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magnetic suspension kit with 12v power supply
Magnetic Suspension Kit with 12V Power Supply
Features:
Specifications:
.Color: As Shown
.Material: Electronic Components + Acrylic
.Suspended Weight: 200g Max
.Suspended Distance: 2cm Max
.Power Supply: 12V/2A
.Power: 2-5W
.Product Weight: 300g
.Package Dimensions: 20 x 15 x 12cm
.Package Weight: 700g
.Packing: Box
Package Content:
.1 x Magnetic Suspension Kit
.1 x Outer Shell Stand
.1 x 12V Power Supply
Features:
Scientific Toys: These require self-assembly and include a shell support, a 12V power supply, and other plug-in components. offers strategies and instructions. It is a very cool technological desk ornament and a great tool for physics and electromagnetic experiments in the classroom.
Principle: The coil, magnet, bracket, Hall sensor, and motor circuit make up the majority of the pull-up magnetic levitation system. The Hall sensor detects a change in the magnetic field when a magnet approaches it, and it outputs an analog quantity to the amplifier circuit for amplification. The pulse width modulation process uses this parameter. The sensor produces a signal when the magnet and hung objects detach from it because of gravity. By increasing the value, the coil's magnetic field and duty cycle increase, dragging the magnet and any items hung in midair. On the other hand, when the sensor is close, its output value lowers the duty cycle of the coil voltage, resulting in a weak magnetic field from the coil. In order to get away from the sensor, magnets and hung objects rely on their own gravitational pull. The magnet objects are suspended by continuously altering the duty cycle of the coil voltage.
Placed Suspended Objects: After you have connected the power, hold the magnet slowly as you approach the coil from below. The coil's attracting force can be felt when the distance is 2 cm, and it can be released once it has stabilized. You can change the circuit if the magnetic force is not sufficient. The blue adjustable resistor on the circuit board is used for debugging; it may be turned clockwise to decrease magnetic force or counterclockwise to increase magnetic force. The magnet must be placed in the ideal location and the magnetic force must be just enough to draw the magnet. If not, it will jitter.
.Note: The circuit board will be easily destroyed if the magnet is attached to the coil while the power is on. Long-term unsuccessful release of the float will result in a huge instantaneous current flowing through the circuit board, raising the temperature of the transistor and coil. It is advised to unplug the power supply and try again once it has cooled down if the float cannot be released after eight attempts. Keep magnets away from electronics like computers and mobile phones.
Creative Gifts: Excellent toys for tech lovers as well as teaching assistance models that are appropriate for both teachers and pupils. Give it to loved ones and friends as a unique surprise present.
.Age: 14+
Specifications:
.Color: As Shown
.Material: Electronic Components + Acrylic
.Suspended Weight: 200g Max
.Suspended Distance: 2cm Max
.Power Supply: 12V/2A
.Power: 2-5W
.Product Weight: 300g
.Package Dimensions: 20 x 15 x 12cm
.Package Weight: 700g
.Packing: Box
Package Content:
.1 x Magnetic Suspension Kit
.1 x Outer Shell Stand
.1 x 12V Power Supply
- Stock: In Stock
- Model: 10105
- SKU: magnetic-suspension-kit-with-12v-power-supply
1983 samples sold
$45.99
$45.99
Ex Tax: $45.99