CIG22B3R3MAE

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 are widely used in circuits for communication, consumer electronics, computer components, industrial automation, automotive applications, as well as solar-systems, wind-turbines, and home appliances. Among the most prominent examples of an inductor is the CIG22B3R3MAE. This inductor’s distinguishing feature is its high current carrying capacity, making it suitable for applications that draw a large current from a line.

The CIG22B3R3MAE is a surface-mount device with an approximate 3.3mOhm resistance and a 0.2µH inductance. It has been designed to function as a choke – meaning it is used to resist changes in current. This is achieved by taking advantage of the magnetic properties of the inductor and using a coil formed from a conducting material.

The coil of the CIG22B3R3MAE is made of a variety of materials, including copper, silver, gold, or steel. Its outer casing is made from special plastics, and the body also contains a thermal protection. This feature makes the CIG22B3R3MAE particularly suitable for use in challenging, heat-dissipative environments.

The coil of the inductor is very important and determines the inductor’s total inductance, the current handling capacity and, ultimately, its life expectancy. The more turns or windings a coil has, the more increase in inductance will be achieved, and the more current it can handle. The optimal number of coil windings and the size of the coil should be determined by the purpose for which the inductor will be used.

When selecting a CIG22B3R3MAE, it is essential to pay attention to its inductance tolerance, lead-time, and temperature coefficient. Inductance tolerance is the maximum deviation the inductor’s real-life inductance can have from its theoretical value. An inductor with a low tolerance is desirable, as it leads to fewer fluctuations when changing current. Lead-time is the time it takes for the inductor to respond when the current variation is applied. The shorter the lead-time, the more responsive the inductor. Finally, the temperature coefficient is the change in inductance a CIG22B3R3MAE will experience when the ambient temperature increases.

Throughout the world, the CIG22B3R3MAE is increasingly being used for applications in various industries due to its low impedance, high inductive performance, and excellent reliability. The inductor is usually used for filtering and wave-shaping purposes, and in antenna matching networks. Some of the most common types of applications which require inductors include radio receivers, microphones, and automotive applications, as well as in high-frequency switching power supplies. The inductor also finds wide usage in clock circuits, electronic meters, and impedance matching networks, among other things.

In summary, the CIG22B3R3MAE is an inductor with a high-current carrying capacity and excellent reliability. It is suitable for use in a large variety of applications, ranging from consumer electronics to industrial automation and has versatile features which allow for the inductor to be used in a range of different scenarios. With its surface-mount design, excellent temperature protection, and optimal long-term performance, the CIG22B3R3MAE continues to be a popular choice for many different types of applications.

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