M39003/01-8082

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Tantalum Capacitors

In the electronics industry, Tantalum Capacitors are among the most important components. The M39003/01-8082 capacitor is one of the most popular devices used in the industry. Its popularity is due to its high reliability and excellent performance characteristics. Through its methods of application, it is widely used in different applications and can perform different tasks.

The major application area of the M39003/01-8082 capacitor is in military, avionics, automotive, and telecommunications. It is widely used in the military electronics and avionics as the power source of signal transmission. In automotive electronics, it serves as the power supply for ignition modules and as a protection circuit for power modules. It is also an important part of the voltage regulator module in telecommunication systems.

The M39003/01-8082 capacitor is able to provide higher efficiency and electrical performance under high working temperature. It is made of a formulation of tantalum powder and manganese dioxide that is sintered in an anode case. The anode case is then sealed with a dielectric material for protection from the environment, and the cathode end is connected to a metalized film for providing the electrical connection. This combination of tantalum powder, manganese dioxide, and dielectric material, gives the capacitor excellent performance characteristics.

The working principle of the M39003/01-8082 capacitor involves two major elements: the anode and the cathode. The anode is formed from the sintered tantalum powder, and the cathode is formed from the manganese dioxide. The dielectric material helps to form an electrical insulation layer, which prevents leakage of current between the electrodes. When an electric current is applied across the anode and cathode, it produces a voltage differential across the dielectric material. This voltage difference sustains the electric current in the capacitor for a certain period of time before dissipating.

The M39003/01-8082 capacitor is a reliable, high performing component that is widely used for various applications. Its ability to provide higher efficiency and electrical performance gives it a range of applications in the military, avionic, automotive, and telecommunications fields. Its working principle revolves around the combination of sintered tantalum powder, manganese dioxide, and dielectric material, which gives it the electrical characteristics needed for its various applications.

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