LQH55DNR12M03L

Fixed inductors are basic electronic components used in the production of electronics and electrical devices. They are widely used in commercial industries, electronics, communications and other related applications, and can be found in a variety of shapes and sizes. The LQH55DNR12M03L fixed inductor is used in a variety of applications and operates according to a few simple principles.

The LQH55DNR12M03L fixed inductor is designed to provide a stable, consistent output from a given input current when connected to a circuit. It uses an electromagnet to create an electromagnetic field around a core of inductive wire, which is typically made of copper or ferrite. This field allows a current to flow through the wire, creating a magnetic field of its own. As the current through the wire changes, the magnetic field generated in response causes a force to be exerted on this field, affecting the voltage of the circuit and thus the resistance of the wire.

This inductor is ideal for applications requiring high-stability. It is rated to withstand high frequency operation up to 180MHz and temperatures of up to 105°C, and when properly assembled it provides excellent shielding against EMI and RFI interference. This makes it well-suited for medical, aerospace, and other high-end applications where reliability in the signal path is of the utmost importance.

A number of factors have to be taken into consideration when selecting the right LQH55DNR12M03L fixed inductor for a particular application. The size and type of inductor will affect the impedance, voltage, and number of turns. The inductance, saturation current, and quality factor must also be taken into account when selecting the right part. By properly selecting the right inductors for a given application, reliable and efficient electrical circuit operation can be achieved.

The LQH55DNR12M03L fixed inductor is a type of electrical component that is used for a variety of applications, such as communications, manufacturing, medical devices, and more. It operates by creating a field of electromagnets around a core of inductive wire, which in response causes a force to be exerted on it and consequently changes the voltage of the circuit. Designers should select the right inductors for their application needs, taking all the variables into consideration, in order to achieve reliable and efficient operations.