TAJD476M010HNJ

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Tantalum capacitors are electronic components that are similar to regular electrolytic capacitors. The key difference between them is that they consist of a solid electrolyte material and a tantalum metal electrode. This provides the advantage of operating on a lower voltage than conventional electrolytic capacitors while also having a prolonged life span. The TAJD476M010HNJ model is a specifc type of tantalum capacitor.

The TAJD476M010HNJ is a Tantalum Chip Capacitor which belongs to the class TAJ – Chip Tantalum series. The nominal capacitance value of this component is 10µF and it operates at a voltage of 6.3V. The component comes in a package size of 4.7 X 6mm with difficulty heights of 0.4mm and 0.6mm, respectively for its primary and secondary applications.

The main application field for the TAJD476M010HNJ is primarily in telecommunications, computers and other digital equipment where extremely high-frequency signals that need rapid switching operations when connecting electronic devices. The component also finds utility in applications such as controlling the voltage regulator in a PFC circuit, DC-DC converter, or a switching power supply to increase the power efficiency. Additionally, the component is also applicable for use as a snubber circuit in a DC/DC converter or connected to an RF amplifier, so as to reduce switching losses.

Structurally, the TAJD476M010HNJ chip tantalum capacitor consists of a high-grade solid manganese dioxide electrolyte, with the cathode connected to a bottom layer of anode paste and the anode connected to a tantalum oxide layer on the top. This setup provides the highest level of capacitance stability over time and temperature as compared to other typical electrolytic capacitors, as well as excellent corrosion resistance and higher breakdown voltage.

In terms of its working principle, the TAJD476M010HNJ works on the dielectric increasing principle of a capacitor. Electricity traveling into the capacitor is stored in the form of an electrical field between two conductive plates, with a dielectric material used to improve the capacitor’s overall capacitive characteristics. The component consists of two metallic plates - referred to as an Array structure - between electrodes of dielectric material, which is usually two sheets of metal pasted together. When electrical current is applied to the component, it causes the metal plates to attract and repel, thus creating a store of energy between them.

Overall, the TAJD476M010HNJ is a versatile chip tantalum capacitor model that provides a reliable and consistent performance with reduced component losses or reactances. Its usefulness in a wide range of applications, and increased storage capacity when compared to other traditional capacitors, makes it an excellent choice for both industrial and consumer applications.

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