VB20120C-M3/8W

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Diodes - Rectifiers - Arrays

The VB2012C-M3/8W is a rectifier diode array composed of four diodes in a single package.. It is composed of Schottky barrier rectifiers and is used to convert AC to DC.It is a surface mount device, with a common connection between anodes of the individual diodes, supported by the TO-262 case.The main application of VB2012C-M3/8W is power application. It can be used as a bridge rectifier, which is used in switching power supplies, welding machines, polarity protection, and automotive electronic applications.

The working principle of the VB2012C-M3/8W is very simple. It utilizes the rectifying properties of four diodes connected in a bridge configuration to convert AC to DC. The AC source is connected to two terminals of the four diodes, and the other two diodes are connected to form a bridge circuit.When the AC voltage is applied, the two diodes connected to the AC source will be in the forward biased, and the two diodes connected to the bridge circuit will be in the reverse biased. The AC signal will then be converted to a DC signal at output of the bridge. The output voltage is then limited by the forward voltage drop of the diodes - 0.2V to 0.6V.

The VB2012C-M3/8W is a very reliable and cost effective diode array and is widely used for various power applications. It is ideal for high performance, high frequency switching and polarity protection applications as it offers fast switching speeds, high breakdown voltages, and low forward voltage drops. It also offers excellent thermal performance, low power consumption and long life. The device is also RoHS compliant and has a very low profile, allowing for easy installation.

In conclusion, the VB2012C-M3/8W is a very reliable and cost effective diode array for power applications, providing efficient conversion of AC to DC. The device offers excellent thermal performance, fast switching speeds, high breakdown voltages, and low forward voltage drops. It is an ideal solution for high performance, high frequency switching and polarity protection applications.

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