NOJA476M002RWJ

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Niobium Oxide Capacitors are components designed to store electrical energy or charge for a variety of applications. The NOJA476M002RWJ is a type of Niobium Oxide Capacitor that has a wide range of applications as well as a wide operating temperature range. This capacitor is especially well-suited for use in high-power electronics where energy storage is needed or for electronic switching in high-power applications.

The NOJA476M002RWJ Niobium Oxide Capacitor is well suited for high-voltage applications due to its high breakdown voltage of over 1kV. It has low ESR and low leakage current that make it ideal for high-power devices. The NOJA476M002RWJ also has an excellent temperature coefficient allowing it to be used in temperature extremes (-55°C to +125°C) with minimal degradation over time.

The working principle of the NOJA476M002RWJ is based on the principle of capacitance. This type of capacitor uses a dielectric material called niobium oxide to store electrical energy. These capacitors are made from sheets of niobium oxide sandwiched between two metal electrodes. When a voltage is applied, the niobium oxide between the electrodes becomes polarized, causing an electric field to be formed. This electric field is then used to store the electrical energy and can be released when the voltage is removed.

In terms of application, Niobium Oxide Capacitors like the NOJA476M002RWJ can be used in a variety of high-power applications. These include power conversion from one voltage or frequency to another, power regulation, switching, decoupling, filtering and energy storage applications. With their wide operating temperature range and excellent temperature coefficient, the NOJA476M002RWJ is ideal for high-power applications that require reliable energy storage.

The NOJA476M002RWJ is an example of a reliable, high-power Niobium Oxide Capacitor. This capacitor is especially well-suited for applications that require reliable energy storage and excellent temperature characteristics. Its high breakdown voltage, low ESR and low leakage current make it an ideal choice for a variety of high-power applications.

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