M39003/09-0338/TR

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Tantalum capacitors are components used to store electrical energy. These capacitors are constructed using two electrodes that are separated by a dielectric material that can be made of tantalum, aluminum or ceramic. The tantalum capacitor is composed of the tantalum anode, an electrolytic solution and the cathode. The anode is made of tantalum metal, the cathode is a metal and the electrolyte solution is an aqueous solution.

The M39003/09-0338/TR is a surface mounted tantalum capacitor used widely in DC-DC converters, mobile phones, notebook & desktop PCs, digital cameras, DVD & VCD players. Its unique construction using tantalum as the dielectric material makes it extremely robust and resistant to vibration and mechanical shock.

M39003/09-0338/TR capacitors work on the principle of charging and discharging electrical energy between the anode and cathode. When a voltage is applied, electrons from the anode travel across the dielectric material and towards the cathode. This creates an electric dipole between the two electrodes and allows the capacitor to store energy. On the other hand, when the voltage is removed, the electric dipole is reversed and the electrons return to the anode thereby discharging the capacitor.

This capacitor also offers low equivalent series resistance (ESR) which is an important factor in high frequency usage. Low ESR enhances the device’s ability to transfer electrical energy at high frequencies, and adds stability and reliability to the power electronics system. The M39003/09-0338/TR tantalum capacitor also offers high temperature body and durability, low impedance and excellent capacitance stability.

The M39003/09-0338/TR Tantalum Capacitor is an essential component in the electronics industry, due to its unique properties. It is generally used in power electronics applications, where its robustness, high capacitance and low temperature characteristics come into play. Its construction using tantalum as the dielectric material also makes it highly reliable in withstanding vibrations and shocks.

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