DIY Ultrasonic Suspension Solder Project Kit for Electronic Soldering Practice and Learning, Mini Cool Acoustic Levitator, DIP Version, Great STEM Project and Gift by VIGURTIME
DIY Ultrasonic Suspension Solder Project Kit for Electronic Solderi...
Have fun with the mini ultrasonic suspension device！
This is a very fun soldering project kit for you to learn about ultrasonic standing wave suspension.
Through simple soldering work, you will get a mini standing wave device.
Don't search everywhere for a 12V power supply. There is a high-quality 12V power supply in the packaging, please use it directly.
After powering on, pick up the yellow tweezers to gently clamp foam and place it in the middle of the wave stationer.
You will see the foam floating! Add a few more, I believe you will have a great time!
The Moment of Experiencing ‘WOW’！
How proud and happy you will be when you successfully suspended the foam, just like we did successfully at the beginning!
Why does the foam float? How did it do it？
- This is a mini ultrasonic suspension device, which can suspend small foam or scraps of paper. The device consists of 2 chips, a voltage regulator, and 2 ultrasonic probes. Mainly used for students or electronics enthusiasts to learn about ultrasonic standing wave suspension, currently does not support controlling the up and down movement of suspended objects.
- Working principle: Ultrasonic standing wave suspension is achieved by a certain distance (called resonant cavity distance) between the ultrasonic emission end and the reflection end (or another emission end). The emitted wave and the reflected wave (or another sound wave) continuously overlap to form a standing wave. At the standing wave node, the object is subjected to the force of sound waves to overcome gravity and ultimately achieve the effect of suspension.
Schematic diagram of standing wave nodes
- The emitted wave continuously overlaps with the other sound wave, ultimately forming a standing wave. (The stable standing wave area has 4 layers.)
3 Chips are pre-soldered for your convenience
- We use 2 chips and 1 voltage regulator on the board.
- One provides a 40K pulse signal, the other amplifies the 5V pulse signal to 12V, and the last one depressurizes and stabilizes the voltage.
The size of the ultrasonic suspension device！
- Highth: 7cm/2.75inch,
- The circuit is optimized and the number of components is reduced.
- You could put it on the desk and play with it!
2 useful parts for you!
- The high quality DC 12V adaptor and the little tweezers are 2 useful parts, just put in package.
- Length of the adaptor: 38 inch. Enough long for you.
Whether you are an electronic beginner, a teacher, or an elder who wants family education, I believe that VIGURTIME ultrasonic suspension diy kit is worth learning and experiencing.
Especially when you successfully put into the foams, the sense of achievement is great！
Have fun！
- A Great Desktop Project to Practice Soldering – This ultrasonic Levitator Soldering Practice Kit which allows to build a standing wave generator which will give tiny objects the appearance of levitation, easily soldering and install the parts, you will get the ‘magic’.
- Easy to Start – No SMD parts or soldering. The tiny IC chips are already pre-soldering before leaving the factory. The other are DIP components, even you are a starter, no worry about it at all!
- Including a 12V Adaptor and a Tweezer – Besides the basic boards and components, We also put a high quality 12V adaptor and a cute plastic tweezer in the package for you, which is convenient.
- Happy Teaching Time – Have fun with your kids or students, soldering practicing or electronic circuit learning. After assembled, you all will have a great time to play with the ultrasonic levitator kit.
- Detailed Instruction is Ready– A full-color with pictures instruction manual also put in the package box. Any needs, please don’t hesitate to let us know, thank you!
| Brand | VIGURTIME |
| Voltage | 12 Volts |
| Display Type | digital |
| Included Components | PCB, LED, capacitors, instructions, tweezers, adaptor, |
| Number of Channels | 1 |