Advanced health and hygiene company RayVioCorp. Mass production of its new 280nm XD mid-power and XR high-power short-wave UV light-emitting diodes (LEDs) and the establishment of industry-leading 10,000-hour life reliability standards are critical to the success of consumer and medical-grade solutions. Both XD and XR series can be used as standard 3535 transmitters or mounted on star boards for easy test development and product integration. Both devices have been stored in Digi-Key.
The XD and XR series are available from Digi-Key and can be used as transmitters or mounted on star boards. Both are rated at 100mA drive current and can be over or under drive current to optimize power or life. XD series: standard output power 3-5mW. XR series: standard output power 6-18 + mW.
Nick Olson, Digi-KeyElectronics Semiconductor Product Manager, said: "We are very excited that RayVio has become our exclusive supplier of short-wave UV LEDs and recognize their leadership in the industry. The XD and XR series have been put in stock and can help our customers from a technical perspective while the demand for short-wave UV continues to grow! "
In the industry, RayVio for the first time released the life cycle documentation scores of XD and XR devices under multiple currents. This allows designers to design solutions with the best performance, lifetime, and reliability characteristics for a particular application.
Company CEO Robert C. Dr. Walker said, "This is the most cost-effective short-wave UV LED at present, which means that there are more opportunities to develop new solutions. For applications where cost is the main driving factor, the XD medium power series is the most suitable. And when priority is given to milliwatts, our XR series is up to 12 milliwatts, and it's very cost effective per megawatt. "
Regardless of the driving current, RayVio's short-wave ultraviolet LED can show a sterility guarantee level of 10 [-6] or 99.9999%, which can be widely used in the fields of surface, water disinfection, medical sterilization and other fields.