You have no clue how this works it a Peltier chip on side gets hot the other side gets cold so that why it needs fans when your cooling because the other side get hot and the fans are for the heat sink to cool the hot side when on cool
@onazram1 The Peltier effect is a phenomenon that allows a Peltier device to create hot and cold sides by passing an electrical current through it: Explanation A Peltier device is made of two different semiconductor elements sandwiched between copper plates. When an electrical current passes through the device, electrons move in one element and positive holes move in the other. This creates a temperature gradient between the two plates, with one side absorbing heat and the other radiating heat. Reversing the polarity The hot and cold sides of the Peltier device can be switched by reversing the polarity of the electrical current.
Excellent filming quality, great sound, great light work, great product review.
Thank you kindly!
How long does it last on a charge? How cold is it compared to ice?
Does it vibrate also or just heat/cool?
@@2Kvicktor just heat/cool no vibration
You have no clue how this works it a Peltier chip on side gets hot the other side gets cold so that why it needs fans when your cooling because the other side get hot and the fans are for the heat sink to cool the hot side when on cool
I don't understand how it can get very cold..
@onazram1 The Peltier effect is a phenomenon that allows a Peltier device to create hot and cold sides by passing an electrical current through it:
Explanation
A Peltier device is made of two different semiconductor elements sandwiched between copper plates. When an electrical current passes through the device, electrons move in one element and positive holes move in the other. This creates a temperature gradient between the two plates, with one side absorbing heat and the other radiating heat.
Reversing the polarity
The hot and cold sides of the Peltier device can be switched by reversing the polarity of the electrical current.