Search results for "LEDs"
Ultra-low dropout linear LED driver extends lighting strips
Diodes Incorporated has announced the BCR430UW6 linear LED driver with ultra-low dropout voltage and constant current regulation between five and 100mA. This combination allows more LEDs to be driven from a low supply voltage, making the BCR430UW6 suitable for applications that require multiple LEDs to operate together, such as signage illumination and architectural lighting.
FPGA module with dual board-mount optical assemblies
VadaTech, a manufacturer of integrated systems, embedded boards, enabling software and application-ready platforms, has announced the FMC259, an FPGA Mezzanine Module per VITA 57.4 (FMC+) specification with dual Board-Mount Optical Assemblies, each providing 24 channel full-duplex transceivers capable of up to 28.1 Gb/s per channel (more than 1344Gb/s total bi-directional).
Realising sustainability goals through LED upgrades
Signify has announced that it is helping the city of Davos to achieve its sustainability goals by upgrading both Davos’ streetlights as the lighting of the city’s Congress Centre to high-quality energy-efficient LEDs. Davos will host business and political leaders from around the world during the World Economic Forum.
LED driver modules provide up to 60VDC input voltage
RECOM has announced the launch of its RCDE-48 series LED driver modules with up to 60VDC input voltage and 1050mA constant current output with analogue or PWM deep dimming.RECOM has added to its offering of LED drivers with the RCDE-48 series, a range of modules that can provide up to 350mA, 700mA or 1050mA constant current to drive strings of up to 15 high brightness LEDs with efficiency up to 97%.
Inorganic packaging UV LEDs launched
The latest generation of inorganic packaging UV LEDs has been launched in the UK and Europe by Oxfordshire based Selectronic. They are UK and European sales partners with manufacturers Guangzhou Bytech Electronics - reportedly the first company in China to launch inorganic packaging UV LEDs based on a ceramic, metal and hard glass (CMH) technology platform.
Native Red InGaN LEDs on silicon microLED displays
Plessey, an embedded technologies developer at the forefront of microLED technology for the Augmented Reality (AR) and display markets, has successfully developed a world’s first GaN on Silicon-based Red LED.Whilst InGaN-based Blue and Green LEDs are commercially available, Red LEDs are typically based on AlInGaP material or colour converted Red.
Demonstration board uses eGaN FETS to develop ToF in automotive applications
Time of flight (ToF) relies on fast and accurate object detection. In automotive design, it is used in lidar systems for safety systems in advanced driver assisted systems (ADAS).
Unlocking traceability and efficiency within the supply chain
With increasing regulation across all industries, from data privacy legislation to technical specifications and product certification requirements, consistent traceability within often large and complex supply chains has never been more important for businesses to achieve. This is not only for compliance reasons, but also to ensure accurate forecasting so companies can deliver on promises made to customers.
Evaluation board for single-chip mmWave sensing solution
The AWR1642 BoosterPack from Texas Instruments is an easy-to-use evaluation board for the AWR1642 mmWave sensing device, with direct connectivity to the microcontroller (MCU) LaunchPad Development Kit. The BoosterPack contains everything required to start developing software for on-chip C67x DSP core and low-power ARM R4F controllers.
Conquering new frontiers with world’s smallest safety laser scanner
SICK has launched the world’s smallest safety laser scanner, the nanoScan3, designed for easy and economical integration into the smallest of machine designs, particularly for automated guided vehicles, carts, mobile platforms and service robots. The ultra-compact SICK nanoScan3 is just eight centimetres tall, so it can fit snugly into the spaces in machines where safety laser scanners could not previously have been located.