MDH6045C-2R2NA=P3

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Fixed Inductors: MHD6045C-2R2NA=P3 Application Field and Working Principle

The MHD6045C-2R2NA=P3 is one type of fixed inductors. It has a wide range of applications in different kinds of electrical equipments due to its excellent electrical performance. In this article, we will explain the application fields and working principle of this type of fixed inductors.

Firstly, let\'s take a look at its features and advantages. MHD6045C-2R2NA=P3 fixed inductors are manufactured with iron core and up to double-layer bobbin. The maximum DC resistance can be up to 1.5 ohms. It has ceramic capacitors and features consistent excellent electrical performance in alarm, sign and display equipments. In addition, these fixed inductors display high temperature withstanding capability along with robust mechanical strength.

In terms of application fields, the MHD6045C-2R2NA=P3 fixed inductors are extensively used in the fields of medical, instrumentation and control, military, aerospace and some other industries. For example, these inductors are often used to replace traditional wound inductors in regulator, low-frequency oscillator, low-level impedance matching and power supply applications. Moreover, these inductors can also be used for the purpose of power adaptors, small signal generator, microwave signal generator and so on.

Now it\'s time to understand the working principle of MHD6045C-2R2NA=P3 fixed inductors. Firstly, when current flow through it, the magnetic field created by the current tends to repel itself, which means it generates the force called "self-inductor effect". Then the resistance within the core of the inductor reacts with this self-inductor effect to store energy in its magnetic field, which can be used later. Furthermore, the inductor creases its own magnetic flux depending on the external circuit. The self-inductor effect can increase the current and voltage in the inductor, and then it can transmit energy in the form of electromagnetic field.

In conclusion, the MHD6045C-2R2NA=P3 fixed inductors have wide range of applications and show excellent electrical performance in many industries. Their working principle can be explained as storing energy in its magnetic field, and then increasing current and voltage via self-inductor effect. For this reason, these fixed inductors are often used in audio and power applications such as power adaptors, low-level impedance matching, microwave signal generator, etc.

The specific data is subject to PDF, and the above content is for reference