ssd1322z Newhaven Display International, Inc, ssd1322z Datasheet - Page 5

• Manufacturer Part Number: ssd1322z
• Description: 480 X 128, Dot Matrix High Power Oled/pled Segment/common Driver With Controller
• Manufacturer: Newhaven Display International, Inc

FIGURES
F
F
F
F
F
F
F
F
F
F
F
F
F
F
F
F
F
F
F
F
F
F
F
F
F
F
F
F
F
F
F
F
F
F
F
F
F
F
F
F
F
F
SSD1322
IGURE
IGURE
IGURE
IGURE
IGURE
IGURE
IGURE
IGURE
IGURE
IGURE
IGURE
IGURE
IGURE
IGURE
IGURE
IGURE
IGURE
IGURE
IGURE
IGURE
IGURE
IGURE
IGURE
IGURE
IGURE
IGURE
IGURE
IGURE
IGURE
IGURE
IGURE
IGURE
IGURE
IGURE
IGURE
IGURE
IGURE
IGURE
IGURE
IGURE
IGURE
IGURE
E
(A[2]) ..........................................................................................................................................................................38
V
V
NABLE
DD
DD
4-1 : SSD1322 B
5-1: SSD1322Z D
5-2: SSD1322Z
6-1: SSD1322UR1 P
8-1 : D
8-2 : E
8-3 : E
8-4 : D
8-5 : W
8-6: W
8-7 : O
8-8 : I
8-9 : S
8-10 : S
8-11 : S
8-12 : G
8-13 : R
8-14 : T
8-15 : T
8-16 V
8-17 V
10-110-2 : E
10-3 : A
10-4: A
10-5: GDDRAM
10-6 : COM P
10-7 : COM P
10-8 : E
10-9 : E
10-10 : E
10-11 : E
10-12 : E
10-13 : E
10-14 : E
10-15 : E
13-1 : 6800-
13-2 : 8080-
13-3 : S
13-4: S
14-1 : SSD1322
14-2 : SSD1322
15-1: SSD1322UR1 D
) ............................................................................................................................................................................53
) ............................................................................................................................................................................54
L
REF
EGMENT AND
XAMPLE OF
XAMPLE OF
ATA READ BACK PROCEDURE
ISPLAY DATA READ BACK PROCEDURE
SCILLATOR
RITE PROCEDURE IN
CI
DD
INEAR
ERIAL INTERFACE CHARACTERISTICS
RITE PROCEDURE IN
DDRESS
EGMENT AND
EGMENT AND
ERIAL INTERFACE CHARACTERISTICS
HE
HE
XAMPLE OF
ELATION BETWEEN
RAY
DDRESS
XAMPLE OF
> 2.6V, V
XAMPLE OF
XAMPLE OF
XAMPLE OF
XAMPLE OF
XAMPLE OF
XAMPLE OF
C
REGULATOR DISABLE PIN CONNECTION SCHEME
P
P
URRENT
Rev 0.10
SERIES
SERIES
OWER
OWER
XAMPLE OF
S
G
INS
INS
CALE
RAY
P
ALIGNMENT MARK DIMENSION
P
APPLICATION EXAMPLE FOR
APPLICATION EXAMPLE FOR
LOCK
OINTER
IN
H
H
OINTER
IE
W
R
C
ON
OFF
DD
MCU
MCU
ARDWARE
ARDWARE
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S
EAD PROCEDURE IN
C
IRCUIT
C
G
S
D
S
IN
RITE PROCEDURE IN
ETTING BY
N
E
E
I
P
G
ET
C
C
ET
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CALE
REGULATOR ENABLE PIN CONNECTION SCHEME
NVERSE
RAY
RAWING
ARTIAL
P 5/56
NTIRE
NTIRE
ETAIL
ORMAL
AMMA CORRECTION BY
D
OMMON
OMMON
SEQUENCE
A
SEQUENCE
D
C
D
IAGRAM
M
SSIGNMENT
PARALLEL INTERFACE CHARACTERISTICS
PARALLEL INTERFACE CHARACTERISTICS
M
ISPLAY
OLUMN AND
ISPLAY
S
3-
.....................................................................................................................................22
GDDRAM
OVEMENT OF
4-
T
OVEMENT OF
CALE MODE WITH OR WITHOUT
D
D
D
WIRE
ABLE
WIRE
C
C
D
M
D
D
Apr 2008
ISPLAY
ISPLAY
IMENSION
.................................................................................................................................8
D
D
ONFIGURATION
ONFIGURATION
ISPLAY
R
RIVER
ISPLAY
ODE
..............................................................................................................................7
RIVER
RIVER
...........................................................................................................................29
S
PWM
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O
)........................................................................................................................28
S
.........................................................................................................................29
TART
S
FFSET WITH NO
-
ERIAL INTERFACE MODE
ERIAL INTERFACE MODE
D
.....................................................................................................................12
INSERTION OF DUMMY READ
ON .............................................................................................................42
OFF............................................................................................................42
B
R
ISPLAY
CONTENT AND
..................................................................................................................42
8080
.................................................................................................................42
B
S
IN
LOCK
OW
L
................................................................................................................55
8080
V
H
IGNAL
LOCK
INE WITH NO
V
ERTICAL
S
ORIZONTAL
(3-
EGMENT
ALUE
A
(4-
8-
8-
-
PARALLEL INTERFACE MODE
DDRESS
.......................................................................................................43
INSERTION OF DUMMY READ
D
G
PARALLEL INTERFACE MODE
BIT
BIT
........................................................................................................8
WIRE
WIRE
D
– 1 (MUX
– 2 (MUX
W
IAGRAM
AMMA
IAGRAM
.................................................................................................23
6800-
6800-
AVEFORM
R
A
SPI) .....................................................................................52
EMAP
............................................................................................27
SPI).....................................................................................51
DDRESS
G
P
A
R
L
RAY
OINTER
PARALLEL INTERFACE MODE
PARALLEL INTERFACE
EMAP
OOK
– S
DDRESS
.....................................................................................30
– D
RATIO
RATIO
...................................................................................41
C
INGLE
.................................................................................20
S
................................................................................20
................................................................................26
OLUMN
UAL
I
U
CALE TABLE ENTRY
NCREMENT
.............................................................................40
P TABLE SETTING
M
: 128).................................................................39
: 64)...................................................................39
I
........................................................................18
OVEMENT
NCREMENT
COM
COM
.......................................................................49
.......................................................................50
A
...................................................................30
DDRESS
MODE
MODE
...........................................................18
M
..........................................................18
..........................................................19
(G
ODE
M
,
....................................................25
RAY
(A[1]) & N
...................................................24
DUAL
ODE
.................................................37
.................................................44
(
UNDER COMMAND
S
...........................................37
CALE
(I
COM
NTERNAL REGULATED
IBBLE REMAPPING
M
MODE
ODE
) .....................36
Solomon Systech
(I
NTERNAL
B9
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