1210R-102H

Fixed Inductors are electronic components used in radio frequency circuits to store energy. Typically, these components are used in oscillators, filters, amplifiers, and other circuits requiring high frequency stabilization. The 1210R-102H is a series of Fixed Inductors that can be used in a wide variety of applications. This document will discuss the specific application fields and working principle of the 1210R-102H.

The 1210R-102H is an ideal choice for applications where low current demands surface-mount components are needed in a compact size. The series features ferrite construction, a high stability frequency, and an operating temperature range of -20°C to +85°C. These features allow the 1210R-102H to be used in many mobile and aerospace applications. Specifically, they can be used in applications such as Cellular Base Stations, RFID systems, Broadband Access Solution, GPS systems, Automotive Safety systems, and more.

The working principle of the 1210R-102H is fairly straightforward. To better understand this Principle, we can look at something called Faraday’s Law. Faraday’s Law states that when a magnetic flux through a loop of wire changes, it induces an electromotive force. In the case of the 1210R-102H, this electromotive force will cause current to flow through the inductor. This current will induce a magnetic flux through the inductor’s core, which will create a magnetic field. This magnetic field will oppose the change in flux, creating a stable current in the inductor. The 1210R-102H is designed to be stable in this manner, providing consistent operation regardless of the changes in current.

To summarize, the 1210R-102H series of Fixed Inductors is designed for use in applications such as cellular base station and RFID systems. It features ferrite construction, a high stability frequency, and a wide operating temperature range. The principle behind its operation is based on Faraday’s Law, which states that a change in magnetic flux through a loop of wire will induce an electromotive force that will cause current to flow through the inductor. This current will create a magnetic field and oppose the change in flux, creating a stable current in the inductor.