T491B105M035ZTAC00

Tantalum Capacitors

A tantalum capacitor, also known as polymer capacitors, is an electronic component used to store electrical energy. The capacitor is made of two conducting plates separated by a dielectric material or insulating medium, which is the component that helps increase the capacitance of the capacitor. The tantalum capacitor is composed of three principal elements: a tantalum anode, a dielectric and a tantalum cathode. The dielectric is usually a polymer, such as a physically or solution-crosslinked polymer that contains a large amount of hydrophilic ions, such as anionic, cationic and amphoteric ions.

T491B105M035ZTAC00

T491B105M035ZTAC00 is a popular model of tantalum capacitor. The type of tantalum capacitor the model denotes is a molded molded chip-type capacitor. This means that the capacitor is constructed with a molded unit containing the anode and cathode plates and dielectric materials. The anode and cathode plates are connected inside the molded unit and the dielectric material is placed between the plates. This makes the structure of the capacitor very sturdy and also gives it superior mechanical strength, making it ideal for use in rugged and high-intensity applications.

Application Field

T491B105M035ZTAC00 is mainly used in areas such as automotive electronics, defense, medical equipment, and audio-visual equipment. The capacitor provides superior electrical characteristics and stability which is applicable to these fields. The use of T491B105M035ZTAC00 capacitors helps extend the life of these devices as they are extremely resistant to shock, vibration and temperature. Some of the applications of this capacitor include: frequency synthesizers, motor controls, data processing equipment, communication systems, instrumentation and high-intensity illumination.

Working Principle

T491B105M035ZTAC00 capacitors rely upon charged ions, produced by the electrical energy across their two plates, to provide the dielectric resistance which acts as an insulator and prevents the electrical flow between the plates. This is what produces the high-grade insulation and makes them suitable for use in high-intensity applications. The workings of a tantalum capacitor are very efficient and reliable, making them an ideal choice for use in these fields.

Conclusion

T491B105M035ZTAC00 capacitors are highly reliable and efficient electronic components which are ideal for automotive electronics, defense and other high-intensity applications. They are able to provide good electrical characteristics and a long life due to their robust construction and are also resistant to shock, vibration and temperature. The working principle of T491B105M035ZTAC00 capacitors relies upon charged ions between the two plates, which acts as a dielectric material and stops the electrical current from passing between the two plates.