M39003/01-5087

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Tantalum capacitors are electronic components that are able to store energy in an electrostatic field. Comprising of two, usually conductive, plates, separated by a dielectric material, the capacitors are able to store electrical charges for a sustained period of time. The capacitors are constituted by an anode, cathode and an electrolytic solution of an oxide of a metal such as tantalum deposited on the anode. The model M39003/01-5087 product uses the unique properties of tantalum for its application fields as well as the working principles.

The main application of M39003/01-5087 is that of a high-value capacitor used in various electronic circuits. These capacitors offer very high values of capacitance, in a very compact package. This makes them ideal for use in applications where a low-valued realization of capacitance is required, such as in the decoupling of voltage lines or as a DC blocker in radio equipment. Other applications where tantalum capacitors are used include surge protection, signal coupling/harmonic filtering, power supply filter, energy storage, and as part of a timing network.

Tantalum capacitors provide a high degree of reliability, stability and accuracy, as well as a high level of environmental resistance. To further ensure this, manufacturers have developed a unique series of processes to ensure that the dielectrics of the capacitors, as well as the electrolyte used in them, are highly purified. This enables the capacitors to provide accurate results in even the hardest of circuit designs.

The working principle of the M39003/01-5087 is that of a metallic anode and a cathode, separated by a dielectric material, being soaked in an electrolytic solution. This solution is an oxide of a metal such as tantalum, which serves as a medium for the movement of charges. When a voltage is applied across the capacitor, the material of the oxide starts to break down and an electric field is created, which in turn starts to initiate the flow of current. The dielectric then functions as a medium between the two plates, thus enabling the capacitor to store energy in either an electrostatic or electric field.

With their low profile design, innovative processing techniques, wide range of application fields and reliable service, M39003/01-5087 tantalum capacitors have become the preferred choice for many different types of electronic circuits. Despite their small size, the capacitors offer excellent performance, with wide temperature ranges and low impedance values making them suitable for a wide variety of applications.

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