MHQ1005P2N0CTD25

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Fixed inductors typically come in the form of coils made from a flat strip or pattern of copper or aluminum and enameled with an insulation coating. As the name implies, a fixed inductor is an inductor with a fixed size and value. The MHQ1005P2N0CTD25 is one such fixed inductor, specifically designed for antenna and receiver matching applications. This article will discuss the application field of the MHQ1005P2N0CTD25 and the principles of its working.

Application Field

The MHQ1005P2N0CTD25 fixed inductor has wide applications in antenna and receiver matching. This includes amplifiers, welding, ultrasonic cleaning, etc. Other potential uses may include countermeasures, oil-well logging, electronic bomb detectors, etc. It is especially well suited for applications that require precise impedances by offering a low resistance, high performance, and high tolerance.

The MHQ1005P2N0CTD25\'s primary design benefits include low electrical resistance even at high current ratings, high frequency performance and wide temperature range. It is also a very low cost inductor, making it ideal for high-volume production. The coil design of the MHQ1005P2N0CTD25 also keeps the inductance through temperature, humidity, and other environmental changes. The combination of these features and capabilities make the MHQ1005P2N0CTD25 one of the most superior fixed inductors for antenna and receiver matching purposes.

Working Principle

To effectively explain the working principle of the MHQ1005P2N0CTD25, it is important to understand the fundamentals of inductors. An inductor is an electrical component comprised of several turns of wire which is able to store energy in a magnetic field. As electric current passes through an inductor, a magnetic field is generated around the component and a voltage is induced across the inductor.

When the MHQ1005P2N0CTD25 is connected to a circuit, electric current passing through it produces a magnetic field. This magnetic field then generates an opposing electric current, called "back EMF". This opposing current resists the change in current, leading to an increase in the inductance of the component. The higher the current, the greater the inductance. Thus, the MHQ1005P2N0CTD25 can be used to create a wide range of impedance values.

The MHQ1005P2N0CTD25 also provides a range of electrical values. For instance, the effective series inductance (ESL) can range from 0.75 nH to 1.30 nH. The current range can range from 0.15 A to 1.25 A. The peak current for this inductor can range from 3.02 A to 5.2 A. It has an extremely low temperature rise, making it suitable for higher power levels.

The MHQ1005P2N0CTD25 fixed inductor is an extremely versatile component which fits a range of applications. Its range of current and inductance values makes it perfect for matching antenna and receiver circuits. The combination of its low cost and high performance makes it an ideal choice for designers.

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