M39003/01-5362H

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Tantalum capacitors are electrochemical components that use tantalum oxide dual-layer structures to store electric charges. The design of these capacitors creates strong and reliable capacitors, perfect for use in a range of applications.

The M39003/01-5362H is an example of a tantalum capacitor specifically designed for military and aerospace applications. This component has a cylindrical shape with two pins emerging from either end, each affixed with a solder tag or that can be soldered directly to the printed circuit board.

What makes the M39003/01-5362H an exceptional capacitor is its combination of voltage and capacitance. This component has an excellent working voltage of up to 55 volts, meaning it can be used for a variety of high voltage applications, as well as a significantly high capacitance of up to 47 uF. This combination makes it a suitable component for tightly regulated power supplies and other high voltage or high capacitance requirements.

In order to understand the principles that allow a tantalum capacitor to perform so well, we must first look at the construction of the component itself. This tantalum capacitor is made up of three distinct layers– two oxide layers and a polyester dielectric. The two oxide layers are composed of tantalum oxide, which functions as a very effective semiconductor. The layer between the two oxide layers is a polyester dielectric that acts as a barrier to stop electric current from flowing between the plates.

The other elements of this component include two positive and negative terminals, as well as a body which encapsulates the component. This deters the oxidation of the metal in the oxide layers, thus helping to maintain performance and quality of the capacitor.

These features come together to form a component that is capable of providing reliable and high quality performance in many environments. As the component only requires a small amount of space, it is suitable for use in smaller circuitry, such as IoT devices, PC cards, modems and other applications. In addition, its high voltage rating makes it a suitable choice for a range of high voltage applications, such as those found in medical, military and aerospace systems.

The main feature of the M39003/01-5362H, however, is its working principle. This capacitor works through the electrolytic action of two isolated metal plates, one of which is the container of the component and the other is the body of the component. The voltage applied to the capacitor causes electrons from one plate to alternately move to and from the other. This movement of the electrons between the plates creates a charge on both plates, storing energy in the form of an electric field.

The working principle of a tantalum capacitor makes it an ideal component for storing charges. The charge stored by the capacitor can then be used for a variety of applications, from powering electronics to providing a backup power source for a range of devices. This means that tantalum capacitors provide a reliable and efficient source of power for a range of circuits and applications.

The M39003/01-5362H is an excellent example of a specialist tantalum capacitor designed for high voltage and high capacitance applications. Its construction from two oxide layers and a polyester dielectric creates a reliable and durable component which is suitable for use in a range of applications. In addition, the working principle of the capacitors, which relies on the electrolytic action of two isolated metal plates, provides a dependable and efficient solution for storing electrical charges.

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