PF0581.103NLT

Fixed Inductors are widely used in various types of technical and electronic applications. The PF0581.103NLT is one type of fixed inductor that is designed for high accuracy and high reliability. It is used in applications that need accurate and stable voltage, current or power supply. In this article, we will discuss the application field and working principle of PF0581.103NLT.

Application Field of PF0581.103NLT

The PF0581.103NLT is mainly used in inductor applications. It is ideal for applications that require precise voltage, current or power regulation. It can be used for a wide range of applications such as LED lighting, automotive applications, motor control applications, and many others. The PF0581.103NLT comes with an integrated high frequency switching controller which makes it very suitable for high frequency applications. The built-in temperature compensation feature ensures accurate and stable performance regardless of the surrounding temperature.

Working Principle of PF0581.103NLT

The PF0581.103NLT is a type of switched inductor, which is composed of an inductor, one or more capacitors, and a switching transistor. The inductor is responsible for storing energy, while the capacitor acts as a buffer. When the switch transistor is activated, the current is drawn from the capacitor to the inductor, storing energy in the form of a magnetic field. The stored energy is then released back into the circuit when the transistor is switched off. This process is known as inductive power transfer. The PF0581.103NLT also features adjustable parameters that are used to regulate the output voltage, current and power. The adjustable parameters include inductor current limiting and over‐voltage protection.

Conclusion

The PF0581.103NLT fixed inductor is a highly reliable and accurate component used in various types of applications. It features an integrated high frequency switching controller, adjustable parameters for regulating voltage, current and power, and built-in temperature compensation which makes it suitable for use in a wide range of applications. The working principle of this type of inductor is based on the inductive power transfer, where the stored energy is released back into the circuit when the switch transistor is turned off.