Скачать с ютуб How to make a home made Peltier Module | 100 % Working proof Hot & Cold Experiment в хорошем качестве

How to make a home made Peltier Module | 100 % Working proof Hot & Cold Experiment

Homemade Peltier module and a hot & cold experiment: Homemade😍 Peltier Module || How To Make Peltier Module || DIY Cooling: Homemade Mini Heat Pump (-34°C!) DIY AC Air Cooler ❄️ || DIY Air Conditioner ❄️ How to make AC || Smart Air conditioner At Home || Mini powerful AC Aya nakamura montre son kpêtou à ses fans a son concert Homemade Thermal electric generator 250mv. cell constuction In this video, we demonstrate how to create a homemade Peltier module from scratch, showing step-by-step instructions to achieve a 100% working model. Watch as we explain the assembly process, the choice of materials, and the principles behind the Peltier effect. We use easily accessible materials to construct a basic thermoelectric cooler (TEC) that effectively generates a temperature difference between its sides when powered. The video also includes a fascinating experiment where we demonstrate the module’s ability to produce both hot and cold temperatures simultaneously. *Experiment Highlights:* - *Materials Required:* We detail the materials needed, including semiconductor elements, copper wires, and ceramic plates. - *Assembly Process:* Step-by-step guide to connecting the semiconductors and plates, soldering the wires, and testing the circuit. - *Power Supply:* Explanation of the voltage requirements and how to safely power the module. - *Hot & Cold Experiment:* We show the temperature difference generated by the Peltier module in real-time, using a thermal camera or thermometer to measure the changes. This video is perfect for DIY enthusiasts, hobbyists, or anyone interested in thermoelectric cooling and heating. Whether you're building a custom cooling system for your electronics or simply exploring the science behind thermoelectric effects, this tutorial provides a comprehensive guide to creating a functional Peltier module at home. ‪@SamarExperiment‬ ‪@DEVKeExperiment‬ ‪@MRINDIANHACKER‬ ‪@CrazyXYZ‬