Datasheet AGM6448V-NC-FBS-T, AGM6448V-NC-FBD-T, AGM6448V-MC-FBS-T, AGM6448V-MC-FBD-T Datasheet (AZDIS)

VEE-VSS

MAX 9.0 (D)mm

0.31

183.0

0.33

(H)mm

(H)mm

(W)mm x
(W)mm x
(W)mm x

(H)mm x

(6) Duty

(5) Number of Dots

(8) Viewing Direction
(9) Backlight

(4) Dot Pitch

(3) Dot Size

(2) Module Size

(1) Product No.

(10) Controller

(12) Weight
(13) Recommended CCFT Inverter

(11) DC/DC Converter

(7) LCD

0.11

0.09

CCFL

640 (W)xRGB x 480 (H)DOTS

6 0’clock

1/240

AGM6448V

264.0

495 g(approx.)

F-STN/Black and White(Normal Black/Negative Image)

CXA-L0612-VMR (TDK)

Without

Without

/Color Transmissive Type

2. ABSOLUTE MAXIMUM RATINGS

1. MECHANICAL DATA

AGM6448V Series LCD Module

Complete LCD Solutions

AZ DISPLAYS, INC.

PAGE 1 OF 8

Note 1

COMMENT

VSS=0V

V

-

V

V

UNIT

-

42.0

6.5

MAX

VDD+0.3

0

-

-0.3

-0.3

MIN

-

VI

SYMBOLITEM

Input Voltage

Power Supply for LCD Drive

Static Electricity

Power Supply for Logic VDD-VSS

Note 1 LCM should be grounded during handling LCM.

Used lamp : Rating

Lamp power consumption

Lamp current

Lamp Voltage

(Normal Temp. LCM)

Supply Current for LCD

LCD Driving Voltage

Supply Current for Logic

Power Supply

Logic Circuit

Recommended

Input Voltage

S

L

Y

F

V
X

L

L

L

B

L

Lu

SYMBOLPARAMETER

Starting voltage

Lamp life time

Lamp frequcncy

Brightness

Color Cooridinates

Luminance Uniformity

LCM : Rating

Surface Luminance

(*2) Power consumption excludes inverter loss .

CCFT backlight may least affect the display quality .

(*1) It is recommended that I be not more than 5.0 mArms so that heat radiation of

8.0

22.8

18.8

23.5

24.1

5.0

TYP.

a

White

T =25˚C

REMARK

2

kHz

-

hrs

2

%

UNIT

-

-

-

0.31

600

0.31

-

-

MAX.

Vrms

cd/m

cd/m

-

-

-

0.29

35

0.29

TYP.

85

76

0.27

10000

22000

-

-

0.27

MIN.

-

-

VIH
VIL

VDD-VSS

SYMBOL

IEE

IDD

L

L

L

I
P

V

SYMBOL

VEE-VSS

ITEM

PARAMETER

3.2 ELECTRICAL CHARACTERISTICS OF BACKLIGHT

3.1 ELECTRICAL CHARACTERISTICS OF LCM

3. ELECTRICAL CHARACTERISTICS

PAGE 2 OF 8

V

V
V0.2VDD

5.5

VDD

MAX.

V

mA

mA

-

REMARK

(*1)

(*2)

24.2

23.0

23.6

12.5

28.5

UNIT

-

-

4.5

0.8VDD
0

MIN.

W

UNIT

6

-

MAX.

mArms

Vrms

-

22.6

23.3

-

-

Ta= 25˚C

L level

H level

CONDITION

5

TYP.

2.7

535-

MIN.

4

-

Duty=1/240

Bias=1/13

VDD=5.0V

Ta= 25˚C

0˚C

50˚C

VEE-VSS = 23.5V

VDD-VSS = 5.0V

25˚C

Complete LCD Solutions

AZ DISPLAYS, INC.

4-1 Optical Characteristics of Normal Temp. Mode

4.OPTICAL CHARACTERISTICS

PAGE 3 OF 8

VAT

OP

0˚

TYP.

45

0˚0 =

NOTE

T:
G: NORMALLY BLACK

TRANSMISSIVE

Response Time (fall)

TYP.

Cr(Contrast Ratio)

30

AT

UNIT

ms

NOTE 2

0 =

0 (Viewing Angle)

MAX.

TYP.

TYP.

280

400

200

500

210

150

100

250

50

MIN.

CONDITION

-

-

-

-

MIN.

0 (Viewing Angle)

MIN.

ms

NOTE 2

340

240

170

120

-

-

ITEM

SYMBOL

15

MIN.

Tr

G

ITEM

T

MODE

Response Time (rise)

Tf

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25˚C

25˚C

25˚C

25˚C

0˚C

0˚C

25˚C

50˚C

50˚C

IC20

240

IC11
240

120

120

240

IC19

120

120

IC26

240

IC25

240

IC12
240

IC18

240

IC17

240

Bias Voltage

FLM
CL1
CL2

VSS

VDD

VEE

DISPOFF
UD0~UD7

BufferLD0~LD7

IC4

IC2

IC3

IC1

M

Generator

Generator

Buffer

COLOR LCD PANEL

1920 (640 X R.G.B) X 480 Dots

5.BLOCK DIAGRAM

PAGE 4 OF 8

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Power supply voltage for LCD (+)

Power supply voltage for LCD (+)

GND

GND

+5V

Display data for lower column driver

Display data for lower column driver

Display data for lower column driver

Display data for lower column driver

Display data for lower column driver

Display data for lower column driver

Display data for lower column driver

Display data for lower column driver

Display data for upper column driver

Display data for upper column driver

Display data for upper column driver

Display data for upper column driver

Display data for upper column driver

Display data for upper column driver

Display data for upper column driver

Display data for upper column driver

GND

Clock signal for shifting the serial data.

GND

shift registers.

The CL1 latches the serial data in the

H ---display ON, L --display OFF

each display cycle.

The FLM signal indicates the beging of

N.C

GND

N.C

SYMBOL

CN1:15PIN MOLEX 53261-1590

VSS

CL1

LD0

LD2
LD3

LD1

UD7

UD6

UD5

UD4

UD3

4

5
6
7
8
9

10

12

14

13

16
17
18
19

15

CN3

11

DISPOFF

LCM

CN3:30PIN JAE/IL-402-30S-S1L-SA

INTERFACE

VEE

VSS

VSS

VDD

LD5
LD6
LD7

LD4

1

PIN NO.

VEE

NC

VEE

21

20

23

22

25

24

27

26

29
30

INTERFACE

28

FLCN1:MITSUMI/M63M83-04

3

FLCN1CFL

2

(Suitable Connecter:MITSUMI/M60-04-30-134P or M60-04-30-114P or M61M73-04)

Power supply voltage for LCD (+)

4 Power supply voltage for CFLHV

1

3

2

PIN NO.

4

5
6
7
8
9

10

12

14

13

1
2
3
4

15

11

CN1

FUNCTION

CN2:14PIN MOLEX 53261-1490

5
6
7
8
9

10

12

11

14

13

CN2

FUNCTION

-

CFL GND

-

SYMBOL

NC

FLM1

3

2

PIN NO.

CL2

UD2

UD1

UD0

VSS

6.INTERFACE PIN CONNECTION

PAGE 5 OF 8

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VR

R2

Tr

C1

C2

VEE

VSS

VDD

LCM

R1+R2+VR=10~20K
C1,C2=10uF

VEE(+30V)

VSS(0V)

VDD(+3V~+5V)

R1

7.POWER SUPPLY

PAGE 6 OF 8

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WCK

tf

SL

LS

WLPH

DHDS

WCKH

LD

tr

WCKL

ns
ns

-

-

UNIT

ns
ns
ns

ns
ns
ns

ns

-

-

-

-

-

30

-

LATCH PULSE HIGH LEVEL WIDTH

CLOCK PULSE LOW LEVEL WIDTH

CLOCK PULSE HIGH LEVEL WIDTH

CLOCK PULSE RISE/FALL TIME

t

t

t

t

t

SU

t

LH

t

Parameter

CLOCK PULSE CYCLE TIME

LP CP FALL TIME

DATA HOLD TIME

DATA SETUP TIME

LP CP RISE TIME

CP LP RISE TIME
CP LP FALL TIME

FLM HOLD TIME

FLM SETUP TIME

tt

t

CL1

CL2

FLM

UD0~UD7

LD0~LD7

ns

ns

ns

ns

-

-

-

-

MIN.

15

50

t

t

WCK

WCKH

SYMBOL

20

0

25
25

-

25

10

100

10

30

t

LDt

LSt
LHt

t

SL

DS

t

SUt

t

DH

H

t

t

t ,tr f

WCKL

WLPH

t

15

VDD=5.0V ± 10%

MAX.

t

H

8-1.INTERFACE TIMING

8.TIMING CHARACTERISTICS

PAGE 7 OF 8

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