Overview of FSFR2100 by onsemi
The FSFR2100 by onsemi is a 600V integrated power switch specifically designed for half-bridge resonant converters, typically used in applications demanding a power output up to 450W. Housed in a SIP-9 package, this component falls under the subcategory of Peripheral Drivers within the broader category of Drivers and Interfaces.
This power switch integrates controls for both high side and low side switching, housed in a SIP-9 package on a rail delivery format, also known as an alternative as FSFR2100. The FSFR2100 offers built-in protections against over-current, over-voltage, and thermal failures, making it a robust choice for safety-critical applications. Notably, this part is designed to operate within a wide temperature range from -40 °C to 85 °C and supports both source and sink current flow directions.
The part is identified by the onsemi manufacturer package code 127EM and comes with an industrial temperature grade. Although the FSFR2100 has reached its End Of Life phase, indicating that it is no longer in active production by onsemi, it remains a relevant choice for certain applications, subject to availability. It is a lead-free component but is not compliant with the REACH regulation.
Industry Applications for FSFR2100
The FSFR2100 is potentially applicable in several industries due to its functionality and features. Here are some example industries and how this power switch might be used in specific contexts:
- Industrial Automation: In automation processes, reliable power management is critical. The FSFR2100 could potentially be used in the power supply units of automated machinery, offering robust protection features that ensure system stability even in demanding conditions.
- Electronic Manufacturing: For the manufacturing of electronic goods, particularly those requiring precise power modulation such as semiconductor fabrication equipment, the FSFR2100 might provide essential half-bridge resonant converter functions, enhancing efficiency and reliability.
- Robotics and Drones: Robotics and unmanned aerial vehicles (drones) often need compact, efficient power management solutions due to limited space and power resources. The FSFR2100’s high voltage capability and built-in protections against electrical anomalies make it a potential choice for power conversion in these applications.
Note that these potential industry applications are conceptual and must be verified by engineering and design teams to ensure compliance with industry-specific standards and particular application requirements.
About onsemi
onsemi is a prominent manufacturer in the electronic components industry, specializing in various innovative power and sensor technologies. Within the realm of Peripheral Drivers, onsemi has developed a range of products designed to enhance the performance and reliability of electronic systems. Their offerings include various driver types that support industrial, consumer, and automotive applications, providing solutions that extend from simple drivers to complex power management ICs.
The FSFR2100 is one example of onsemi’s innovation in driver technology, featuring integration of multiple protection mechanisms and a focus on supporting high-efficiency power conversion applications. onsemi’s portfolio in this area demonstrates their commitment to delivering solutions that meet complex technical demands across a broad spectrum of applications.
Where to Find FSFR2100 by onsemi
To purchase the FSFR2100 or explore alternatives, findchips.com is your resource. On this platform, you can access a comprehensive database of distributors and compare prices and availability in real-time. For FSFR2100, distributors such as Avnet Asia have historically offered this component, though stock levels fluctuate. By visiting findchips.com, you can view current stock levels across various distributors and make an informed purchase decision.
You can also explore other Peripheral Drivers from onsemi or other manufacturers on the platform, ensuring that you find the best component for your specific application needs.