The Maxim Integrated MAX351 series Evaluation Kits & Boards are tools designed for evaluating and prototyping distance measurement and object detection applications using the MAX35101 and MAX35103 ultrasonic time-of-flight (ToF) sensor ICs. The MAX35101 and MAX35103 sensor ICs provide high accuracy measurements of distance with resolutions as fine as 0.5 mm and can sense distances ranging from 5 cm to over 10 meters.
The evaluation kits and boards provide a complete system for evaluating and prototyping MAX35101 and MAX35103 sensor ICs, including hardware, software, and documentation. These tools also feature flexible hardware that enables different configurations and connectivity options for different applications. They also feature an on-board microcontroller that provides additional processing power and allows for easy integration with other external sensors and devices.
The MAX351 series Evaluation Kits & Boards offer several features such as high accuracy measurement, fast acquisition speed, low power consumption, and flexibility making them ideal for various applications in industrial automation, automotive, building automation, healthcare, and consumer electronics. These tools enable engineers to quickly and easily evaluate the MAX35101 and MAX35103 ultrasonic ToF sensor ICs for their application requirements.
Features
Complete evaluation system: The evaluation kits and boards provide a complete system for evaluating the MAX35101 and MAX35103 sensor ICs, including hardware, software, and documentation.
High accuracy measurement: The MAX35101 and MAX35103 sensor ICs provide high accuracy measurements of distance with resolutions as fine as 0.5 mm.
Wide range of sensing distances: The MAX35101 and MAX35103 sensor ICs can sense distances ranging from 5 cm to over 10 meters.
Fast acquisition speed: The sensor ICs have a fast acquisition time, enabling real-time measurements at up to 200 Hz.
Low power consumption: The sensor ICs have low power consumption, making them ideal for battery-powered applications.
On-board microcontroller: The evaluation boards feature an on-board microcontroller that provides additional processing power and allows for easy integration with other external sensors and devices.
Flexible connectivity options: The evaluation boards are designed with flexible hardware that enables different configurations and connectivity options for different applications.
Overall, the Maxim Integrated MAX351 series Evaluation Kits & Boards provide a versatile and flexible solution for evaluating and prototyping distance measurement and object detection applications using the MAX35101 and MAX35103 ultrasonic ToF sensor ICs.
Applications
Industrial automation: The MAX35101 and MAX35103 sensor ICs can be used for distance measurement and object detection in industrial automation applications, such as robotics, logistics, and material handling.
Automotive: The evaluation kits and boards can enable the development of proximity sensing systems for automotive applications, such as parking assistance, collision avoidance, and blind spot detection.
Building automation: The MAX35101 and MAX35103 sensor ICs can be used for occupancy sensing, people counting, and building security applications.
Healthcare: The evaluation kits and boards can be used to prototype and develop non-invasive medical devices that require distance sensing or object detection, such as healthcare monitoring and patient positioning systems.
Consumer electronics: The evaluation kits and boards can be used to prototype and develop consumer electronic devices that require distance sensing or object detection, such as smart home devices.
Overall, the Maxim Integrated MAX351 series Evaluation Kits & Boards provide a versatile platform for developing a wide range of applications using the MAX35101 and MAX35103 ultrasonic time-of-flight sensor ICs. They offer high accuracy measurements, fast acquisition speeds, low power consumption, and flexible connectivity options making them ideal for several different applications.
