V20202G-M3/4W

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The V20202G-M3/4W rectifier array is a combination of two high surge double rectifiers and a zener diode in a single package. It has high power capability, making it an excellent choice for applications requiring reverse-voltage protection and ultra high-surge capability.

The V20202G-M3/4W rectifier array is used in a wide range of electronic components and systems, including power supplies, motor control circuits, and medical electronics. The device is well-suited to applications requiring high surge ratings. The array features two high-efficiency rectifier diodes in a single package with thermal mounting holes, allowing for easy assembly and improved heat dissipation.

The V20202G-M3/4W array has a total forward voltage drop of 8.5 volts, with a forward current rating of 10 amperes. It has a reverse blocking voltage of 400 volts and a reverse current rating of 50 milliamp. Its surge capabilities are impressive, ranging from 250 volts to 700 voltspeak.

The V20202G-M3/4W array is composed of two double rectifier diodes, which are connected in parallel so that the device can protect against overvoltage conditions. The two diodes are connected in a series configuration, with one to provide rectification and the other providing reverse-voltage protection. The device also contains a zener diode, which protects against overvoltage by clamping the voltage level to a predetermined value.

The two rectifier diodes in the V20202G-M3/4W array serve two distinct purposes: rectifying an AC signal to a DC signal and protecting against overvoltage conditions. When AC current is applied, the two diodes conduct simultaneously, creating a rectified output. The zener diode helps to protect the circuit by clamping the maximum applied voltage. This ensures that no damage can occur due to a sudden increase in voltage.

The V20202G-M3/4W rectifier array is a useful and versatile component for applications requiring a high surge rating and reverse voltage protection. It is easy to assemble and provides excellent heat dissipation. This application field allows the device to be used in a wide range of electronic components and systems, including power supplies, motor control circuits, and medical electronics.

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