C0603C-3N90G1T3

The C0603C-3N90G1T3 is classified as a Fixed Inductors, and is commonly used in a wide range of applications including power delivery and automotive and consumer electronics. It can be used for power supply for voltage conversion, decoupling, filtering and signal processing, along with other general-purpose applications. This device has relatively low power losses and a high storage capacity to provide more energy for the circuit.

The winding of the C0603C-3N90G1T3 is wound on a ferrite core and is as follows: a single-layer winding consisting of 90 turns of wire with an inside diameter of 0.030” (0.75 mm) and an outside diameter of 0.125” (3.2 mm). This results in an inductance of 3.0 uH ± 20%.

The working principle of the C0603C-3N90G1T3 Fixed Inductors is based on the principles of electromagnetism. When a current is applied to the inductor, a magnetic field is produced, which results in an opposing electromotive force. This force opposes the flow of current and increases proportionally with the time changing current. As the opposition to the current flow increses, the power consumption also increases, resulting in an overall decrease in efficiency.

Magnetically coupled inductors have the ability to transfer energy through the magnetic coupling. In such a device, two inductors with a gap between them are placed in the same magnetic circuit. When a current passes through one inductor, it generates a magnetic field, which in turn induces a current in the other inductor. This phenomenon is called coupled inductance and can be used for power transfer in electronic systems.

Due to its high inductance, the C0603C-3N90G1T3 Fixed Inductor is ideal for applications that require the transfer of high amounts of power without wasting energy. It is widely used in high-power applications such as motor control, power factor correction, harmonic control and active filters. It is also capable of providing reliable performance in a wide range of temperature conditions.

In conclusion, the C0603C-3N90G1T3 is a Fixed Inductor with a wide range of applications. It is capable of providing relatively low power losses and high storage capacity, which helps to improve the efficiency of the circuits in which it is used. Furthermore, its magnetic coupling mechanism makes it suitable for power transfer in electronic systems with high power demand.