NOJV477M006SWJ

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Niobium Oxide Capacitors have diverse applications in a number of industries and are a reliable and dependable solution for various wireless communications, automotive, medical, military, and industrial applications. The NOJV477M006SWJ model is a high performance niobium oxide capacitor commonly chosen for its highest capacitance value and its stable temperature coefficient of capacitance (TCC).

The NOJV477M006SWJ capacitors are constructed with niobium oxide and electrolytic, which is incorporated into a rectangular ceramic case. Niobium oxide capacitors also feature a very low dielectric absorption, a low equivalent series resistance (ESR) and excellent frequency stability. These capacitors are designed to offer reliable performance with Long-term reliability and high insulation resistance. The NOJV477M006SWJ capacitor uses niobium pentoxide as a dielectric material, making it a great choice for devices that require ultra-high capacitance.

The NOJV477M006SWJ capacitors can be used in a variety of applications, including consumer electronics, medical equipment, automotive, industrial, and military applications. These capacitors are particularly effective when used in filters, attenuators, active bridges, negative feedback circuit, and precision timing, as they offer excellent capacitance stability throughout their operating life. The low leakage current of the NOJV477M006SWJ is also suitable for medical and military applications.

The working principle of the NOJV477M006SWJ capacitor is based on the principle of electrochemical reaction. When it is connected to a DC source, the negative terminal of the source is attached to the positive plate, and the positive terminal to the negative plate of the capacitor. A DC current then passes through the electrolytic, creating an electric field that causes the electrons to move from one plate to the other. The niobium oxide then acts as the dielectric material, storing the electric field and providing the capacitor with its capacity.

The NOJV477M006SWJ capacitors have a remarkably low TCC, making them a trusted choice for applications that require stability in high temperature environments. The high-performance of the capacitor is attributed to its unique structure, which consists of two plates that are connected with an electrolytic. The dielectric material is also sandwiched between the electrodes. This design offers its superior insulation properties and incredibly low TCC.

The NOJV477M006SWJ model capacitor offers superior reliability and performance, making it an ideal option for a number of electronic applications. The high-quality niobium oxide construction provides excellent insulation properties and an ultra-low TCC. Furthermore, this capacitor is designed with a unique structure for precise precision timing and long-term reliability.

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