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5. Input and output signals
5.1 RJ-45 connector
1) Conformance standard
The target plans the standards of the GigE Vision.
2) Data on the Ethernet packets
The Ethernet packets are overlapping following data.
Video signal output of 24 bits of a uncompressed RGB.
Camera control signal input and output of the RS-232C protocol.
5.2 DC IN/SYNC connector
1) External sync input
2) External trigger input (Photo-coupler input)
3) Strobe sync signal output
4) Power supply input
5) Camera control signal input/output
5.3 TRIG IN connector
Only external trigger signal can be supplied even with BNC cable
(Switched DC in/Sync by connector Trig in and command)
(Note 1) Either RJ-45 connector or DC IN/SYNC connector are available for camera control
signal input/output (selectable by internal switch).
(Note 2) When camera control signal input/output is used via DC IN/SYNC connector, external
sync input is unavailable.
Refer to the item 6.
Horizontal frequency (HD) :
Vertical frequency (VD) : 15.06 Hz of 1068 lines.
Pixel clock :
(Note 3) Only one input is available for external trigger among DC IN/SYNC and TRIG IN.
DWN
DSGN
CHKD
APPD
(Note 2)
HD/VD 2 to 5 Vp-p, negative polarity
Trig in
low 0 VDC, high 3 to 24 VDC
Flash out low 0 VDC, high 5 VDC
10.5 to 15 VDC , 8.0W
RS-232C protocol
RXD input level:
low -3 to -15 V, high 3 to 15 V
TXD output level: low -5 to -9 V, high 5 to 9 V
(Note 3)
Trig in
low 0 VDC, high 2 to 5 VDC
HV-F22GV
Color Camera
Specification (6/13)
(Note 3)
(Note 1)
16.09 kHz of 1790 pixel clocks.
28.8 MHz
Tokyo Japan
(Note 1)
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