pcf8833 NXP Semiconductors, pcf8833 Datasheet - Page 17
pcf8833
Manufacturer Part Number
pcf8833
Description
Stn Rgb - 132 X 132 X 3 Driver
Manufacturer
NXP Semiconductors
Datasheet
1.PCF8833.pdf
(112 pages)
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Philips Semiconductors
6.2.6
The Read Display Identification Information (RDDIDIF)
command returns a 24-bit display identification
information. The identification information is valid only
5 ms after applying a hardware reset. Therefore the
RDDIDIF command should not be sent earlier than 5 ms
after a hardware reset.
The input and output data format is given in Table 9. After
the command byte 04H is sent, the read starts with one
dummy clock cycle followed by the 3 status bytes (see
Fig.47).
Table 8 Read display identification information register bits
Table 9 RDDIDIF data format for Serial mode
Table 10 RDDIDIF data format for Parallel mode
Table 11 Description of the display identification bits
Note
1. RDID3 will be programmed in OTP cells. This ID can be set to 03H by the module maker.
2003 Feb 14
(S)DIN
(S)DOUT
(S)DOUT
STN RGB - 132
D/C
D/C
BIT
0
1
1
1
1
0
R
D[23:16]
EAD DISPLAY IDENTIFICATION INFORMATION
D[14:8]
D[7:0]
D15
BIT
D/C
D23
D15
D7
0
X
7
0
7
0
D23
D15
D7
7
0
D22
D14
D6
X
6
0
6
0
132
manufacturer ID
driver/module ID
(STN B/W = 0 and
STN Colour = 1)
driver/module version ID
driver/module code
BIT DESCRIPTION
D22
D14
D6
6
0
3 driver
D21
D13
D5
X
5
0
5
0
X (only one dummy clock cycle, not a full byte)
D21
D13
D5
5
0
D20
D12
D4
X
4
0
4
0
D20
D12
D4
17
4
0
When less than 25 read clock cycles are sent in Serial
mode, the identification information read must be
interrupted by a hardware reset or rising edge of SCE.
The definition of the display identification bits is given in
Table 11.
D19
D11
D3
X
3
0
3
0
D19
D11
D3
3
0
RD BYTE
RDID3
RDID1
RDID2
D18
D10
D2
2
1
X
2
1
(1)
D18
D10
D2
2
1
D17
D9
D1
X
1
0
1
0
D17
D9
D1
1
0
hard wired = 45H
OTP programmed;
see Chapter 15
OTP programmed;
see Chapter 15
Objective specification
D16
D16
D8
D0
REMARK
D8
D0
X
0
0
0
0
0
0
PCF8833
DEFAULT
DEFAULT
DEFAULT
04H
04H
45H
04H
45H
XX
XX
XX
XX
XX
X
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