Is a graphene transistor superior to TSMC 5nm Finfet?
Answers from top 3 papers
More filters
| Papers (3) | Insight |
|---|---|
44 Citations | Importantly, the experimental saturation velocity of the graphene TFT is the highest for any flexible transistor on any material system reported so far. |
| The extremely high carrier mobility and the unique band structure, make graphene very useful for field-effect transistor applications. | |
| This can be utilized to enhance the performance of graphene based transistor devices. |
Related Questions
What are Graphene And Application en MOSFET?5 answersGraphene is a semi-metal and an allotrope of carbon that is emerging as a material in the field of electronics and nanotechnology. It offers higher electron mobility, higher current capability, and lower density compared to silicon. Despite the tradeoff between bandgap and mobility, graphene's other electrical, optical, thermal, and mechanical properties continue to drive innovations in graphene electronics. Graphene-based MOSFET devices have been studied extensively, with promising results at a 32nm gate length. These devices demonstrate high on-state current and low leakage current compared to conventional SiO2/Poly-Si and high-k metal gate transistors. However, they suffer from inappropriate subthreshold swing and high drain induced barrier lowering. Graphene has also shown potential in various electronic applications, including interconnects for large-scale integrated circuits and gas sensors with high sensitivity. It is a novel material that can improve the memory characteristics and device reliability of non-volatile memory devices and MOSFETs.
How many transistors are in 5nm?8 answers
Is there a graphene ETF?10 answers
When was silicon transistor invented?6 answers
Where was the silicon transistor invented?7 answers
Which amplifier is best transistor or Mosfet?10 answers