08055J100JBTTR

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Thin film capacitors are one of the most commonly used and versatile electronic components in the entire electronic industry. The 0805J100JBTTR is a popular thin film capacitor, boasting a wide range of applications, reliable performance, and great durability. This article will discuss the application field and working principle of 0805J100JBTTR.

Applications of 0805J100JBTTR

The 0805J100JBTTR has a wide range of applications, from low power consumer electronics to professional industry-grade circuits. It is particularly useful in consumer-grade electronics, such as cell phones, tablets, laptop computers, and other handheld devices, due to its small size and high capacity. It is also useful in applications that demand a high level of reliability, such as in medical, scientific, and military equipment. Finally, it is extremely durable, making it perfect for use in long-term circuit designs.

Working Principle of 0805J100JBTTR

The 0805J100JBTTR is a type of thin film capacitor, which means that its layers are composed of thin metal films. The thin metal films are usually nickel-chrome alloyed layers, coated with a polymeric insulation layer. This polymeric insulation layer separates the two thin metal layers, preventing an electrical current from passing between them. When a potential difference is applied to the two layers, an electric field is generated, which induces an electrostatic charge between the two metal layers.

This electrostatic charge is what stores the energy that the capacitor is capable of. When the potential difference between the two metal layers is removed, the electrostatic charge is drained, and the capacitor will discharge the stored energy into the circuit. This energy is then used by the components of the circuit to perform their desired tasks.

Conclusion

The 0805J100JBTTR is a popular type of thin film capacitor, boasting a wide range of applications, reliable performance, and great durability. It is particularly useful in the field of consumer electronics, due to its small size and high capacity. Additionally, its working principle is based on the generation of an electrostatic charge between two thin metal layers, which stores the energy that can then be discharged into the circuit.

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