TAJR475K002RNJ

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Tantalum Capacitors

Tantalum capacitors are also called solid electrolytic capacitors or tantalum electrolytic capacitors. They are formed by coating a tantalum metal cylinder with an oxide layer as the dielectric, combining the tantalum cylinder with an electrolyte, and sealing. Tantalum Capacitors are characterized by large capacitance, wide working temperature range, stable performance and reliable quality. Therefore, they are widely used in computers, communications, medical, lighting and instrumentation, power supplies and other electronics.

The TAJR475K002RNJ capacitor is an SMD Tantalum Capacitor with 33uF casing size, operating temperature -55℃ - + 125℃ and working voltage of 10V. This capacitor has a built-in ESR, which makes it suitable for challenging case full automated assembly production applications. It can also be used for long-term life supporting only for applications that are designed for long lifetime. 

The working principle of TAJR475K002RNJ is based on electrolyte absorption and oxide formation. A molybdenum anode and a tantalum anode are used. A thin layer of tantalum oxide is formed on the tantalum anode by polarization voltage, and the formed oxide cathode and molybdenum anode will act as an electrical contact. The capacitor is then filled with fluoride electrolyte, and the capacitor will be complete after sealing. 

The application field of the TAJR475K002RNJ is mainly based on its characteristics, such as anti-fatigue ability, anti-vibration ability, and low inductance design. It is widely used in applications with high temperature changes, high frequency and resonance. These can include computer motherboards, power supplies, medical equipment, automotive electronics, and even high power audio products.

All in all, the TAJR475K002RNJ capacitor is one of the most reliable and popular applications in the field of tantalum capacitors. Its small size and wide range of features make it a reliable product in the long-term. Thanks to the high-temperature tightness and low inductance design, it is suitable for application covering a wide variety of fields. 

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