A electronic 2014, Maxim Integrated Products presented innovative solutions aimed at medical and industrial markets.
Improved accuracy of flow measurement for utilities
It has a range of up to twenty years on one battery size "A", the reference design MAXREFDES70# for ultrasonic flowmeters significantly improves the precision of measurement of water consumption and thermal energy. The heart of the reference design consists of the MAXREFDES70 # MAX35101, time-to-digital converter with analog front-end (AFE) measuring with high precision the difference between the ultrasound pulses relative to the flows upstream and downstream.
Expanding the potential for wearable medical devices
The Wellness Platform Maxim is a set of hardware and software for medical wearable. Flexible and scalable, This platform allows the designer to optimize the functionality of the devices for wellness and reduce the costs of research and development, in compliance with the strict constraints on time-to-market.
Currently the solution includes:
- MAX32600, ARM Cortex-M3 microcontroller for low power and high integration, with high-precision analog performance. Its Trust Protection Unit provides the built-m Assimo level of data security through built-in public key authentication, data encryption and tamper detection.
- MAX14676, a compact power management solution and batteries which saves space thanks to a high level of integration.
- MAX21100, Inertial measurement unit (Inertial Measurement Unit, IMU) comprising a monolithic three-axis gyroscope and a three-axis accelerometer, which ensures low power consumption and high precision.
- MAX30100, fully integrated optical biosensor which includes two LED, a photodetector, Optimized optics and an analog front-end low-noise.
- MAX66242, authenticator fail constituted by an IC tag in the form of dual-interface, the same chip that integrates a front-end ISO 15693 and a circuit block I2C. Its engine SHA-256 employs an authentication scheme based on secure two-way symmetric key, for protection against counterfeiting and cloning.