Analog Devices, Inc. (NASDAQ: ADI) unveiled today a high-precision, low-power meter-on-a-chip for a range of portable health applications such as point-of-care diagnostics, home/self-test health devices, and wearable vital signs monitors, including those for sports and fitness. The ADuCM350 single-chip, scalable platform combines a 16-bit accurate analog front-end (AFE), which includes a configurable multi-sensor switch matrix, hardware waveform generator and discrete Fourier transform (DFT) engine, with a processing subsystem and an industry-standard software development environment to support a complete product development roadmap. The ADuCM350 meter-on-a-chip offers easy connectivity to passive and active sensors and supports sensor fusion functionality that enables exceptionally accurate measurements of human physiological data even in the presence of interferers.
The ADuCM350 is a complete meter-on-a-chip optimized for portable health applications such as point-of-care diagnostics, remote health/vital signs monitoring and home/self-test health meters. (Photo: Business Wire)
- Download a short-form datasheet: http://www.analog.com/ADuCM350-ds
- Learn more about ADI’s healthcare technology: http://healthcare.analog.com/en/segment/health.html
“The ADuCM350 meter-on-a-chip supports a wide range of portable healthcare applications ranging from wearable health monitoring devices, such as smart watches and sophisticated pedometers, to point-of-care diagnostics that shorten hospital stays and make possible high quality monitoring in the home,” said Patrick O’Doherty, vice president, Healthcare Group, Analog Devices. “The ADuCM350 offers exceptional accuracy and integration on-chip making it ideally suited for designing portable products that monitor health and wellness.”
ADuCM350 Meter-on-a-chip Optimized for System-level Performance
The ADuCM350 is optimized for system-level performance and signal measurement accuracy, including those monitoring devices powered by a single coin-cell battery, and features a precision AFE with a 16-bit accurate, 160-kSPS A/D converter, +/-0.2% accurate voltage reference, and a 12-bit D/A converter.