185474J63RHB-F

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Film Capacitors make up a large portion of the capacitor industry. They can come in various sizes, shapes, and configurations to suit many different applications. The 185474J63RHB-F Capacitor is an example of this variety of capacitors. This capacitor has a range of features and applications that make it an attractive option for a wide range of applications.

The basics of the 185474J63RHB-F. This type of capacitor is a polyester film capacitor that is also known as a Mylar capacitor. It has a dielectric that is constructed from metallized polyester film with epoxy coating and aluminum foil electrodes. This capacitor has an operating temperature range of -55C to +125C, a voltage rating of 450V, a capacitance of 1nF, and a tolerance of 5%. The size of the capacitor is 7.3mm by 10mm.

The application field of the 185474J63RHB-F. This type of capacitor can be used in a variety of different types of electrical applications. It is most often used in circuits that require high-frequency filtering and decoupling. It is also commonly used in power supply circuits, timing circuits, and in push-pull amplifiers to provide stable voltage. The capacitor can also be used in radio antennas and as a charge recovery capacitor in microwaves.

The working principle of the 185474J63RHB-F. This type of capacitor works by storing and releasing electric charge. It does this by separating its two electrodes with a dielectric material, which acts as an insulator between them. When a voltage is applied between the two electrodes, a layer of electrons is moved through the dielectric, which causes the capacitor to store electric charge. This electric charge can then be discharged by connecting the two electrodes, allowing the charge to flow back out of the capacitor.

In conclusion, the 185474J63RHB-F is a type of Polyester Film Capacitor that is used in a variety of applications. This capacitor is characterized by a high-temperature operating range, a voltage rating of 450V, a capacitance of 1nF, and a tolerance of 5%. It is most often used in circuits that require high-frequency filtering, decoupling, or power supply circuits, as well as in radio antennas or as a charge recovery capacitor in microwaves. This capacitor works by storing and releasing electric charge by separating its two electrodes with a dielectric material.

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