1812R-182K

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Fixed Inductors are electronic components used to store energy in the form of magnetic fields by passing a current through a conductor. Depending on their construction, inductors can be designed to exhibit a wide range of inductance values. The 1812R-182K is one such type of inductor that is designed with versatility in mind.

The 1812R-182K inductor has a leadless surface mountable form factor and is meant for use in high frequency applications, such as radio-frequency circuits, magnetic resonance imaging systems, and ultra wideband designs. Its design enables a highly stable performance over frequency ranges of up to tens of MHz. It is also RoHS compliant, so it is suitable for high-reliability designs and applications in harsh environments.

The 1812R-182K features a wide range of inductance values, from 0.031 µH to 47 µH. It also has a high saturation current rating, with a minimum of 10 A. It is rated for a temperature range of -40 °C to +85 °C and can be used in high-temperature applications as it is rated for a maximum reflow temperature of 260 °C.

The 1812R-182K is designed to minimize power loss. Its core is made of a ferrite material that has been specifically chosen to reduce the aggregate of resistivity losses and magnetic saturation effects. The inductor also uses very thin copper wires on its windings, which help reduce power losses through resistive heating.

The core of the 1812R-182K is designed in such a manner that it does not cause a significant decrease in the inductance when exposed to high current or temperatures. This helps maintain the stability of the inductance over a wide range of frequencies and ensures a reliable performance in high-temperature applications.

The 1812R-182K is an excellent choice for designs that require high frequencies and stable inductance values. It has a wide range of inductance values and offers a high saturation current rating. It is also designed to minimize power loss and is RoHS compliant, making it suitable for a wide range of applications and environments.

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