ELJ-NJ82NJF2 Inductors, Coils, Chokes

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Fixed Inductors are widely used in a variety of applications due to their reliability and low cost. The ELJ-NJ82NJF2 is one such example of a fixed inductor. This component has a wide range of uses, mainly in applications that require high-frequency power conditioning, switching, and filtering. It is a highly efficient inductor with a low profile, making it suitable for applications in tight spaces.

The ELJ-NJ82NJF2 is a closed-frame, non-encapsulated inductor with a self-heating type structure. It has low leakage, high voltage and current peaks, and is an ideal choice for switching circuits. The inductor has a low ESR (Equivalent Series Resistance Values) enabling high-frequency signals to be passed through it without loss. The inductor has an operating temperature range between -20 to +105 °C and can handle up to 40V DC.

The ELJ-NJ82NJF2 has an internal construction that consists of a metal frame, a ferrite core, and a winding coil. The core and coil are secured inside the frame. The metal frame, usually made of aluminum, prevents the sensitive and delicate parts inside from being damaged due to environmental conditions or vibration. The ferrite core is composed of powdered ferrite material and helps to reject external noise. The winding wires are usually insulated copper wires and are secured into the ferrite core via metal clips.

The internal structure of the ELJ-NJ82NJF2 plays a primary role in determining the operating characteristics of the component. It affects the inductance, resistance, and electrical properties of the component. The inductance and resistance of the ELJ-NJ82NJF2 can be adjusted by changing the size, shape, and number of the winding coils. The internal structure also determines the power dissipation of the ELJ-NJ82NJF2. It is important to note that the power dissipation of the component is directly affected by the ambient temperature and is usually higher at higher temperatures.

The working principle of the ELJ-NJ82NJF2 is based on the concept of inductance. Inductance is a property of any electrical component that occurs when a voltage is applied to it. This voltage then generates a current within the component which in turn induces a magnetic field. This magnetic field then stores energy and helps to block or filter high frequency signals from passing through the component.

The ELJ-NJ82NJF2 has many useful applications in various fields. It is commonly used in power conditioning and filtering, where it is used to block high frequency signals. The ELJ-NJ82NJF2 can also be used as a switching component in applications such as motor and generator control systems. It is also used to control the voltage fluctuations in power systems. In addition, the ELJ-NJ82NJF2 can be used in communication systems, RF amplifiers, and antennae.

The ELJ-NJ82NJF2 is a reliable component that is widely used in various application fields. It can handle high voltage and current peaks with its low ESR and provides efficient power conditioning and filtering. The component has a low profile making it suitable for tight spaces. Furthermore, the inductance and resistance of the component can be adjusted according to the user\'s requirements. For these reasons, the ELJ-NJ82NJF2 is a popular choice for many applications in various fields.

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