GLN1R47KAT1A

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Fixed inductors have been a mainstay in the electrical engineering world for some time. The GLN1R47KAT1A inductor is a special type of fixed inductor with a very narrow frequency range and high accuracy of inductance. The inductor is made up of a two part construction, a coil and a two-piece ceramic core. The end of the core is connected to the ground and the middle of the core is connected to the inductance line. The coil is then wound around the ceramic core to create a very precise winding structure.

The GLN1R47KAT1A fixed inductor is typically used in applications requiring either a high inductance or very narrow frequency range and also works well as an impedance matching device. In RF applications, the inductor helps to provide a stable impedance for the radio. This is done by creating a magnetic shield that prevents unwanted interference. The inductor is also used to create a low-Q filter in high frequency applications, such as cable TV. By controlling the amount of inductance, the filter can be tuned to block out the frequency range desired. The inductor is also commonly used for voltage regulation, as the inductance of the device can be adjusted to control the amount of current delivered.

The working principle of the GLN1R47KAT1A is quite simple. When an AC current is applied to the coil, the magnetic field it produces has an effect on the ceramic core. This induces a current into the core, thus creating a secondary magnetic field. This second magnetic field then interacts with the primary magnetic field, creating a reaction. As the primary magnetic field increases so does the secondary one, increasing the inductance of the inductor; as the primary field decreases, the secondary field drops off and the inductance drops off as well.

Due to its design and accuracy, the GLN1R47KAT1A fixed inductor is ideal for applications needing precise inductance, such as in radio frequency and high-Q filter applications. With its small size and high accuracy, the inductor is also perfect for compact designs and tight spaces. The inductor is also quite durable, with many models able to handle temperatures up to 150°C and still perform accurately.

The specific data is subject to PDF, and the above content is for reference