THJA334M035RJN

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Tantalum capacitors are electrical components that are designed to store and regulate electric fields. Perhaps their most popular use is to supply, store and regulate electric power within a circuit. Tantalum capacitors have particularly attractive features that make them better than other capacitor types for certain applications, such as high temperature tolerances and long life-cycles. The THJA334M035RJN is a type of tantalum capacitor and its application fields and working principles will be discussed in this article.

Types of Tantalum Capacitors

Tantalum capacitors are classified by the dielectric material they are using – either wet or solid. Solid tantalum capacitors are typically the most popular type due to their superior high-temperature performance, although they are also typically more expensive than wet types. The THJA334M035RJN is a solid tantalum capacitor, meaning it can withstand much higher temperatures than a wet type.

Application Fields of THJA334M035RJN

The THJA334M035RJN is typically suited for high temperature applications, such as in the aviation and aerospace industry, due to its superior temperature performance. Its long-term stability makes the THJA334M035RJN a reliable component in applications requiring high levels of precision such as military and telecommunication applications. It is also used in automotive and medical applications.

Working Principle of THJA334M035RJN

The basic design of the THJA334M035RJN is akin to an electrolytic capacitor, where it has a capacitor plate on one side and an ionisable metallic oxide layer on the other. When a voltage is applied, the oxide layer is ionised, producing a series of oxides and hydroxides, which form a dielectric layer between the plates. This dielectric layer not only stores electric charge but also actively regulates electric fields. This feature makes them useful for applications where high precision is needed.

Conclusion

The THJA334M035RJN is a type of tantalum capacitor, designed for use in high temperature applications. It produces an ionisable metallic oxide layer when a voltage is applied, which forms a dielectric layer that can actively regulate electric fields. This makes them ideal for applications requiring high levels of precision, such as in the aviation and aerospace, military and telecommunication, automotive and medical fields.

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