ELJ-NCR39KF

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Fixed inductors are electrical components whose inductance values remain fixed when used in an electrical system, and incorporate an inductor coil made of integral windings. ELJ-NCR39KF fixed inductors are compact, wire-wound devices that have a variety of applications.

The ELJ-NCR39KF inductor is composed of two primary components: an inductive core, which can be constructed from a variety of materials, including iron, ferrite, and air, and a coil winding, which is typically made of copper wire. The inductive core serves as a magnetic field, while the coil winding acts to produce a magnetic field that induces an electrical current in the core. The windings are usually spaced out over the circumference of the core, creating a number of turns that together affect the inductance of the final product.

ELJ-NCR39KF inductors can be found in a wide variety of electronic products and systems that require an amount of electrical current that is less than the amount that can be supplied by an active component. They can be used in active-passive signal routing, switching, filtering, matching, and power supplies. The inductors also help protect sensitive components from electrical overloading, and reduce electrical isolation and noise.

The ELJ-NCR39KF inductor has a unique self-resonance frequency, which determines its frequency range. This frequency is a measure of how quickly the inductor will respond to a change in electrical flow and is dependent on the inductance value of the inductor. In general, the self-resonance frequency is higher than the operating frequency of the circuit, allowing the inductor to filter and block any interference from outside the circuit.

The ELJ-NCR39KF inductor also has a low saturation voltage rating, meaning that its maximum current carrying capacity is limited by its saturation level. The inductor\'s DC resistance is also relatively low and its temperature stability is good over a wide range of temperatures.

ELJ-NCR39KF inductors also have a low insertion loss. This means that energy losses along the transmission line are low, allowing more electricity to be delivered to the system. The inductor also has a wide operating frequency range, making it suitable for a range of different applications.

In conclusion, ELJ-NCR39KF fixed inductors are a versatile electrical component that can be used in a wide range of applications. They have a low insertion loss, a wide operating frequency range, and a low saturation voltage rating. This makes them well-suited for a variety of different applications, from active-passive signal routing to filtering and power supplies.

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