CLF7045NIT-330M-D

Fixed Inductors

A fixed inductor is an electrical component also known as a choke and works by restricting the flow of alternating current. This is achieved by creating a magnetic field that generates a voltage drop when current is fed through it. The primary purpose of a fixed inductor is to block the direct current while allowing the alternating current to pass and also to store and release energy.

The CLF7045NIT-330M-D is a fixed inductor manufactured by TDK Corporation. It is a radial leaded, molded inductor available in a 4 pin package. CLF7045NIT-330M-D’s inductance of 330uH, saturation current of 15.9A, rated current of 11.8A and DC resistance of 0.213ohm at 25°C qualify it as a high performance inductor.

CLF7045NIT-330M-D’s applications are mostly found in the telecommunications and electronics industries, such as supplying energy to power amplifiers, buffering high frequency current for use in the telecommunications network, and filtering the high frequency noise generated in switching power supplies. This inductor can also be used in audio circuits, radio receivers, and other electronic applications.

The CLF7045NIT-330M-D fixed inductor works based on the principles of inductance. When electrical current is passed through the inductor, a magnetic field is generated, thus creating an opposing voltage across the inductor and forming an inductive reactance. This principle is widely used in power supplies, antennas, and even the transformers used in telecommunication systems.

CLF7045NIT-330M-D’s resistance to high saturation currents make it ideal for use in high-powered applications. It is built for use in high temperature environments, with a +125°C maximum operating temperature rating that allows it to be used in a variety of applications. It also has a low DC resistance, making it ideal for large or multiple inductor designs.

The CLF7045NIT-330M-D is an ideal choice for any application requiring a fixed inductor. Its low DC resistance and high saturation current ratings make it exceptionally reliable and efficient. By using the principles of inductance, it provides an effective method for blocking direct current while allowing alternating current to pass, and can also store and release energy, making it a useful component in both telecommunications and electronic applications.