8TPE100MAZB Capacitors

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Tantalum – Polymer capacitors are a type of capacitors that are rapidly gaining popularity in recent days. These capacitors are based on a solid Aluminum Oxide (Al2O3) dielectric, instead of the traditional wet electrolytes used in many other types of capacitors. The main advantages of these capacitors include high volumetric efficiency, long-term reliability and excellent temperature stability.

The 8TPE100MAZB capacitor is a field-effect tantalum – polymer capacitor. It is featured with a technology of the ‘solid’ polymer electrolyte and upgraded dielectric technology to achieve a higher energy density and higher reliability. The 8TPE100MAZB capacitor also boasts of high performance and wear resistance.

The application field of these capacitors can be found in various industries, from automotive and industrial to consumer and healthcare sectors. These capacitors are commonly used in computers, mobile phones and other mobile devices, digital cameras and high voltage applications. Examples of these applications include power supply and audio filtering, pulse control and pulse detection, high speed data transmission, touch-screen display and LED driving. Furthermore, these capacitors are also used in military, aerospace and aviation industry.

The working principle of these capacitors is similar to most other capacitors. A capacitor consists of two conductive plates that are separated by an insulating dielectric material. In the case of the 8TPE100MAZB, the dielectric is made of an Aluminum Oxide layer. A voltage applied across the capacitor electrodes causes electrons to be trapped in the oxide layer and stored as electrostatic energy. During discharge, the trapped electrons are released, providing a current.

One of the main differences between traditional wet electrolyte capacitors and tantalum – polymer capacitors is the stability. The polymers used in the tantalum – polymer capacitors provide a controlled temperature coefficient that ensures a more stable temperature performance compared to traditional wet electrolyte capacitors. This allows for more efficient storage and usage for applications that require longer-lasting performance.

In addition, tantalum – polymer capacitors are also much more efficient compared to traditional wet electrolyte capacitors. The use of polymers instead of liquid electrolytes gives the capacitors a higher volumetric efficiency. This results in the use of fewer components, allowing these capacitors to occupy less space, while also reducing their overall cost.

Finally, these capacitors also have excellent long-term reliability. The use of polymers instead of liquid electrolytes also helps to reduce the chance of leakage, ensuring that the capacitors maintain their functionality even after prolonged use. Furthermore, the use of Aluminum Oxide as the dielectric also helps to reduce the chances of corrosion and makes the capacitors more robust. This allows for better stability even after a prolonged use.

In conclusion, the 8TPE100MAZB capacitor is a type of field-effect tantalum – polymer capacitor that is specially designed to provide high performance and wear resistance. Its application fields can be found in many industries, such as automotive, industrial, healthcare and military. Its working principle is based on the same principles as other capacitors, while its use of polymers instead of liquid electrolytes provides it with higher volumetric efficiency, longer-term reliability and excellent temperature stability.

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