M39006/21-0051

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Tantalum capacitors are widely used in many electronic applications because of their high reliability and superior performance characteristics. They are constructed using tantalum metal as the base material for the electrode. The anode is usually constructed of a sintered anode of tantalum powder, which is surrounded by an oxide layer. The cathode is comprised of an electrolyte material, such as manganese dioxide or aqueous electrolyte.

The M39006/21-0051 is a specific type of tantalum capacitor, which is used in various applications including high power switching circuits, high frequency resonant circuits, and data communication circuits. This type of capacitor has a specific capacitor code which is a combination of the total capacitance and the applied voltage rating. This code is typically printed on the capacitor and/or the packaging sleeve. It consists of a three or four digit number followed by a dash and then two numbers (e.g. 230T-025). The first three or four digits represent the capacitance in picofarads (pF). The two numbers after the dash are the voltage rating in Volts.

A tantalum capacitor works by storing an electric charge up to its rated voltage. The oxide layer on the anode insulates it from the electrolyte material, so that the capacitor stores a specific amount of charge. As current is drawn from the capacitor, the oxidized layer shrinks, allowing electrons to flow from the anode to the cathode. This is known as the Faraday effect.

The M39006/21-0051 is a low profile, surface mount tantalum chip capacitor. It is rated for a capacitance of up to 22µF, with a wide range of voltage ratings up to 25VDC. It is designed for use in high frequency resonant circuits, as well as in high power switching circuits and data communication systems. The capacitor is extremely stable and offers very good electrical performance, especially at high frequencies.

The M39006/21-0051 is a reliable component for use in various electronic applications. Its low profile package and high reliability make it an excellent choice for space-constrained designs. Its wide range of voltage ratings and capacitance values make it suitable for a range of applications and its good electrical performance makes it a highly reliable component.

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