VB20202C-M3/8W Discrete Semiconductor Products

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Diodes are widely used in many electrical and electronic circuits around the world. They are used to provide a flow of current in one direction only, as well as rectifying alternating currents and protecting circuits from residual current due to short circuits and other disturbances. Rectifiers, particularly those in the form of array diodes, offer more power, allowing more current to flow through them than a traditional rectifier. The VB20202C-M3/8W is one such rectifier array, preventing reverse flow of current.

The VB20202C-M3/8W is a fast switching and rugged plastic high voltage rectifier array specifically designed for telecommunications and industrial applications. It provides a maximum communication of 12A per diode and an operating temperature of 105°C.

Applications of the VB20202C-M3/8W rectifier array include power supply, telecommunications, automotive, industrial, and appliance equipment. The fast switching of the array makes it suitable for high frequency applications, while its ruggedness and high temperature operation make it suitable for industrial applications. It also offers a broad range of electrical characteristics, allowing it to be tailored to the needs of a wide range of applications.

The working principle of the VB20202C-M3/8W is relatively simple. When the rectifier array is connected to a power source, the diodes are arranged in such a way that current only flows in one direction. This direction will be determined by the voltage level of the power source, which dictates which diode in the array will turn on and allow current flow. Any reverse current arising from an overvoltage will be absorbed by the rectifier array and prevented from reaching the circuit.

In summary, the VB20202C-M3/8W is a fast switching and rugged plastic high voltage rectifier array specifically designed for telecommunications and industrial applications. It provides a maximum communication of 12A per diode and an operating temperature of 105°C. It has a broad range of applications, including power supply, telecommunications, automotive, industrial, and appliance equipment. Its working principle is relatively simple, with current only able to flow in one direction determined by the voltage level of the power source. The rectifier array also prevents reverse current from reaching the circuit in the case of overvoltage.

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