M39003/03-0251

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Tantalum capacitors are manufactured using three primary dielectrics: solid tantalum, an electrolytic capacitor, or polymeric, which is an organic film such as acrylic or polyester. Each dielectric can offer unique advantages and disadvantages for a particular application.

M39003/03-0251 is one of the most popular line items in the tantalum capacitor portfolio. This tantalum capacitor utilizes both solid Tantalum as the dielectric and a conductive polymer as the cathode. This combination brings robust performance and high reliability in demanding applications.

Applications of M39003/03-0251 include high frequency filters and transient suppression of power systems. It is also ideal for installation in high temperature and acidic environments such as those encountered in computer systems, power converters, and electronic data systems.

This capacitor utilizes a tantalum anode, an ionically conductive electrolyte, and a conductive polymer as the cathode. It is constructed with a hermetically sealed glass-to-metal seam with the leads axially applied. The use of peripheral welds results in improved durability in temperatures up to +125°C. The construction makes for a rugged, reliable capacitor.

The working principle of the M39003/03-0251 is based on the principles of electricity. An electrical charge is stored on the anode side based on the capacitance of the unit, with its value determined by the amount of current that flows through the unit. The capacitor then acts as a filter to allow only certain frequencies, as determined by its capacitance, to pass by and be routed to the destination.

The M39003/03-0251 is able to function effectively in extreme conditions. The highly conductive polarity layer helps ensure excellent performance in high vibration and surge loads, and the glass-to-metal seam ensures hermetic sealing for temperature stability and reliability in high humidity environments. The glass-to-metal seal also ensures that the capacitor remains electrically isolated in liquid and high temperature environments.

The M39003/03-0251 is typically used in industrial, automotive, and military applications. Its robust construction and versatile performance make it ideal for a wide range of applications. It offers strong and reliable performance in high frequency filter and transient suppression of power systems, computer systems, power converters, and electronic data systems.

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