LGJ10145TS-152MR22-H

Fixed inductors refer to inductors with predetermined physical objects, such as external magnetic core, small size, electrical parameters and electrical characteristics. Among them, the device LGJ10145TS-152MR22-H is a typical type of fixed inductor that is designed to have a narrow inductance tolerance and SRF range. It has considerable application in the fields of radio frequency, RF filter, amplifiers, decoupling, and more.

The working principle of LGJ10145TS-152MR22-H basically follows the basic law of inductance: a current produces a magnetic field; once there is a voltage across the inductor, a magnetic field is generated around it, storing energy, which is connected to the inductor. The amount of stored energy depends on the inductance of the device. In the case of a fixed inductor like the LGJ10145TS-152MR22-H, its inductance value is all pre-determined at the factory, thus providing a reliable component for those applications.

The main application field of LGJ10145TS-152MR22-H include radio frequency, RF filter, and amplifiers. Firstly, for example in the radio frequency application, as the name implies, this device will allow radio signals to be transmitted and received. It helps to control the frequency of the signal and filter out any unwanted frequencies.

In addition, this kind of inductor could also used for RF filters, which helps to separate the signals into different frequency bands and form them into the specifications suitable for the receiving device. This type of inductor can be used in many types of filters including Band Pass Filter (BPF), High Pass Filter (HPF) and Low Pass Filter (LPF).

Furthermore, the LGJ10145TS-152MR22-H could also be used as another type of application, namely amplifiers. This type of inductor plays an important role in amplifying the voltage of a signal, enabling it to be transmitted with higher power over a long distance.

In summary, the device LGJ10145TS-152MR22-H is an example of a fixed inductor that is designed to have a narrow inductance tolerance and SRF range. It is mainly applied in the fields of radio frequency, RF filter, amplifiers, decoupling, and more. Its working principle follows the basic law of inductance, and it helps to filter out unwanted frequencies, separate different frequency bands, as well as amplify signals. This makes the device suitable for a wide range of applications.