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Notes:
Rise time was measured from 10% to 90% of the pulse amplitude
n
Fall time was measured from 90% to 10% of the pulse amplitude
n
Propagation delay was measured at middle of rising and falling edges of the pulses
n
Camera's top case temperature during measurements was ~55°C
n
Values are for reference only. They could vary depending on the test conditions.
n
Input Timing Characteristics of GPIO (Pin 3 / Line 2)
Input Signal: 3.3V 1MHz Square Wave @ point A; Output measured at point B
Notes:
Rise time was measured from 10% to 90% of the pulse amplitude
n
Fall time was measured from 90% to 10% of the pulse amplitude
n
Propagation delay was measured at middle of rising and falling edges of the pulses
n
Camera's top case temperature during measurements was ~55°C
n
Values are for reference only. They could vary depending on the test conditions.
n
1/18/2023
©2015-2023 FLIR Integrated Imaging
Solutions Inc. All rights reserved.
Parameter
Input Rise Time (GPIO Terminal)
Input Fall time (GPIO Terminal)
Propagation Delay (Low to High)
Propagation Delay (High to Low)
Output Rise Time (FPGA side)
Output Fall time (FPGA side)
Output Low Voltage
Output High Voltage
Teledyne FLIR Forge
Symbol
Measured Value
tR
17.500 nS
tF
17.500 nS
tPDLH
30.675 nS
tPDHL
31.362 nS
tR
35.240 nS
tF
35.240 nS
VL
0.20 V
VH
3.30 V
®
Installation Guide
7 Input/Output Control
28
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