100-681M

Fixed inductors are commonly used in power electronics and electronic equipment circuits. These inductors have specific features that make them ideal for certain applications, such as limiting the current, suppressing high-frequency noise, and resonating with a capacitor in an LC filter circuit.100-681M is one of the most commonly used fixed inductor sizes. It has a wide range of applications, from high-power electronic applications to consumer electronics. 100-681M inductors contain an iron core and are extremely reliable.

Applications:

100-681M inductors are used in a variety of power electronic applications. These inductors are often used in amplifier circuits to limit the current flow, as the impedance is increased with increasing current. They can also be used to dampen high-frequency noise and interference that could otherwise affect other circuit components.In addition, 100-681M inductors can be used in LC filter circuits to resonate with a capacitor to create a notch filter. This removes unwanted frequencies from the signal and can be used to reduce ripple and improve signal quality.100-681M inductors are also used in power supplies and voltage regulator circuits. Their high inductance allows them to store higher amounts of energy, allowing for more efficient voltage regulation and reducing energy losses.

Working Principle:

100-681M inductors are based on the principle of electromagnetic induction. This is the ability of a wire carrying an electric current to create a magnetic field and induce a voltage in the same wire. The induced voltage is in opposite polarity to the applied voltage.In the case of 100-681M inductors, the iron core increases the magnetic field, while the inductive coil provides a pathway for current flow. As the current increases, the inductance also increases, resulting in a higher voltage drop and increased impedance. This limits the current and can be used to regulate and control power in electronic circuits.

Conclusion:

100-681M inductors are an important component used in power electronics and electronic equipment. They are reliable and can be used to limit current, suppress high-frequency noise, and resonate with a capacitor in an LC filter circuit. They are also useful in voltage regulator circuits, allowing for more efficient energy storage and regulation.