CIGW252012GM6R8MNE

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Fixed Inductors

The CIGW252012GM6R8MNE is a type of Fixed Inductor component. It is an inductor that performs a specific function within an electronic circuit, and can be categorized as a passive component.

Application Field

The CIGW252012GM6R8MNE is primarily used in the production and repair of various electronic devices. It is used to store a level of energy within a circuit, or to act as a filter. In other words, it can be used in various applications to control the current flow within the circuit in a certain way, at certain frequencies, whatever is required. It is also used to produce a specific type of current waveform, depending on the stage of the circuit where it is installed, and its frequency.

The fixed inductor can be utilized within a variety of electronics products, including digital systems, analog systems, amplifiers, DC-DC converters, power supplies, medical devices and automotive electronics. As a fixed component, it can provide inductance values in a range of 0.7 to 6.3 micro-Henries. On the other hand, it can also provide effective impendence values in a range of 0.00001 to 0.006 ohms.

Working Principle

The CIGW252012GM6R8MNE works on the principle of inductance. It uses the principle of magnetic field effects to store electrical energy and control current flow in a circuit. When a current is passed through its windings, a magnetic field is developed around them, and an electromagnetic force is generated which, in turn, induces a voltage in the windings (and vice versa). This induced voltage is opposed to the actual flow of current and ceases when the current stops.

The primary purpose of the fixed inductor is to act as a filter, rather than a storage device. It can be used to limit or shape the frequency of high-frequency signals, or to reduce the level of electric noise that is present within a circuit. It is also able to control large amounts of current, particularly in power electronics, producing a specific type of waveform such as a sine wave.

The CIGW252012GM6R8MNE is a well-engineered component and is highly dependable, providing reliable performance in high-temperature and high-frequency applications. It also has a low profile, offering enhanced flexibility for the designers.

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