IDC04S60CEX1SA1

Diodes - Rectifiers - Single

IDC04S60CEX1SA1 is a general-purpose rectifier diode, designed with a 600V peak reverse voltage. With average forward current up to 4 A, IDC04S60CEX1SA1 is capable of providing fast and efficient rectification, due to its low power losses and high forward surge capability.

Application Field

IDC04S60CEX1SA1 can be used in multiple applications, including:

• Digital and common power supplies rectification;
• Power supplies based on buck and boost converters;
• AC to DC converters;
• Motor control systems;
• Battery chargers;
• Soft starters;
• High frequency switching applications.

Working Principle

Diodes are active components that convert electrical energy from its basic unit, the electron, into electrical energy said to be "unipolar", i.e. in one direction. The electrons that compose an electric current can only move in one direction through a diode when the forward voltage reaches a certain level. A reverse voltage across the diode causes it to block the current, creating what is known as non-rectifying behavior, protecting sensitive parts from voltage spikes.

IDC04S60CEX1SA1 is a unidirectional, rectifying diode designed for this purpose, designed with a maximum forward current of 4 A, a reverse voltage of 600V, and an average power dissipation of 1.1 W at a 25⁰C junction temperature. As such, the diode is capable of efficiently blocking voltage spikes, while allowing an efficient rectification of AC signals.

In a simple rectification circuit, the diode is connected in series to an AC power source, such as a wall socket. The diode then acts as one-way pass, allowing the electrons to flow in only one direction towards the load and blocking the reverse voltage.

Conclusion

IDC04S60CEX1SA1 is a general-purpose, single-element rectifying diode designed for multiple applications, with a maximum forward current and reverse voltage of 4 A and 600V, respectively. It is capable of providing fast and efficient rectification of AC current, thanks to its low power losses and high forward surge capacity.