Exposure Timing With Positive Polarity Trigger Signal; Exposure Timing With The Negative Polarity Trigger Signal - Omron STC-MBS881POE Product Specifications And User's Manual

Exposure Timing with Positive Polarity Trigger Signal

Trigger signal
(Positive polarity)
Trigger signal with
camera internal delay
Exposure time
Note 1: The trigger signal will be removed by filtering if active pulse width of input trigger signal is less than
"Line Debounce Time" setting time. Please input trigger signal has more than "Line Debounce Time" time
active pulse width trigger signal.
Note 2: Please refers "5.2.6 External Hardware Trigger Input Delay" for more details about "External hardware
trigger delay".

Exposure Timing with the Negative Polarity Trigger signal

Trigger signal
(Negative polarity)
Trigger signal with
camera inside delay
Exposure time
Note 1: The trigger signal will be removed by filtering if active pulse width of input trigger signal is less than
"Line Debounce Time" setting time. Please input trigger signal has more than "Line Debounce Time" time
active pulse width trigger signal.
Note 2: Please refers "5.2.6 External Hardware Trigger Input Delay" for more details about "External hardware
trigger delay".
STC-MBS881POE / STC-MCS881POE
Product Specifications and User's Guide
Tdelay
Debounce
*Note 1
*Note 2
Tdelay Debounce
*Note 2 *Note 1
Pixel Format = RGB8: 1H = 28.678 µseconds
Pixel Format = Other: 1H = 57.374 µseconds
Exposure time: T1' = Preset Exposure Time setting
0 to 1H
Pixel Format = RGB8: 1H = 28.678 µseconds
Pixel Format = Other: 1H = 57.374 µseconds
Exposure time: T1' = Preset Exposure Time setting
0 to 1H
No.19S208-00
T1'
T1'
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