T95R336M035LSAL

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Tantalum capacitors are used extensively in various electronic circuits, providing a reliable power source for parts that require capacitors for electrical load balancing or other purposes. The T95R336M035LSAL is one such capacitor, and its application field and working principle will be discussed in this article.

Application Field

The T95R336M035LSAL is a surface mount, tantalum chip capacitor with a capacitance of 33uF. It is rated at 6.3V, and operates with a temperature range of -55 to 125C. Depending on the exact design of a given circuit, the capacitor can be used in a variety of applications. It is often confusing to calculate the actual capacitance needed for a given application, with many factors – such as parasitic inductances of the circuit board and the load current – affecting the final results.

In general, a surface mount capacitor is a great choice for applications where a minimum footprint is desired, but when a greater capacitance is needed in a given location, this tantalum chip can become a great choice for all sorts of designed power electronic circuits.

Working Principle

The working principle of the T95R336M035LSAL capacitor is quite simple. It stores electric charge on one of its two terminals, called the "anode", and on the other terminal, called the "cathode", the stored charge is lost. The amount of charge that can be stored is dependent on the size of the capacitor and its rating. The most important component of the capacitor is the dielectric; this dictates how much charge can be stored and also determines the capacitor’s temperature and voltage ratings.

The T95R336M035LSAL capacitor is rated for a 6.3V maximum voltage and temperature ranging from -55 to 125C. This means that the capacitor will perform optimally without ever exceeding the 6.3V limit and within the temperature range.

The capacitor is constructed of two separate layers, an anode layer and a cathode layer, made from the dielectric material sandwiched between two metal sheets. As electrons move from one layer to the other, they are attracted by the electric potential, causing them to move into the anode layer. As the charge is stored in the anode, some of the charge in the cathode layer is released into the environment, and the capacitor is recharged until it reaches maximum capacity. When the current is stopped, the electrons return to their original state, releasing the current.

Conclusion

In conclusion, the T95R336M035LSAL is a tantalum chip capacitor which is often used in a variety of electronic applications where a minimum footprint is desired, but when a greater capacitance is needed in a particular location. Its temperature and voltage ratings ensure that the capacitor will perform optimally without ever exceeding the 6.3V cap and within the temperature range. The T95R336M035LSAL capacitor stores electric charge on one of its two terminals and on the other terminal, the stored charge is lost, supplying power to the circuit accordingly.

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