About Peizo Electric Trainer
Peizo Electric Trainer
| Display |
Digital |
| Frequency |
50 Hz |
| Voltage |
220 V |
| Brand |
Micro Technologies |
| Piezo Electric Transducer |
1000 Pf Piezo-crystal |
| Indicator |
31/2 digit display to read impact force
|
Understand the Piezoelectric EffectWith this Piezo Electric Trainer, users can easily explore and observe the conversion of mechanical pressure into electrical energy. Designed specifically for academic settings, the device allows clear demonstration and hands-on experimentation, providing an interactive learning experience about piezoelectricity.
Robust Design for Educational UseConstructed from powder-coated mild steel and an acrylic cover, this trainer boasts durability and temperature resistance up to 50C. Its compact, rectangular structure ensures it fits neatly on any desktop, while its portable nature allows for convenient relocation and use.
Comprehensive Features and Safe OperationFeaturing a piezo crystal, amplifier, load, and indicator, the trainer offers manual control and digital display for accurate, real-time monitoring. The built-in overload protection and included accessories, such as patch cords and a user manual, enhance safety and ease of use during experiments.
FAQ's of Peizo Electric Trainer:
Q: How does the Piezo Electric Trainer demonstrate the piezoelectric effect?
A: The trainer uses a high-sensitivity piezo crystal to convert mechanical stress into an electrical output, which is then amplified. Users can observe and measure the output voltage (0-5V AC) as they apply force, illustrating the fundamental principles of piezoelectricity.
Q: Where can the Piezo Electric Trainer be used?
A: This device is designed for laboratory use, especially in educational environments such as schools, colleges, and technical institutes. Its desktop design and portable features make it suitable for classroom demonstrations and experiments.
Q: What components are included in the training module?
A: The module comes equipped with a piezo crystal, amplifier, load, indicator, connecting leads, and accessories like patch cords and a user manual, ensuring a complete package for experimentation and demonstration.
Q: When should overload protection be considered during operation?
A: Overload protection is automatically engaged if excessive mechanical force or input is detected. This ensures the safety of both users and equipment during high-sensitivity experiments.
Q: How accurate are the measurements provided by the trainer?
A: The trainer delivers output with a high accuracy of 1%, which allows for reliable data collection and analysis during both demonstrations and practical experiments.
Q: What are the benefits of using this trainer for educational purposes?
A: Students and instructors benefit from hands-on learning, visual demonstrations of complex concepts, improved understanding of piezoelectric applications, and the safe, durable design tailored for repetitive laboratory use.