NZX20B,133

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The NZX20B,133 is a single zener diode device that has been designed to address the need for a reliable, reliable and cost-effective circuit protection solution. It is a relatively simple device that can protect circuits from transient overvoltages, while at the same time, providing a stable and consistent voltage output.

Application Field

The NZX20B,133 is mainly used in electronic devices and circuits that require an additional level of protection from sudden voltage spikes. The device is designed to provide a low noise, constant and predictable voltage limit, which can protect circuits from overvoltage conditions. This type of protection is commonly used in automotive, industrial, medical and military electronics applications. The device is also ideal for use in power supplies and other power control applications as it can provide a stable and predictable output voltage.

Working Principle

The NZX20B,133 contains two series-connected zener diodes that are electrically connected to each other. When the circuit is energized, the two diodes become reverse-biased and the voltage on the diode junction is clamped to the device\'s zener breakdown voltage. The breakdown voltage at which this occurs is typically specified in the device\'s datasheet.

The NZX20B,133 is also designed to provide a safe and reliable level of overvoltage protection when subjected to an increase in the supply voltage. It does this by slowly releasing the excess voltage to the load. This type of protection is typically used in sensitive electronic devices that require accurate and reliable voltage control.

Conclusion

The NZX20B,133 is a single zener diode device that is designed to provide a reliable, cost-effective and safe level of circuit protection. It is commonly used in automotive, industrial, medical and military applications, but can also be utilized in any application requiring a reliable voltage limit. The device offers a predictable and stable voltage output and can be used in power supplies and other power control applications.

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