LBM2016T180JV

Fixed inductors are electronic components that are used to store and provide electrical energy in electronic circuits, such as those found in radio frequency circuits. They are made from two or more coils of wire that are wound around an iron core, or sometimes a ferrite core. The core is usually made of either an iron-cobalt alloy or iron-nickel-copper alloy, depending on applications.The purpose of fixed inductors is to maintain a constant current flow in order to generate an electromagnetic field. This field can then be used to reduce unwanted noise, help control the output power of the circuit, and provide impedance matching for circuit components. As such, fixed inductors are important components of electronic systems, and are often used in radio-frequency circuits, antenna designs, and low-noise amplifiers.

LBM2016T180JV is an example of a fixed inductor and is used in a variety of applications. It is a high-performance, 182R surface-mount inductor designed to withstand temperatures up to +125°C with a maximum voltage of 20V. It has a DC resistance of 1Ω and an inductance of 2.2uH, making it suitable for general-purpose power applications. It is designed with a low temperature coefficient and minimal DCR variation. LBM2016T180JV uses a ferrite core to provide excellent linearity and high frequency response, and is ideal for use in high frequency, power control, and filtering applications.

The working principle of the LBM2016T180JV fixed inductor is simple - it operates by creating an electromagnetic field around a coil of wire which interacts with the current passing through it. When an electric current passes through a coil of wire, an induced magnetic field is created which causes the electrons to move in circles. As they move around, they generate a current in the opposite direction which acts to oppose the original current passing through it. This opposing current interacts with the coil and is known as the “back EMF” or in other words, the inductor’s voltage drop.

This voltage drop reduces the amount of current that can pass through the coil depending on the inductance of the coil which is determined by the number of turns and the core material used. The higher the inductance, the more current that is being limited through the coil, thus providing a form of filtering or power control. The LBM2016T180JV fixed inductor is designed with a high inductance for better power control in its target applications.

In conclusion, the LBM2016T180JV fixed inductor is an excellent choice for high-performance, power-control applications due to its temperature rating, low temperature coefficient, and minimal DCR variation. Its ferrite core provides excellent linearity and high frequency response, making it ideal for high-frequency and filtering applications. This versatile and reliable component ensures long-lasting circuit performance.