T95R156M050CZSS

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Tantalum Capacitors

Tantalum capacitors are widely used in a variety of electrical devices such as computers, telecommunications equipments and industrial equipments. T95R156M050CZSS is a ultra-small size surface mount device (SMD) tantalum capacitor manufactured by MAT\'s. These capacitors are suitable for various applications where a small size and light weight are concerned.

Application Field

T95R156M050CZSS capacitors are typically used in a wide range of medical, military, aviation and electronic equipment that requires higher electro-mechanical stringent designs. Furthermore, these devices can meet the requirements of high reliability applications in high temperature environments (<=105°C). T95R156M050CZSS capacitors provide high ripple current and ESR performance even in very low frequencies.

T95R156M050CZSS capacitors have a low DC leakage that makes it suitable for use in life support and medical equipment, and also allows it to perform in a reliable and consistent way. This device is also capable of withstanding high Ripple current in comparison with conventional surface mounted tantalum capacitors.

Working Principle

Tantalum capacitors work based on the electrochemical principles of electrodeposition that are related to Faraday\'s laws. This operating principle is also known as electrolytic capacitance. When two different electrolytes come in contact with each other through an electrode, the electrolytes will exchange ions, and the potential difference created between them will affect the flow of current. This current flow between the two electrolytes will create an electrical charge in the capacitor.

The electrodes that are used in these capacitors are usually made of tantalum, which is an element with a high reactivity rate. When the capacitor is filled with an electrolyte, it creates a solid-state electrolytic layer. This layer of electrolyte is also known as the dielectric and has the ability to store a large amount of charge. The capacitance of the device depends on the size of the dielectric layer.

The advantages of using this type of capacitor is that it has a higher capacitance than other types of capacitors due to its unique manufacturing process. It has a fast response time, and it also provides very low ESR and low leakage in comparison to other types of capacitors. The disadvantages of using this device are its high cost and temperature stability.

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