China, Beijing, May 20, 2015. Maxim Integrated Products, Inc. (NASDAQ: MXIM) introduced the MAXREFDES73# reference design to help wearable developers quickly evaluate skin electrical reflectance (GSR) measurement systems. GSR (skin conductivity measurement) design faces significant challenges, and designers need to be familiar with a variety of discrete devices and calibration software before completing sensor design. The MAXREFDES73# is the industry's first GSR reference design that integrates a digital-to-analog converter (DAC) and an analog-to-digital converter (ADC), as well as a microcontroller with advanced power management features, firmware and an easy-to-use Android® app. Save time on the development and testing of wearable products and help users bring mobile medical/health products to market quickly. The MAXREFDES73# is available in a wristband package that includes temperature readings, Bluetooth® communication, and a rechargeable battery (a single battery lasts up to a week). Main advantage Speed ​​time to market: integrated DAC and ADC signal chain, low power microcontroller, and Bluetooth and Android app, firmware to speed development and test design process High precision: 16-bit integrated analog front end (AFE) Low power consumption: up to one week for a single battery MAXREFDES73# Schematic Evaluation · Seth Messimer, product line manager for Maxim Integrated Medical Microcontrollers, said: "The MAXREFDES73# is based on our award-winning MAX32600 Health Microcontroller, which provides wearable device developers with a highly integrated reference design that completes customer 80 % work, greatly saving design and evaluation time." Supply and pricing information The MAXREFDES73# reference design is priced at $189 on the Maxim website and at a franchisee, with free hardware, firmware design files, and test data available online. About Maxim Integrated As a leader in analog integration, Maxim is committed to providing smaller, smarter, and more efficient simulation solutions for mobile, industrial and other applications. Guangzhou Yunge Tianhong Electronic Technology Co., Ltd , https://www.e-cigarettesfactory.com
