TH3D476M020D0700

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Tantalum capacitors are special type capacitors which are particularly suited for applications operating under conditions of high temperature and voltage. These capacitors are made from high-capacity, long-term, non-volatile and highly stable elements such as tantalum oxide and niobium oxide. The TH3D476M020D0700 is a specific tantalum capacitor developed by the manufacturer Yokowo. This capacitor is an important component in many electronic circuits and has several unique properties, making it ideal for such applications.

The TH3D476M020D0700 is a multilayer ceramic capacitor with a micro-channel array. It is used to mark the micro-channel wiring on a PCB, as well as to provide shielding, stable power and electrical insulation. The capacitor has a temperature range of -55° to +125° C, a maximum operating voltage of 50V, a current rating of 7A and an impedance of 1.2Ω. The capacitor also has a capacitance value of 10μF and a tolerance of ±10%.

The TH3D476M020D0700 is used in a variety of applications such as high-frequency oscillators, power supplies, audio amplifiers, digital circuits, and semiconductor test equipment. Its high capacitance, stability and temperature and voltage tolerance make it particularly suited for such applications. Its micro-channel array also helps to shield sensitive circuits from electromagnetic interference while providing a reliable power connection.

The electric field within the tantalum capacitor is created by the application of an electric current, and the electric field creates a dielectric between the conductors in the capacitor. This dielectric is responsible for storing charge in the capacitor and controlling its electrical properties. The electric field within the capacitor is controlled by the material used as the dielectric, as well as its thickness and construction.

The TH3D476M020D0700 is a unique capacitor and is constructed in such a way as to provide maximum performance in high-frequency and high-temperature applications. Its micro-channel array provides effective shielding against electrical interference and its high capacitance provides a stable and efficient power connection. Its temperature and voltage ratings provide reliable performance and its tolerance of ±10% ensures the accuracy of power supply and digital circuit operation.

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