V8P10-E3/86A Discrete Semiconductor Products

General Introduction

V8P10-E3/86A is the model number for a single-phase, three-terminal, half-wave, silicon power rectifier. It is commonly used as a rectifier in power supplies and circuits, and is made with a maximum load current rating of 10A and a peak repetitive reverse voltage of 800V. It is classified as a type of diode, which can be defined as a semiconductor device that undergoes a voltage drop when electric current passes through it.

Application Fields

V8P10-E3/86A is commonly used in a host of various electronic applications. It is generally found in power supplies, automotive electrical systems, and low voltage systems. Though it usually has a lower current rating than other rectifier diodes, it is still used for rectifying alternating currents that are non-pulsed or continuously operated. It is also used as a voltage regulator or safety device, where its function is to protect sensitive components from overvoltage or sudden power surges.

Working Principle

Like other rectifier diodes, the V8P10-E3/86A silicon power rectifier works by passing current in one direction and blocking it in the other. When the forward voltage is applied, the diode should conduct a current, which is represented by a single arrow. On the other hand, if the reverse voltage is applied, the diode should block a current and act as an open switch, which is represented by two arrows. The blocking ability of a diode is also determined by its breakdown voltage, which is the voltage at which the diode breaks down and starts conducting, allowing current to flow in both directions. The breakdown voltage of V8P10-E3/86A rectifier is typically in the range of 800 to 1,000V.

Conclusion

The V8P10-E3/86A single-phase, three-terminal, half-wave, silicon power rectifier is a type of diode designed to pass electric current in one direction and block it in the other. It is commonly found in power supplies, automotive electrical systems, and low voltage systems. Its forward voltage drop and blocking ability are determined by its maximum load current rating and its breakdown voltage, respectively. As a result, it is a reliable device for rectifying alternating currents or providing protection from overvoltages or sudden power surges in a wide range of applications.