iPulse is a constant current type controller that drives the current for LEDs. Leveraging the advantages of constant current driving, iPulse enables up to 10 times over-driving. Over-driving refers to driving the LED with a current greater than its rated current for a brief period, significantly increasing the LED brightness. iPulse can drive LEDs with up to 200A of current, ensuring a consistent LED current value at all times. It also features Duration and Duty Ratio limit functions for LED protection.

iPulse is a constant current type controller that can drive LEDs with up to 200A, ensuring a consistent LED current value at all times. Even at 200A, it can generate ultra-fast pulses below 0.5μs, effectively eliminating blur effects caused by moving objects and capturing bright images, significantly improving the performance of flying reviews.

iPulse is equipped with a Sequence function that allows for sequential driving of LEDs by channel according to the trigger. Using this function, users can more easily capture multi-strobing (Muitistrobing) images. By specifying up to 8 sequence rates, users can control up to 8 LEDs individually or combine multiple LEDs for control. Without the need for expensive multispectral line scan cameras, users can capture multi-images with a single line scan camera.

iPulse offers an extremely fast current response, even at high currents. LED driving is possible within 0.5μs after an external trigger input, and current pulses as short as 0.5μs can be generated.

Real-time voltage detection is performed to supply optimal power for LED operation.

This reduces the heat generation of the controller significantly while allowing the LED to be driven at a voltage higher than the supplied voltage.

It is also compatible with various power supplies, offering greater flexibility and enabling efficient and stable lighting strobe control in any environment.

The primary cause of LED failure is the heat generated by the LED itself. When over-driving is used, a current greater than the rated current is driven, generating heat that can cause LED failure. Therefore, users must adjust the current drive waveform, meaning the duty ratio (the ratio of time the LED is on), to allow the LED to cool down. iPulse automatically adjusts the duty ratio according to the driving current, ensuring LED protection in any situation.