SS2PH10HE3/84A

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The SS2PH10HE3/84A is a diode rectifier designed to provide reliable and efficient rectification of alternating current power. It is rated at 1000V, with a surge rating of 1200V. Its main application fields include high voltage switching power supplies, automotive power switching, electronic power conversion, and energy storage applications. Its working principle is based on the concept of using a semiconductor material to allow current to flow in just one direction.

It is a single diode and is designed to provide the necessary rectification without the need of a bridge rectifier. This feature allows it to be used in primitive, more basic applications that do not require the more complex and expensive bridge rectifier. It features a fast recovery speed and a low forward voltage drop, and can be used in high frequency, high efficiency switching applications. It also contains built-in overvoltage protection and short-circuit protection, making it a reliable and safe choice in applications where failure could be a hazard.

The SS2PH10HE3/84A is made from a silicon material and features a high-temperature rated construction. It is capable of withstanding up to 175°C in a continuous operation, and can be used in applications that require an extremely low leakage rate, high surge current rating, and low forward voltage drop.

In order to understand its working principle, one must first comprehend the concept of a diode. Its main purpose is to allow current to flow in just one direction, while blocking current in the opposite direction. By using a semiconductor material, such as silicon, it is possible to create a unidirectional electron flow, which is desired in any rectification application. The SS2PH10HE3/84A diode applies this principle by using a P and N type semiconductor material.

The P and N type semiconductors form a PN junction that exists at the interface of the two semiconductor materials. Both the P and N materials are heavily doped and when a voltage is applied across the terminals of the diode, it causes electrons to flow from the N to the P material. This flow of electrons from the N material to the P material is known as the forward-bias condition and is the normal operating condition of a diode. Since the electrons are only able to flow in one direction, it provides the necessary rectification of the alternating current.

When the voltage is removed, the flow of electrons will cease and the electrons in the P and N material will revert back to their original locations. This causes the diode to be in a reverse biased condition, where the diode blocks the current and prevents it from flowing in the opposite direction. This is the normal operation when a diode is not connected to a voltage source.

The SS2PH10HE3/84A diode is a fast recovery, single stage, ultra low-leakage rectifier. It is designed to provide reliable and efficient rectification of alternating current power, with a low forward voltage drop and high surge current rating. It is a great choice for high voltage, high efficiency switching power supplies, automotive power switching, and other applications requiring reliable and efficient rectification.

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