167333K100A-F

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Film capacitors, also known as plastic film capacitors or dielectric film capacitors, are electronic components made of a thin plastic film with metal or conductive coatings. Of all types of capacitor, they are the most widely used and their applications cover a broad range of electronics, from consumer to industrial. 167333K100A-F film capacitors are no exceptions, and they are widely used in applications such as AI, high-end industrial automation, communication, and energy.

The 167333K100A-F are plastic film capacitors used in intensive and complex applications that involve high performance and higher levels of reliability and stability. The capacitance range of these capacitors is from 0.022uF to 200uF. The temperature range is from -55 °C to +125°C, and they have a rated voltage of 250VAC. The capacitors are highly comprehensive with the ability to handle electrolytic, metalized, and non-metalized film capacitors and are FCC, UL, and RoHS certified for added safety.

A plastic film capacitor is made of two different types of thin plastic films. The first one is made of a plastic resin that is impregnated with dielectric tissue, and the second one is made of aluminum foil. The plastic surface and the aluminum foil are pressed together to form a capacitor structure. On the surface of the plastic film, a conductive metal or layer of metal deposited on an insulator is added as electrodes. An electrolytic process is then used to connect the metalized parts together.

The capacitance of a film capacitor results from the accumulation of electric charge on the electrodes as voltage is applied. The capacitor coil as a result stores energy by attracting positive and negative charge to different poles. This creates an effective charge generator and voltage divider that allows the device to filter out frequencies. This is why the capacitors are used in AI and high-end industrial automation applications as these need higher levels of energy independence and voltage control.

The 167333K100A-F film capacitors are also used in communication and energy applications. In communications, parameters such as attenuation, noise, and group delay must be controlled and monitored in order to provide reliable and seamless communication. The capacitors are able to absorb high frequency signals and filter out noise, allowing for an accurate rendering of signals between devices.

In energy applications, high frequency and high instantaneous current require more precise and reliable control. The 167333K100A-F capacitors are able to filter out high-frequency signals and stabilize the current, thus providing better control of the energy generation and preventing power surges and low-frequency fluctuations.

Another key property of the 167333K100A-F film capacitors is their safety. All the capacitors of this series are FCC, UL, and RoHS certified. This means that these capacitors meet regulations related to flammability, hazardous substances, and safety. In addition, these capacitors have a high tolerance to voltage change and a low ESR (Equivalent Series Resistance) value, making them more reliable and efficient in numerous applications.

The 167333K100A-F film capacitors are very versatile. Not only do they offer higher performance and reliability, but they are also safe to use in many applications. This makes them one of the most popular and widely used capacitors in electronics today.

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