BAS7004TC

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The BAS7004TC is a type of stacked series array rectifier diode, which thoroughly uses leading edge thin-film technologies for making the device suitable for advanced high-power switching power supplies. This diode is designed for heavy-duty usage applications like industrial, automotive and consumer industries.

This diode has a chip size of 0.6 mm x 0.6mm, and a maximum power dissipation of 700 W. It has a relatively low forward voltage of 0.35 volts, and a minimum forward voltage of 0.2 volts. The forward current of this device is up to 7.0 A.

The application field of the BAS7004TC includes various resonant converters, DC - DC converters, AC - AC inverters and power-relay applications. This rectifier diode finds its application in high frequency switching mode operation due to its reduction in reverse recovery charge.

The working principle of the BAS7004TC is based on the principle of a rectifying diode, where a rectifying element is used for rectification by converting alternating current into direct current. This device contains a series array of several semiconductor diodes for rectification by converting alternating current into direct current.

In addition to the rectifying diode element, the device also uses high-temperature soldering for sealing, high-temperature manufacturing for heat dissipation and a internal thin-film protection circuit for inhibiting electrostatic discharge and surge current flowing into the system and other various components.

The BAS7004TC offers high power dissipation, low voltage drop, fast switching, high frequency operation and also offers reduced noise and ripple in the power supply system. This makes the device suitable for advanced high-power switching power supplies, where the device maintain high reliability, low power dissipation and low voltage drop.

The BAS7004TC is an ideal choice for high-power switching mode applications due to its low power dissipation and low forward voltage. It is also suitable for use in various consumer, industrial and automotive applications, due to its improved temperature stability and current stability.

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