However, in actual applications, long LED light strips are prone to inconsistent brightness at the beginning and end. Specifically, the brightness is higher near the power end, while the tail is obviously dim, which greatly affects the lighting effect .

Why does this happen? This is because when the current passes through the light strip, due to the existence of internal resistance of the light strip, a certain voltage loss will occur. As the length of the light strip increases, the voltage loss will gradually increase, resulting in a decrease in the voltage at the tail of the light strip and a dimming of the brightness.

To address this application problem, Suretron/SCPOWER effectively compensated for the voltage loss at the tail of the light strip by fine-tuning the output voltage of the driving power supply, ensuring that the light strip maintains a stable and consistent brightness output.

Fine-tuning the output voltage can also better match the LED light strip. Customers can adjust the output voltage of the power supply according to the actual voltage of the LED light strip, making the application more convenient.

Solve the problem of reduced brightness of lamps due to aging of circuits

Alleviate the impact of line loss on lamps

During the power transmission process, due to the physical properties of the power line itself, such as resistance, reactance, and inductance, electric energy is lost during transmission. This is the line loss problem.

To address line loss issues, fine-tuning the output voltage can effectively compensate for the attenuation of current during transmission, ensuring that the lamp maintains consistent brightness output.

intelligent dimmable driver