AS4PDHM3/87A

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The AS4PDHM3/87A is a rectifying diode providing superior performance for single phase applications. It is designed for use in a variety of applications such as bridge rectifiers, power supplies, lighting, and consumer-based electronic equipment.

The AS4PDHM3/87A diode is a single-phase glass passivated rectifying diode. It is built around an epitaxial construction, making it well-suited for high frequency operation and high frequency switching applications. In addition, the device provides very low reverse leakages current, resulting in lower power consumption in a variety of applications.

The device is encapsulated in a small package that enables it to fit into very tight spaces. This is especially useful in applications which require a higher level of power density. The packaging also ensures that the AS4PDHM3/87A rectifying diode is highly resistant to shock, vibration and other environmental conditions.

The working principle behind the AS4PDHM3/87A rectifying diode is reverse biasing. In reverse biased applications, the PN junction of the diode prevents the flow of current in the opposite direction. This is accomplished by the depletion region that is created when reverse voltage is applied to the terminal of the diode. As a result, the current is allowed to flow in only one direction.

The AS4PDHM3/87A also features a high surge current capability. This helps to ensure that the device can handle higher currents during transient spikes, preventing any damage to the component.

The AS4PDHM3/87A diode is rated for operation at temperatures between -55 and +125 degrees Celsius. This makes it suitable for use in a variety of applications, including those that require high temperature operation. Additionally, the device is highly reliable and offers a very long service life.

In summary, the AS4PDHM3/87A is a rectifying diode designed to provide superior performance for single phase applications. Its unique package design enables it to fit into tight spaces, while its reverse biasing and high surge current capabilities make it suitable for a wide range of applications. The device is also highly reliable and offers a long service life.

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