UP1B-1R0-R

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 electronic components that store energy in the form of a magnetic field. Fixed inductors are classified according to several characteristics, one of which is their application field. The UP1B-1R0-R is a fixed inductor specifically designed for use in applications requiring high-current handling capability and high-frequency stability. This article will discuss the UP1B-1R0-R\'s application fields and working principle.

UP1B-1R0-R Application Fields

The UP1B-1R0-R fixed inductor is ideally suited for use in applications that require high-frequency stability over a wide temperature range. It is capable of supporting frequencies up to 500MHz, making it ideal for use in telecommunications, broadcasting, and computing applications. Its high current-handling capability, up to 1.5A, also makes it suitable for use in automotive electrical systems, where large current demands must be met. It is also suitable for use in other applications, such as electrical motors, power supplies, and switchmode converters.

UP1B-1R0-R Working Principle

The UP1B-1R0-R inductor works on the same principle as any other inductor. It stores energy in the form of a magnetic field created by the passage of current through the device. The magnetic field created by the inductor will resist any changes in the current passing through it, which is why it is capable of handling high current demands while maintaining its frequency stability over a wide operating range. The UP1B-1R0-R also contains several additional features, such as its high-temperature stability and low-temperature construction, which allow it to maintain its performance in high-temperature operating conditions.

Conclusion

The UP1B-1R0-R fixed inductor is a versatile electronic component that is capable of carrying current up to 1.5A and maintaining frequency stability over a wide temperature range. Its high power handling and frequency stability make it ideal for use in applications requiring high-power switching as well as telecommunications, broadcasting, and computing applications. Furthermore, its unique construction and design features make it suitable for use in automotive electrical systems, electrical motors, power supplies, and switchmode converters.

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