HER601-T Discrete Semiconductor Products

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HER601-T is a single diode rectifier typically used in high frequency electronic ballast, illuminating devices, solar cell electric power converters and other switching power supply devices. It uses a single-phase full-wave bridge rectifier circuit configuration and combines high forward current and high forward voltage, low reverse current and low reverse recovery time, which makes it ideal for a variety of high-frequency applications.

HER601-T features a high conductance, low reverse recovery time and low reverse leakage current. It has a low series resistance and low capacitance, allowing for high frequency operation. The forward voltage drop is low, so it is able to withstand higher forward current levels. Additionally, it is able to withstand high reverse current levels, making it suitable for high voltage applications.

HER601-T is an ultra-fast rectifier which uses a full-wave bridge rectifier circuit configuration. It provides a low voltage drop and fast switching action, making it suitable for high frequency applications such as SMPS, lighting and solar cell applications. The single diode rectifier has a high forward current rating, low reverse recovery time and low forward voltage drop. It is an ideal rectifier for high frequency switching power supplies.

The working principle of HER601-T consists of two stages: conduction and recovery. During the conduction stage, the rectifier converts the input AC voltage into a DC voltage. During the recovery stage, the energy stored in a capacitor is used to charge the rectifier, thus allowing the rectifier to recover and reset quickly. The working frequency of HER601-T is typically between 20 kHz and 200 kHz.

HER601-T is extensively used in the electronic ballasts of lighting fixtures and in the power converters of solar cells. It is also used in SMPS (switched-mode power supplies) and in other high-frequency electronic applications. Its combination of high forward voltage, low reverse current and low reverse-recovery time makes it ideal for such applications. Additionally, its single-phase full-wave bridge rectifier circuit configuration helps to reduce EMI (electromagnetic interference) and enhances system efficiency, making it the perfect choice for a variety of high-frequency applications.

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