BR-103 Electronic Technology Comprehensive Experiment Device
The BR-103 Innovative Analog and Digital Circuit Training Device includes multiple experiment modules to meet various experimental needs. The device features a clear structure, with power supplies and instruments intuitively arranged, making it easy for students to operate and learn.
- Dimensions: 1200 × 700 × 1400 mm
- Power Supply: 220V / 50Hz
- Safety Protection: Equipped with current and voltage-type leakage protection devices; Type D grounding.
- Structure: Steel-wood construction
Product Introduction
This device is primarily designed for teaching and practical training in the field of electronic technology, helping students grasp the fundamental principles, design methods, and practical applications of digital and analog circuits.
It transforms abstract circuit theories into tangible concepts, enabling students to better understand the working principles of digital and analog circuits. Additionally, it provides hands-on learning opportunities, allowing students to acquire knowledge related to analog and digital circuits while fostering their innovation and problem-solving skills.
Product Advantages
The device integrates multiple functional modules to meet the teaching and experimental needs of both analog and digital circuits. With a modular design, students can quickly assemble circuits based on experimental requirements. The structure is clear, with well-organized power supplies and instruments, making it easy for students to operate and learn. Moreover, it is equipped with overcurrent, overvoltage, short-circuit, and leakage protection functions, ensuring safety during experiments.
This device is not only a crucial tool for professional education but also an essential platform for developing students' practical skills, innovative thinking, and engineering competence. By using this device, students can gain a deeper understanding of professional knowledge, enhance their hands-on abilities and problem-solving skills, and lay a solid foundation for their future careers.
