CDBB360-HF

Diodes - Rectifiers - Single: CDBB360-HF Application Field and Working Principle

The CDBB360-HF rectifier diode is a specialized device designed for power supply applications such as AC to DC conversion. It is a general purpose half-wave rectifier that can be used for controlling voltage and current flows in power circuits.

Application Field

CDBB360-HF rectifier diodes are widely used in power supplies, especially in applications that require high di/dt and low on-state losses. This device is suitable for switching speed and power requirements, allowing power to be converted from AC to DC efficiently and reliably. By using these rectifiers, designers are able to reduce power consumption, increase power density efficiency, and lower the cost of their products.

Working Principle

The CDBB360-HF rectifier diode works on the principle of rectification. It is designed to convert unidirectional AC voltage into DC voltage through a process of rectification. This is accomplished by passing the AC voltage through the diode, which blocks any negative waves of the AC. The positive waves are allowed to pass through, thus producing a DC voltage output.

The CDBB360-HF rectifier diode also offers the advantage of a wide range of operating temperatures, from -40˚C to +140˚C, making it suitable for use in a variety of power-related applications. In addition, it has very low on-state resistance, which helps reduce total current losses during operation.

Component Parameters

The CDBB360-HF rectifier diode is a general-purpose device with a breakdown voltage of 50V and a peak forward current of 10A. It has a low forward voltage drop (Vf) of approximately 0.3V, and a forward recovery time of 200ns. Its high surge handling capabilities and a reverse recovery time of 4μs make it very well suited to use in demanding power-electronic applications.

In summary, the CDBB360-HF rectifier diode is a cost-effective, specialized device designed for power supply applications. Its wide operating range, low on-state resistance, and high surge handling capabilities make it an ideal choice for a variety of power-related applications.