1331R-471K

Fixed inductors come in many different shapes and sizes, with the 1331R-471K model being one of the most popular. This particular type of fixed inductor offers an array of benefits and is commonly utilized in various circuit board designs. This article is dedicated to providing a detailed overview of the 1331R-471K fixed inductor, including its application field and working principle.

What is a Fixed Inductor?

Before understanding how the 1331R-471K fixed inductor functions, it is essential to gain an understanding of fixed inductors in general. Fixed inductors are electrical components that are designed to resist a change in electric current or voltage. In basic terms, fixed inductors can be used to store electrical energy.

Application Field of the 1331R-471K Fixed Inductor

The 1331R-471K fixed inductor is hugely popular due to its variety of applications. This particular model is often used in radio frequency applications, such as television and telephone circuits. Additionally, this version of the fixed inductor is suitable for SMPS and linear application, as well as many other functions.

Working Principle of the 1331R-471K Fixed Inductor

The working principle of the fixed inductor is relatively simple and involves the conversion of electrical energy into magnetic energy. This occurs in the inductor core, with the energy subsequently wrapped back around the inductor. Magically, this causes an opposing force, which in turn resists any changes in the electric current or voltage.

Advantages of the 1331R-471K Fixed Inductor

The main advantage of the 1331R-471K fixed inductor is its durability. This particular type of fixed inductor is designed to withstand extended usage and is incredibly reliable. Additionally, the 1331R-471K fixed inductor offers a steady input current, as it is accurate to 0.5%, ensuring top-quality performance over long-term use.

Conclusion

Compact and reliable, the 1331R-471K fixed inductor is a popular choice amongst circuit designers. They offer an array of advantages, including a high performance input current, as well as a long-term durability. By understanding the fixed inductors application field and working principle, you can make an educated decision when it comes to selecting this important electrical component for your circuit board design.