Overview of MURS260T3G by onsemi
The MURS260T3G is an ultra-fast recovery rectifier designed and manufactured by onsemi. Featuring a repetitive peak reverse voltage of 600V and an average forward current of 2A, it is packaged in an SMB (Surface-Mounted Device) format, specifically in a lead-free, plastic case 403A-03, with 2 pins. Its attributes include a maximum forward voltage of 1.45V, a reverse recovery time of 75ns, and a forward surge current of 35A. This component, primarily silicon-based, is aimed at high voltage and ultra-fast recovery power applications. With an operating temperature range from -65°C to 175°C, the MURS260T3G ensures flexibility and reliability in a wide range of environments. This rectifier diode, part of the Rectifier Diodes subcategory, is RoHS compliant, indicating its adherence to environmental standards regarding the restriction of hazardous substances.
Industry Applications for MURS260T3G
The MURS260T3G rectifier diode might serve a broad spectrum of applications across various industries due to its high voltage capacity, fast reverse recovery time, and robustness in handling forward surge current. Its properties make it an excellent choice for critical environments where reliable performance under extreme conditions is paramount. Although the potential applications listed below are conceptual and illustrative, they indicate the diverse environments where MURS260T3G could be utilized, requiring further analysis and verification by engineering and design teams.
- Space Technology: Satellites and space exploration vehicles might incorporate MURS260T3G for power management circuits, benefitting from its high voltage handling and ultra-fast recovery time for efficient power conversion and minimal energy loss.
- Aerospace and Defense: In radar systems, power supply units, and communication equipment where failure is not an option, the robust nature of MURS260T3G might ensure reliability and durability.
- Energy and Power Systems: Solar inverters, wind turbines, and other renewable energy converters could make use of MURS260T3G for efficient energy transformation from DC to AC, taking advantage of its rapid reverse recovery time and high voltage tolerance.
- Automotive Electronics: Electric vehicles (EVs) and hybrid systems might incorporate this diode within battery management systems or in power converters, optimizing energy efficiency and ensuring reliability under high operational temperatures.
About onsemi
onsemi is a leading manufacturer of semiconductor components, deeply entrenched in the development of innovative energy-efficient electronics. With a specific focus on improving environmental sustainability, onsemi’s product line extends across various semiconductor categories, including a significant presence in the diode market. Regarding the Rectifier Diodes category, MURS260T3G exemplifies onsemi’s commitment to providing components that reduce global energy use. The company’s offerings include a range of diodes designed for rectification, voltage regulation, and surge protection, catering to a wide array of industry needs. Their products are known for reliability, efficiency, and state-of-the-art engineering, making them suitable for demanding applications such as automotive, industrial, and high-reliability sectors.
Where to Find MURS260T3G by onsemi
Procuring the MURS260T3G for your projects necessitates a reliable source to ensure authenticity and competitive pricing. To this end, findchips.com serves as an invaluable tool, offering current stock levels, pricing from various distributors, and detailed part information. For those interested in alternative parts or evaluating different suppliers, our Rectifier Diodes section provides comparative data on products from both onsemi and other reputable manufacturers. Historically, distributors like Mouser Electronics, DigiKey, Newark, and Arrow Electronics have stocked MURS260T3G, though availability can fluctuate. Thus, visiting findchips.com ensures you get the latest information on where and at what price you can acquire MURS260T3G and other similar components.