CIGW252010GM4R7MNE

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Fixed Inductors are components which are commonly used in electronics and electrical engineering to store energy and oppose changes in electrical current or voltage. The CIGW252010GM4R7MNE is a good example of a fixed inductor. It is a non-shielded, 0.25-ohm 1 H high-current inductor which is rated for a maximum current of 10 A. The core material for the CIGW252010GM4R7MNE is a ferrite. This type of inductor is commonly used in power conversion, switch mode power supplies, and other high-power circuits.

The CIGW252010GM4R7MNE has a variety of features that make it ideal for use in these types of applications. Firstly, the low-profile and non-shielded construction means that the device can fit into tight spaces and be close to other components. It also has a low DC resistance, which improves its efficiency and enables it to dissipate less heat. Furthermore, due to its high ampere-turn capability, it is suitable for use in high-current applications.

The CIGW252010GM4R7MNE’s primary function is to create a magnetic field when current passes through it. This magnetic field can then store energy and oppose changes in electrical current. In this way, it acts to regulate and protect the electrical circuits from spikes or other transients by limiting current flow. Its inductance is determined by the core material, number of turns, and the cross-sectional size of the inductor. The amount of inductance created can also be increased or decreased by changing the number of turns.

The fixed inductor is typically used in high-current circuits, such as power supplies and switch mode power supplies. Due to its low profile design, it can be used in confined spaces in relation to other components. Furthermore, it has a high ampere-turn capability, which makes it suitable for use in high-current applications. Additionally, the non-shielded construction prevents external interference. Finally, its low DC resistance helps to reduce heat dissipation and improve system efficiency.

The CIGW252010GM4R7MNE is a fixed inductor which is perfect for use in high-current circuits. It is a 0.25-ohm 1 H high-current inductor with a maximum current rating of 10 A. It has a low-profile design and non-shielded construction, making it perfect for use in tight throws when space is limited. Its inductance is determined by core material, number of turns, and the cross-sectional size of the inductor. Furthermore, it has a low DC resistance, helping it to dissipate less heat and improving system efficiency. Finally, it has a high ampere-turn capability, making it suitable for use in high-current applications.

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