CB182K0274JBC

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Film capacitors are passive electronic components that help manage current in a system. They can help maintain a stable voltage and reduce electrical noise. The CB182K0274JBC is a film capacitor specially designed for signal line buffer coupling. It offers a high dielectric strength, enabling it to minimize the main voltage in signal lines

Applications

The CB182K0274JBC is mainly used for signal line buffer coupling in automotive electronics, consumer electronics, and industrial control systems. It can also be used for decoupling components in AC/DC convertors and phase shift load circuits. It is also suitable for various analog and digital circuits in signal line buffering.

Working Principle

The CB182K0274JBC film capacitor follows the principle of electrostatic capacitance. It’s made from two metal plates separated by a dielectric material. In this case, the metal plates are made from rolled aluminum foil, and the dielectric is a polyester-imide film. The amount of charge stored is determined by the amount of material between the plates and the configuration of the plates.

When electrical current flows between the plates, the electrons create an electrostatic field between them. This enables the device to transfer more energy between the two plates in the form of an electric current. The dielectric material between the plates helps to control the electric current and allow only the proper amount of current to pass through the device.

The CB182K0274JBC film capacitor offers exceptional characteristics due to its high dielectric strength and ability to control the electric current. It has a capacitance of 0.274μF, which is an ideal value for signal line buffer coupling applications. It also has a low temperature coefficient and and an impulse discharge rating of 180V.

Conclusion

The CB182K0274JBC is a film capacitor specially designed for signal line buffer coupling applications. It’s made from two rolled aluminum foil plates with a dielectric material between them. It offers excellent performance thanks to its high dielectric strength, allowing it to minimize the main voltage in signal lines. It also has a low temperature coefficient and an impulse discharge rating of 180V, making it suitable for a wide range of applications.

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