PGB1010603MRHF

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TVS - Diodes

A Transient Voltage Suppressor Diode, or simply known as a TVS Diode, is a specialized type of diode that has been designed to protect sensitive electronic components from overvoltage transients that occur as the result of inductive loads or other abrupt voltage changes. Unlike an ordinary diode, a TVS diode is designed to rapidly clamp a voltage spike to a level that is safe for the downstream electronic components to remain operational. The PGB1010603MRHFS is a voltage suppressor specifically designed for applications related to automotive, industrial, and consumer electronics.

PGB1010603MRHF Application Field

The PGB1010603MRHF has a wide array of application fields, including automotive and industrial electronics. In automotive environments, this diodes are typically used to protect sensitive circuits such as those controlling engine management systems, airbag systems, and keyless entry systems from voltage transients due to inductive loads such as motors or solenoids. It is also used to protect engine compartments from voltage transients generated by static discharge. In industrial electronics, it can be used in applications such as process control systems, data acquisition systems, and motor control systems.

PGB1010603MRHF Working Principle

The PGB1010603MRHF is a silicon avalanche diode that works based on the avalanche breakdown principle. When an electrical field is applied to the P type material of the diode, it generates a series of electron-hole pairs, which in turn create a number of free electrons that further add to the current. As the reverse voltage builds up in the diode, it reaches the avalanche breakdown point where the reverse voltage suddenly increases beyond its rated voltage. At this point, the diode effectively clamps the voltage spike to its breakdown voltage, and the current in the diode is limited to a safe level.

PGB1010603MRHF Features

The PGB1010603MRHF is an unidirectional device that can withstand an operating junction temperature of up to 175℃. It also features low leakage current, typically in the range of 5nA at 25℃. It has a pulse-standing wave ratio of 1.0, and it is designed to work with both AC and DC applications with a maximum working voltage of 600V. The PGB1010603MRHF is a low-cost component that can offer multiple levels of protection from overvoltage transients, making it an ideal solution for many applications in the automotive and industrial electronics sector.

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