CMD6D11BNP-4R7MC

Fixed inductors are components that are used in electronic equipment to store energy. They are typically used in power supply circuits, signal processing circuits, and RF signal-handling circuits. One of the common fixed inductors used in these equipment is the CMD6D11BNP-4R7MC. This article will discuss the application fields and working principle of the CMD6D11BNP-4R7MC.

Application fields of CMD6D11BNP-4R7MC

The CMD6D11BNP-4R7MC is a surface-mount chip-type inductor that has a common inductance of 4.7µH. It is typically used as an RF filter, which means that it can be used in the frequency range of 100MHz to 6GHz and above. It is also suitable for use in various other applications, such as for stabilizing unstable power supplies, for handling high power signals in microwave measurement devices, and in switching power supply designs.

The CMD6D11BNP-4R7MC has a low DC resistance of 0.0091Ω and a high current capability of 4.2A. This makes it suitable for use in high power applications, such as switching power supplies. The inductor has aRated Current of 3.2A, however, this current rating can be exceeded if the temperature of the device is kept low. The inductor also has a high thermal resistance, which allows it to handle high power signals without overheating.

Working principle of CMD6D11BNP-4R7MC

The CMD6D11BNP-4R7MC is a surface-mount chip-type inductor that operates on the principle of electromagnetic induction. This generally means that when there is a changing current flowing through the inductor, a changing magnetic field is created in the area surrounding the inductor. This changing magnetic field will induce an electromotive force (EMF) in the circuit. This EMF will be opposed to the current flow, thus creating an inductive reactance.

This inductive reactance will reduce the current in the circuit, meaning that the inductor can be used to limit the current in a particular circuit. The amount of current that can be limited depends on the inductance value and the frequency of the current flowing. The higher the frequency of the current, the higher the inductive reactance, and the more current that can be limited.

The CMD6D11BNP-4R7MC is a convenient component that can be added to various circuits to filter and limit currents. It has a wide range of application fields due to its low DC resistance and high current capability. It is also suitable for use in high power applications, and its high thermal resistance prevents it from overheating. Thus, the CMD6D11BNP-4R7MC is an ideal fixed inductor for a range of applications.