CIGT201608EM1R5SNE

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Fixed inductors are passive electrical components which store energy in the form of a magnetic field. Unlike variable inductors, which have adjustable inductance, fixed inductors do not normally allow for external control of their inductance levels. The CIGT201608EM1R5SNE is a type of fixed inductor, which is used in many applications across multiple industries.

This particular inductor is capable of holding up to 1000uH of inductance. This high level of inductance is suitable for applications such as power supplies, filters, signal processing, and suppression circuits. The CIGT201608EM1R5SNE can be used in both low-voltage and high-voltage environments, and is capable of handling temperatures of up to 125°C.

The CIGT201608EM1R5SNE is constructed of a combination of iron powder and plastic, with the iron powder forming the inductor core. The iron powder allows the inductor to store high levels of energy in the form of a magnetic field. It is then encapsulated in a plastic housing to provide impact-resistance, durability, and improved voltage handling capability. The plastic also serves to minimize the thermal transfer from the inductor to other components.

The working principle of the CIGT201608EM1R5SNE is fairly simple and straightforward. When a current is introduced to the inductor, a magnetic field is generated inside its core. This magnetic field then produces an opposing current, known as inductive reactance, that acts to reduce the amount of current flowing through the circuit. This reduces the amount of power that is able to be drawn from the circuit, allowing the device to act as an efficient regulator of current.

The CIGT201608EM1R5SNE has proven to be a reliable and versatile fixed inductor, suitable for use in a variety of applications. Its high inductance and strong construction make it well-suited for power supply, filter, signal processing, and suppression circuits. By using the CIGT201608EM1R5SNE in these applications, designers are able to provide their products with enhanced power efficiency and reliability.

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