LGJ10145TS-220M1R9-H

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Fixed inductors are widely used in electronics and electrical systems. The LGJ10145TS-220M1R9-H is a type of fixed inductor manufactured by LG Electronics. It is designed for high efficiency and high stability at medium frequencies. This fixed inductor can be used in automotive, aerospace, consumer electronics, and telecommunications where high stable operation and efficiency are required.

The LGJ10145TS-220M1R9-H is a high efficiency fixed inductor that can operate in a wide temperature range. It provides high power dissipation and low power loss. It is also designed to be highly reliable with high temperature cycling and power cycling tests. This fixed inductor is well suited for high-power applications as it is able to handle high power levels. Additionally, this inductor has high frequency stability and low temperature coefficient.

The design of the LGJ10145TS-220M1R9-H is based on a ferrite core and is made from a combination of materials such as aluminum, nickel and cobalt. It is designed to operate between 20kHz and 220 MHz. This inductor supports high current and high voltage applications. Additionally, it is rated for temperatures up to 105°C.

The working principle of the LGJ10145TS-220M1R9-H is based on the concept of induction. The inductor works by creating an inductive field when current passes through it. This field induces a current in the surrounding circuits which causes a voltage drop across the circuit. The current induced by the inductor is then reciprocated as opposed to the original current. This causes the voltage across the circuit to increase or decrease depending on the what voltage the current is flowing in.

The LGJ10145TS-220M1R9-H is a highly efficient fixed inductor with superior frequency stability and temperature coefficient. It is ideal for use high temperature and high voltage applications. Additionally, it is well suited for automotive, aerospace, consumer electronics and telecommunications applications. The working principle of the inductor is based on the concept of induction and it is designed to provide high power dissipation and low power loss.

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