nitride

What is the difference between silicon and gallium nitride that makes silicon default to off when the circuit is broken and the standard GaN transistors default to on?

For gallium nitride, the light's blue because of the difference in energy between the electrons and the holes.

Now there are gallium nitride microwave transistors that can produce very high microwave power at very high efficiency.

Blue LEDs, and the more general Gallium Nitride film technologies have tremendous impact in our everyday world.

This discovery did not just enable blue LEDs but a whole range of nitride-based devices.

In some of our earliest gallium-nitride radio-frequency transistors, the addition of diamond dropped the device temperature by more than 50 °C.

Niron - Iron nitride - magnets and ultrasonic compaction and other tech that wasn't feasible a while back are now becoming very practical.

It is just a high-power microwave transmitter, made with gallium nitride field-effect transistors.

For 650 V, gallium nitride FETs are the best available devices, while for 1200 V or higher voltages silicon carbide transistors are the best.

The received wisdom was that galium nitride was a dead end.

Many really hard materials are xxx nitride or xxx carbide.

For blue LEDs, this crystal is gallium nitride (GaN).

"As attractive as diamond transistors might be, I was keenly aware—based on my experience researching gallium nitride devices—of the long road ahead..."

The blues center around Gallium-Nitride (GaN) [2] semiconductors.