1330-74H

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Fixed inductors are components which provide electromagnetic field when electricity is passed through them.

Inductors are found in a vast range of electronic applications, including radio transmitters and receivers, audio amplifiers, power amplifiers, motor controllers, radio antenna systems, and voltage regulators. Inductors can also be used for impedance matching, signal shielding, or signal processing in electronic systems.

The 1330-74H is a fixed inductor component that is designed for use in a variety of applications. The 1330-74H is a low-profile surface-mount device that has an SO-9 package and is composed of a ferrite core with copper windings.

The 1330-74H component has an inductance of 10 uH and a current rating of 2 amps. It is suitable for use in switching power supplies, clamping applications, and protection circuits. The component features a maximum DC resistance of 0.07 Ohms and a Q factor of 11. It is able to handle up to 150 volts DC.

The working principle of the 1330-74H is based on the behavior of inductors when electric current passes through them. When electric current passes through an inductor, a magnetic field is created around the component. This field induces a voltage in the inductor, which opposes the original current. As the current increases, so does the voltage created. In this way, the 1330-74H acts as an energy storage device, storing energy in its magnetic field.

The 1330-74H is well-suited for use in a variety of applications, including high-frequency switching applications, AC line filters, DC-DC converters, RF circuits, and overvoltage protection circuits. Its unique construction and low-profile surface-mount package make it an ideal choice for use in high-density applications.

The 1330-74H component is designed to provide reliable performance and long service life in a wide variety of applications. Its compact size and ability to handle up to 150 volts DC make it an excellent choice for use in challenging environments. It is also constructed to withstand higher temperatures than standard fixed inductors, allowing it to provide superior performance in high-temperature applications.

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