3613C4R7K

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Fixed Inductors are electronic components used within circuits to create inductance. The 3613C4R7K is an example of this, and a well-frequented inductor in the electronics industry. In this article, we shall look at the application field and working principle of this particular fixed inductor.

The 3613C4R7K is a type of molded fixed inductor, which operates typically within the frequency range of 1 to 100MHz. It performs best with low DC resistance, with a maximum operating temperature of 100℃. This makes the 3613C4R7K the ideal choice for products such as radio equipment, mobile phones and telecommunications equipment where a reliable, low-osss design is crucial.

The size of the 3613C4R7K also makes it ideal for components in which size restrictions are present. Both the height and the width are 1.5mm and the thickness from the top to the bottom surface is slim, that is 0.8mm. The great advantage for its small size is that the inductance is kept to the minimum value without compromising on any performance. Hence, it can be used in very confined spaces, resulting in smaller and thus lighter and more portable products.

The 3613C4R7K fixed inductor works by setting up a magnetic field around an inductor when a current flows through the coil. It contains a core or made from ferrite material which is wound around to create a coil. The current creates an electromotive field which produces a static magnetic field within the circuit. This causes the induction effect to take place, resulting in a larger voltage than the applied voltage.

The 3613C4R7K also offers a very low DC resistance of 0.07Ω, making it suitable for high frequency circuits such as radio transmitters and receivers. In addition, the inductance could be varied by changing the number of turns of the coil. When the DC resistance is kept low, the power dissipation is kept low, resulting in higher efficiency and greater power.

The 3613C4R7K fixed inductor also has a very good power handling capability, which makes it an ideal choice for medium and high power applications. It can take a power capacity up to 500mW and provide a good frequency response in a wide range of frequencies. In addition, its low ESR ensures that it will maintain a high Q-factor, resulting in a very good signal-to-noise ratio.

In summary, the 3613C4R7K is an excellent choice for fixed inductors due its small size, low DC resistance, high power handling capability and wide frequency range. It is ideal for many applications including radio applications, telecommunications equipment, electronic control systems and other general-purpose power supplies. The 3613C4R7K has a wide range of application fields and works due to the induction effect of creating a static magnetic field in the circuit.

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