BZV85-C56,133

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The BZV85-C56,133 device is an example of a single Zener diode. This component, used in electrical engineering and computing, is designed to prevent a voltage level from exceeding its predefined threshold value. Here we look at the application fields and working principle of the BZV85-C56,133 diode.

Application Fields of the BZV85-C56,133:

The BZV85-C56,133 diode is primarily used for voltage-regulating and current-limiting applications. It can be used in DC power supplies, voltage regulators, and circuits that require protection from over-voltage or reverse voltage conditions. It is also commonly used as an undesired-voltage protection component in computers and other electronic systems, such as TVs and smartphones. Additionally, it can be used as a precision voltage reference for electronic circuits.

Working Principle of the BZV85-C56,133:

The BZV85-C56,133 diode is based on the physical effect of breakdown voltage, or the voltage at which a component begins to conduct current. This component is designed with a a predetermined breakdown voltage of 56 volts, although it can differ slightly due to the inherent characteristics of silicon diodes. When the forward voltage of the device is equal to or greater than this breakdown voltage, it begins to conduct current, thus preventing the voltage from exceeding the designed limit.

The current-limiting property of the BZV85-C56,133 device is determined by its current rating, which is set at 133 mA. This sets the maximum current passing through the diode, even if the voltage exceeds the breakdown voltage. Once the device reaches its maximum current rating, it effectively acts like an open circuit and the current will cease to flow.

Conclusion:

The BZV85-C56,133 diode is a single-type Zener diode device that is used for both voltage and current regulation in electronic systems. It is designed with a predetermined breakdown voltage and current rating, so it is able to maintain a sustained voltage level while preventing over-current conditions. It is used in a wide range of applications, including DC power supplies, voltage regulators, and protection against undesired voltages in computers, TVs, and smartphones.

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