RCR875DNP-100L

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Fixed inductors are a type of passive electronic component used to inductively store energy, allowing the flow of electric current in a circuit to be modified or controlled. As such, they are essential for many electrical and electronic projects, making them an irreplaceable part of our everyday lives. Especially in the communication industry, fixed inductors have become a must-have component, due to their ability to store energy in the form of a magnetic field. The RCR875DNP-100L is one such inductive component, designed for use in computer, telecommunications and semiconductor applications.

Description

The RCR875DNP-100L is a type of high-frequency, SMD (surface mount device) fixed inductor. It is constructed using a multilayer construction that consists of an inner metal core and a ferrite material that acts as the outer barrier. The metal core is made from a copper wire and is insulated with a layer of yellow insulation on the outside, while the ferrite material ensures that the metal core is well shielded. This combination of the insulated metal core and the ferrite shielding makes the RCR875DNP-100L highly efficient and guarantees excellent electrical characteristics. The device has an electrical resistance of 0.5ohm at a frequency of 1MHz, and an inductance of 875nH at a frequency of 100MHz.

Application Field

The RCR875DNP-100L fixed inductor is primarily designed for use in computer and telecommunications applications. Its small size and lightweight, yet robust construction make it an ideal choice for any size device or circuit including mobile devices, personal computers, servers, networking equipment, circuit boards and semiconductor components. The inductor’s insulation and robust construction also make it ideal for use in automotive and aeronautical projects. With its high frequency and excellent electrical characteristics, the RCR875DNP-100L is also perfect for use in high-speed communication systems, such as wireless and satellite links.

Working Principle

An inductor works on the principle of electromagnetic induction, which states that an electric current flowing through a conductor will create a magnetic field around it. In the case of the RCR875DNP-100L, the electric current is provided to the device through the copper wire core. This causes a magnetic field to be created around the conductor, which is then stored in the surrounding ferrite material. The energy stored in the magnetic field increases as more current flows through the copper wire, allowing the device to modify and control the flow of current in the circuit. Additionally, the ferrite material provides additional impedance to the circuit, which can be used to reduce the effects of unwanted noise or interference.

Conclusion

The RCR875DNP-100L is a fixed inductor that is perfect for use in any application where controlled electrical current is needed. Its high frequency and excellent electrical characteristics make it well-suited for use in computer, telecommunications and automotive projects. Additionally, its robust construction and shielding gives it excellent noise immunity, allowing it to be used in high-speed communication links, such as wireless and satellite systems. As such, the RCR875DNP-100L is an essential component for any circuit design, regardless of the application.

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