160104K1000N-F

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Film capacitors, also known as plastic film capacitors, have become an indispensable component in electronic circuit design. 160104K1000N-F is a plastic film capacitor with high reliability and a low cost. It is widely used in power electronics, audio equipment, communication, home appliances, industrial control, aerospace, military, medical, etc.

160104K1000N-F has a broad operating temperature range, which are suitable for -40℃~+105℃ environments. It has a long-term stability of ±0.1%/year, high insulation resistance of 1~10^4MΩ, a rated voltage up to 630V, and also comes with a variety of capacitance options from 1~1000nF. The device is of good capacitance stability over temperature, humidity, and frequency.

As working principle, 160104K1000N-F is composed of two metallic electrodes separated by a dielectric film. The generic capacitor is composed of two planar, adherent electrodes which are separated by a dielectric film that is evenly coated with electrodes. This basic structure reduces the major contribution of the electric field to the overall capacitance value. The two electrodes are generally made of aluminum or other metals, and the dielectric film is usually made of mylar or polypropylene.

In terms of application fields, 160104K1000N-F is mainly used for filters, decoupling, and bypass. In frequency-selective circuits, the capacitor acts as a high-pass filter and low-pass filter respectively, and can be further divided into band-pass filter and notch filter according to the frequency accepted. It can also be used for AC / DC coupling, and also be applied for the acceleration of frequency compensation networks created by RC networks. In general, 160104K1000N-F can be used in all kinds of filter, bypass and decoupling applications.

160104K1000N-F provides excellent frequency characteristic performance, high ripple current capability, and hold-up times that can work safely and reliably in various digital circuits. With the technology drive of power electronics, more electronic devices will take place, and they will be more intelligent and miniaturized. Film capacitors are becoming essential components in the circuit design of such devices.

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