVDS,HRCOFF)

7. RECOMMENDED OPERATING CONDITIONS

Table 7-1 shows the recommended operating conditions of this LCD module.

Table 7-1 Recommended Operating Conditions

Item Symbol MIN. TYP. MAX. Unit

Supply Voltage (Logic) V

Ripple Voltage V

CC

CC

V

RP

11.5 12.0 12.5 V

— — 0.1 V

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8. ELECTRICAL SPECIFICATIONS

Table 8-1 shows the electrical specifications of this LCD module. Figure 8-1 shows the
measurement circuit. Figure 8-2(A) shows the equivalent circuit of the logic signal input area.
Figure 8-2(B) shows the equivalent circuit of the supply voltage Input area.

Table 8-1 Electrical Specifications

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Item Symbol Condition MIN. TYP. MAX. Unit

Differential-input
Voltage (High)

Differential-input

B

Voltage (Low)
Supply Current I

Supply Rush Current I
Supply Rush Current

Duration (1A excess)

ＢＡＣＫ ＬＩＧＨＴ

CCFL Turn on
Voltage

Lighting Voltage V

Lighting Frequency f

(*3)

Tube Current

T

V

V

SCC

V

I

IH

IL

CC

SCC

S

L

L

L

Remark

— — 100 mV

VCM=+1.2V

–100 — — mV

— 600 1200 mA *1

VCC=+12.0±0.5V

=0V

V

SS

DCLK=81MHz
60Hz

— — 5.8 A

*2

— — 0.2. ms

fL=50kHz,
Ta=25ºC

fL=50kHz,
Ta=0ºC

fL=50kHz

=6mA

I

L

— 1600 1800 Vrms *4

— — 1850 Vrms *4

— 800 — Vrms

VL=800Vrms 30 50 60 KHz
fL=50kHz

=800Vrms

V

L

3

6 7

mArms

*3

DATE

(*1) Typical current situation : Color bar pattern. Vcc=12.0V

Maximum current situation: 2-pixel checker pattern. Vcc=11.5V
Without rush current.

(*2) These items prescribe the rush current for starting internal DC/DC.

Charging current to capacitors of Vcc is not prescribed.

(*3) Tube current (I

) shows the value of the current that is consumed at one lamp.

L

This LCD module has 6 lamps. Each 3 lamps are placed at upper side and
lower side of the display.
3 lamps are connected in parallel. Each low voltage terminals are connected with separate
Cable to Back-light connecter.

(*4) The voltage above this value should be applied to the lamp for more than 1 second to startup.

Otherwise the lamp may not be turned on.

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Fuse

V

cc

FG

EMI Filter

100pF

Internal

Differential

100

Measurement circuit is based on Figure 8-1.

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+12V

GND

C

AC

B

V

s

GND

Input signals (LVDS Dual)

RXO0
RXO0
RXO1
RXO1
RXO2
RXO2
RXO3
RXO3
RXOC
RXOC

+

-
+

­+

-
+

-
+

-

RXE0
RXE0
RXE1
RXE1
RXE2
RXE2
RXE3
RXE3
RXEC
RXEC

+

-
+

­+

-
+

-
+

-

Icc

L

Ｉ

L

＋

−

PD

Vcc

DC/DC
Converter

Back-light

Figure 8-1 Measurement circuit

Input

Ω

+3.3V

10k

Ω

(pull-up)

Logic Analog Driver

LCD module

LVDS Receiver

Circuit

SEL LVDS
HRC OFF

50k

Ω

(pull-down)

LVDS Receiver: DS90CF386 (National Semiconductor) or

THC63LVDF84B (Thine Electronics)

Figure 8-2(A) Equivalent circuit of logic signal Input

︵

10μF

10μF

GND

Frame ground

（

）

Fuse: KAB240240-4A (Matsuo Electronics Co.LTD)
EMI Filter: SGM45C1H222 (Sumitomo Metal Electronics Devices Inc)

Figure 8-2(B) Equivalent circuit of power supply

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Internal

Circuit

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9. OPTICAL SPECIFICATIONS

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g

Table 9-1 shows the optical specifications of this LCD module.

Table 9-1 Optical Specifications

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Item Symbol Condition

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Ta=25ºC,Signal timing=Typ.

Specifications Remark

MIN. TYP. MAX.

Unit

Note



Visual

Horizontal

Angle

Ver ti ca l
All Direction

Contrast Ratio CR

㱔

䌌䋬䌒

㱔

㱔

䌕䋬䌄

㱔

CR㻢10

㱔

䌌䋬䌒䋬䌕䋬䌄

㱔

䌕䋬䌄

䌌䋬䌒

=0㫦

=0㫦

85 — — deg

85 — — deg

— 80 — deg

=0㫦

400 600 — —

White/
Black

(1)(2)
(3)(5)
(6)

(1)(2)
(3)(5)

㪙㩷

䂾2Response

Time (Rise+Fall)
(B㸢W㸢B)

rise

+

fall

㱔

䌌䋬䌒䋬

䌕䋬䌄

=0㫦

Ta=25ºC

Ta=0

ºC

— 16 — ms

— 34 — ms

(1)
(4)
(5)

㱔

Response
Time (Rise or Fall)

avg

(All gray scale)

Brightness

Brightness
Uniformity

䌉

䂦䌉

㪚㩷 㪚

䌸

W

䌹

䌌䋬䌒䋬

䌕䋬䌄

=0㫦
㱔

䌌䋬䌒䋬䌕䋬䌄

䌖

=12.0V

䌃䌃

I

L

=50kHz

f

l

=0㫦

=6mA

Ta=25

50-60Hz

R*,G*,B*Signal
=All”H”

ºC

—

䂾

2

10

— ms

200 250 cd/m

70 — —

0.283 0.313 0.343 —

0.299 0.329 0.359 —

䋦

Average of
Response
Time

2

White
*1

Chromaticity

R
G
B

䋨䌸䋬䌹䋩

Red (0.641,0.350) Typ.

Green (0.287,0.595) Typ.

Blue (0.142,0.070) Typ.

(1)(5)

(1)(5)
(7)

(1)
(5)

LCD Panel Type TFT Color

Display Mode Normally Black

㪛㩷

Wide Viewing Angle Technology MVA

Optimum Viewing Angle — (Symmetry) (6)

Display Color 16,777,216 (8-bit color)

Color of non-display area Black

Surface Treatment

Anti-glare
(Haze value:䋨25%䋩䋬2H)

(*1) Value at 15䌾20 minutes after lighting on.

(Note) 䊶CS-1000 (MINOLTA Co. Ltd.) Field=1㫦, L=500mm

䊶 Back-light current = 6mA, Dark room condition (1 lux or less)

䊶Be careful that the luminance meter, which you use, may not be able to get correct brightness

If it’s no set correctly.

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02 20040914

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Chan

e Response time.

㪛㪜㪪㪠㪞㪅㩷 㪛㪜㪪㪚㪩㪠㪧㪫㪠㪦㪥

㪚㪟㪜㪚㪢

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FLC51UXC8V-11L

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Note 1) Definition of Viewing Angle (1)

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Based on Figure 9-1.

*0㫦(Front)

㪘

㱔

䌒

㱔

㩷㩷㩷㩷㩷㩷㩷㩷㩷㩷Y+

Top (12 o’clock Direction)

LCD module

䌌

㱔

㱔

㪬

䌄

㩷㩷㩷㩷㩷㩷㩷㩷㩷㩷X+

Right (3 o’clock Direction)

㪙

㩷㩷㩷㩷㩷㩷㩷㩷㩷㩷Y-

㩷㩷㩷㩷㩷㩷㩷㩷㩷㩷X-

Left (9 o’clock Direction)

䋪→㱔

䋽䋰㫦䋬㱔D䋽䋰㫦䋬㱔L䋽䋰㫦䋬㱔R䋽䋰㫦

U

㪙㫆㫋㫋㫆㫄㩷㩿㪍㩷㫆’㪺㫃㫆㪺㫂㩷㪛㫀㫉㪼㪺㫋㫀㫆㫅㪀

Figure 9-1 Definition of Viewing Angle (1)

Note 2) Definition of Viewing Angle (2)

㪚 㪚

Based on Figure 9-2.

㱔

㱔

㪤㪠㪥

㪫㪰㪧

㱔

㪤㪘㪯

Display Surface

㱔

㪣㪃㪩㪃㪬㪃㪛

Display Surface

㩷 㪔㪇㫦

㪛

Figure 9-2 Definition of Viewing Angle (2)

㪛

Note 3) Definition of Contrast Ratio (CR)

L

W

White

Determined by Formula (1) based on
Figure 9-3 Voltage-Brightness
characteristics.

Brightness
䌛L䌝

0

Black

Panel Drive Voltage 䌛䌖䌝

㪜

(Brightness at white)

䌌

W

=

(Brightness at black) 㵺㵺(1)

䌌

䌂

L

B

Figure 9-3 Voltage-Brightness Characteristics

DATE DOCUMENT CONTROL SECTION

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䂾2Note 4) Definition of Response Time

Based on Figure 9-4.

㪘㩷

Relative
Brightnes

1 frame

100%

90%

90%

1

fall

㪙㩷

0%

rise

10%

Rise Res

onse Time

Fall Res

onse Time

Figure 9-4 Definition of Response Time

㪚㩷 㪚

Note 5) Contrast Ratio and Response Measurement System



㪛㩷

Based on Figure 9-5.

+

Y

+

X

-

Z

-

X

-

Y

㱔

+

Z

Brightness Meter or
Luminance colorimeter
(with luminosity
correction function)㩷

㪛

Drive and Measurement System

㪜

Figure 9-5 Contrast Ratio and Response Time Measurement System

㪛㪘㪫㪜㩷 㪛㪦㪚㪬㪤㪜㪥㪫㩷㪚㪦㪥㪫㪩㪦㪣㩷㪪㪜㪚㪫㪠㪦㪥㩷

㩷

02 20040914 Change response time definition.

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㪛㪜㪪㪠㪞㪅㩷

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㪛㪜㪪㪠㪞㪅㩷 㪛㪜㪪㪚㪩㪠㪧㪫㪠㪦㪥

㪚㪟㪜㪚㪢

㪈㩷

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TITLE

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䕣
䕘
䕕

10

㪆

䕕
䕤

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㩷
㩷
㩷
㩷

V

Note 6) Definition of Optimum Viewing Angle

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

㪘

MAX

Contrast
Ratio

10

㪙

䋨-䋩

6 o’clock

←

0

iewing Angle㱔

䋨+䋩

12 o’clock

→

Figure 9-6 Definition of Viewing Angle

Note 7) Definition of Brightness Uniformity

Brightness uniformity is defined by the following formula.
Brightness (I1䌾I9) art measured at the following 9 points (㽲䌾㽺) on the display area

that is shown in Figure 9-7.

㪚 㪚

䌼Min. In䌼

Brightness Uniformity (䂦L) 䋽 㬍 100 (%) , n = 1 to 9

䌼Max. In䌼

160 800 1440 Dot

㽲㩷

㽵

㽸

120

㪛

㽳㩷

㽴

㽶

㽷

㽹

㽺

600

1080

Note) Each measurement point (㽲䌾㽺) defines the center spot of view of Brightness Meter.
The tolerance of measurement position is㫧3mm.

Figure 9-7 Measurement Points

DATE DOCUMENT CONTROL SECTION

EDIT

DESIG.

DATE

DESIG. DESCRIPTION

CHECK

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10. INTERFACE SPECIFICATIONS

10-1 Signal descriptions

㪘

Table 10-1 shows the description and configuration of interface signals (CN1).

Pin No. Symbol I/O Function

1

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Table 10-1 Interface signals (CN1)

RxO0

-I

Negative differential input



2 RxO0+

RxO1

3

- I

4 RxO1+

RxO2

㪙

5

-I

6 RxO2+
7 GND

RxOC

8

-I

I

Positive differential input
Negative differential input

I

Positive differential input
Negative differential input

I

Positive differential input

―Ｇｒｏｕｎｄ

Negative differential input

9 RxOC+ I Positive differential input

RxO3

10

-

I Negative differential input

11 RxO3+ I Positive differential input

RxE0

RxE1

-

I Negative differential input

Ｉ

Positive differential input

―Ｇｒｏｕｎｄ

-

I Negative differential input

12
13 RxE0+
14 GND

㪚 㪚

15
16 RxE1+ I Positive differential input
17 GND

RxE2

18

-

―Ｇｒｏｕｎｄ

Ｉ

Negative differential input

19 RxE2+ I Positive differential input

RxEC

20
21 RxEC+
22

㪛

23
24 GND
25 SELL LVDS
26 PD
27 HRCOFF
28 Vcc
29 Vcc
30 Vcc

-

RxE3

- Ｉ

RxE3+

I Negative differential input

Ｉ

Positive differential input
Negative differential input

I Positive differential input

―Ｇｒｏｕｎｄ

I

Select LVDS data order *1

Ｉ

LVDS Core Power Down

Ｉ

Fast response function control*2

―

+12V power supply

―

+12V power supply

―

+12V power supply

Connector : FI-X30S-HF(Japan A viation Electronics)
User’s connector : FI-X30M



(Japan A viation Electronics)

FI-X30H, FI-X30C

㪛

㪜

*1: 3.3V CMOS Signal input. (High or Low)
*2: The fast response function is OFF at “H”. Refer to item 10.4 for change over of timing.

㩷 *3: When using a connector other than the recommended one, a defect in the initial stage or

a problem concerning long term reliability may occur.

DATE DOCUMENT CONTROL SECTION

EDIT

DESIG.

DATE

DESIG. DESCRIPTION

CHECK

APPR.

CHECK

APPR.

TITLE

DRAW. NO.

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10-2 LVDS Data Assignment

Table 10-2 shows the LVDS Data Assignment.

Table 10-2 LVDS Data Assignment

㪘

Input signal *1

SEL
LVDS Low High

RO2
RO3
RO4
RO5
RO6
RO7
GO2
GO3

㪙

LVDS

Odd

㪚 㪚

㪛

LVDS

Even

GO4
GO5
GO6
GO7
BO2
BO3
BO4
BO5
BO6
BO7
RSVD
RSVD
ENAB
RO0
RO1
GO0
GO1
BO0
BO1
RSVD

DCLK 31 TxCLK IN

RE2
RE3
RE4
RE5
RE6
RE7
GE2
GE3
GE4
GE5
GE6
GE7
BE2
BE3
BE4
BE5
BE6
BE7
RSVD
RSVD
RSVD
RE0
RE1
GE0
GE1
BE0
BE1
RSVD

DCLK 31 TxCLK IN

RO0
RO1
RO2
RO3
RO4
RO5
GO0
GO1
GO2
GO3
GO4
GO5
BO0
BO1
BO2
BO3
BO4
BO5
RSVD
RSVD
ENAB
RO6
RO7
GO6
GO7
BO6
BO7
RSVD

RE0
RE1
RE2
RE3
RE4
RE5
GE0
GE1
GE2
GE3
GE4
GE5
BE0
BE1
BE2
BE3
BE4
BE5
RSVD
RSVD
RSVD
RE6
RE7
GE6
GE7
BE6
BE7

Transmitter

DS90CF383,C385

Interface connector

pin INPUT System side

51

TxIN0
52
54
55
56

3
4
6

7
11
12
14
15
19
20
22
23
24
27
28
30
50

2

8
10
16
18
25

51
52
54
55
56

3

4

6

7
11
12
14
15
19
20
22
23
24
27
28
30
50

2

8
10
16
18
25

TxIN1
TxIN2
TxIN3
TxIN4
TxIN6
TxIN7
TxIN8
TxIN9
TxIN12
TxIN13
TxIN14
TxIN15
TxIN18
TxIN19
TxIN20
TxIN21
TxIN22
TxIN24
TxIN25
TxIN26
TxIN27
TxIN5
TxIN10
TxIN11
TxIN16
TxIN17
TxIN23

TxIN0
TxIN1
TxIN2
TxIN3
TxIN4
TxIN6
TxIN7
TxIN8
TxIN9
TxIN12
TxIN13
TxIN14
TxIN15
TxIN18
TxIN19
TxIN20
TxIN21
TxIN22
TxIN24
TxIN25
TxIN26
TxIN27
TxIN5
TxIN10
TxIN11
TxIN16
TxIN17
TxIN23

Tx OUT0+

Tx OUT0

Tx OUT1+

Tx OUT1

Tx OUT2+

Tx OUT2

Tx OUT3+

Tx OUT3

TxCLK OUT+
TxCLK OUT

Tx OUT0+

Tx OUT0

Tx OUT1+

Tx OUT1

Tx OUT2+

Tx OUT2

Tx OUT3+

Tx OUT3

TxCLK OUT+
TxCLK OUT

-

-

-

-

-

-

-

-

-

-

LCD module

pin

2

1

4

3

6

5

11

10

9
8

13

12

16

15

19

18

23

22

21
20

RxO0+

RxO0

RxO1+

RxO1

RxO2+

RxO2

RxO3+

RxO3

RxCLK IN+
RxCLK IN

RxE0+

RxE0

RxE1+

RxE1

RxE2+

RxE2

RxE3+

RxE3

RxCLK IN+
RxCLK IN

Receiver

DS90CF386

pin OUTPUT

27
29
30
32

-

-

-

-

-

-

-

-

33
35
37
38
39
43
45
46
47
51
53
54
55

1
3
5
6

7
34
41
42
49
50

2
26 RxCLK OUT DCLK

-

27
29
30
32
33
35
37
38
39
43
45
46
47
51
53
54
55

1

3

5

6

7
34
41
42
49
50

2

26 RxCLK OUT Not use

-

RxOUT0
RxOUT1
RxOUT2
RxOUT3
RxOUT4
RxOUT6
RxOUT7
RxOUT8
RxOUT9
RxOUT12
RxOUT13
RxOUT14
RxOUT15
RxOUT18
RxOUT19
RxOUT20
RxOUT21
RxOUT22
RxOUT24
RxOUT25
RxOUT26
RxOUT27
RxOUT5
RxOUT1
RxOUT11
RxOUT16
RxOUT17
RxOUT23

RxOUT0
RxOUT1
RxOUT2
RxOUT3
RxOUT4
RxOUT6
RxOUT7
RxOUT8
RxOUT9
RxOUT12
RxOUT13
RxOUT14
RxOUT15
RxOUT18
RxOUT19
RxOUT20
RxOUT21
RxOUT22
RxOUT24
RxOUT25
RxOUT26
RxOUT27
RxOUT5
RxOUT10
RxOUT11
RxOUT16
RxOUT17
RxOUT23

LCD input

(Sel LVDS)

Low High

RO2
RO3
RO4
RO5
RO6
RO7
GO2
GO3
GO4
GO5
GO6
GO7
BO2
BO3
BO4
BO5
BO6
BO7
Not use
Not use
ENAB
RO0
RO1
GO0
GO1
BO0
BO1
Not use

RE2
RE3
RE4
RE5
RE6
RE7
GE2
GE3
GE4
GE5
GE6
GE7
BE2
BE3
BE4
BE5
BE6
BE7
Not use
Not use
Not use
RE0
RE1
GE0
GE1
BE0
BE1
Not use

RO0
RO1
RO2
RO3
RO4
RO5
GO0
GO1
GO2
GO3
GO4
GO5
BO0
BO1
BO2
BO3
BO4
BO5
Not use
Not use
ENAB
RO6
RO7
GO6
GO7
BO6
BO7
Not use

RE0
RE1
RE2
RE3
RE4
RE5
GE0
GE1
GE2
GE3
GE4
GE5
BE0
BE1
BE2
BE3
BE4
BE5
Not use
Not use
Not use
RE6
RE7
GE6
GE7
BE6
BE7
Not use

*1 ・RSVD (reserved) pin on a transmitter should be connected with Ground.



㪛

㪜

Input odd or even data depending on the display position of the LCD module.

・

DATE DOCUMENT CONTROL SECTION

EDIT

DESIG.

DATE

DESIG. DESCRIPTION

CHECK

APPR.

CHECK

APPR.

TITLE

DRAW. NO.





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:

: : : : : : : : : : : : : : : : : : : : : : : :

:

: : : : : : : : : : : : : : : : : : : : : : : :

:

: : : : : : : : : : : : : : : : : : : : : : : :

:

: : : : : : : : : : : : : : : : : : : : : : : :

:

: : : : : : : : : : : : : : : : : : : : : : : :

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: : : : : : : : : : : : : : : : : : : : : : : :

:

: : : : : : : : : : : : : : : : : : : : : : : :

10-3 Color Data Assignment

Table 10-3 shows the Color Data Assignment.

㪘

Table 10-3 Color Data Assignment

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

Color

Odd

Even

Black
Blue
Green
Cyan

㪙

Red
Magenta

ＢａｓｉｃＣｏｌｏｒ

Yellow
White
Black 0

×
×

1

Ｒｅｄ

Ø

Brighter 253

㪚 㪚

Ø

Red 255

254

Black 0

×
×

1

Ｇｒｅｅｎ

Ø

Brighter 253

Ø

254

Green 255

㪛

Black 0

×
×

1

Ｂｌｕｅ

Ø

Brighter 253

Ø

254

Blue 255

R Input data

R7 R6 R5 R4 R3 R2 R1 R0
R7 R6 R5 R4 R3 R2 R1 R0

0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1 1 1 1 1 1 1 1
0 0 0 0 0 0 0 0 1 1 1 1 1 1 1 1 0 0 0 0 0 0 0 0
0 0 0 0 0 0 0 0 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

1 1 1 1 1 1 1 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
1 1 1 1 1 1 1 1 0 0 0 0 0 0 0 0 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 0 0 0 0 0 0 0 0

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
0 0 0 0 0 0 0 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0

1 1 1 1 1 1 0 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0

1 1 1 1 1 1 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0

1 1 1 1 1 1 1 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1 0 0 0 0 0 0 0 0

0 0 0 0 0 0 0 0 1 1 1 1 1 1 0 1 0 0 0 0 0 0 0 0
0 0 0 0 0 0 0 0 1 1 1 1 1 1 1 0 0 0 0 0 0 0 0 0
0 0 0 0 0 0 0 0 1 1 1 1 1 1 1 1 0 0 0 0 0 0 0 0
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1

0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1 1 1 1 1 1 0 1
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1 1 1 1 1 1 1 0
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1 1 1 1 1 1 1 1

G Input data B Input data

G7 G6 G5 G4 G3 G2 G1 G0 B7 B6 B5 B4 B3 B2 B1 B0
G7 G6 G5 G4 G3 G2 G1 G0 B7 B6 B5 B4 B3 B2 B1 B0

Note.1) Definition of gray scale:Color (n)…”n” indicates gray scale level.

Larger number means brighter level.

Note.2) Data; 1:High, 0:Low

㪛

Note 3) Color data consist of 8 bit red, green and blue data of odd and even number pixel data.

Total data number is 48 signals. This module is able to display 16,777,216 colors because
each red, green and blue data is controlled independently.

DATE DOCUMENT CONTROL SECTION

EDIT

DESIG.

DATE

DESIG. DESCRIPTION

CHECK

APPR.

CHECK

APPR.

TITLE

DRAW. NO.

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10-4 Input Signal Timing

Table 10-4 and Figure 10-1 shows the Input Signal Timing at LVDS transmitter.

㪘

Table 10-4 Timing Characteristics

Item Symbol Min. Typ. Max. Unit Remark

Period
DCLK
signal
(Clock)

Frequency

Duty

High time

Low time
DCLK-Data
Timing

㪙

Setup time

Hold time

Horizontal Period

Hor. Period

Hor. Display period

Vertical Period

Ver. Frequency
ENAB

signal

Ver. Display period

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(Ta=0~45ºC, Vcc=12±0.5V)



Tc

1/Tc

Tch/Tc

TclkH

TclkL

Tset

Thold

Th
Th

Thd

Tv

1/Tv

Tvd

11.765

50.000
45

3.5

3.5
3
2

*1

865

13.0
800

*1

1207

50

1200

12.345

81.000
50

—
—
—
—

1080

13.3
800

1250

60

1200

20.000

85.000
55

—
—
—
—

*1

1130

14.65
800

*1

1280

62

1200

ns

MHz

%
ns
ns
ns
ns

DCLK

µs

DCLK

Th
Hz
Hz
Hz
Th

*2



Data-ENAB timing Tdn — 0 — DCLK *3
Vertical ENAB

㪚 㪚

*1)•horizontal display position is specified by the rise of ENAB.

The data latched at falling edge of DCLK after rise of ENAB is displayed at the left edge of the display area.

•Vertical display position is specified by the rise of ENAB after low level continuation over 5500 DCLK.
The data latched at the rise of ENAB is displayed at the top line of the display area.

*2)•If the “High” level period of ENAB is less than 800 DCLK, black color is displayed at the rest of the display area.

*3)•If ENAB does not synchronize with the effective display data, the display position does not fit to the

㪛

Please keep ENAB blank at anytime. (ex.: Change display mode. )

display area.

*4)•If Vertical ENAB blank time shorter than 5500DCLK, LCD unit may stop display.

blank.

ENAB

blank

5500 DCLK *4

㪛

DATE DOCUMENT CONTROL SECTION

EDIT

DESIG.

DATE

DESIG. DESCRIPTION

CHECK

APPR.

CHECK

APPR.

TITLE

DRAW. NO.





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㪘

DCLK

ENAB

RO7-0, RE7-0
GO7-0, GE7-0
BO7-0, BE7-0

㪙

RO7-0, RE7-0
GO7-0, GE7-0
BO7-0, BE7-0

ENAB

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Tc

TclkL

0.9V

Tc1 Tset

Tclk

2.3V

1.65

Tch



Thold

2.3V

0.9V

Th

Thd

RO7-0, RE7-0

C001 C1200

GO7-0, GE7-0
BO7-0, BE7-0

㪚 㪚

ENAB

Tvd

Tv

ENAB
blank

Tc

DCLK

㪛

0001

RO7-0, RE7-0

0003

0005

0007

0009

0011

1587

1589

1593 1597

1591

1595

1599

GO7-0, GE7-0
BO7-0, BE7-0

ENAB

0002

0004

0006

0008

0010

0012

1588

1590

1592

1594

1596

1598

1600

Tdn Tdn

㪛

Figure 10-1 Input Signal Timing Chart

DATE DOCUMENT CONTROL SECTION

EDIT

DESIG.

DATE

DESIG. DESCRIPTION

CHECK

APPR.

CHECK

APPR.

TITLE

DRAW. NO.

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)

10-4 Correspondence between Data and Display Position

Figure 10-2 shows the Correspondence between Data and Display Position.

㪘

S0001 S0002 S0003 S0004 S0005 S0006 S0007

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

S4799 S4800

C001

RO
0001 GO0001 BO0001 RE0002 GE0002 BE0002 RO0003 GO0003

GE
1600 BE1600

㪙

C1200

RO
0001 GO0001 BO0001 RE0002 GE0002 BE0002 RO0003 GO0003

GE
1600 BE1600

Figure 10-2 Correspondence Data and Display Position

10-5 Power Supply Sequence

㪚 㪚

The sequence of input signals and On/Off of the power supply of this LCD module
should be in the specification shown in Figure 10-3 to prevent latch-up of the
driver ICs and DC driving of the LCD panel.

Vcc

㪛

PD
LVDS

Input

Note) If Power Supply Sequence not followed, the CMOS-IC may cause a latch-up, or DC voltage

ON

OFF
(0V)

1ms㻡T4㻡20ms



10.8V

0ms㻡T7



T5㻡20ms(Voltage descent

亖

亖

10.8V
(10.5V)

10.8V

0.5V

0.5V

2.4V

亖

亖

H

90%

10%

L

T1
T2



1ms㻡T1㻡40ms
1ms㻡T2㻡40ms



0ms㻡T3㻡40ms

Figure 10-3 Power Supply Sequence(Logic)

may be applied to the liquid crystal, which cause a failure or serious deterioration in display
quality.

㪛

㪜

DATE DOCUMENT CONTROL SECTION

EDIT

DESIG.

DATE

DESIG. DESCRIPTION

CHECK

APPR.

CHECK

APPR.

TITLE

DRAW. NO.

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11. BACK-LIGHT SPECIFICATION

11-1 Pin configuration for Back-light

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

㪘

Table 11-1 shows the description and Pin assignment of the connectors
(CN-A to D) for the Back-light of this LCD module.

Table 11-1 Pin Assignment of CN-A to CN-D

№

CN-A

㪙

CN-B

CN-C

CN-D

㪚 㪚

Pin
No.

1
2

Symbol Function Cable Color

Ｖ

H1

Ｖ

H2

3 - NC
4

5
1
2

1
2
3
4
5
1
2

Ｖ
Ｖ

Ｖ

Ｖ
Ｖ
Ｖ

Ｖ

Ｖ
Ｖ

Ｖ

1

Ｌ

2

Ｌ

H3

3

Ｌ

H4
H5

-

4

Ｌ

5

Ｌ

H6

6

Ｌ

Power supply (High voltage)
Power supply (High voltage)

Power supply (Low voltage)
Power supply (Low voltage)

Power supply (High voltage)

Power supply (Low voltage)

Power supply (High voltage)
Power supply (High voltage)

NC

Power supply (Low voltage)
Power supply (Low voltage)

Power supply (High voltage)

Power supply (Low voltage)

Pink

Orange

Blue

Gray

Red

White

Pink

Orange

Blue

Gray

Red

White

Connector : Housing(CN-A, CN-C):BHR-05VS-1
(CN-B, CN-D):BHSR-02VS-1

Contact : SBH-001T-P0.5

SBHS-002T-P0.5
User’s Connector : Post with base: SM04(9-E2)B-BHS-1
SM02B-BHSS-1-TB

Supplier : Japan Solder less Terminal manufacturing Company LTD. (J.S.T.)

11-2 CCFL

㪛

Supplier: SANKEN ELECTRONICS Co.LTD. Part No.: SS26E4175E8550C2882710S

11-3 Life

The life of the back-light is a minimum of 50,000 hours at the following conditions.

(1) Working conditions

Ambient temperature： 25±5

①

Tube current (I

②

) ： (6mA or less)

L

(2) Definition of life

Brightness becomes 50% or less than the minimum brightness value shown in Table 9-1.

①

Flashing.

②

11-4 Lamp assembly set (for replacement)

Lamp assembly set (with charge) is prepared for replacing old lamp to new one.
This set consists of an upper lamp assembly and a lower lamp assembly.
Type number: FLCL-26

㪛

℃

㪜

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APPR.

TITLE

DRAW. NO.

FUJITSU DISPLAY TECHNOLOGIES

FLC51UXC8V-11L

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12. APPEARANCE SPECIFICATIONS

g

g

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12-1 Appearance

12-1-1 Appearance specification

㪘

㪙

㪚 㪚

㪛

No. Item Jud

ment method and standard
1 Bright spot (high and Low) <6 dots (Note 1 )
2 Bright spot connection

h and low)

(hi

<

2 pair (Note 1)

3 Total of bright spot <6 dots
4 Dark spot <10 dots (Note 2)

5 Dark spot connection <4pairs (Note 2)
6 Total of dark spot <10 dots (Note 2)

7 Total of dot defect

(bright and dark)

8 high-hgh >15mm

Distance of
bright spot

others >

<

10 dots

5mm

9 Distance of dark spot > 5mm

10 Scratch on polarizer,

line shape

W<0.03

0.03<W<0.05

――――

Ld6

Ignore

Ignore

6<L<12 <7

12<L 0

L<0.6 Ignore

0.05<W<0.10

0.6<L<5

<

5

5<L 0

11 Dent on polarizer,

dot shape

0.10<W

――――

Dd0.3

0.3<D<0.4 <9

0

Ignore

0.4<D 0

12

Bubble in polarizer

D<0.3 Ignore

0.3<D<0.5 <4

0.5<D 0

13

Black white spot
(Foreign circular matter)

D<0.15 Ignore

0.15<D<

0.5 <5

0.5<D 0

14 Light leakage by foreign

articles

D<0.3 Ignore

0.3<D<0.6 <5

0.6<D 0

15

Lints,
black/white line

W<0.03

0.03<W<0.05

――――

Ld6

6<L<12 <6

Ignore

Ignore

12<L 0

Ignore

0.05<W<0.10

Ld0.6

0.6<L<5 <3
5<L 0

0.10<W (W+L)/2=D Conform to No.13



㪛

㪜

16 Mura

Invisible under 6% ND filter from center of display.
(Display pattern: Black, White, 50%gray)

D: Average diameter [mm], W: Width [mm], L: Length [mm], S=(bright spot size)/(dot size)

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TITLE

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FUJITSU DISPLAY TECHNOLOGIES

FLC51UXC8V-11L

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12-1-2 Light leakage outside the active area.

The light leakage that occurs minimum of 2.0mm outside the peripheral of the active area is

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

㪘

overlooked.

A leakage of light may occur between the BM section and the bezel at the peripheral of the
active area.

12-2 Dot defects (Bright spots, Dark spots)

12-2-1 Zone

· Inside display dot area (408.0 X 306.0mm)

· Display dot area means active area.

· One pixel consists of 3 dots (red, green and blue).

㪙

· Foreign particle and scratch unharmful to display image, such as the foreign particle
under polarizer film but outside of the display area and scratch on metal bezel, backlight
module or polarizer film out of the display area, etc., are not counted.

12-2-2 Bright spots

(1) Bright spots by the defect of TFT.

· Visible under bias of 2% ND filter...................................High bright spot R•G

· Visible under 5% but invisible under 2% ND filter........Low bright spot R•G•B

· Invisible under bias of 5% ND filter................................Not counted

㪚 㪚

(2) Bright spots by the light passing through tears, breaks, etc in color filter.

· Exceed size of a half dot...................................................High bright spot

· A half dot or less...............................................................Not counted

(3) Bright spots by the light passing through tears, breaks, etc in chromium mask.

· Exceed 50Pm....................................................................High bright spot

· 50Pm or less ....................................................................Not counted

12-2-3 Test condition

㪛

· Inspector must observe the LCD screen from the normal direction under the illumination by
a single 20W fluorescent lamp. The distance between the LCD screen and the inspector
should be a height of 50cm above the worktable.

㪛

The vertical illuminance is 300 to 600lux (reference value).

· Bright spot should be counted under entire black screen.

· Dark spot should be counted under entire white screen.

· Input signal timing should be typical value.

(Note1) Please do not mistake a single bright spot for a bright spot connection due to

Cs(supplemental capacitance) line at the center of each dot.

(Note2) If a pixel is dark partially, it connects into the number of dark spots in accordance with

following rule.

㪜

(a) A<1/3 : Not count. Only one of 4 dark connection is allowed.
(b) 1/3<

(c) 2/3<

A<2/3 : Considered as 0.5 dot.

A : Considered as 1 dot.

(A=Dark spot size/dot size)

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DATE

DESIG. DESCRIPTION

CHECK

APPR.

CHECK

APPR.

TITLE

DRAW. NO.

FUJITSU DISPLAY TECHNOLOGIES

FLC51UXC8V-11L

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13. ENVIRONMENTAL SPECIFICATIONS

)

)

)

(

)

(

)

A(

)

Table 13-1 show the environmental specifications.

㪘

Table 13-1 Environmental specifications

Item Condition Remark

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Temperature

Humidity

Operation 0~45ºC
Storage –20~60ºC
Operation

20~85％RH

Storage 5~85%RH

Temperature on surface of LCD
panel should be under54℃.

Maximum wet-bulb temperature
should not exceed 29ºC.
No condensation.

㪙

10~500Hz, 1octave/20minute,

Vibration Non-operation

2G, 1.5mm max, 1hour each X,
Y and Z directions

For single module
without package.

Shock Non-operation

30G, 6ms, 1time each
±X, ±Y and ±Z directions.

NOTE： Table 13-2 and Figure 13-1 show the shock resistance standard when module is packaged.

㪚 㪚

Table 13-2 Shock resistance standard when module is packaged

Dropping location Dropping height Count

A~J 60cm 1 time

G (Top face) J(Rear face

C (Edge)

㪛

F(Side face

E(Side face

B (Edge)

Corner

Front face

I

D (Edge) H

Bottom face

Figure 13-1 Direction to apply shock to package

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APPR.

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APPR.

TITLE

DRAW. NO.

FUJITSU DISPLAY TECHNOLOGIES

FLC51UXC8V-11L

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14. INDICATIONS

LCD

ｕｎｉｔ

.

FLC51UXC8V-11L

NA19025-C454

4 1 0 0 0 0 1

0２B

FUJITSU DISPLAY TECHNOLOGIES CORPORATION

15. PACKAGING

㪣㪚㪛㩷㫌㫅㫀㫋

㩷

This module has the following indications.

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㪘

(1) Product name : L
(2) Model Number : F
(3) Product Drawing Number : N

(4) Manufacturing Number : 4

(See Figure 14-2)

(See Figure 14-2)

(See Figure 14-2)

Serial number
(To be reset every month on 1st.)

㪙

Manufacturing month
(Oct. = X, Nov. =Y, Dec. =Z)

Last digit of manufacturing year.

(5) Version number : 0

(Example)

-1st 2 digits “02” means operational version.

-3rd alphabet means functional version.

(6) Manufacturer Country Name : MADE IN JAPAN

㪚 㪚

(7) Company Name : F
(8) Disposal method of cold-cathode tubes. (See Figure 14-1)
(9) Caution when changing cold-cathode tubes. (See Figure 14-1)

䊶㩷㪮㪟㪜㪥㩷㪚㪟㪘㪥㪞㪠㪥㪞㩷㪚㪦㪣㪛㩷㪚㪘㪫㪟㪦㪛㪜㩷㪝㪣㪬㪦㪩㪜㪪㪚㪜㪥㪫㩷㪣㪘㪤㪧㪪㪃㩷㪝㪦㪣㪣㪦㪮㩷㪦㪧㪜㪩㪘㪫㪠㪥㪞㩷

㪪㪧㪜㪚㪠㪝㪠㪚㪘㪫㪠㪦㪥㪪㪅㩷㪜㪪㪧㪜㪚㪠㪘㪣㪣㪰㩷㪙㪜㩷㪚㪘㪩㪜㪝㪬㪣㩷㪘㪙㪦㪬㪫㩷㪫㪟㪜㩷㪣㪘㪤㪧

䊶㩷Ⱟశ▤䈱឵䈲૞ᬺ઀᭽ᦠ䈮ᓥ䈦䈩ⴕ䈦䈩䈘䈇䇯․䈮Ⱟశ▤䊖䊦䉻஥㕙䈱䉣䉾䉳䈮᳇䉕䈧䈔䈩

䈘䈇䇯㩷
㩷
䊶㩷㪫㪟㪠㪪㩷㪫㪝㪫㩷㪚㪦㪣㪦㪩㩷㪣㪚㪛㩷㪚㪦㪥㪫㪘㪠㪥㪪㩷㪚㪦㪣㪛㩷㪚㪘㪫㪟㪦㪛㪜㩷㪝㪣㪬㪦㪩㪜㪪㪚㪜㪥㪫㩷㪣㪘㪤㪧㪪㪅㩷

㪧㪣㪜㪘㪪㪜㩷㪝㪦㪣㪣㪦㪮㩷㪣㪦㪚㪘㪣㩷㪦㪩㪛㪠㪥㪘㪥㪚㪜㪪㩷㪦㪩㩷㪩㪜㪞㪬㪣㪘㪫㪠㪦㪥㪪㩷㪝㪦㪩㩷㪠㪫㪪㩷㪛㪠㪪㪧㪦㪪㪘㪣㪅㩷

䊶㩷ᒰ⹥ᶧ᥏䊂䉞䉴䊒䊧䉟䊡䊆䉾䊃䈮䈲Ⱟశ▤䈏⚵䉂ㄟ䉁䉏䈩䈇䉁䈜䈱䈪䇮㩷

㪛

࿾ᣇ⥄ᴦ૕䈱᧦଀䉁䈢䈲ⷙೣ䈮ᓥ䈦䈩ᑄ󰩩䈚䈩䈘䈇䇯㩷

Figure 14-1

’

㪪㩷㪪㪠㪛㪜㪄㪜㪛㪞㪜㪅㩷

Figure 14-2

15-1 Packing specifications

(1) 4LCD modules/1package.
(2) Weight: approximately 17kg/1package.
(3) Outline dimensions: 576mm(W)x316mm(D)x508mm(H)

15-2 Packing method

㩷
㩷
㩷㩷㩷㪝㪣㪚㪌㪈㪬㪯㪚㪏㪭㩷㩷㩷㩷㪄㪈㪈㪣㩷 㩷 㪋㪈㪇㪇㪇㪇㪈
㩷㩷㩷㪥㪘㪈㪐㪇㪉㪌㪄㪚㪋㪌㪋㩷 㩷 㩷 㩷 㩷 㩷 㩷 㩷 㪇㪉㪙㩷

㪝㪬㪡㪠㪫㪪㪬㩷㪛㪠㪪㪧㪣㪘㪰㩷㪫㪜㪚㪟㪥㪦㪣㪦㪞㪠㪜㪪㩷㪚㪦㪩㪧㪅

㩷㩷㩷㩷㩷㩷㩷㩷㩷㪤㪘㪛㪜㩷㪠㪥㩷㪡㪘㪧㪘㪥㩷

㪛

㪜

Figure 15-1,2 shows the packing method.

DATE DOCUMENT CONTROL SECTION

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DATE

DESIG. DESCRIPTION

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APPR.

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APPR.

TITLE

DRAW. NO.

FUJITSU DISPLAY TECHNOLOGIES

FLC51UXC8V-11L



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D

D

A

C

C

TITLE

Tech Bes LCD

-

00251

FUJITSU DISPLAY TECHNOLOGIES

CORPORATION

B

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Protective sheet

Front side

Anti-Electric Bag

Rear side

Front side

Fig.15-2 (a) Packaging Method

DATE

DRAW. NO.

DATE

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FLC51UXC8V-11L

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E

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D

D

A

C

C

TITLE

Tech Bes LCD

-

00251

FUJITSU DISPLAY TECHNOLOGIES

CORPORATION

•

Taping

anti

-

electrostatic type.

N JAPAN

508

Bar code

Bar code

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

Holder (bottom)

LCD unit

B

Holder (top,left)

Holder (top,right)

DATE

EDIT

DESIG.

Label (example)

型格

(TYPE) FLC51UXC8V -11L

図番

(DRWG. NO.) (REV. NO.)

DATE

DESIG.

NA19025-C454

Bar code

CHECK

APPR.

CHECK

4100001
4100002
4100003
4100004

576

数量

(QTY.) 4

版数

02B

Top : H or I method
Bottom : H method

• Top and bottom holders should be

MADE I

Fig.15-2 (b) Packaging Method

DRAW. NO.

DESCRIPTION

APPR.

316

FLC51UXC8V-11L



ＳＨＥ

E

CUST.

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D

D

A

C

C

TITLE

Tech Bes LCD

-

00251

FUJITSU DISPLAY TECHNOLOGIES

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1652 (By Ship)

1144 (By Airplane)

Top Board

B

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Corrugated

PP Belt

900

Wrap Film

Up and Down : 3 times wrap
Middle : 2 times wrap

Note:1) 4 boxes×3 layers (maximum 12 boxes) : by ship

4 boxes×2 layers (maximum 8 boxes) : by airplane

Note:2) This drawing shows marine transportation specification.

Carton Angle

900

E

Fig.15-2 (c) Packaging Method

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DATE

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FLC51UXC8V-11L

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D

A

C

C

TITLE

Tech Bes LCD

-

00251

FUJITSU DISPLAY TECHNOLOGIES

CORPORATION

Corrugated carton (A)

446

646

6

02

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Cushioning material

with LCD modules

B

(580)

(430)

(630)

Corrugated fiberboard shipping container (B)

Note 1) The carton (A) should be placed in the middle of the container (B) with enough cushioning

materials.

Note2) The figures in () show inside measurements of the container (B).

Figure.15-2 (d) Packing method

E

DATE

DRAW. NO.

DATE

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APPR.

FLC51UXC8V-11L

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D

A

C

C

TITLE

FUJITSU DISPLAY TECHNOLOGIES

CORPORATION

16.WARRANTY

The warranty period is one year after shipping. Products which fail during this period are
repaired or replaced without charge, unless the failure is caused by user.

17.PRECAUTIONS

Adhere to the following precautions to use this LCD module properly.

(1) Handling of LCD panel

Do not apply any strong mechanical shock to the LCD panel.

ᶃ

B

Since the LCD panel is made of glass, excessive shock may damage the panel or cause a
malfunction.

Do not press hard on the LCD panel surface.

ᶄ

In the LCD panel, the gap between two glass plates is kept perfectly even to maintain
display properties and reliability. The hard pressure on the LCD panel may cause the

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following problems. If the pressure is over 2kg/cm2, the problem don’t return to normal
Condition.

Ununiformity of color

①

Disorder of orientation of liquid crystal

②

Problem

returns to normal condition after a while. Problem

①

returns to normal

②

condition by turning the power off and turning on again.
However these operations should be avoided to insure reliability.

Do not scratch the polarizer film on the LCD panel surface.

ᶅ

Do not press or rub the display surface with a hard tool, tweezers, etc.

･

For handling, use cotton or conductive gloves so that the display surface is not soiled.

･

If dust or dirt soils the display surface, clean it as follows with a soft cloth (deerskin, etc.)

･

[Dust] Wipe off with a soft cloth. (do not rub.)
[Dirt ] Apply clear water to a soft cloth and squeeze hard out of water drops, then lightly

wipe off the specified parts. Only if the dirt is hardly wiped off, use isopropyl alcohol

or ethanol.
Be careful not to splash the water or the solvents on the edge of polarizer and in the
LCD unit.
The polarizer possibly exfoliates due to the solvent and water penetrated between
the polarizer and the LCD panel.
Do not use unspecified solvent such as ketone (acetone, etc.) and aromatics (xylene,
toluene, etc.)

(Caution) Be careful not to allow the water or solvent to enter the module.

If saliva or water drops are left for a long period of time, the part may become

･

deformed or discolored.

Wipe off immediately in the same way as for dirt.

Do not allow oil to adhere to the module since excessive oil is hard to clean.

･

DATE

DRAW. NO.

FLC51UXC8V-11L

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APPR.

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A

C

C

TITLE

FUJITSU DISPLAY TECHNOLOGIES

CORPORATION

Do not place or contact objects on the display surface for a long period of time.

ᶆ

This may make some parts of the LCD module distorted and the quality of display may
deteriorate.

(2) Handling of LCD module

Do not pull the cold-cathode tube cable strongly.

ᶃ

If the cable is pulled with the strength of 2kg or more, the cable may be damaged or may
lose reliability.

Assemble the module into user’s system in a dust free environment.

ᶄ

Conductive foreign matter adheres to the module may cause failures.

Take anti-electrostatic measures for assembling the module.

ᶅ

B

Since the LCD module contains CMOS-ICs, the following points should be observed.

For assembling the module, operator should be grounded and wear cotton or conductive

･

gloves.
Floor of work area and work table to assemble the LCD module should be covered with

･

electrostatic shielding in order to discharge static electricity via an earth wire.

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If necessary, ground operation tools (soldering iron, radio pliers, tweezers, etc.).

･

Do not take the module out of the conductive bag until the module is assembled.

･

Do not assemble the module under low humidity (50%RH or less).

･

Do not pull the connecting cable on the rear face of the LCD module strongly.

ᶆ

Do not disassemble or remodel the LCD module.

ᶇ

Disassembly or remodeling of the LCD module may result in malfunctions or deterioration
of the display quality and reliability.

(3) Precautions in regards of operating the LCD module

Adhere to the specified power supply sequence.

ᶃ

If not followed, the CMOS-IC may cause a latch-up, or DC voltage may be applied to the
liquid crystal, which cause a failure or serious deterioration in display quality.

Do not operate the LCD module when condensation occurs.

ᶄ

If the LCD module is operated when condensation is on the terminals of the LCD panel, the
terminals cause electrochemical reaction, and may reach disconnection. Condensation
easily occurs especially when the module is moved from cold environment to warm
environment.

.

DATE

DRAW. NO.

FLC51UXC8V-11L

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APPR.

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FUJITSU DISPLAY TECHNOLOGIES

CORPORATION

The following troubles occur when the LCD module is not used under recommended

ᶅ

temperature.

Operation under high temperature(>50ºC): Display colors shift to blue.

･

Storage under high temperature(>60ºC): The polarizer film deteriorates and contrast

･

decreases.

Operation under low temperature(< 0ºC): The response speed decreases considerably.

･

Storage under low temperature(<-20ºC): The liquid crystal may solidify and become

･

damaged.

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B

Be sure to input the control signals at the correct timing.

ᶆ

If control signals (DCLK, ENAB) are not input, or if the timing is out of the specified timing,
DC voltage may be applied to the liquid crystal and, as a result, cause image sticking or
deterioration of contrast.

(4) Precautions in regards of designing module mounting

Excessive force should not be applied to the screen or the rear side of the LCD module.

ᶃ

Excessive pressure on the screen caused by the installation of the LCD module may
deteriorate display quality and reliability.
Brightness uniformity and the reliability of CCFL may decrease if the pressure is applied to
the backlight module.

Avoid twisting and bending the LCD module.

ᶄ

Excessive twist and bend may damage display quality and reliability.

Avoid extending the power cable between the LCD module and inverter.

ᶅ

This may cause the backlight to flicker or not to light.

Keep the backlight cable apart from the metal enclosure of the LCD module.

ᶆ

When frequency current for backlight driving leak to the metal enclosure, the desired
brightness may not be assured.

When Mounting LCD module with M3 screws (x4), tighten the screws with torque below

ᶇ

29.4Nm(3kgf).

(5) Storage method

Do not store the LCD module in an atmosphere of organic solvent or corrosive gas.

ᶃ

In an organic solvent atmosphere, the polarizer film discolors and display quality
deteriorates.
In a corrosive gas environment, various parts of the module may corrode or deteriorate.

Store the LCD module in a Fujitsu package.

ᶄ

At storing, Fujitsu packages can be stacked up to 3 boxes.
The LCD module is in an anti-static bag. Keep the module in that status.

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The LCD module is recommended to be stored in humidity controlled, cool and dark

ᶅ

locations.

Recommended storage environment

Place : Dark (avoid direct sunlight)

・

Temperature : 10〜35ºC

・

Humidity : 50〜60%RH

・

Note) If the module is left in an environment of 60ºC and above for a long period of time,

optical characteristics may deteriorate.

(6) Disposal Method

LCD module

ᶃ

B

The components of this LCD module can be grouped into metal, resin, glass and so on. As
the backlight contains CCFL which includes mercury, it must be disposed according to the
local ordinance or regulations.

Package

ᶄ

All the packages are made of recyclable papers except the anti-ESD bag.

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(7) Others

If the LCD panel is damaged, do not inhale and do not swallow the liquid crystal.

ᶃ

If the liquid crystal adhere to the body or cloths, wash it off with soap immediately.
Follow regular precautions for electronic components.

Flux residue on the printed circuit board is harmless to the quality and reliability of LCD

ᶄ

module.

Fujitsu has adopted non-wash technology on module assembly process.

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Return method of the LCD unit requested for repair or analysis of the problem

ʢ8ʣ

When the LCD unit is packaged and returned, adhere to the following procedures not to

・

damage the LCD panel or the backlight cables. (Fig. 18-1(a)~(b))
When the LCD unit is returned without following the specified packaging procedures, FDTC
will not take responsibility for the damages caused by the failure of the packaging method.

1

Attach protective sheet.

˓

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B

Protective sheet

Front side

2

Put the LCD unit into the anti-electric bag

˓

Anti-electric bag

Front side

Fig. 17-1(a) Packaging method

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3

Storage into the container box

˓

When using the container box manufactured by FDTC

・

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Holder (bottom)

LCD unit

B

Holder (top)

* The front side of LCD units should

face the direction of the arrowhead
on holder(bottom).

Seal by tape

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* The direction of the arrowhead on holder (top) should face the front side of the LCD units.

**The arrowheads are shown on the holders.**

Fig. 17-1(b) Packaging method

When not using the container box manufactured by FDTC

・

Please pack the LCD units one by one and make sure not to damage the LCD unit when
transporting.

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18.OTHERS

Specifications of the TFT-LCD panel and other components used in this LCD module are
subject to change.
Both parties shall discuss together and make the best effort to reach agreement in case of the
rising of any doubt to the contents of the specifications.
This LCD module is not designed for the purpose where high reliability is required, such as for
aero-space equipment, control system of nuclear power and medical life-support equipment.

B

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