MLG1608B39NJTD25

Fixed Inductors are used in a variety of applications to induce an electrical signal or current for powering certain electronic components. These inductors are constructed using various materials and available in different shapes and sizes. The MLG1608B39NJTD25 is a type of fixed inductor constructed from Ferrite Core material with a chip size of 1.6mmx0.8mmx0.39mm and operating temperature of -55°C to + 125°C.

The MLG1608B39NJTD25 offers a resistance range of 0.36ohm to 54ohm, very good temperature stability, high insulation resistance, high vibration resistance and high dielectric strength. All of these features make this inductor suitable for a wide range of applications. These applications include power supply, charging and discharging systems, control systems, and LED lighting.

The primary function of a fixed inductor is to act as a choke in order to control the flow of current in electrical circuits. A fixed inductor works by storing energy in the form of a magnetic field and releasing it whenever the current flow needs to be adjusted. The inductor is connected to the power source and a voltage is applied across the inductor. As the voltage increases, more energy is stored in the magnetic field which then increases the inductance. This in turn increases the opposition to the flow of current, causing the current to flow at lower levels than before.

The MLG1608B39NJTD25 fixed inductor is most commonly used in power supply circuits. These inductors are also used in control systems where a steady current is needed to maintain a constant voltage or current level. They are also used in charging and discharging systems to control the flow of current and the amount of charge that is stored in a capacitor. Moreover, these inductors can also be used in LED lighting systems to reduce the power consumption and achieve a more efficient light emission.

The MLG1608B39NJTD25 fixed inductor is an invaluable tool in the electronics industry. With its compact size and excellent performance, it is perfect for both small and large scale applications that require constant current or voltage levels. Its excellent features such as temperature stability, vibration resistance, and high insulation resistance makes it suitable for many types of applications where precise control of the current is required.