MILS1812R-182K

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Fixed Inductors play an important role in the modern way of how the electronics world functions. The MILS1812R-182K fixed inductor is a great example of one type of fixed inductor. Its application field covers areas such as power management, communication receivers, and signal conditioning. This particular fixed inductor also has a low profile design of 1.2 mm and its additionally rated up to 1.8 Amps.

The MILS1812R-182K fixed inductor is composed from 100%ceramic material. This means that it can perform across the widest selection of temperature and a wide variety of power settings with ultra-high reliability. Additionally, this fixed inductor has low DCR and high current capabilities with high saturation current. This additional feature makes it the ideal choice for low voltage, high current applications.

The fixed inductor works on placing a magnetic field around two conducting coils and is then charged with electricity in order to create a fixed magnetic field. This is done through voltage line input and a magnetic flow of electrons in the conductive coils and then placed back into the voltage line. This is known as inductive energy. This inductor also involves multiple fundamental properties such as reactance, impedance, and inductance. These fundamentals are important components to the production, efficient operation, and power distribution of the fixed inductor.

The magnetism that works with the fixed inductor involves the aggregation of electrons in semiconductors. This means that a similar arrangement of electrons can produce a self-sustaining magnetic field. The electrons line up the same way when they pass through the right and left leads of the inductor. This produces a stronger magnetic field in the middle, and as the electrons pass in and out of the inductor, they also create a secondary magnetic field, which helps produce the inductor’s ability to power other applications such as transistors and other semiconductors.

A common example of the application of the MILS1812R-182K fixed inductor is its usage in communication receivers. A communication receiver is composed of four basic components: a voltage source, a power source, an amplifier, and an inductor. The MILS1812R-182K fixed inductor helps provide the power source for the communication receiver as well as the inductor for signal conditioning. The inductor works through a circuit to create a current that can be fed back into the receiver in order to improve its performance.

The MILS1812R-182K fixed inductor also has several advantages when used in applications such as power management. The fixed inductor is constructed with a ceramic material and has a high saturation current that allows it to handle high power loads while maintaining its thermal stability. This helps increase the voltage passes through the inductor, and the higher voltage also helps increase the accuracy of the inductor. Additionally, the high saturation current also allows the inductor to dissipate the heat generated in the power management application.

The MILS1812R-182K fixed inductor provides a low profile design of 1.2 mm and has the ability to work with up to 1.8 Amps. The fixed inductor is made from 100% ceramic material, which gives it a wide selection of temperature and power settings with ultra-high reliability. Its inductive properties provide superior voltage operation and high saturation current. It also helps provide power to communication receivers, transistors, and other semiconductors. This fixed inductor is ideal for power management and signal conditioning applications and helps ensure precision and accuracy.

The specific data is subject to PDF, and the above content is for reference