Description
DIY Magnetic Levitation Kit
Unlock the secrets of magnetic levitation with this advanced DIY Electronic Push-Down Maglev Kit. Designed for scientific exploration and hands-on experimentation, this levitation module uses Hall-effect sensing, PWM control, and a precision coil system to stabilize objects mid-air. Great for showcasing magnetic principles or adding a futuristic touch to your workbench.
Key Features:
- Suspends up to 150g at a distance of up to 2cm
- DIY soldering and assembly for deeper learning
- Pulse-width modulation control for real-time magnetic compensation
- Acrylic enclosure included for aesthetic and protective housing
- Operates on standard DC12V 2A power
- Perfect for STEM projects, DIY labs, and demonstration setups
Working Principle:
The module uses a Hall sensor to detect the position of the levitating magnet. The sensor’s signal is amplified and sent through a PWM controller to adjust the coil’s magnetic field dynamically. As the object moves closer or farther from the coil, the circuit compensates in real-time, maintaining levitation.
Assembly Tips:
- Adjust the potentiometer carefully for balance
- Use proper cooling breaks after multiple levitation attempts
- Avoid long-term suspension (max 5 mins) to prevent overheating
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