What's gallium oxide used for?

Why has gallium oxide been labeled "new age material"?

As a semiconductor material, gallium oxide is easier to achieve high voltage than silicon (Si), gallium carbide, and silicon carbide materials and has stable performance, so it is a good material to save power.  

As a semiconductor material, gallium oxide is easier to achieve high voltage than silicon (Si), gallium carbide, and silicon carbide materials and has stable performance, so it is a good material to save power.  

This characteristic makes gallium oxide widely used in solar power generation, wind power generation, electric vehicles and other fields.  As a new generation of semiconductor devices, the prospect is broad.  

What is a mosfect?  

When we talk about gallium oxide, we often see the word MOSFET.  

First of all, MOSFECT is a transistor, it is a semiconductor device.  

The silicon groove MOSFEts sold on the market can only break down under the voltage of less than 200V or lower.  But with gallium oxide, MOSFET can withstand 2300V!  So they are called super strong or extreme environment semiconductors.  

(The semiconductor materials that can withstand extremely high voltage, high temperature, high impact and high radiation are mostly UWBG diamond semiconductor, gallium oxide semiconductor and aluminum nitride semiconductor.)  

Semiconductors made with gallium oxide can not only withstand higher voltages at smaller sizes, but also reduce the size of semiconductor chips and the size of chips and systems. Small but strong.