OLED panels have many benefits in machine vision applications because they give an exceptionally stable and uniform light intensity across the width of the panel. They are also very thin and can be moulded into complex shapes. However, OLED lights are challenging to control because the physical properties inherent in OLED panels demand sophisticated drive techniques to obtain fast and accurate pulsing.
Parameter | OC-G-5646-2-ET | |
---|---|---|
Output channels | 2 independent precision constant-current outputs | |
Current Drive | Pulse max 10A, Continuous max 2A | |
Current Drive Resolution | Steps of 6mA (0.3A to 10A) and 100uA (0 to 0.3A) | |
Output voltage | Max 46V | |
Output Power | Max 56W per controller | |
Ethernet | 100base-T | |
Triggers | 2 opto-isolated digital inputs. 3V to 24V operation | |
Pulse Delay | 4us to 10ms in steps of 1us | |
Pulse Width | 100us to 10ms in steps of 1us | |
Timing repeatability | +/- 1us | |
Power supply | 24V +- 10% at 10A | |
Operating temperature | 0 - 40 °C | |
Humidity | 20% - 85% non-condensing | |
Dimensions | 112 (length) x 140 (width) x 61 (height) mm | |
Standards | CE, RoHS, REACH | |
Mounting | 6 off M4 clearance holes on integral mounting flanges. Fix to heatsinking surface. DIN rail mounting option. | |
Communications | GigE Vision V2.0, GenICam, UDP/TCP, Third party protocols |