ADR supply SWIR technologies (wavelengths range from 1,050-2,500 nm), gradually mature, and prices begin to reach feasible levels. A new applications, based on PPG technology adopt it. With improving algorithm, wearable devices are increasingly likely to feature PPG-based bio-sensing functions, which can measure not only heart rate and blood oxygen levels, but also other variables including body hydration as well as blood glucose, blood lipid, and blood alcohol levels in the

ADR supply IR SMD LED’s for laser applications. The main advantages of those LED’s are: High power . Open package. High wavelength stability at different temperatures. Example of parameters: Threshold Current Ith up to 65mA (under 5mW) . Operating Current ipo up to 25mA (under 5mW). Operating temperature: -10～+70 ℃. Package size of 3.00x3.00x0.75mm. Among wavelength, there are 650, 850 & 940 nm. Applications for this line: Moving sensor/Gesture. Photoelectric sensors. ToF app

ADR supply UVC LED’s (200-280nm). This range of super short wavelength is very effective for fields as: Counterfeit Detector Phototherapy Disinfection & Sterilization Air purification and more. Standard specifications of our UVC LED’s: SMD assembly. Dimensions: 3. 55× 3.55× 1.72 mm. Dice Technology : AlGaN. View angle: = 125° Radiant Power 12 mW Forward Voltage 5.8 V. Environmental RoHS compliance Storage Temperature -40~+100 ℃. Operation Temperature-30~+60 ℃. This range of

IR LED’s Improve Health and Environment Detection for Wearable devices. Via photoplethysmography (PPG), red light and infrared LED’s can receive date from the environment and measure biometric data including heart rate, blood oxygen, blood pressure and blood sugar level. Adopting the sensing components to wearable devices enables a wider range of applications. PPG is often obtained by using a pulse oximeter which illuminates the skin and measures changes in light absorption.