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10.1 Register assignment - sensor control group
Table 10: Sensor control registers, address 0 to 31
REG
REG
R/W
description
DEC
HEX
or B
0
0
R/W Data EEPROM
1
1
W
LSB address EEPROM/Status register 0 =>46H = "F" hard coded
2
2
W
MSB address and OP-Code EEPROM/Status register 1 => HW revision hard coded
3
3
C
Command SEND_PROM, content of registers 0 – 2 are sent to the EEPROM
4
4
C/R
Command RELOAD of the registers / Status register has 3 internal states
5
5
R/W Status register 4 internal states
6
6
R/W Mode register 0 , adjust camera modes
7
7
R/W Mode register 1 , adjust camera modes
8
8
W
LSB DAC, see Appendix E
9
9
W
MSB DAC, see Appendix E
10
A
-
Not used
11
B
-
Not used
12
C
R/W Mode register 2 , adjust camera modes
13
D
R/W Mode register 3 , adjust camera modes
14
E
R/W Mode register 4 , adjust camera modes
15
F
R/W LSB Exposure Time
16
10
R/W MSB-1 Exposure Time
17
11
R/W MSB Exposure Time
18
12
R/W LSB LinLog Time
19
13
R/W MSB-1 LinLog Time
20
14
R/W MSB LinLog Time
21
15
R/W LSB Frame pause
22
16
R/W MSB-1 Frame pause
23
17
R/W MSB Frame pause
24
18
R/W LSB ROI-X0 boundary condition for Region Of Interest (ROI) Sensor matrix
25
19
R/W MSB ROI-X0 boundary condition for Region Of Interest (ROI) Sensor matrix (
26
1A
R/W LSB ROI-Y0 boundary condition for Region Of Interest (ROI) Sensor matrix
27
1B
R/W MSB ROI-Y0 boundary condition for Region Of Interest (ROI) Sensor matrix (
28
1C
R/W LSB ROI-X1 boundary condition for Region Of Interest (ROI) Sensor matrix
29
1D
R/W MSB ROI-X1 boundary condition for Region Of Interest (ROI) Sensor matrix (
30
1E
R/W LSB ROI-Y1 boundary condition for Region Of Interest (ROI) Sensor matrix
31
1F
R/W MSB ROI-Y1 boundary condition for Region Of Interest (ROI) Sensor matrix (
Abbreviations:
R:
Read
W:
Write
C:
Command
DEC:
decimal value
HEX:
hexadecimal value
*
(
):
bit 2 to 7 arbitrary value
REV: 1.0
MV-D752-28 User's Manual
Page 25/61
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