73F393AF-RC

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Fixed inductors are electrical components used in many circuits in order to store electrical energy in a linear fashion and control the flow of current. The 73F393AF-RC is a small radial style inductor commonly used for automotive and other applications where space is at a premium. Despite its small size, the 73F393AF-RC packs a punch and can handle high current ratings up to 2A and frequencies up to 100kHz.

The 73F393AF-RC offers a range of inductance from 4.7uH to 56uH, which ensures they are suitable for use in a variety of circuits with different current and frequency requirements. They are rated for a maximum operating temperature of 85°C to ensure a long lifespan, and also feature a black plastic shell which is resilient to environmental and atmospheric factors.

The 73F393AF-RC works on the principle of self-inductance. Self-inductance describes the way a current establishes a magnetic field around the inductor, which in turn increases opposition to changes in the current. This prevents the current from changing quickly, protecting the inductor from possible damage. Additionally, this stored energy can be used to supply components with a certain amount of current to ensure their operation.

Besides use in automotive applications, the 73F393AF-RC is also used in other applications where a small amount of electrical energy is required for a short period of time. These include power supplies, switch mode power supplies, LED strips and linear lighting. The 73F393AF-RC can also be used to filter signals from digital equipment, and in radio transmitters as an RF choke. The wide range of operating frequencies and current levels makes it suitable for an array of different projects.

In conclusion, the 73F393AF-RC is a tiny but powerful radial inductor offering a range of current ratings up to 2A and frequencies up to 100kHz. It is suitable for use in a variety of motor and automotive applications, as well as a range of other projects where electrical energy is required for a short period of time. Self-inductance ensures that the stored energy is protected from damage, as well as providing a steady supply of power to components for proper operation.

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