LGJ10145TS-150M2R2-H

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Fixed Inductors are basic components that store energy through electromagnetic fields. They are classified into different types based on their origin, physical construction, and properties. LGJ10145TS-150M2R2-H Inductors are one type of fixed inductor.

LGJ10145TS-150M2R2-H Inductors are generally used to filter out high-frequency components of a signal in motor drive systems, writing instruments, power supplies, and other digital signal equipment. They are designed to provide stable, low-resistance power flow while maintaining a high-current, low-frequency cycle. They feature exceptional shielding capability and low cost.

The physical construction of the LGJ10145TS-150M2R2-H Inductor consists of a coil wrapped around a ferrite core. The ferrite core material provides high magnetic permeability, allowing the core to concentrate the magnetic field and increase inductance. The coils are wound with an extremely thin enamelled copper wire and are designed to provide maximum inductance with minimal resistance.

In operation, a current is supplied to the LGJ10145TS-150M2R2-H Inductor, causing the coil to become magnetized and generate an electromagnetic field. This inductive effect causes the flow of current to oppose the changes in the current supplied to the inductor, which acts like a damping factor and prevents excessive fluctuation or oscillation of the current. This damping effect also serves to reduce the time it takes for the current to reach its steady state.

The LGJ10145TS-150M2R2-H Inductors are designed for a wide range of applications, including motor drives, power supplies, and other digital signal equipment. They provide efficient, low-resistance power flow, while also maintaining a high-current, low-frequency cycle. The excellent magnetic shielding capability reduces the risk of electromagnetic interference, while the low-cost option makes them a cost-effective choice for many applications.

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