L-05B2N7SV6T Inductors, Coils, Chokes

Fixed Inductors

The L-05B2N7SV6T is a type of fixed inductor which is used for a range of applications. It is a cylindrical device composed of a copper-clad steel core that has a series of turns or windings of a specified wire, usually copper, mounted on the core. Adjacent windings are insulated from one another by an insulator, usually glass bead. The purpose of the inductor is to store energy in a magnetic field when it is energized and release it when it is no longer energized.In general, fixed inductors are used in several different applications. They are commonly used in filtering and tuning circuits, as well as in switching power supplies, voltage regulators and oscillator circuits. They are also used in communication systems such as radio and television transmitters, wireless transmitters and receivers. Fixed inductors can also be used to form transformers, along with capacitors, to construct more elaborate circuits.In terms of the L-05B2N7SV6T in particular, its application field is mainly in communication systems such as NFC-enabled products, where low power consumption and low heat dissipation are key parameters. For example, in an NFC reader, the fixed inductor can be used to detect the presence of a tag in proximity to the reader, triggering a data exchange procedure.The working principle of the L-05B2N7SV6T, and indeed of any fixed inductor, is based on electromagnetic induction. When electricity flows in the inductor, a magnetic flux is generated in the core. This flux is proportional to the amount of current flowing and it is inversely proportional to the number of turns. The energy stored in the magnetic flux is known as inductance, and can be measured by the unit of henries. When the current flow is suddenly interrupted, the stored inductance is then released back into the circuit as a voltage.To summarize, the L-05B2N7SV6T is a fixed inductor designed for use in a range of communication systems. Its application field ranges from NFC-enabled products to radio and TV transmitters. It operates on the principle of electromagnetic induction, whereby the energy stored in the magnetic field is released back into the circuit as a voltage when the current flow is suddenly interrupted.