BZV85-C9V1,133

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BZV85-C9V1,133 Application Field and Working Principle

A Zener diode is an electronic component designed to regulate voltage within a circuit. It operates much like an ordinary diode, allowing current to flow in one direction and blocking current in the other, but its primary utility lies in its ability to be "reverse-biased," which causes current to flow in the opposite direction. The particular model of Zener diode under consideration is the BZV85-C9V1,133

The BZV85-C9V1,133 is a silicon-based Zener diode, specifically designed for use in applications requiring voltage regulation. Its primary function is to limit the voltage flowing through the circuit and to maintain it at the desired value. As the current exceeds the breakdown voltage, the Zener breaks down and allows current to pass in the opposite direction. This action is responsible for its voltage regulation feature, as it will limit the voltage to the desired level and prevent it from exceeding that threshold.

The BZV85-C9V1,133 is suitable for a variety of applications, including use in DC/DC converters, voltage regulators, over-voltage protection, and surge protection. Its breakdown voltage of 13,3 volts allows for a wide range of options for regulating the voltage in a circuit. Additionally, this model features a low-temperature coefficient and tight tolerances, ensuring reliable operation regardless of changes in temperature or current.

The BZV85-C9V1,133 is a robust, reliable component and has become increasingly popular in a variety of applications. Its low price, tight tolerances, and dependable performance make it an ideal component for a number of applications. This Zener diode is designed to be used in any system requiring voltage regulation and surge protection.

In conclusion, the BZV85-C9V1,133 is an ideal component for regulating voltage in any applications that require it. It features a breakdown that can be fine-tuned to the desired level of voltage, tight tolerances, and dependable performance. It is also cost-effective and can easily be integrated into any system.

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