M39003/03-0333H

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Tantalum Capacitors

The M39003/03-0333H is a tantalum capacitor, which is a type of capacitor, that stores electrical energy in an electric field. This is widely used in applications that require low-profile, high-energy storage devices.

This capacitor has a number of advantages over other types of capacitors such as electrolytic, ceramic, and film capacitors. For example, its low-profile design and high energy storage capacity makes it ideal for high-energy applications where space is a concern. Additionally, it is highly stable with low loss characteristics making it an attractive choice for applications where stability and low voltage drops are important.

The M39003/03-0333H is a radial lead, wet-block-type, capacitor. It consists of two insulation layers, one of which is filled with a wet-block-type electrolyte. The capacitor has a capacitance range from 0.0012uF to 2,200uF, a voltage rating of 25-63V, and is available in a variety of package sizes.

In terms of its application field, the M39003/03-0333H is ideal for use in automotive, surge suppression, power supplies, switch-mode power supplies, and decoupling applications. It is also an excellent choice for applications that require high ripple current, low-inductance, and high dielectric strength.

The working principle of the M39003/03-0333H is as follows. It utilizes the principle of electric field formation in order to store electrical energy. An electric field is created when two plates are charged and placed parallel to each other. These plates form the dielectric material of the capacitor and they allow for the formed electric field to store energy. Each plate carries a positive charge and when connected to a power source, the charges move from one plate to the other, forming the electric field and storing the energy. As the capacitor is discharged, the electric field starts to decrease until the capacitor is fully discharged.

Overall, the M39003/03-0333H is an ideal capacitor for a variety of applications. It has a low-profile design and high energy storage capacity making it suitable for high-energy applications. Additionally, it has a high stability and low-inductance, making it suitable for applications that require stability and low voltage drops. Lastly, its working principle of electric field formation allows it to store energy effectively.

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