According to the latest market study released by Technavio, the global micro-electro-mechanical-systems (MEMS) market is expected to reach USD 20.26 billion by 2020, growing at a...
OUTLINES: The MEMS & Sensors industry is transitioning towards 3 main hubs: the inertial hub, the optical hub and the environmental hub. The MEMS market is observing a strong...
Defense and manufacturing have been the traditional drones and robot markets,” explains Pierre Cambou, Activity Leader, Imaging, Yole Développement (Yole). “Within five years,...
We need to develop innovative technologies for batteries to answer growing EV/HEV market demand and to fully exploit renewable energy generation. Batteries will increasingly be part...
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ASIC Prototyping with FPGAs faces global development challenges in the hardware-software IoT and automotive markets.
In this video Adafruit Founder Limor Fried interviews Dave Doherty on topics ranging from the death of the physical catalogue, to the joy of running an engineering company as an engineer yourself.
8-bit MCUs just keep getting better and more integrated. Extension Media's Chris A. Ciufo interviews Microchip's 8-bit MCU guru Greg Robinson. Among the new "intelligent analog" PIC16F170X/171X family's best features: two internal Op Amps and Zero Cross Detect--both analog features reduce board space and BOM cost. 10-bit ADC and 8-bit DACs plus a programmable pin crossbar make these 8-bangers some of the most innovative in the market.
8-bit MCU runs inductive cooktop demo. Microchip's Greg Robinson, 8-bit MCU director, shows Extension Media's Chris A. Ciufo the new PIC16F170X/171X in a "smart" kitchen. This device not only takes the heat...it controls it!
NXP offers the worlds lowest power consumption touch and proximity sensors available on the market. Our capacitive sensors offer industry-leading robustness to EMC, making NXP a worldwide leader in low power capacitive touch sensors.
A collaborative effort by Washington State University researchers, US Geological Survey, and NASA's Jet Propulsion Lab might hold the key to predicting volcanic eruptions.
This device uses MEMS based rate gyro sensors mounted to a gimbaled camera rig to measure the angular rate of the camera's rotation. The gyro signals are amplified to drive DC servo motors coupled to the camera's rotational axes. As a gyro measures the cameras rotation about an axis, the corresponding servo motor applies an opposing torque on the platform to oppose camera rotation.