CIG22ER50SNE

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Fixed inductors are electronic components used to introduce inductance into a circuit. These inductors come in various sizes for different applications. The CIG22ER50SNE is one such type of fixed inductor, designed specifically for use in high-temperature applications at temperatures between 40 and 150°C. The CIG22ER50SNE delivers a highly efficient current-to-voltage conversion at a wide range of temperatures, making it ideal for use in applications such as power supply design, pulse oximeters, ultrasound systems, and automotive electronics.

The CIG22ER50SNE features a high quality ceramic core (ceramic-filled polypropylene) that is resistant to temperature cycling and humidity, thanks to a specially designed package that minimizes air and moisture permeation. The expanded winding ranges along with its increased current-handling capabilities make the CIG22ER50SNE ideal for use in applications such as chargers, power supplies, LED drivers, and inverters. Additionally, the CIG22ER50SNE also offers improved power efficiency, reduced size, and higher reliability, making it suitable for use in even the most challenging power-conversion applications.

The working principle of the CIG22ER50SNE involves the conversion of AC current into DC current. This is done through the use of a transformer. The transformer consists of a primary winding and a secondary winding. The primary winding, which is connected to the AC current, induces a magnetic field that is used to magnetically couple the windings together. This allows the AC current to be transformed into a DC current.

The CIG22ER50SNE also features an increased temperature stability, thanks to the temperature-compensated design. The temperature-compensated design allows the CIG22ER50SNE to remain stable at elevated temperatures, while still offering excellent performance. Additionally, the CIG22ER50SNE also offers improved noise immunity and high power-handling capability.

The CIG22ER50SNE is an ideal inductor for applications including power supply design, pulse oximeters, ultrasound systems, automotive electronics, chargers, power supplies, LED drivers, and inverters. Its features such as a high quality ceramic core, expanded winding ranges, improved noise immunity, and high power-handling capability make the CIG22ER50SNE an excellent choice for high-temperature applications. It is capable of delivering a highly efficient current-to-voltage conversion at a wide range of temperatures, making it ideal for use in challenging power-conversion applications.

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