LK1005R47K-TV Inductors, Coils, Chokes

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LK1005R47K-TV is a kind of fixed inductor that’s suitable for many kinds of application fields and its working principle is relatively simple to understand. It is designed with a cylindrical core and has two coaxial windings on it. The windings act as a secondary coil, pick up a portion of the primary coil\'s current and create a magnet field that’s similar to that of an electromagnet. The two windings are then connected to the input circuit of the system so that the right current can be supplied.

When the LK1005R47K-TV is applied to the circuit, the current passing through the inductor will generate a magnetic field that will oppose, redirect and cause a voltage drop in the circuit. This opposes changes in the current, and therefore, it acts as a filter that reduces the amount of noise in the system.

The applications range of LK1005R47K-TV is wide-ranging with its excellent features. In high-speed switching circuits, its high frequency inductance helps reduce conducted and radiated electromagnetic noise. It also provides high current retention and energy storage in power switching applications. It acts as a current limiter for power semiconductor applications as well, so it can be a great choice in current sensing applications and over-voltage protection systems.

LK1005R47K-TV is a great fit for telecom applications, with low common-mode noise and excellent surge protection. Its excellent performance in terms of saturation helps reduce dropouts and it’s also suitable for other non-linear applications such as motor control, power conversion and inverters. Its high inductance value also provides good performance when used in switching power converters.

In conclusion, LK1005R47K-TV fixed inductor has a lot of advantages over other inductors, making it suitable for a wide range of applications. Its working principle is relatively easy to understand and its features are very versatile. With its high inductance value, low common-mode noise and efficient saturation, it is an ideal choice for many kinds of circuit designs.

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