Overview of FSFR2100XS by onsemi
The FSFR2100XS from onsemi is designed to function as an Integrated Power Switch (FPS™) for a 400W Half-Bridge Resonant Converter. Encased in a SIP-9 package and available in 475-tube packaging options, it integrates both high and low side power load switch capabilities. The part operates with an input voltage of up to 25V and can sustain a current of up to 10.5A. Notably, it maintains an on state resistance of just 0.41 Ohm, optimizing it for efficient power control.
This component is a peripheral driver, a type of Peripheral Drivers, which are integral in managing power functions within a circuit. The FSFR2100XS offers built-in protections including overcurrent, overvoltage, thermal, and undervoltage safeguards, enhancing its reliability in various applications. Furthermore, the part is encapsulated in a plastic/epoxy body with a flange mount, designed for through-hole mounting, and features a rectangular shape with zig-zag terminal positions. While it has a qualification status of ‘Not Qualified’ and is ‘Reach non-compliant’, it remains a noteworthy component, especially designated with an EAR99 ECCN code and RoHS compliant as indicated by its status of Pb-free and JESD-609 Code E3.
The lead time from the factory for this component is specified as 11 weeks as of the current writing, suggesting a moderate wait time for manufacturing orders.
Industry Applications for FSFR2100XS
The FSFR2100XS could potentially find applications across various industries due to its versatile features tailored to manage power efficiently in complex electronic systems. Below are examples of possible uses in several sectors:
- Industrial Automation: This switch could ideally be used in automated manufacturing systems where precise power control is necessary. Its ability to quickly switch between high and low side loads while maintaining low resistance could enhance the efficiency of robotic systems or assembly lines.
- Consumer Electronics: Devices requiring efficient power distribution, such as home appliances and high-performance personal electronics, might incorporate this component to manage power supply dynamically and safely, given the thermal and overvoltage protections.
- Telecommunications: The reliability and efficiency of the FSFR2100XS make it potentially suitable for telecommunications infrastructure where stable power delivery is critical, including in network routers or signal amplifiers that need continual up-time and resilience under varying load conditions.
- Computing and Data Storage: Data centers that require stable and efficient power management for sustaining extensive server operations could benefit from the integration of such power switches to prevent downtime and manage electrical loads effectively.
Note that these potential industry applications are purely conceptual and require analysis and verification by engineering and design teams to ensure they adhere to industry standards and specific application needs.
About onsemi
onsemi, formerly known as ON Semiconductor, has established itself as a key player in the semiconductor industry, particularly in the development and manufacturing of Peripheral Drivers and other driver interfaces. Their FSFR2100XS exemplifies their commitment to producing high-quality, reliable peripheral drivers that cater to a diverse range of industrial and consumer applications. onsemi’s portfolio includes a variety of similar components that emphasize power efficiency, compact design, and robust protection features, making them suitable for demanding environments and applications.
Where to Find FSFR2100XS by onsemi
To purchase the FSFR2100XS or explore alternative parts, it is advisable to research on findchips.com. This component falls under the category of Peripheral Drivers, where it might be possible to find alternate parts offered by onsemi or other manufacturers. This part has historically been available through distributors such as New Advantage Corporation, NexGen Digital, and Newark, but it’s essential to check for current stock levels and pricing directly on findchips.com.