FCP2416H124J

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Film capacitors are passive electronic components used to store electrical energy and to control the amount of current in a circuit. Amongst their uses, they can be used as DC decoupling capacitors, AC line filters, high-frequency pulse shapers, and for load balancing, etc. The FCP2416H124J is a film capacitor manufactured by Walsin, a global leader in the capacitor industry. This film capacitor has a rated voltage of 175Vac (50/60Hz) and a rated capacitance of 0.0047µF. It is extremely compact in size with a rated ‘D’ diameter of 2.4mm and height of 1.2mm.

The unique design of the FCP2416H124J is its ability to remain stable for an extraordinary range of temperatures. Its low equivalent series resistance (ESR) and low dissipation factor (DF) are strikingly low compared to many other film capacitors available in the market. Its ultra-stable construction is based off a polypropylene film housing that provides excellent protection against electrical noise and other environmental elements. The FCP2416H124J also has an Ethernet port to allow users to connect and monitor the capacitor remotely.

The primary application field of the FCP2416H124J is in various electrical circuits, such as voltage and current regulation. In voltage regulation, the capacitor is used to reduce the voltage fluctuations in the circuit. In current regulation, it is used to reduce the amount of ripple current in the circuit. The capacitor is also useful for power cut-off and noise-reduction purposes. Additionally, due to its low ESR and DF, the capacitor is used for filtering purposes in noise-sensitive components such as amplifiers and communication equipment.

The FCP2416H124J works on a farad law principle. The law states that the capacitance of a capacitor is a function of its mechanical dimensions such as length, width, and height, as well as the material used for its dielectric. A capacitor’s dielectric is a non-conducting medium that is placed between two metal electrodes that are responsible for the accumulation of the charge. On application of a voltage, the dielectric of a capacitor collects the charge and stores it. The current is proportional to the capacitance present in the medium, thus forming a current-capacitance relationship that forms the basis of the farad law.

In conclusion, the FCP2416H124J film capacitor is a compact and stable component designed for various applications. It works on the principle of farad law and its utilization helps reduce voltage and current fluctuations, noise, and ripple current. Its compact size makes it ideal for use in space-sensitive applications. Additionally, due to its Ethernet functionality, users can monitor and manage the capacitor remotely. All these features make the FCP2416H124J an excellent choice for a wide range of applications.

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