DIY Electronic Swing Kit Electromagnetic Swing Induction Teaching and Practical Training Welding Exercise Parts

DIY Electronic Swing Kit Electromagnetic Swing Induction Teaching and Practical Training Welding Exercise Parts Kuvaus

[DESIGN PRINCIPLE] The electromagnetic swing kit operates the principles of electromagnetic induction, harnessing the fascinating properties of Hall effect sensors. As the magnetic field fluctuates, it propels the pendulum needle into a mesmerizing dance.
[RGB LED LIGHT]Adding to its allure is the inclusion of a dynamic RGB LED light. This feature not only enhances its functionality but also transforms the swing into a captivating spectacle of light and color. With a spectrum of hues at its disposal, it paints the surroundings with a vibrant glow, enriching the visual experience.
[SIMPLE INSTALLATION]The assembly process is straightforward, featuring uncomplicated components and clearly printed circuit boards.

Product name: Electronic Swing DIY Welding Kit
Working voltage: DC5V (5.5mm socket)
Product function introduction:
Hall sensor is a magnetic field sensor made according to Hall effect. When the magnet is above the Hall sensor, the Hall sensor detects the magnetic field, it will output a low level, the triode Q1 will no longer conduct, the tertiary tube Q2 will conduct, in the conduction process, the current flows through the inductor L1 , will produce a magnetic field in L1, the direction of the magnetic field is determined by the direction of the current flow in the coil, following the right-handed helix rule, when the coil's magnetic field and the magnet's magnetic field repel each other, the magnet will be Push away, the magnet is pushed away, the Hall sensor will no longer detect the magnetic field, it will output a high level, Q2 is no longer conductive, and L1 the residual potential dissipated by D1. Thus repeating, the electronic swing will keep swinging.
Colour:green+transparent
Material:PCB+electronic components+acrylic
Depending the batch, the electronic components may be different, but thi