M39003/01-2746/TR

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Tantalum capacitors are classified into two general categories based on construction: wet and organic-based. The M39003/01-2746/TR is a wet-electrolytic capacitor, which is a tantalum capacitor that is wound with a foil and alloyed with an electrolytic medium.

Wet-electrolytic capacitors are ideal for high voltage applications. They provide greater capacitance and stored energy than other types of capacitors. These capacitors are also more reliable and have the ability to withstand higher temperatures.

The M39003/01-2746/TR capacitor is an electrolytic capacitor that is designed for high voltage applications. It is constructed using a tantalum anode, a metal-alloyed electrolyte and a dielectric film, all of which are wound together. The capacitance is determined by the anode and electrolyte, while the dielectric film serves as the insulation layer between the anode and electrolyte.

The anode material of a wet tantalum capacitor is usually a metallic alloy of tin, zinc and manganese, or silver, zinc and manganese. The metal-alloyed electrolyte is a mixture of water and other salts, such as sodium chloride, potassium chloride, lithium chloride and calcium chloride. The electrolyte provides a medium for the anode and cathode to exchange ions to store charge. The dielectric film is typically a polyester or polyimide material.

The M39003/01-2746/TR capacitor is designed for high-voltage applications and has a voltage rating of 10 to 32 volts. The capacitor can handle temperatures up to 125°C and is suitable for use in high temperature and high power applications. The capacitor can be used in a variety of applications such as electronic amplifiers, power supplies, and high voltage power converters.

The working principle of the M39003/01-2746/TR capacitors is based on the principles of electrostatic and electrokinetic energy storage. When a voltage is applied across the capacitor,plates of the capacitor are charged. The voltage on the plates creates an electric field that stores electrostatic energy. As the electric field increases, ions from the electrolyte move and disperse around the capacitors plates. This creates an electrokinetic effect that stores electrokinetic energy. When the voltage is removed, the electric field collapses, and the electrokinetic energy is released.

The M39003/01-2746/TR capacitor is an excellent choice for high voltage applications. It can handle temperatures up to 125°C and has a wide range of capacitance options. The capacitor can be used in high power applications and is highly reliable in operation. The capacitor is also cost-effective, making it ideal for consumer electronics and other economic applications.

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