LQW15CNR56J10D

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Fixed Inductors are passive electronic components whose main function is to introduce a constant inductance into an electronic circuit. Commonly used in a range of applications including radio broadcast antennas, communication systems, RF/Microwave circuits, and automotive electronics, fixed inductors are a critical component of many electrical and electronic systems. The LQW15CNR56J10D is an example of a fixed inductor and is used primarily in low-frequency power circuits.

The LQW15CNR56J10D fixed inductor is a three-terminal inductor constructed of a spool of electrically conductive wire with a typically ferrite core. The wire on the spool is coiled into a specific number of turns, depending on the capacitance required for a certain application. The three terminals are the inductors\'s two ends and a center tap which is used to adjust the inductance by connecting the terminals to different points in the windings of the inductor. Electrical current flowing into each of the two terminals will create a magnetic field in the core which in turn stores and releases energy into the circuit.

The LQW15CNR56J10D fixed inductor has a shielding envelope with a diameter of just 1.5mm and a maximum DC resistance of 5610 Ohms. It has been specifically designed for use in low-frequency power circuits with a small amount of operating current, making it suitable for applications such as AC/DC converters, motor controllers, current-mode PWM, switching power supplies, and voltage-mode PWM.

One key advantage of the LQW15CNR56J10D fixed inductor is its ability to operate in extreme temperatures, making it suitable for use in a variety of hot and cold environments. It can handle temperatures ranging from -40°C to 90°C and is RoHS compliant for the safer disposal, storage, and handling of hazardous materials. Additionally, the LQW15CNR56J10D is impervious to environmental humidity and can go up to 450VDC, allowing it to be used in a variety of high-voltage circuits.

The working principle of the LQW15CNR56J10D fixed inductor is based on Faraday\'s law of induction. A wire coil will produce a magnetic intensity proportional to the current and its number of turns, when the current is increased, the magnetic intensity is increased. The coil of the inductor stores and releases energy in the form of a magnetic field, which is proportional to the number of turns in the coil and the amount of current in the circuit. When the current flowing through the inductor is reversed or changes, an opposing magnetic field is created. This opposing field is then used to store and release energy, creating an electromagnetic field.

The LQW15CNR56J10D fixed inductor is an ideal component for applications requiring a reliable, low-cost inductor with a small envelope size. Its resistance, temperature, and voltage rating make it suitable for a range of uses and its high inductance is perfect for medical, computer, and automotive electronics.

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