VS-20AWT04TRHE3

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The VS-20AWT04TRHE3 is a diode rectifier array. It provides reliable, high-speed rectification and protects against voltage transients exceeding the maximum operating voltage. This device is especially suited for high-frequency application and so is ideal for applications where the reliability and speed of the power supply is paramount.

Applications

The VS-20AWT04TRHE3 is used in applications where reliability and a high maximum operating voltage are necessary. It can be used in many applications, including:

• Power supplies
• DC/DC converters
• Power inverters
• DC motor control
• Battery chargers
• High-voltage relays
• Photoelectric devices
• Lighting ballasts

Working Principle

The VS-20AWT04TRHE3 is designed to provide reliable, high-speed rectification of AC voltage to protect against voltage transients exceeding the maximum operating voltage. It is a four-pin device that consists of a series of diodes connected in parallel, which are arranged so that a positive voltage applied to the anode terminal will cause the current to flow through the diode in a forward direction. When the applied voltage is reversed, the diode will become reverse-biased and thereby block the flow of current.

The VS-20AWT04TRHE3 is particularly suitable for high-frequency applications, since it can provide a good low-voltage drop across the diode and a wide operating temperature range. It also has a low maximum leakage current and reverse-breakdown voltage to protect against voltage transients exceeding the rated voltage.

Conclusion

The VS-20AWT04TRHE3 is a diode rectifier array designed specifically for high-frequency applications, providing reliable rectification and protection against voltage transients exceeding the maximum operating voltage. It is suitable for a variety of applications, including power supplies, DC/DC converters, power inverters, DC motor control, battery chargers, high-voltage relays, photoelectric devices, and lighting ballasts. In addition, it offers a low voltage drop across the diode, a wide operating temperature range, and a low maximum leakage current and reverse-breakdown voltage.

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