48102SC Inductors, Coils, Chokes

Fixed inductors are electronic components that store energy as magnetic energy. They’re composed of a core that’s wrapped by a coil of copper wire. The inductance increases as the number of wraps, or turns, of the coil increase. Increasing the diameter of the core also increases the inductance.

48102SC Application Field: 48102SC is a type of fixed inductor, which can be applied to power output circuits, engineers usually specified the product for use in switch mode power supplies, DC/DC converters, inverters, RF circuits, automotive electronics, and telecommunication systems, etc.

48102SC Working Principle: A fixed inductor is an electronic component generating magnetic field when current is passed through the coils, which is also commonly known as inductance. Generally Non-RoHS product with lead is more widely accepted in applications. 48102SC’s leads creates the magnetic flux of a closed loop within the inductor’s body, therefore the lead plays an important role in creating this magnetic field. All the turns of the coil are closely spaced together, allowing the magnetic flux to pass through the coil and concentrate near the center of the core.

When current is passed through the coil, it creates a magnetic field. This magnetic field produces voltage in the coil in the form of inductance. The inductance generated is proportional to the amount of current passing through the coil. The inductance also increases when the number of turns increases. Increasing the core size of the inductor also increases the inductance.

The 48102SC type of fixed inductor is suitable for the applications such as power output circuits, because their resistance value is low and they can handle more power. 48102SC also has excellent temperature characteristics and high inductance stability even under high temperature. Its mechanical vibration proof capability enables high dependability usage in poorly environment.

In conclusion, the 48102SC type of fixed inductor is widely used because of its excellent characteristics, such as low resistance, high power handling, high inductance stability, and excellent temperature characteristics. Moreover, its excellent vibration proof capability makes it suitable for applications in poorly environment.