Overview of MUR1100ERLG by onsemi
The MUR1100ERLG by onsemi is a Ultra-Fast Recovery Rectifier designed to operate in switch-mode applications, characterized by a 1 A average forward current and a 1000 V repetitive peak reverse voltage. With its axial lead package measuring 5.20×2.70mm for the body and 25.4×0.71mm for lead length and diameter, this rectifier is tailored for high voltage applications necessitating fast recovery times. The maximum forward voltage is specified at 1.75V, and it boasts a reverse recovery time of 100ns, making it an efficient choice for fast-switching environments. The forward surge current capacity is substantial at 35A, indicating robust performance during transient conditions. This rectifier is suited for configurations requiring a single diode and is compliant with RoHS standards, ensuring compatibility with environmentally conscious product designs.
Industry Applications for MUR1100ERLG
The diverse specifications of the MUR1100ERLG lend themselves to a variety of industrial applications. This component could be strategically integrated across several sectors, leveraging its fast recovery time, high reverse voltage capability, and efficiency in high-speed switching scenarios. It’s important for engineering and design teams to carefully analyze and verify the suitability of the MUR1100ERLG for specific applications. Potential use cases include:
- Consumer Electronics: Utilized in the power supply circuits of high-performance consumer electronics where efficiency and space-saving are crucial. Examples might include laptops, gaming consoles, and larger home appliances where fast recovery diodes can help minimize energy loss and heat generation.
- Energy and Power Systems: In power generation and distribution systems, the MUR1100ERLG could potentially provide rectification and smoothing functions with its ability to handle high voltages and currents, improving the reliability and efficiency of power inverters and converters.
- Renewable Energy: Applications within solar power inverters, wind turbine power systems, or other renewable energy converters could benefit from the MUR1100ERLG fast recovery times, enhancing the efficiency and reliability of energy harvesting systems.
- Automotive and Transportation: Given its fast switching capabilities, this diode could find potential applications in electric vehicle charging systems, power converters, and control units requiring high-reliability components capable of withstanding varying environmental conditions.
Note that these potential applications require precise engineering assessments to ensure the MUR1100ERLG meets the specific needs of each use case.
About onsemi
onsemi is a leading supplier of semiconductor-based solutions, offering a comprehensive portfolio of energy-efficient products that power a diverse range of high-growth applications. Within the domain of diodes, and specifically Rectifier Diodes, onsemi stands out with its broad array of offerings designed to meet the needs of varied applications. The MUR1100ERLG is a testament to onsemi’s commitment to providing high-quality, reliable components. Through consistent innovation and focus on sustainability, onsemi continues to develop products like the MUR1100ERLG that enable smarter, more efficient energy utilization in both industrial and consumer segments.
Where to Find MUR1100ERLG by onsemi
For procurement professionals and engineers looking to source the MUR1100ERLG, it is recommended to explore findchips.com. This platform provides current stock levels, pricing information, and availability from a range of distributors. While historically, the part has been available from distributors such as Win Source Electronics, EBV Elektronik, Avnet Silica, and Mouser Electronics, availability can fluctuate. Therefore, leveraging a real-time electronic component search engine like FindChips can streamline the sourcing process. In addition, for those seeking alternatives to the MUR1100ERLG, FindChips’ expansive database of Rectifier Diodes can offer numerous options from onsemi and other manufacturers. This ensures that design and procurement teams can easily compare specifications and choose the best component for their application.