NSB13ANT3G

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Transient voltage suppressive (TVS) diodes are electronic components designed to protect circuits against voltage transients. The NSB13ANT3G is an unidirectional, high-power, surge suppressor diode that offers excellent protection against ESD, lightning, and other voltage transients. In this article, we’ll be taking a look at the application field and working principle of the NSB13ANT3G.

The NSB13ANT3G is suitable for use in a variety of applications, such as protecting automotive and industrial equipment from lightning strikes, blast, or spike voltage transients. Its robust construction and excellent performance make it suitable for use in the most extreme environments, including damp, dusty, and other challenging conditions. The device can also be used to help protect sensitive integrated circuits, such as those in microprocessors, from transient voltages.

The NSB13ANT3G is a three-terminal device which is rated for operating reverse voltages of up to 36 Volts. It features a surge current rating of 13A, and an ESD rating of up to 25kV.

The working principle of the NSB13ANT3G TVS diode is simple. When the voltage across its terminals exceeds its breakdown voltage, it turns on and begins to conduct current. This is because the diode begins to avalanche, or break down, allowing electrons to flow from its cathode to anode, which helps to protect the circuit from further damage. This avalanche effect allows the NSB13ANT3G to protect circuits from high-energy transients without having to limit the input current.

The NSB13ANT3G is a popular choice for many applications because of its rugged construction, low capacitance, and low series resistance. Its low capacitance is especially important because this helps to minimize the peak voltage of the transient and protect sensitive components.

The NSB13ANT3G is a robust and reliable TVS diode which is ideal for use in a variety of applications. Its excellent surge current rating of 13A makes it suitable for use in the most extreme environments. Its low capacitance and series resistance also make it well-suited for protecting sensitive integrated circuits and equipment from high-energy transients.

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