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Film Capacitors

Film capacitors are electronic components composed of thin dielectric films. They have electrons stored on the inner and outer faces (or electrodes) of the film. By adding an external voltage, electrons on the inner face of the film polarize and move toward the outer face. The energy stored in the capacitor is proportional to the reduction in area between the inner and outer faces. Film capacitors vary in terms of design, size, construction materials, working temperature, dielectric type, capacitance value, and maximum operating voltage.

ECQ-V1H183JLW Application Field

ECQ-V1H183JLW is a film capacitor from Panasonic Corporation, a leading producer in the field of semiconductors. This capacitor is designed for use in high-precision analog and digital applications, such as professional audio equipment, audio-visual equipment, network communications devices, medical devices, e-books, and HDTVs. It is also suitable for automotive applications, including car radios and navigation systems.

ECQ-V1H183JLW Working Principle

The ECQ-V1H183JLW capacitor consists of an ceramic substrate and a thin-film electrode layer deposited on top of it. It is a high-precision component designed for use in systems which require a stable capacitance over wide temperature ranges and high-ripple current. The capacitor also has a low ESR (Equivalent Series Resistance) and is able to withstand high-reverse voltage. The ECQ-V1H183JLW works by creating an electrical field between the two electrodes, which acts to store and release electrical energy.

Conclusion

The ECQ-V1H183JLW is a film capacitor designed for high-precision applications, such as professional audio and video equipment, network communications devices, medical devices, e-books, automotive radios, and HDTVs. It has a stable capacitance over wide temperature ranges and can withstand high-reverse voltage, as well as high-ripple current. The capacitor works by creating an electrical field between the two electrodes which stores and releases electrical energy.

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