M39003/01-7093/98

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When it comes to tantalum capacitors, M39003/01-7093/98 provides great technological solutions due to its wide application field and amazing working principle. It is widely used in automotive, high-end consumer electronics, industrial, and medical applications.

Tantalum capacitors are usually much smaller in size and lighter in weight compared to traditional aluminum electrolytic capacitors. This makes M39003/01-7093/98 a perfect choice for those applications requiring compact design. Apart from size, it is also more reliable and has longer lifespan since it can withstands extreme temperatures, thermal cycling, or vibration. This high performance also comes with the fact that its voltage range is also higher than other type of capacitors.

Capacitors, in general, store electric energy by using the effects of electric field and the physics of dielectric materials. The electric field is created between two conductors, usually plates. A dielectric material is placed in between them. Normally, an electric energy is stored when a current runs between the plates, electrifying them. How this works in tantalum capacitors is that, first, a 2-phase solid tantalum converter is used as the electrodes. The polarization is created from the 2 phases, which will be described in a few moments. Then, an encapsulation material, such as epoxy is used to completely cover the tantalum converter. This will prevent oxidation from humidity or temperature drifting. The use of epoxy will also give M39003/01-7093/98 its robustness for mechanical distortion and vibration.

The 2-phase solid tantalum converter is constructed from a tantalum metal powder allowing the spacing of two porous anodes made of a rare metal oxide, such as titanium dioxide. With the application of voltage, it allows an electrochemical reaction between the electrodes, creating an electric polarization. The electric field is formed in between the two anodes, which will be the source of electric energy. This electric energy can also be stored for later use, when the voltage is disconnected, and stored in the dielectric material of the capacitor.

Then, to maximize the performance and reliability of the M39003/01-7093/98, additional steps are applied. First, pre-treatment is done to (1) improve the adherence of the encapsulation material, and (2) calibrate the charge of the electrodes. This is followed by baking process to completely dry the material, which is later sealed up after testing. With careful calibration, M39003/01-7093/98 can deliver very high performance without compromising its reliability.

Extra features and design in M39003/01-7093/98 varies from applications to applications. For example, automotive applications for a low-noise operation is usually need the constant-capacitance design. While, power systems will need a higher-capacitance design. Additionally, some are designed with multiple pins to allow an easier installation.

Overall, M39003/01-7093/98 provides great technological solutions due to its wide application field and great working principle. It is highly reliable, compact, and can deliver high performance. The use of 2-phase solid tantalum converter and epoxy encapsulation can give it its properties. With careful engineering, M39003/01-7093/98 can satisfy almost all possible requirements for certain applications.

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