CL-EP-013: Intelligent Connected Vehicle Ultrasonic Snesors Training Stand

I. Training Stand Overview

The Ultrasonic Sensor training stand is designed to provide a comprehensive learning platform focused on the basic working principles, structure, and key applications of Ultrasonic Sensor. Through hands-on operation on this stand, including the precise installation and tuning of Ultrasonic Sensor, learners will gain an in-depth understanding of how Ultrasonic Sensors detect objects, their detection characteristics, and how to effectively communicate via radar signal commands. Additionally, the training stand is equipped with a module for diagnosing and troubleshooting faults in Ultrasonic Sensor circuits, aimed at enhancing learners' ability to face and solve technical challenges in practical applications.

I. System Configuration

1. Four-probe Ultrasonic Sensor: Provides omnidirectional detection capabilities, supporting target detection and positioning in complex environments.

2. Ultrasonic Sensor Visualization Teaching Software: Displays radar data through an intuitive user interface, deepening learners' understanding of radar data analysis.

3. Training Stand (including supports and display): A hardware platform specially designed for training, supporting multi-angle and multi-position radar installation and tuning.

4. IPC Industrial Controller: A high-performance controller for data processing and device management, ensuring the smooth conduct of training activities.

5. Ultrasonic Sensor Virtual Simulation Software: Offers a virtual training environment, allowing learners to configure and diagnose radar systems under risk-free conditions.

II. Educational Focus

1. In-depth study of the working principles and structure of Ultrasonic Sensor, with hands-on installation and adjustment.

2. Use PC software to set the working parameters of the Ultrasonic Sensor and monitor and analyze test results in real-time.

3. Explore the application scenarios of millimeter-wave radar technology and understand its role in intelligent networked vehicle technology.

III. Technical Parameters

1. Measuring Range: 130mm―5000mm, with a 13cm blind zone, adapting to different detection distances.

2. Beam Angle: Adjustable range from 10~60 degrees, flexibly adapting to different application scenarios.

3. Operating Temperature: The processing board and probe work stably in environments from -40~85 degrees, suitable for harsh weather conditions.

4. Measurement Accuracy: 5mm at close range, up to 0.5% of the detection distance at long range, ensuring high-precision detection.

5. Distance Adjustment: The measuring distance for each probe can be adjusted independently, providing flexible detection configurations.

6. Operating Power: Supports +12V～24V power input, adapting to different power environments.

7. Operating Current: As low as

Through in-depth learning and practical operation with this Ultrasonic Sensor training system, learners will be able to master the core principles and application techniques of Ultrasonic Sensor technology, providing a solid technical foundation for the development and maintenance of intelligent networked vehicles.