Boost Converter Topologies for Portable and Wearable Devices
Technical overview of DC-DC boost converters for portable/wearable devices: topologies, component selection, layout, and efficiency-focused design trade-offs and tools.
Technical overview of DC-DC boost converters for portable/wearable devices: topologies, component selection, layout, and efficiency-focused design trade-offs and tools.
Analysis of wearable medical electronics market trends, sensor and algorithm requirements, and engineering approaches to improve device safety for clinical and consumer use.
Analysis of shifting wearable expectations and AR headsets: on-device processing, machine learning integration, and evolving storage requirements for standalone devices.
Overview of MIT's AlterEgo wearable that detects subvocalization via facial neuromuscular electrodes and neural networks, providing Bluetooth connectivity and bone?conduction feedback.
Overview of wearables IoT architecture and semiconductor needs, focusing on low-power memory and power/performance trade-offs for compact devices.
Low-power wearable design guide covering sleep modes, regulator and MOSFET selection, clock and RF optimization, and power budgeting to extend battery life.
Overview of wearable technology: architectures, sensors, energy harvesting, smart coaching, virtual assistants and mobile health monitoring for engineers.
Overview of acoustic source separation techniques for embedded devices, detailing DNN and cochlear (CASA) methods to improve speech recognition in noisy environments.
Technical guide to selecting accelerometers and MEMS sensors for wearables, CBM, IoT and asset monitoring—covers noise, bandwidth, g-range, power, FIFO and on-node features.
Technical overview of wearable bioimpedance measurement: electrode half-cell potential and electrode-to-skin impedance, IEC 60601 limits and ADuCM350 circuit solutions.
Overview of industrial wearables and sensors: advances in AR smart glasses, ambient/proximity sensing, power modules, and field/warehouse use cases, plus deployment challenges.
Overview of indoor positioning technologies for wearables: GNSS limitations, single-chip receivers, Wi-Fi and cellular assistance, and low-frequency or hybrid localization methods.
Technical overview of wearables: sensor selection, low-power radios and platforms using Bluetooth Low Energy to enable compact, battery-efficient wearable devices.
Overview of the Hexiwear wearable platform: Kinetis K64F MCU, BLE, multi-sensor suite and expansion via MikroBUS; sensor fusion techniques for health, fall and drone applications.
Overview of gesture recognition hardware: ams TMG4903 optical sensor module, evaluation board, design challenges, and lower-cost APDS9960/SparkFun breakout option.
Technical overview of output capacitor ESR in DC/DC converter design for wearables, covering impedance, load transients, capacitor types and EMI trade-offs.
Technical overview of wearable ECG design using the AD8233 front-end and ADuCM350 MCU: noise mitigation, lead-off detection, evaluation board use, and low-power considerations.
MAXREFDES117 reference design for wearable PPG heart rate and SpO2 monitoring using the MAX30102 sensor; includes low-power hardware, Arduino/mbed firmware and test results.
Overview of pulse oximetry design challenges, SpO2 and heart-rate measurement, and integration using the MAX30102 module with reference design and sample firmware.
DC/DC converter strategies for IoT wearables, analyzing hysteretic control and hybrid converters to balance fast transient response, low quiescent power, and controlled noise.