TITAN-C SERIES USER MANUAL
32
Instruction
Camera Instructions Received
Note
Electronic
variable
times
(continued)
Receive
2.8 times: AA 0D 00 2A 01 01 CE 00
A5 00 B1 01 5A 01 63 EB AA
2.9 times: AA 0D 00 2A 01 02 D2 00
A8 00 AD 01 57 01 64 EB AA
3.0 times: AA 0D 00 2A 01 02 D5 00
AB 00 A9 01 54 01 63 EB AA
3.1 times: AA 0D 00 2A 01 02 D9 00
AD 00 A6 01 51 01 63 EB AA
3.2 times: AA 0D 00 2A 01 02 DC
00 B0 00 A2 01 4E 01 62 EB AA
3.3 times: AA 0D 00 2A 01 02 DF 0
3.4 times: AA 0D 00 2A 01 02 E2 00
B5 00 9D 01 4A 01 64 EB AA
3.5 times: AA 0D 00 2A 01 02 E5 00
B7 00 9A 01 48 01 64 EB AA
3.6 times: AA 0D 00 2A 01 02 E7 00
B9 00 97 01 46 01 63 EB AA
3.7 times: AA 0D 00 2A 01 02 EA 00
BB 00 95 01 44 01 64 EB AA
3.8 times: AA 0D 00 2A 01 02 EC 00
BD 00 93 01 42 01 64 EB AA
3.9 times: AA 0D 00 2A 01 02 EE 00
BE 00 91 01 40 01 63 EB AA
4.0 times: AA 0D 00 2A 01 02 F0 00
C0 00 8F 01 3F 01 64 EB AA
Suppose the width of
detector array is W, the
height is H, and the
amplification factor of the
preset value is m(accurate
to 1 place after the decimal
point), then:
The upper left corner:
The lower right corner:
The left instruction takes
640x512 as an example.
Return
55 05 00 2A 33 01 B8 EB AA
Reads the
current
variable state
Receive
AA 04 00 2A 00 D8 EB AA
The return value of the
movement is 2 bytes. The
low byte comes first. The
return value represents
the current multiple
*100. Example: 0x64,
0x00, which represents
the actual multiple is
100/100=1
Return
55 06 00 2A 33 64 00 1C EB AA
Cross cursor
loading
Receive
T1: AA 06 00 2B 01 03 00 DF EB AA
T2: AA 06 00 2B 01 03 01 E0 EB AA
T3: AA 06 00 2B 01 03 02 E1 EB AA
T4: AA 06 00 2B 01 03 03 E2 EB AA
T5: AA 06 00 2B 01 03 04 E3 EB AA
T6:AA 06 00 2B 01 03 05 E4 EB AA
Return
55 05 00 2B 33 01 B9 EB AA
CONTINUED FROM PREVIOUS TABLE
CONTINUES
