36501J4N7JTDG

Fixed inductors are widely used in electronic circuits. They are most commonly found in audio amplifiers, radio frequency applications, and power supplies. The 36501J4N7JTDG is a type of fixed inductor component used in electronic applications. This article will discuss the application field and working principle of the 36501J4N7JTDG.

Application Field

The 36501J4N7JTDG is a type of fixed inductor component designed for use in electronic circuits requiring high frequency current. The component has a miniaturized structure, which is ideal for space-saving applications. It can be used in applications such as audio amplifiers, pulse generators, electronic timers, RF amplifiers, and DC-DC converters. The inductor can also be used in switching power supply circuits.

Working Principle

The 36501J4N7JTDG is a type of miniaturized inductor which is constructed from a coil of wire with a core material of ferrite and/or ferromagnetic dust. The inductor works by storing and releasing energy in the form of a magnetic field. When an alternating current is applied to the inductor, it stores energy in the form of a magnetic field. When the current is disconnected, the energy stored in the magnetic field is gradually released.

Additionally, the 36501J4N7JTDG has a variety of features that make it suitable for high-frequency current applications. The component has low losses at high frequencies, allowing for greater efficiency and power output. Additionally, because of its miniature design, the component has low parasitic capacitance and reduced inductance variations across temperature. This makes it ideal for high-speed switching applications, as it can react quickly and accurately to switching signals.

Conclusion

The 36501J4N7JTDG is a type of fixed inductor component used in electronic applications. It is most commonly used in high-frequency applications such as audio amplifiers, pulse generators, electronic timers, RF amplifiers, and DC-DC converters. The component has low losses at high frequencies, allowing for greater efficiency and power output. Additionally, because of its miniature design, the component has low parasitic capacitance and reduced inductance variations across temperature.