Updated:2024-03-19
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Computer-controllable, multi-channel, universal LED drivers, which can be used to drive any type of LED in any of the three (3) modes: ‘NORMAL’ (or ‘constant current’), ‘STROBE’, and/or external ‘TRIGGER’ mode. Each unit comes with PC-based software with a user-friendly GUI, which enables users to drive LEDs without the need to write any code. In addition, a powerful SDK and a rich RS232 command set are provided, in order for users to write their own software in order to integrate Mightex’s LED drivers into their own systems. Furthermore, the drivers have a built-in security feature, allowing users to limit LED driving current and voltage.
Features:
Computer controllable
Universal – suitable for any LED
Capable of driving variable loads
User friendly application software with GUI
SDK and Rich RS232 command set included for custom applications
Normal, Strobe and Trigger mode for every channel
Programmable constant current, pulse-width modulation and/or arbitrary waveform
Driving current up to 1A in DC mode and up to 3.5A in pulse mode, with over current protection
Up to 23.5V output voltage for each channel Programmable rising or falling edge external trigger
Built-in non-volatile memory, can be used without a PC
Applications:
Machine vision
Displays
Microscopy
Semiconductor equipment
Testing instruments
Medical instruments
Lighting
Parameters | SLC-AAxx-xx | SLC-AVxx-xx | SLC-SAxx-xx | SLC-SVxx-xx | Unit |
Power Supply Input Voltage, Vdc | 9 ~ 24 | V | |||
Power Supply Input Current | < 4,000 | mA | |||
Per Channel Driving Voltage (max) 1 | (Vdc - 0.5) | V | |||
Max Voltage Difference (Power Supply Vdc - LED Vop) |
< 8 | V | |||
Per Channel Driving Current | 0 ~ 1,000 (“NORMAL” MODE) | mA | |||
0 ~ 3,500 (“STROBE” or “TRIGGER” MODE) | mA | ||||
Output Current Resolution | 12 | bit | |||
Output Current Linearity | +/-4 (or +/-0.5%) | mA | |||
Output Current Repeatability | +/-1 (or +/-0.2%) | mA | |||
Trigger Input High Level | 4.5 ~ 10.0 | V | |||
Trigger Input Low Level | 0.8 (Max.) | V | |||
Forward Voltage Monitoring Accuracy | N.A. | +/-10 | N.A. | +/-10 | mV |
Notes: 1. Maximum Output Voltage is 0.5V less than the Power Supply Input Voltage. For instance, with a Power Supply Input Voltage of Vdc = 24V, the Maximum Output Voltage Vmax would be Vdc – 0.5V = 23.5V.
2. Each output channel can be individually configured to work in one of the following three (3) modes, controlled through a PC-based software with GUI. In all three modes, overdrive current limit can be set:
Normal: Constant current output at any value from 0mA to 1000mA with 12-bit resolution.
Trigger: External trigger signal could be used to turn on each individual channel, generating driving current with any user-defined waveform. Alternatively, each output channel can work under the “FOLLOWER” mode, in which the current output follows the waveform of the trigger input; and
Strobe: Internal Strobe Generator generates frequencies as high as 25KHz. The strobe signal (i.e. current levels, duty cycle and strobe frequency) can be set through software. For AA and AV series, the strobe signal can be a user-defined arbitrary waveform with 128 data points.
3. Arbitrary Waveform. Using the included application software or SDK or RS232 command set, users may define any arbitrary waveform using 128 data points.
4. Proper heat dissipation should be provided to the LED controller in the customer’s system in order to prevent over-heating, which may lead to self-shutdown by the LED controller for protection purpose. In addition, the total output current of all channels should not exceed the capacity of the power adapter.
5. It is not recommended to mix Type-A/J LEDs with Type-B LEDs on a single unit of this controller. Please operate Type-A/J LED’s on one unit and Type-B LEDs on another.
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