M39003/01-2341H

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Tantalum capacitors are a type of electrolytic capacitor, which use tantalum as one of its two electrodes. The M39003/01-2341H is a tantalum polymeric capacitor with a capacitance of 220uF and a voltage rating of 16 Volts. Its applications range from high temperature capacitive components, to RF energy storage, to high-reliability military applications, among many other uses. This capacitor is capable of very high-temperature operation, with a maximum working temperature of 150°C.

The working principle of a tantalum capacitor is based on the fact that the metal tantalum ions, when put in an electrolyte, form an oxide layer on its surface. This oxide also acts as an insulator and prevents the free movement of electrons. When an external electrical field is applied, ions move toward their corresponding electrodes, and an electric charge is stored in the capacitor.

When selecting a tantalum capacitor for use in an appliance, one must take into account a number of parameters, such as the rated voltage, the allowable current, the capacitance, the temperature coefficient, and the ESR rating. The capacitors also come in different sizes and may feature different terminals to facilitate mounting on PCBs. The rated voltage should not be exceeded, as this can cause the capacitor to overheat and fail. The allowable current must also be monitored to prevent overheating.

When using the M39003/01-2341H, it is important to keep these parameters in mind. The capacitance of the capacitor is 220uF, indicating that it can store quite a bit of energy. Its rated voltage is 16V, and its temperature coefficient is 110ppm/°C. It has an ESR rating of 35mΩ max. The capacitor’s maximum working temperature is 150°C. As with any other capacitor type, the Vishay M39003/01-2341H should not be operated close to its rated temperature.

The M39003/01-2341H is a reliable capacitor that is suited for a wide array of high-temperature and high-reliability applications. It pays to keep its parameters in mind when selecting it for a project, and to remain vigilant for any signs of overheating or of a potential failure.

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