VT2060C-E3/4W

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The VT2060C-E3/4W is an array of Schottky diodes made by Vishay Semiconductors. It is a type of rectifier that is used in a wide range of applications, including automotive, computer and industrial electronics, telecommunications, and power supplies. The VT2060C-E3/4W can be used in a range of applications, such as voltage multipliers, AC-DC power supplies, motor controllers, and DC-AC inverters. It has a very low forward voltage drop and recovered charges, enabling it to provide high power efficiency. The VT2060C-E3/4W also has a high surge current handling capability and a wide range of operating temperatures.

The working principle of the VT2060C-E3/4W is quite simple. It is an array of Schottky barrier diodes consisting of four individual diodes in series. When a positive or negative voltage is applied to the anode of the first diode, the remaining three diodes are biased toward the anode with the same voltage. This is due to the charge stored in the depletion region. When the voltage of the anode exceeds the Schottky voltage of the diode, current begins to flow through the diode, allowing the voltages across the other three diodes to rise. When the reverse bias of the first diode is reduced, all of the diodes are reversed biased and become blocking, thus preventing the flow of current through the diode array.

The VT2060C-E3/4W is mainly used for power rectification and power conversion applications. The high forward voltage drop of the Schottky barrier diodes allows them to efficiently convert AC to DC power. It is also ideal for motor controls, inverters, and related automotive and industrial applications. This diode array requires low operating current, and its high surge capability makes it suitable for a variety of applications.

In summary, the VT2060C-E3/4W is a type of rectifier that is used in a variety of applications including automotive, computer and industrial electronics, telecommunications and power supplies. Due to its low forward voltage drop and recovered charges, it can provide high power efficiency. It has a high surge current handling capability and a wide range of operating temperatures. It is mainly used for power rectification and power conversion applications, such as voltage multipliers, AC-DC power supplies, motor controllers, and DC-AC inverters.

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