M39003/01-7248/TR

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Tantalum capacitors are popular electronic components used widely in everyday life. The M39003/01-7248/TR is a type of tantalum capacitor and this paper outlines the application field and working principle of the device. Based on the structure of a traditional chemical capacitor, the M39003/01-7248/TR consists of tantalum as its anode, which is mainly composed of a solid manganese dioxide electrode and a tantalum oxide film that serves as its dielectric. Its cathode is a porous material that is filled with the electrolytic solution.

In terms of its application field, M39003/01-7248/TR is mainly used as a decoupling capacitor in low voltage applications, particularly in audio and telecommunications. It can also be used in input and output short circuits in lighting and vehicle electrical systems. Moreover, it is a popular choice for computing and consumer applications such as computers, cell phones, and audio equipment because of its electrical characteristics like high capacitance, low temperature coefficient, and ultra-low impedance.

The working principle of M39003/01-7248/TR is a combination of both the graded and non-graded capacitance capacitance principles. In the graded effect, the ceramic dielectric has a number of layers of varying thickness, each of which has different electrical properties. The layers are arranged such that the total capacitance increases as the voltage across the device increases. The non-graded capacitance capacitance principle is a feature of the real components that are used in the device. This ensures that the capacitance of the device does not decrease with increasing voltage, which is beneficial for applications with a low voltage swing.

The M39003/01-7248/TR has a wide application field and works on a combination of the graded and non-graded capacitance principles. It is mainly used in low voltage applications, particularly in audio and telecommunications. It also has the desirable electrical characteristics like high capacitance, low temperature coefficient, and ultra-low impedance, making it a popular choice for computing and consumer applications such as computers, cell phones, and audio equipment.

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