Cosel USA, Inc. CBS502424-R

Cosel USA, Inc. CBS502424-R Environmental and export classification status description

The Cosel CBS502424-R is a compact power supply module designed for board mounting applications. It offers reliable power conversion with high efficiency and stability. Functions: - Converts incoming AC or DC voltage to a regulated DC output. - Provides electrical isolation between input and output. - Offers protection features such as overcurrent and overvoltage protection. - Designed for easy integration onto circuit boards. Applications: - Industrial automation - Manufacturing equipment - Test and measurement instruments - Telecommunications equipment - Medical devices - Robotics Alternative Components: - TDK-Lambda i6A Series - MEAN WELL RPS Series - XP Power ECS Series - RECOM RAC Series - Artesyn LGA Series Embedded Modules: - SMD package for direct integration into circuit boards. - Mounting holes for secure attachment. - Compact design for space-constrained applications. Related Q&A: 1. What is the input voltage range of the Cosel CBS502424-R? - The Cosel CBS502424-R accepts a wide input voltage range of 85-264VAC or 120-370VDC, making it suitable for use in various regions. 2. What is the output power rating of the Cosel CBS502424-R? - The Cosel CBS502424-R has an output power rating of 50W, providing ample power for most board-mounted applications. 3. Does the Cosel CBS502424-R have built-in overcurrent protection? - Yes, the Cosel CBS502424-R features overcurrent protection to safeguard against excessive currents that could damage the module or downstream components. 4. Can the Cosel CBS502424-R be used for both industrial and medical applications? - Yes, the Cosel CBS502424-R is suitable for both industrial and medical applications, thanks to its reliability, stability, and safety features. 5. How does the efficiency of the Cosel CBS502424-R compare to other board-mount power supplies? - The Cosel CBS502424-R boasts high efficiency, typically above 90%, which helps reduce energy consumption and minimize heat dissipation in the system.