ATCA-07-151M-V

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Fixed inductors are electronic components that store electrical energy in the form of a magnetic field. They are used in a variety of electronic circuits, from the most basic to the most complex circuits in the world of electronic engineering. In this article, we will discuss the ATCA-07-151M-V application field and working principle.

ATCA-07-151M-V Application Field

The ATCA-07-151M-V is a linear fixed inductor constructed with a multilayer ceramic core. This particular type of inductor is used for signals with frequencies that are very low, such as alternating current or radioactive inductor signals. As such, it can be used in many different types of circuits, including power supply, amplifier, stabilizer, and filter circuits, among others.

This inductor is well suited to moderate signal frequencies, such as 60Hz. It is also able to handle larger signal frequencies, up to 300KHz. In addition, it is designed to handle very low current applications, such as a standby power supply. With its low profile and low EMI/EMC radiation levels, the ATCA-07-151M-V is a great component to have in your circuit when you need to conserve space and reduce unwanted radiation.

ATCA-07-151M-V Working Principle

The ATCA-07-151M-V fixed inductor works by trapping and storing electrical energy within the magnetic field formed by the device. This field is generated when the inductor is connected to a power source. When the inductor is energized, the magnetic field that it creates produces a magnetic flux that becomes stronger and stronger as the current flows through it. This field becomes intense enough to store energy until it is needed by the circuit.

When the energy stored within the magnetic field is required by the circuit, the inductor’s magnetic flux is reversed and the energy is released in the form of a voltage or electric current. This voltage or current will then be used by the circuit to power its components or to produce an output signal.

The ATCA-07-151M-V inductor is designed to have a low profile and to produce minimal emissions. That means that it can be used in areas where there is a higher chance of interference from external sources, such as radiofrequency signals. That is why this type of inductor is ideal for use in areas with high population density, such as cities or large electronics plants.

Conclusion

The ATCA-07-151M-V fixed inductor is an important component for any electronics circuit. Its low profile and low EMI/EMC radiation levels make it ideal for applications where space conservation is essential. By understanding how this inductor works and understanding its application areas, engineers can use this component to great effect in their circuits.

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