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Diodes - Rectifiers - Single

The CDBMH130-HF diode is a single rectifier diode, used in many different applications. Specifically, it features an ultrafast recovery time, low forward voltage drop, low leakage current and high surge capability. It also offers a wide range of power ratings, great temperature cycling and excellent current sharing capabilities.

The CDBMH130-HF diode is used in several different applications, from DC motor and power supplies, to high frequency rectification, to lighting and low voltage applications. DC motors are particularly demanding on the current supplied to them, and the CDBMH130-HF diode helps fulfill this need. It can handle high surge current levels, and it is well-suited for higher frequency drives.

In high frequency rectification, the CDBMH130-HF is well-suited due to its fast recovery time and high surge capability. This helps provide clean, efficient output that is free from noise and distortion. The low forward voltage drop helps reduce losses, while the low leakage current contributes to overall system efficiency.

In lighting and low voltage applications, the CDBMH130-HF diode is able to meet a wide range of needs. It can handle voltage spikes, as well as current surges without difficulty. The low forward voltage drop and high surge capability allow for low power loss and high surge capability, even at near-zero voltages.

The working principle of the CDBMH130-HF diode is the same as that of other rectifiers. It converts alternating current (AC) to direct current (DC). It does this by allowing the current to flow in one direction only, and by reflecting any current which attempts to flow in the opposite direction.

Advantages of the CDBMH130-HF diode over other rectifiers include its ability to handle higher frequency drives, and its ultrafast recovery time. Its low forward voltage drop and high surge capability help to reduce losses and maintain system efficiency.

Overall, the CDBMH130-HF diode is an excellent choice for a wide range of applications. It offers a wide range of power ratings, great temperature cycling and excellent current sharing capabilities. Its ultrafast recovery time and low forward voltage drop help reduce losses and maintain system efficiency. Finally, its high surge capability ensures it is able to handle voltage spikes and current surges.

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