Use ADI's optical, impedance, bio potential and motion sensor technologies and signal conditioning expertise to design wearable health monitoring devices (such as fitness bracelets, sports watches or pedometers). Choose a highly integrated precision, low-power on-chip measuring instrument ADuCM350 development platform; The platform integrates 16 bit precision analog front-end (AFE), Cortex M3 processing subsystem and industry standard software development environment, powered by button cell. Relying on ADI's rich combination of standard converters, linear and mixed signal components, complete the split design.

Featured products

ADPD4100

Multi mode sensor front end X

ADPD4101

Multi mode sensor front end X

AD8233

fifty μ A，2 mm × 1.7mm WLCSP, low noise, heart rate monitor, suitable for wearable product X

ADF7030

High performance, low-power, 169MHz ISM band transceiver ICX

ADF7030-1

High performance, sub GHz transceiver ICX

ADP5301

50 mA/500 mA, high-efficiency, ultra-low power step-down regulator X

ADPD105

Integrated I2C Photometric Measurement Frontend X

ADPD106

Integrating an output and SPI for photometric measurement front-end X

ADPD107

Photometric measurement front-end X with integrated SPI

ADuCM3029

Ultra low-power ARM Cortex-M3 MCU with integrated power management and 256Kb embedded flash memory

ADUCM350

Configurable impedance network analyzer and potentiostat X integrated with Cortex M3 core

ADXL354

Low noise, low drift, and low-power 3-axis accelerometer X with analog output

ADXL355

Low noise, low drift, and low-power 3-axis accelerometer X with digital output

ADXL362

Micro power consumption, 3-axis, ± 2 g/± 4 g/± 8 g digital output MEMS accelerometer