M39003/01-2726H

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Tantalum capacitors are a type of electrolytic capacitors, which are polarized components that use two metal plates to store electrical energy. These capacitors are mainly used in applications that require only a small amount of energy and are ideal for moderate to low voltage applications as well as for high-frequency filtering applications. M39003/01-2726H capacitors, in particular, are designed to be used in any application where higher capacitance values are required, such as power supplies, audio amplifiers, and DC-DC circuitry.

The M39003/01-2726H capacitor is an axial-lead tantalum capacitor with a capacitance value of 2.7µF, allowing it to fulfil the needs of many applications requiring higher capacitance values. The M39003/01-2726H is constructed using tantalum anodes, tantalum cathodes, and silver-plated molybdenum anode lead. Because of this construction, the M39003/01-2726H is capable of withstanding higher temperatures and large temperature gradients while providing exceptional performance. Furthermore, the M39003/01-2726H has a wide range of working voltages starting from 6.3V and ranging up to 16V for extreme temperatures of 85°C.

The working principle of the M39003/01-2726H is based on the same principles as other tantalum capacitors. It consists of two metal plates separated by a dielectric. This dielectric is made of tantalum pentoxide, an oxide of tantalum, and is capable of storing large amounts of electrical charge. The two metal plates are charged with a positive charge on the anode (marked with the "+" sign) and a negative charge on the cathode (marked with a "-" sign), creating an electric field between the two plates. When a voltage is applied between the two plates, the voltage forces the electric field to increase, thus increasing the capacitance and allowing the capacitor to store more electrical charge.

The M39003/01-2726H is a particularly desirable solution for various applications, such as audio amplifiers, power supplies, and DC-DC circuitry. Its construction makes it both reliable and efficient, and its wide range of working voltages makes it suitable for any application requiring higher capacitance values. Its construction also ensures it is capable of withstanding higher temperatures and temperature gradients, making it a reliable and highly flexible solution.

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