ETQ-P4M150KVC Inductors, Coils, Chokes

Fixed inductors are common electronic components that are vital to the functionality of many different electrical circuits. The ETQ-P4M150KVC fixed inductor is a specialized version of a common inductor. It is designed to meet the industrial standards of many different applications.

Characteristics

The ETQ-P4M150KVC fixed inductor features a very tough construction that can withstand high power levels and high-temperature operation. It also has very low electrical losses, which makes it ideal for applications that use high power for extended periods of time. Furthermore, this inductor has excellent electrical isolation between its primary and secondary windings, which makes it ideal for use in electric circuits that need isolation from outside interference. The ETQ-P4M150KVC fixed inductor has a very low self-resonant frequency, which also contributes to its impressive performance. This also means that it can be used for filtering applications, as well as signal-conditioning and power delivery applications. In addition, this inductor has an improved temperature stability, meaning that its performance will remain consistent even in extreme temperatures. Finally, this inductor is capable of performing at very high frequencies, making it suitable for applications in communication, medical, military, and automotive systems.

Application Fields

The ETQ-P4M150KVC fixed inductor has a variety of application fields. It is most often used in telecommunication systems, such as base stations and RF systems. It can also be used in communication systems that use high power for long periods, such as consumer and professional audio systems. Additionally, this inductor is ideal for automotive and industrial equipment that require reliable and long-term performance. It can also be used in medical equipment and robotics applications.

Working Principle

The ETQ-P4M150KVC fixed inductor operates on the principle of inductance, which is the property of a material to create an electrical current when a magnetic field is applied to it. This current is then passed through the inductor, and a magnetic field is created in the opposite direction. This magnetic field then induces an opposing current in the inductor, which is then transferred to its secondary winding. This opposing current is known as the induced current, and is what is used to power the inductor in applications that require high power levels for extended periods of time.In summary, the ETQ-P4M150KVC fixed inductor is a specialized inductor designed to meet the industrial standards of many different applications. Its tough construction, excellent electrical isolation, low self-resonant frequency, improved temperature stability, and high frequency operations make it suitable for a variety of application fields, including telecommunication systems, consumer and professional audio systems, automotive and industrial equipment, medical systems, and robotics. Its working principle is based on the property of inductance, which creates an electrical current when a magnetic field is applied, and then an opposing current is induced in the inductor.