Newark expands global distribution agreement with ams OSRAM to support design engineers
Newark and ams OSRAM have strengthened their global partnership to bring-to-market a great range of new technologies and selected optical solutions for the automotive, consumer, industrial and healthcare sectors
Newark has strengthened its distribution agreement with ams OSRAM, a global leader in optical solutions, significantly expanding its global portfolio of LEDs, infrared emitters, photodiodes and sensors.
Design engineers will benefit from ams OSRAM’s broad portfolio of complete optical solutions with the addition of new proximity, temperature and vital sign monitoring sensors and a comprehensive range of LEDs, photodiodes and infrared emitters. The extended range from ams OSRAM reinforces Newark’s position as a single source offering cutting-edge optical solutions for the automotive, consumer, industrial and healthcare market segments.
Simon Meadmore, Vice President of Product and Supplier Management at Newark says: “We are committed to supporting our global supplier partners to launch new products and enhance our existing portfolio to meet the evolving needs of our customers. ams OSRAM’s dedication to innovation is supported by a robust product line that enables design engineers to create highly compact, accurate and efficient low-power solutions that can be used across different industries to meet market demand.”
Pierre Laboisse, Executive Vice President, Global Sales and Marketing at ams OSRAM says: “We are very pleased to extend our distribution agreement with Newark and look forward to a successful long-term partnership. With our cutting-edge products available globally, we can offer complete optical solutions for sensing, visualization and lighting applications from a single source. Newark’s complementary portfolio provides best value for our customers in the automotive, consumer, industrial and healthcare sectors.”
The enhanced range of solutions from ams OSRAM now available for fast delivery from Newark include:
- The AS621X Series of Temperature Sensors deliver the industry’s best combination of accuracy and ultra-low power consumption in a tiny wafer-level package. It is suitable for a broad range of consumer electronic devices and wearables, heating, ventilation and air conditioning (HVAC) systems, and health-related monitoring systems. The series consists of three models, including AS6212, AS6214 and AS6218, providing precise measurement with different temperature accuracies and ultra-low power consumption to meet demanding application requirements. The compact size of each sensor ensures ease of integration and can feature up to eight different I²C addresses, which permits eight AS6221T devices to be used on one bus with no calibration or linearisation needed.
- The TMD3725 Light, Colour and Proximity Sensor offers reduced power consumption with superior design flexibility for dark room or full sunlight operation. Key features include advanced proximity measurement, colour sense (RGBC+IR) and digital ambient light sensing. The senor also compensates for unwanted IR energy system crosstalk reflection and undesirable ambient light photodiode current. The slim module incorporates an IR LED and factory calibrated LED driver with RGB + IR filters, high sensitivity down to mLux levels, a 1M:1 dynamic range and 0.18µm processing technology with 1.8V I²C. The MD3725-EVM Evaluation Kit for the TMD3725 sensor provides everything required to evaluate the sensor.
- TMD27553M Ambient Light/Proximity Photo Sensor is optimised for narrow bezel mobile phones yet offers industrial design flexibility with accurate ambient light sensing, superior proximity sensing and reduced power consumption. The unique proximity detection feature includes object recognition using photodiode detection of reflected IR energy (sourced by the integrated VCSEL). Detect and release events are interrupt driven and occur when the proximity result crosses the upper and/or lower threshold settings. The proximity engine features a wide range offset adjustment to compensate for unwanted IR energy reflection at the sensor. Moreover, the automatic ambient light subtraction with ALS and IR photodiodes features dedicated data converters which have the capacity to produce 16-bit data. The extremely narrow 1.1mm module incorporates an IR VCSEL and factory calibrated VCSEL driver.
- The AS7056 Biosignal Analogue Frontend (AFE) Sensor is the next generation of vital sign sensors enabling users to detect biosignals such as photoplethysmogram (PPG) and pulse transit time (PTT) as well as proximity measurements. The AS7056 is an analogue frontend optimised for size and performance to support space-limited applications, such as in-ear vital sign monitoring, hearables, optical sensor platform, fitness band, smart watch, smart patches and heart rate monitors. Optical blood pressure measurements and SpO2 are enabled by the two independent working photodiode inputs of the AS7056. The AS7056 also provides two LEDs and one VCSEL driver outputs and samples up to three photodiode inputs.
Farnell Global is a fast and reliable distributor of products and technology for electronic and industrial system design, maintenance and repair. From research and design through prototype to production, Farnell helps its customers access the products and services they need 24/7. With more than 80 years of experience, 47 localized websites, and a dedicated team of over 3,500 employees, Farnell provides every component its customers need to build the technology of tomorrow.
Farnell Global has been part of the established global technology distributor, Avnet (Nasdaq: AVT), since 2016. Today, this relationship allows the company to support its customers at every stage of the product life cycle, offering a truly unique distribution model, as well as expertise in end-to-end delivery and product design.
For more information, visit http://www.farnell.com