Multifunction Patient Monitor Circuit Using AFE4900

Wearable multi-parameter patient monitor reference design using AFE4900 for synchronous PPG measurements and BLE wireless data transfer for heart-rate and SpO2

ITECH Products for Pacemaker Battery Testing

Technical overview of pacemaker battery specifications and battery testing: capacity, cycle life, internal resistance, and ITS5300 charge-discharge test system

Molecular Diagnostics for Faster, More Accurate Patient Diagnosis

Overview of point-of-care molecular diagnostics hardware: sample prep, PCR/LAMP thermal control with TEC/TMP117, and optical front-end using DDC112 photodiode ADCs.

Rapid Design of an Infrared Body Temperature Detector

Design guide for battery-powered infrared thermometer systems using MSP430 microcontrollers, low-noise analog rails, precision amplifiers, and power-management components.

Secondary DC/DC Isolation in Medical Power Supplies

Patient-contact power systems: IEC 60601-1 compliance, BF/CF protection classes, leakage current limits, and DC/DC isolation strategies for medical device power design.

Compact, High-Performance Multiparameter Patient Monitor

Reference design for a multiparameter patient monitor that acquires ECG, SpO2, heart and respiration rates and temperature using AFE4403/ADS1292R front-ends.

Home Medical Electronics: Importance and Device Design

Technical overview of design challenges for home medical devices, focusing on size and power trade-offs, IC selection, DSP integration, and low-power MCU strategies.

External Wireless Power for Implantable Medical Devices

MIT and Brigham research presents IVN: a radio-wave wireless power and communication system for battery-free implantable devices enabling drug delivery and sensing.

KMF Insulated Module for Additional Safety in Home Medical Devices

KMF Class II IEC C18 power input module for double-insulated devices: non-grounding design for home medical equipment meeting IEC 60601-1-11, with switch, fuse and EMC filter.

Single-Chip Heart Rate Monitor Solution

Wearable heart-rate monitor design using PSoC BLE: integrated MCU, ADC/op-amps, CapSense, segmented LCD, BLE link and configurable low-power modes.