TSL3301 USB-EVM

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Evaluation boards are essential when designing a wide variety of electronic systems and reaching a conclusive solution for industrial scaling. This is particularly true when trying to integrate specific sensor technologies and formulating software around them. The TSL3301 USB-EVM board stands as an example of how users can determine the best solution for incorporating various parameters of a given technology within a design. This article will provide an overview of the TSL3301 USB-EVM application field and its working principles.

Overview of TSL3301 USB-EVM

The TSL3301 USB-EVM is an evaluation board designed by Texas Instruments to allow users to quickly evaluate the performance of the company’s TSL3301 3D Time-of-Flight (ToF) proximity detection sensor. The TSL3301 is capable of recognizing and communicating with objects located in a 180° field view as far away as 1.5 m. Incorporating the TSL3301 technology, the TSL3301 USB-EVM provides an interactive environment for users to quickly analyze various parameters related to object detection and proximity measurements. Through its USB connection, users gain access to an onboard storage, allowing applications to be rapidly tested and calibrated.

Working Principles

The TSL3301 USB-EVM has been designed and optimized for the sole purpose of faster and greater usability of the TSL3301 sensor. The performance of the TSL3301 USB-EVM is based on several working principles, all of which increase the speed and accuracy of any application requiring 3D proximity detection.

• Modular Design: The TSL3301 USB-EVM is composed of several integrated boards and modules, allowing users to easily customize their projects according to specific needs.
• Versatile Connectivity: The optimized design of the TSL3301 USB-EVM enables optimal connection with a variety of devices through various physical interfaces, including USB, Ethernet, and more.
• Data Visualization: The onboard graphical user interface (GUI) provides accurate views of sensor data in the form of graphs, histograms, and other visual aids to help users adjust calibration parameters.
• Power Efficiency: The TSL3301 USB-EVM has been optimized for low power consumption, allowing it to run for extended periods without the need for frequent recharging.
• User-Friendly Settings: The GUI and various customizable settings make the TSL3301 USB-EVM easy to understand and operate.

Applications of TSL3301 USB-EVM

The TSL3301 USB-EVM is ideal for a wide variety of applications requiring proximity sensors and 3D detection. Some of the most common applications include:

• Industrial Automation: The TSL3301 USB-EVM can be used in industrial automation systems for applications such as part positioning and robotic motion control.
• Surveillance: The 3D ToF capability of the TSL3301 USB-EVM allows it to be used in surveillance systems as a motion-detection device.
• Gesture Recognition: The TSL3301 USB-EVM can be used for gesture recognition in gaming systems and interactive displays.
• Mobile Devices: The low power consumption of the TSL3301 USB-EVM makes it ideal for mobile devices, as it can detect user motion without draining the device’s battery life.

Conclusion

The TSL3301 USB-EVM provides an excellent platform for quickly and accurately testing and calibrating various parameters of the TSL3301 3D ToF proximity detection sensor. Its modular design, versatile connectivity, and user-friendly settings make it an ideal choice for applications requiring efficient and accurate 3D detection. With its ability to detect and interpret gestures, the TSL3301 USB-EVM is a valuable tool for developers and engineers working on both industrial and consumer applications.

The specific data is subject to PDF, and the above content is for reference