VT2060C-M3/4W

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VT2060C-M3/4W is a rectifier array produced by Vishay. A rectifier array is a semiconductor device that acts as a rectifier by passing voltage in the forward direction and blocking or restricting its flow in the opposite direction. VT2060C-M3/4W is suitable for applications such as high frequency switching converters and dc-dc converters in mobile communication, automotive, computer and other electronic equipment. It can also be used for step-down conversion, battery charging, balancing and power conditioning applications. The device can be easily mounted on printed circuit boards due to its plastic package.

Features

• High surge overload capability
• Low forward voltage drop
• Low reverse leakage current
• Built-in diode and schottky diode combination
• High efficiency
• Easy PCB mounting

Applications

• High frequency switching converters
• DC-DC converters for mobile communication, automotive, computer and other electronic equipment
• Step-down conversion
• Battery charging
• Balancing
• Power conditioning

Working Principle

VT2060C-M3/4W is a rectifier array that rectifies alternating current AC to direct current DC. It is a combination of a diode and a schottky diode. It works by allowing current to flow in the "forward" direction when a voltage is applied in that direction, but blocking or restricting any current flow in the opposite direction. A rectifier array can reduce the number of components needed to construct a rectifier circuit. It also increases the efficiency of the circuit and reduces the size of the device.

Technical Specifications

• Maximum instantaneous forward voltage drop: 0.9V @ 1A (IF=10A)
• Maximum reverse leakage current: 10uA (VR=30V)
• Reverse voltage: 30V
• Recommended operation temperature range: -40°C to +125°C
• Package style: DPAK

Conclusion

VT2060C-M3/4W is a rectifier array from Vishay that can be used in high frequency switching converters and DC-DC converters. It has low forward voltage drop, low reverse leakage current, and high surge overload capacity, making it suitable for use in a variety of applications. It has a recommended operating temperature range of -40°C to +125°C, and it is packaged in a DPAK style, making it easy to mount on printed circuit boards.

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