HK2125R39J-T Inductors, Coils, Chokes

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Fixed inductors are devices that absorb and store electrical energy in the form of magnetic energy. They are also known as reactors or chokes and are generally used as electrical components for the purpose of passing or blocking frequencies. An example of such an inductor is the HK2125R39J-T.

The HK2125R39J-T particular fixed inductor has a wide range of applications, it is used in many countries for the purpose of smoothing out signal pulses in power supplies, routers, and amplifiers. Additionally, it is suitable for high frequency noise suppression and signal tuning, as well as for controlling the operating frequency of switching power supplies. It is often preferred to mechanics inductors due to their small size, excellent frequency response, and low price.

The working principle of the Hong Kong - 2125R39J-T specific fixed inductor is straightforward. It incorporates a coil which is wound around an iron core. As an electrical current passes through the coil, a strong magnetic field is created and the coil creates an opposition to the current; this means that the inductance is an expression of the amount of opposition produced. This opposition creates a closed loop, which then results in voltage being applied across the resistor.

In order to function correctly the HK2125J39J-T fixed inductor must have the correct parameters and specifications. The inductance of the device is measured in Henries, this is a standard unit of measure used to describe inductance amongst and this induction is calculated from the parameters of the turns of the coil and the permeability of the core material. Usually, this inductance has a rated value of 39uH +/- 10%, and the operating temperature of the device would be between -20 and 105 degrees Celsius.

The HK2125R39J-T fixed inductor is one of the more popular and commonly used inductors on the market, primarily due to the wide range of applications that it can be used for in addition to its low price, small size, and excellent frequency response. By understanding the working principle behind the device and understanding the product specifications, such as inductance, manufacturing materials, and temperature ratings, users will find the inductor exceptionally suited for all sorts of applications.

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