CIGT201608UMR24MNE

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Fixed Inductors
Fixed inductors, also known as inductors or coils, are used to store energy in the form of a magnetic field. They play a vital role in many modern electrical and electronic circuits as they are used to filter signals, regulate currents, and transmit signals. They also serve as coupling elements in various forms of capacitive and inductive circuits and the CIGT201608UMR24MNE is one such type of fixed inductor.

The CIGT201608UMR24MNE is a surface-mount ceramic multi-layer inductor with a maximum inductance (Lm) of 7.2μH and a maximum rated current (Ip) of 0.7A. The operating temperature range is from -40℃ to +125℃ so it can handle a wide range of temperature requirements. The CIGT201608UMR24MNE is designed for high-frequency, high-performance applications such as switched-mode power supplies, telecommunications, and audio circuits. It has a low self-resonant frequency and high self-resistance and is designed with low stray capacities and a low size.

The primary application field of the CIGT201608UMR24MNE is the high frequency switching power supply circuit. This type of circuit is often used to combine power components into a very small space by reducing the number of components and minimizing the overall voltage. The inductor is used in the power supply circuit to regulate the current and reduce the noise of the switching power supply. In addition, the CIGT201608UMR24MNE is also well suited for use as an inductive filter in low, medium and high-frequency circuits; for example, in telephone and audio circuits. As the inductor has a low self-resistance it is also well suited for use in transmission-end audio circuits where low output impedance is required.

The working principle of the CIGT201608UMR24MNE is based on Faraday’s Law. Faraday’s Law states that the induced electromotive force in a conductor is proportional to the rate of change of the magnetic flux through the loop. When current is applied to the CIGT201608UMR24MNE, a changing magnetic flux is induced, generating an electromagnetic force that will turn the current into a spiraling motion, forming a magnetic field and creating a voltage drop, thus offering inductance. The inductance of an inductor is proportional to the core size, the number of turns, and the material used for the core; larger cores, more turns, and higher-quality material will result in greater inductance.

The CIGT201608UMR24MNE is a versatile, high-performance fixed inductor and has many applications in high-frequency switching power supply circuits, phone and audio circuits, and inductive filters. Its impressive performance is due to its low self-resonant frequency, high current rating, and wide operating temperature range.

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