HDR25664
256 X 64 Dots Graphic, Yellow OLED Display
Dimensional Drawing
87.4 0.2
86.4 0.3 (AG Polarizer)
(0.5)
2.01 0.1
(w/o Handler)
81.084(V/A)
(3.158)
(4.158)
1.1
P0.309x256-0.02=79.084(A/A)
Handler
15x5x0.15mm
Contact Side
Plating:Ni-Au
AG Polarizer
t=0.19mm
(5)
01
01
256x64 Dots (3.2")
34
P21302
22x5X0.05mm
TERAOKA 631S
1
34
1
Pin 1
W=0.35 0.03
Contact Side
Plating:Ni-Au
22x5X0.05mm
TERAOKA 631S
P0.5x(34-1)=16.5 0.05
0.5 0.07
0.3 0.05
TERAOKA 631S
57.6x9.5X0.05mm
17.5 0.07
23 0.2
40 0.1 (Alignment Hole)
42 0.2
58.6 0.2
XF2M-3415-1A
Connector:OMRON
Features
Features
Electrical Characteristics (VCC=15 V 25°C)
Viewing Angle.............................................Wide (160 degrees)
High Contrast...................................................................2000:1
Fast Response Time.....................................................10 usec
Built-in DC-DC Converter
PARAMETER
SYM
VCI
CONDITION
MIN TYP
MAX
UNIT
OPERATING VOLTAGE
OPERATING VOLTAGE
-
2.4
14
2.8
14.5
3.5
15
V
VCC
-
-
-
V
V
V
0.8*V
-
VCI
Built-in Controller.........................................................SSD1322
INPUT HIGH VOLTAGE
INPUT LOW VOLTAGE
OPERATING CURRENT
OPERATING CURRENT
V IH
V IL
ICC
CI
0
-
0.2V
DD
All pixels on
All pixels on
All pixels on
Average
-
-
-
42
220
44
mA
uA
ICI
P D
L
-
609 638 mW
cd/m2
POWER CONSUMPTION
BRIGHTNESS
Physical Data
80
90
-
Module Size......................................87.4W x51.3H x 2.01T mm
Viewing Area Size................................81.084W x 21.756H mm
Dot Pitch...................................................0.309W x 0.309H mm
Dot Size....................................................0.289W x 0.289H mm
Weight...............................................................................11.03g
DRIVE METHOD
1/64 Duty
Pin Connections
PIN NO. SYMBOL
FUNCTION
1
2
3
4
5
N/C
-
I
No Connection
Ground Pin
VSS
N/C
-
No Connection
Power Supply
VCC
VCOMH
I
I
Power Supply for OLED driver
COM Deselected Voltage Level
6
7
8
VLSS
MS
I
Analog Ground Pin
I
H/L
Select Chip- connect to VDDIO
Bi-directional data bus
Bi-directional data bus
Bi-directional data bus
Bi-directional data bus
Bi-directional data bus
Bi-directional data bus
Bi-directional data bus
Bi-directional data bus
Read data input
VCC
VCI
D7
9
D6
H/L
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
D5
D4
H/L
H/L
IRef
+
+
15V
0.01uF
C
VComh
2.7V
D3
D2
H/L
H/L
R
2M
D1
D0
H/L
H/L
VSS
OLED
E/RD#
R/WR#
Bs0
L
L
H/L
Write data input
MCU interface selection input
MCU interface selection input
Data-command control input
Chip select input
Bs1
H/L
H/L
D/C#
CS#
RES#
DOF#
CL
L
L
Hardware reset input
No Connect
A
l
i Ratings
Absolute Maximum Ratings
-
H/L
External Clock Input
No Connect
PARAMETER
SUPPLY VOLTAGE
SYMBOL
VCI
MIN
MAX
4.0
UNIT
FR
-
I
-0.3
10
V
IREF
VDDIO
VDD
VCI
Reference input (connect recom. Res. R)
Power Supply forinterface logic
Power Supply for internal logic
Power Supply Input
21
V
I
SUPPLY VOLTAGE
VCC
V IN
I
-0.3
-40
VDD +0.3
70
V
INPUT VOLTAGE
I
I
VSL
Power Supply for OLED
OPERATING TEMPERATURE
STORAGE TEMPERATURE
LIFE TIME 80/100 cd/m
T OP
°C
°C
HrsT
VLSS
N/C
VCC
I
-
I
Segment Reference Voltage
No Connection
Power Supply for logic
-40
85
T STG
30/24K
34
N/C
-
No Connection