DF08-G

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The DF08-G is a bridge rectifier diode that is designed for a wide range of uses. With its small size, low capacitance, and low reverse leakage, it is an ideal choice for applications such as voltage regulator modules (VRMs), power inverters, charging systems, and many other similar applications. This diode is made from a V-groove (or mesa) technology, which provides for higher current limits than other types of bridge rectifiers.

A bridge rectifier typically consists of four diodes placed in a bridge-like configuration. When AC power is applied, the diodes allow the current to flow in one direction when forward-biased, and prohibits current from flowing in the opposite direction when reverse-biased. This yields a rectified output voltage that can be regulated using the diode’s volt-ampere characteristic.

The DF08-G is a glass passivated bridge rectifier with two terminals. It is designed to operate at maximum junction temperature of 150ºC, and a maximum repetitive peak reverse voltage of 800V. The peak forward surge current of this diode is 35A. The operating temperature range of the DF08-G is -65 to 150ºC.

The DF08-G is designed to offer minimal losses and excellent efficiency in applications such as switching power supplies, light dimming systems, and solar inverters. Its low forward voltage and low reverse leakage current provide superior performance in applications requiring high ripple current or high frequency response.

The DF08-G also offers high reliability andThermal resistance, and its robust construction provides low thermal stress. The diode’s glass passivation technology helps reduce capacitance, enabling it to be used with higher frequency circuits. The diode’s wide operating temperature range ensures that it is suitable for a variety of applications.

The DF08-G is a great choice for applications where efficiency and power output are key. With its small size, low capacitance, and low reverse leakage, it is an ideal choice for use in VRMs, lighting inverters, and power converters. Its low forward voltage, low reverse leakage current, and high reliability make it an attractive option for a variety of designs.

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