LAP02TAR33K

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Fixed inductors are widely used in various applications in electronics and electrical engineering.

The LAP02TAR33K is an example of a fixed inductor used in power supply, energy storage, and other wave shaping applications. It has a low profile surface mount construction and is built with a nickel-plated copper wire winding.

The inductance value of the LAP02TAR33K is 2.3 mH (220 si) which is set by winding a particular number of turns of the inductor. This winding has to have a certain minimal wire cross-section to ensure the target inductance is maintained.

LAP02TAR33K inductors are often used in power supply and energy storage applications because they have a very low DC resistance, enabling them to pass large amounts of current efficiently and dissipate less power than other similar inductors.

The LAP02TAR33K also has a high quality factor (Q), which means that it has a high quality performance with minimal power loss due to AC interference. This makes it ideal for applications where power loss is not an option.

The working principle of the LAP02TAR33K is the same as with any other inductor. When a voltage is applied to the inductor, a current is induced. This current creates a magnetic field which acts on the inductor’s winding, thereby increasing the inductance. The inductance of the inductor is then dependent on the number of turns of the winding and the size of the wire cross-section.

The LAP02TAR33K therefore has a fixed inductance value due to its design and is not affected by alternating current signals (AC) or other external factors.

In summary, the LAP02TAR33K is a fixed inductor with a low profile surface mount construction, designed for use in power supply, energy storage, and other wave shaping applications. Its low DC resistance and high quality factor (Q) make it perfect for a variety of applications. The working principle of the inductor is also similar to the general principle of all other inductors.

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