M39003/01-7297/HSD

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Tantalum capacitors are a type of electrolytic capacitor that are widely used in the electronics industry. The M39003/01-7297/HSD capacitor is a small, high-capacitance tantalum capacitor with an anode body and a cathode lead. It is available in several different sizes and offers a specific capacitance range of 10μF - 220μF.

The M39003/01-7297/HSD is constructed of two main parts; the anode body and the cathode lead. The anode body is made of two plates of tantalum sandwiched together with an oxide film (dielectric) between them. The cathode lead is made of a conductive material (usually silver) and is connected to the anode body via a solder joint. The capacitor is then filled with a conductive electrolyte, typically either a liquid or a gel.

Tantalum capacitors are characterized by their small size, high-capacitance, and low leakage current. They are commonly used in applications where small size and high-capacitance are needed, such as in small medical or consumer electronics devices. The M39003/01-7297/HSD is well-suited for use in these types of applications due to its small size and high capacitance range.

The working principle of a tantalum capacitor is simple. When a voltage is applied across the anode and cathode terminals of the capacitor, it forms an electric field across the oxide film between the plates. This electric field creates a displacement of ions in the oxide film, which generates a charge across the plates. This charge causes a current to flow, which is stored as energy in the capacitor. The capacitance of the capacitor is determined by the amount of charge stored on the plates, which is dependent on the voltage applied across them.

The M39003/01-7297/HSD is a high-capacitance, small-sized tantalum capacitor that is well-suited for a variety of applications. It is ideal for use in small medical or consumer devices due to its small size and high capacitance range, and can be used to provide a reliable, long-lasting power source. Its high-capacitance and low-leakage properties also make it ideal for use in power supply and decoupling circuits. The working principle of the capacitor is based on the displacement of ions in the oxide film between the plates, which creates a charge across the plates and stores energy in the capacitor.

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