apex display co., ltd. · 2010-02-04 · apex display co., ltd. 3 1 features (1) this module is 65k...

APEX DISPLAY CO., LTD. 2

RECORD OF REVISION

Revision Date Page Contents

2004/12/22

-

New Release


1 FEATURES

(1) This module is 65K full color and passive matrix drive OLED module

(2) This module is consist of 96(XRGB)x64 pixel OLED panel and Driver IC part mounted on a film using TCP(Tape Carrier Package). OLED panel connecting with TCP via ACF process. If necessary, Electrical components are mounted on a FPC(Flexible Printed Circuit) and FPC is connected to TCP film output interface in accordance with cus tomer ’s request.

(3) The Polarizer including anti-reflective layers is laminated on surface for improving the contrast ratio of OLED module.

(4) Application : This display module will be used in a cellular phone.

(5) Driver IC : SSD1332

(6) Input data : 8-bit parallel data interface from a MPU.

2 NUMBERING SYSTEM

AX _ _ - 09664C _ _ _ _ - _

1 2 3 4 5 6 7 No Code Value Description Remark

T TN H HTN S STN yellow-green G STN Gray B STN Blue(Negative) F FSTN C STN-color A A-TFT L Ltps-TFT O OLED

1

P PLED

LCD type

C Character-COB D Character-TAB E Character-COG F Character-COF G Graphic-COB H Graphic-TAB K Graphic-COG

2

L Graphic-COF

Display type

A Reflective type / 6:00 view B Reflective type / 12:00 view C Transflective type / 6:00 view

3

D Transflective type / 12:00 view

Polarizer / Viewing Angle


E Transmissive type / 6:00 view F Transmissive type / 12:00 view G Negative type / 6:00 view H Negative type / 12:00 view I Negative type / 3:00 view J Transmissive type / 3:00 view K Transflective type / 3:00 view

O Others

None None backlight L LED array Q LED edge E EL

4

C CCFL

Backlight type

None Without backlight A Amber B Blue G Green L Yellow O Orange R Red Y Yellow-green W White F OLED&PLED—FULL Color

5

M OLED&PLED—Area or Normal color

Backlight color

N Normal temperature type 6 H Extended temperature type

LCM temperature type

7 00~99 Version code


3 MECHANICAL DATA

No Items Specification Unit

1 Resol ution 96(XRGB) X 64 dots

2 Panel Dimension 26.66(W)X20.38(H) mm

3 Viewing Area 24.6 (W) X 16.3 (H) mm

4 Active Area 20.135 (W) X 13.415 (H) mm

5 Dot Size 0.045 (W) X 0.185 (H) mm

6 Dot pitch 0.070 (W) X 0.210 (H) mm

7 Color 65k Color mm

8 Module Size 0.040 (W) X 0.190 (H) mm

9 Interface (1)80/68 serial MPU interface (2)8 or 16 Bit Write and Read Mode


4 ELECTRICAL CHARACTERISTICS

4.1 DC Characteristics Symbol Parameter Value Unit VDD -0.3 ~ +3.8 V Vcc Supply Voltage 0 ~ +16 V

Vcom 0 ~ +16 V VIN Input Voltage -0.3-Vnn+0.3 V

VOUT Output Voltage -0.3-Vnn+0.3 V Ta Operating Temperature Range TBD °C

Tstg Storage Temperature Range TBD °C Note: 1.VDD .VCC are based on Vss =0V 2.Voltage relationship VCC > Vcom > VDD > Vss must always be satisfied. 4.2 DC Characteristics

Unless otherwise specified, Vss = 0V, Vdd = 2.4V to 3.3V (Ta = 25ºC) Symbol Parameter Test condition Min Typ. Max UnitVcc High Operating Forward Voltage -- 7 14 16 V

Vcom High Operating Reverse Voltage -- Vcc-2 -- Vcc V

VDD Low Operating Voltage -- 2.4 3 3.3 V

VIH High Level Inout Voltage -- 0.7 VDD - VDD V

VIL Low Level Inout Voltage VDD=2.5V Vss - 0.8 V

VOH High Level output Voltage IOH=-0.1mA 0.75 VDD - VDD V

VOL Low Level output Voltage IOH=+0.1mA Vss - 0.15 VDD mA

ICC High Operating Current (1) -- 10.5 -

IDD Low Operating Current -- -- 0.5 Condition: (1) Brightenss 90cd/m²,Pixel On=100%, VDD=3V, Vcc=16V, Vcom=14v,Ta=25°C RIREF=39KΩ.Dot CurrentR(40H)=4AH;DotcurrentG(41H)=14H; DotcurrentB(42H)=40H

PeakDelay(16H)=02H(2us);Peak WdthR(3AH)=0AH(10us);PeakWidthG(3BH)=0CH(12us) PeakWidthB(3CH)=0AH(10us),Pre_Charge Width(18H)03H(3us) Dframe(1AH)=02H(90Hz)


4.3 AC Electrical Characteristics ( Vss = 0V, Vdd = 2.4V to 3.3V Ta = 25ºC)

Symbol Parameter Test condition Min Typ. Max UnitFosc Oscillation Frequency of

Display Timing GeneratorVDD=2.8V -- 1 -- MHz

4.4 Electrro-Optical Characteristics

Item Condition Min. Typ. Max. Unit Brightness (1) White Dark room 90 Cd/m2

Contrast Ratio White/Black

(2) Dark room NC NC NC NC

White(x,y) Dark room (0.25,0.28) (0.30,0.33) (0.35,0.38) Red(x,y) Dark room (0.52,0.36) (0.56,0.40) (0.60,0.44)

Green(x,y) Dark room (0.21,0.45) (0.25,0.50) (0.29,0.55)

CIE(1)

Blue(x,y) Dark room (0.14,0.19) (0.18,0.22) (0.22,0.26) Life Time(3) -- -- --

Stand_ by Off

Mode (4) -- 1.5 -- mW

Display Off

Mode(5) -- 2.3 -- mW

Power

Consumption

Normal Type

NC

-- 130 174 mW

Condition: (1)Brightness 90 cd/m^2 , Pixel On=100%,VDD=3V,Vcc=16V,Vcom=14V,Ta=25ºC,Rr F=39KQ Test

Command : DotCurrentR(40H)=4AH; DotCurrentG(41H)=14H; DotCurrentB(42H)=40H PeakDelay(16H)=02H(2us);PeakWdthR(3AH)=OAH(l Ous);Peak WidthG(3BH)=OCH(12us) PeakWidthB(3CH)=OAH(1 Ous) Dframe(1 AH)=02H(90HZ),Pre_Charge Width(18H)=03H(3us)

(2) Contrast Ratio=(Brightness of the selected spot/brightness of the unselected spot) (3) The elapsed time that the brightness is decreased to the half of initial value.when operated

continuously. (4) The Comand : DSTBYON/OFF(14H)01H Standby OFF means:

1. OSCA Stop.(Default). 2. This command can’t clear Graphics memory and Register. 3. MCU Can’t Write data to GDDRAM. 4. Display Off

(5) The Command: DDISPON/OFF (02H)=00H Display OFF means:


1. All Column Output become Hi-Z 2. All Row Output become GND 3. MCU Can Write data to GDDRAM. 4. Display Off


5 BLOCK DIAGRAM


6 PIN ASSIGNMENT

Pin No. Type Symbol Function 1 Power NC No connection. 2 Power AGND Analog (Driver) GND 3 Power Vcom GELD Dot Matrix Reverse Power Supply 4 Power Vcc GELD Dot Matrix Forward Power Supply 5 Power AGND Analog (Driver) GND 6 Power VDD Logic Power Supply 7 Power DGND Logic GND 8 I RSTB Reset (Active Low)

9 I WRB Write ( Active Low, 80 Interface)

H :Read L: Write (68 Interface)

10 I RDB Read ( Active Low, 80 Interface)

Enable (68 Interface) 11 I CSB Chip Select ( Active Low) 12 I AO Address ( L: command, H: Parameter)

13-28 I/O D[0:15] Data Bus 29 - NC No connection. 30 - NC No connection. 31 - NC No connection. 32 I PS H: Parallel (Connect to VDD ) 33 I C80 H: 68CPU L:80CPU

34 I OSCA135 O OSCA2

Aspirator for Dot Matrix

36 I/O PREB Pre-Charge Voltage for Blue 37 I/O PREG Pre-Charge Voltage for Green

38 I/O PRER Pre-Charge Voltage for Red

39 O IREF Current Setting.Type Resistance=39KΩ 40 Power AGND Analog (Driver)GND

41 Power Vcc OLED Dot Matrix Foraward Power Supply 42 Power Vcom OLED Dot Matrix Reverse Power Supply 43 Power AGND Analog (Driver)GND 44 Power NC No connection.


7 FUNCTION BLOCK DESCRIPTION

7.1 MPU Para l le l 6800/8080-Ser ies In te r face MPU INTERFACE 80 SERIES CPU

60 SERIES CPU

7 .2 Read/Wri te /Rese t Input Timing Charac te r i s t ics AC Character is t ics Write Character i s t ics


(VDD = 2.8V, Ta = 25 ° C) Symbol Parameter Conditions Related Pins MIN TYP MAX Unit

tcyc Write cycle time - WRB 100 - - ns

tcads

tcadh

Address and Select setup time

Address and Select hold time - CSB,A0

0 0 - - - - ns

twads

twadh

Address setup time Address hold

time - A0

50 20 - - - - ns

tcws

tcwh

Select setup time Select hold time - CSB

10 10 -- -- ns

twrbl Write Low pulse width - WRB 30 - - ns

tcsbh Select High pulse width - CSB 10 - - ns

twdts

twdth

Data setup time Data hold time - Data Bus

10 20 -- -- ns

READ Character is t ics



tcyc Read cycle time - RDB 500 - - ns

tcads

tcadh

Address and Select setup time

Address and Select hold time - CSB,A0 0 0 -- -- ns

trads

tradh

Address setup time Address hold

time - A0 50 20 -- -- ns

tcrs tcrh Select setup time Select hold time - CSB 10 10 -- -- ns

trdbl Read Low pulse width - RDB 250 - - ns

tcsbh Select High pulse width - CSB 10 - - ns

trdtd

trdth

Data output delay time Data output

hold time CL = 100pF Data Bus 5 -- 200 - ns

RESET INPUT TIMING


tRESW Reset low puise width - RSTB 1000 - - Ns

tRESC Reset complete time - -- - - 1000 ns


7 .3 Dr iver Timing


7 .4 Dot Disp lay Data RAM(DDRAM) The Display Data RAM stores pixel data for the display. It is composed of 64-row by 96-column x 16-bit addressable array. Address counter provides row and column address to DDRAM for access display pixel data from MPU. It is set by "DATAWRITE command" to the predetermined start address (XASET and YASET and DISPCNT). And it is increased or decreased by one, after " DATAWRITE parameter" operations. After both the column and row address counter are reached at the predetermined column and row end address, the counter is not counting any more and the " DATAWRITE parameter " operation is not valid until " DATAWRITE command " is being issued.


7 .5 Corresponedence Memory and Disp lay


7 .6 Dot Matr ix Power Save

7 .7 Osc i l la tor


8 COMMAND FUNCTION

8-1


8-2


8-1-2


8-3-1


8-3-2


8-4-1


8-4-2


9 INSPECTION STANDARDS

9-1 Sample Method

AQL:Major 0.65 ; Minor 1.0

9-2 Inspection Condition

Test and measurement are performed under following condition,unless otherwise specified. Temperature : 20 ± 15°C

Humidity : 65 ± 20%R.H

Pressure : 860~1060hPa Distance between the panel and eyes of the inspector ≧30cm

9-3 Electrical Characteristics No Item Criterion AQL 1 Non operational No-Go Maior 2 Luminance According to specification Maior 3 CIE coordinates According to specification Maior 4 Contrast irregularity Non detectable by the eye Maior 5 Power consumption According to specification Maior


9-4


10 RELIABILITY

No Items Conditions Notes1 High Temp operation 70°C, 70hrs 1 2 Low Temp operation -20°C, 70hr 1 3 High Temp & High

Humi.(Operation) 65°C, 90%RH, 90hr 2

4 High Temp & High Humi.(Storage)

65°C, 90%RH, 90hr 3

5 Heat Shock Test

-30°C(30min)→25°C(5min)→80°C

(30min) →25°C(5min)20 cycles

4

Note 1 : Unless otherwise specified,tests will be not conducted under functioning state. Note 2 : It should be cheacked at the actual driving condition under the high temp. Note 3 : No dew conensation to be observed . Note 4 : The function test shall be conducted after 4 hours storage at the normal temp and humidity after removed form the test chamber.


11 APPLYING PRECAUTIONS

Please contact us when questions and / or new problems not specified in this specification arise. 12 PRECAUTIONS RELATING PRODUCT HANDLING

The Following precations will guide you in handling our product correctly. (1) Organic light emitting display (OLED)

1.1 The Organic light emitting display (OLED) panel used in the OLED module is made of plate glass.Avoid any strong mechanical shock. Should the glass break handle it with care.

1.2 The polarizer adhering to the surface of the OLED is made of a soft material.Guard Against scratching it.

(2) Care of the OLED module against static electricity discharge. 2.1 When working with the module,be sure to ground your body and any electrical

equipment you may be using.We strongly recommend the use of anti static mats (made of rubber), to protect worktables against the hazards of electrical shock.

2.2 Avoid the use of work clothing made of synthetic fibers.We recommend cotton clothing or other conductivity-treated fibers.

2.3 Slowly and carefully remove the protective film from the OLED module,since this operation can generate staic electricity. (3) When the OLED module alone must be stored for long periods of time:

3.1 Protect the modules from high temperature and humidity. 3.2 Keep the modules out of direct sunlight or or direct exposure to ultraviolet rays. 3.3 Protect the modules form excessive external forces.

(4) Use the module with a power supply that is equipped with an over current protector circuit,since the module is not provide with this protective feature.

(5) Should hands or clothing come in contact with OLED powder wash immediately with detergent.

(6) Conductivity is not guaranteed for models that use metal holder where solder connections between the metal holder the PCB are not used.Please contact us to discuss appropriate ways to assure conducyivity.

(7) Models wich use flexible cable: 7.1 In order to maintain reliability,do not touch or hold by the connector area. 7.2 Aviod any bending,pulling,or other excessive force,which can result in broken

connections.


13 WARRANTY


14 OUTLINE DRAWING

apex display co., ltd. · 2010-02-04 · apex display co., ltd. 3 1 features (1) this module is 65k...

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