Page 88

Pin Connections

PIN NO.

SYMBOL

FUNCTION

1

NC

No Connect

2V0

LCD Driver Supply Voltages

3V4

4V3

5V2

6V1

7C2-

DC/DC Voltage ConInverter capacitors

8C2+

9C1+

10

C1-

11

C3+

12

Vout #

Voltage Converter Input/ Output pin

13

Grouund

14

Power supply for Logic

15

SI

Serial Input Data

16

SCL

Serial Input Clock

17

RS

Register Select Input Signal

18

RES

Reset Input Signal

19

CS1

Chip Select Signal

20

NC

No Connect

Electrical Characteristics (VDD=3.0±0.6V 25°C)

PARAMETER

SYM

MIN

TYP

MAX

UNIT

POWER SUPPLY FOR LCD

-9.0

-

V

POWER SUPPLY CURRENT

-0.15

-

mA

LED Forward Voltage

-4.5

-

V

LED Forward Current (White)

(Yellow)

-30

40

mA

-

60

120

LED Power Disspation (White)

(Yellow)

-

135

-

mW

-

270

-

Luminous

L

-

50

-

cd/m

2

DRIVE METHOD

1/65 Duty

Absolute Maximum Ratings

PARAMETER

SYMBOL

MIN

MAX

UNIT

SUPPLY VOLTAGE

- 0.3

7.0

V

SUPPLY VOLTAGE FOR LCD

- 0.3

17.0

V

INPUT VOLTAGE

- 0.3

V

OPERATING TEMPERATURE

050

°C

STORAGE TEMPERATURE

-20

70

°C

Features

Back light .........................................White or Yellow Green.LED

Connection ..........................................................Flat Flex Cable

Options.........................................STN/FSTN, 6/12 o’clock View

Extended/Nornal Temperature

Transflective or Reflective Polarizer

Built-in Controller..........................Samsung S6B0724A01-B0CY

Physical Data

Module Size.......................................70.0W x 43.0H x 9.0T mm

Viewing Area Size...........................................50.9W x 30.5 mm

Dot Pitch.......................................................0.43W x 0.43H mm

Dot Size........................................................0.39W x 0.39H mm

Dimensional Drawing

128 X 64 Dots Graphic with LED Backlight

0.39

Power Supply

Chip On Glass Technology

HDG12864L-7

0.04

CONNECTOR INFORMATION

Supplied with 0.5mm FFC, 20 Pins

C1 : 1.0 ~ 4.7 uF

C2 : 0.47 ~ 1.0uF

MS

INTRS

C2 -

+

C2 -

+

C2 -

+

C2 -

+

C2 -

+

VDD

VCI

VO UT

C4+

C3+

C1-

C1+

C2+

C2-

VR

V0

V1

V2

V3

V4

C1

C1

C1

C1