Why are Multi-Gate Transistors Important in Nanotechnology?
In the realm of nanotechnology, the primary challenge is to continue scaling down the size of electronic components while improving their performance. Traditional transistors face limitations such as increased leakage current and reduced control at smaller scales. MGTs address these issues by:
1. Improved Electrostatic Control: Multiple gates provide better control over the channel, reducing leakage currents and enhancing the transistor's performance. 2. Reduced Short-Channel Effects: The additional gates help mitigate short-channel effects, which become more prominent as the device size decreases. 3. Enhanced Drive Current: With more gates, the drive current can be increased, leading to faster switching speeds and improved overall performance.
