CIGT201210UHR47MNE

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Fixed inductors are a critical component of any electrical circuit. They provide a variety of different applications and are commonly used for power supply regulation, impedance matching, coupling and harmonic filtering. The CIGT201210UHR47MNE is a type of fixed inductor used in various electrical and electronic applications. The device is prefixed with a letter code to indicate the aspect of its operating characteristics, such as inductance value, quality, temperature coefficient, and operating voltage.

The CIGT201210UHR47MNE is an axial-leaded, high-temperature, and high-voltage fixed inductor. It is constructed with an enameled copper wire wound into a insulated bobbin to ensure excellent voltage isolation. It has a rated DC current of 1.3 A, a voltage range of 0.25 - 36 V, an inductance range of 10 - 100 uH, and a winding resistance of 0.15 - 1.2 Ohms. The device also provides excellent overload handling capacity, a high frequency-current ratio, and a low self-resonant frequency.

The primary application of CIGT201210UHR47MNE is in radio and audio circuits. The high current flow and high inductance make it ideal for use in radio receivers, audio amplifiers, and other audio products. It is also used in telecom, automotive, and power electronics applications, such as motor control circuits, alternator excitation circuits, and power supplies.

The working principle of the CIGT201210UHR47MNE fixed inductor is based on Faraday\'s law of induction. When a current is passed through its winding, it creates an electromagnetic field around the winding, which induces an EMF in the coil proportional to the rate of change of the magnetic flux. This induced EMF opposes the current flow, creating the property of inductance. The CIGT201210UHR47MNE also utilizes a steel core to increase its inductance value.

In summary, the CIGT201210UHR47MNE inductor is a dual-gapped, insulated, and high-voltage fixed inductor. It is designed for excellent voltage isolation and high current carrying capacity, making it ideal for power supply regulation, impedance matching, coupling, and harmonic filtering applications. The primary applications of the device are in radio and audio circuits, telecom, automotive, and power electronics. Its working principle is based on Faraday\'s law of induction, with an electromagnetic field being induced within the winding to create inductance.

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