Allied Vision Prosilica GX1050, Technical Manual

Page: 115 / 115

Index
115 Prosilica GX Technical Manual V2.3.1
O
Output signals
Out 1
.......................................... 90
,
94
Out 2 .......................................... 90
,
94
Out 3
..................................... 90
,
92
,
94
Out 4 ..................................... 90
,
92
,
94
P
Power
DC
....................................................21
Prosilica GX model comparison
Dual GigE LAG (16-bit) operation
............71
Dual GigE LAG (8-bit) operation .............69
Single GigE mode (16-bit) operation
.......70
Single GigE mode (8-bit) operation .........68
R
Region of interest ................................. 8
,
84
Regulations
CE ....................................................15
FCC
...................................................15
Other ................................................16
RoHS
.................................................15
WEEE ................................................15
ROI frame rates
Prosilica GX1050 16-bit output format ....29
Prosilica GX1050 8-bit output format
......28
Prosilica GX1660 16-bit output format ....34
Prosilica GX1660 8-bit output format
......33
Prosilica GX1910 16-bit output format ....39
Prosilica GX1910 8-bit output format
......38
Prosilica GX1920 16-bit output format ....45
Prosilica GX1920 8-bit output format
......43
Prosilica GX2300 16-bit output format ....50
Prosilica GX2300 8-bit output format
......49
Prosilica GX2750 16-bit output format ....56
Prosilica GX2750 8-bit output format
......54
Prosilica GX3300 16-bit output format ....61
Prosilica GX3300 8-bit output format
......60
Prosilica GX6600 16-bit output format ....66
Prosilica GX6600 8-bit output format
......65
RS232 .....................................................90
S
Sensor row readout cycles ..........................99
Signal
Exposure start delay ............................99
Idle
...................................................99
Imaging .............................................99
Interline time
.....................................99
Registered exposure time .....................99
Trigger ready
......................................99
Status LEDs ..............................................88
T
Trigger
Exposing
............................................99
Exposure ...........................................99
Exposure cycle
....................................99
Integrating light ..................................99
Jitter
.................................................99
Latency .............................................99
Logic trigger
.......................................99
Propagation delay ...............................99
Readout
............................................99
Readout data ......................................99
Rules
.................................................99
Time delay .........................................99
Timing diagram
...................................98
User trigger ........................................99
W
Warranty ..........................................16
,
105