Graphene and MoS₂ based Field Effect Transistor Silvaco TCAD Simulation 🧬💻🔬✨
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- Опубликовано: 10 сен 2024
- Graphene 📐 and MoS₂ 📏 are two fascinating materials in the realm of nanoelectronics, known for their unique properties that make them promising candidates for next-generation transistors. Graphene, a single layer of carbon atoms arranged in a hexagonal lattice, exhibits exceptional electronic properties such as high carrier mobility and transparency. On the other hand, MoS₂, a two-dimensional semiconductor, offers a sizable bandgap crucial for switching applications in transistors. The combination of these materials in field-effect transistors (FETs) holds the potential to revolutionize electronics by enabling faster and more energy-efficient devices compared to conventional silicon-based technologies.
Silvaco TCAD (Technology Computer-Aided Design) simulation tools play a pivotal role in understanding and optimizing the performance of graphene and MoS₂ FETs. TCAD simulations allow researchers and engineers to model the behavior of these nanoscale devices under various operating conditions, predict their electrical characteristics, and explore novel designs. By simulating parameters such as carrier transport, band structure, and device scaling, TCAD helps in fine-tuning device performance and overcoming challenges such as variability and manufacturability.
Research and development in simulating graphene and MoS₂ FETs using Silvaco TCAD are crucial for advancing the feasibility and scalability of these materials in practical electronic applications. As these simulations continue to evolve, they hold the promise of unlocking new avenues for faster, smaller, and more efficient electronic devices, shaping the future of semiconductor technology. 🌐⚡🔬🌟🔍📲🔋💡🔧🛠️
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Thank you, Dr. Habib Ahmad. Your video has been an invaluable resource for my NiO/β-Ga2O3 heterojunction device simulations. I eagerly anticipate more of your videos that align closely with my research topic.
You are welcome. I'm glad it helped.
Many thanks for you Dr. Ahmed, Good protect you.
So nice of you.
thank you very much for the video !!! Im working with Dmos simulation and your video is exactly what i need. Thank you sir
I'm very glad it helps with your project.
Very informative video Dr. Ahmed. Please try to implement organic materials into this transistor or some application like organic light emitting transistor.
Will do. It's on my checklist.
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Gracias!
This is an advanced research topic. Thanks for posting such innovative work.
Thanks for the visit.
Many thanks for you Dr. Ahmed, Good protect you.
Agreed. 100 percent.
Great lecture. Keep posting the cool simulation stuff. We are rooting for you. Thanks!
Much appreciated!
Many thanks.
Just wanted to know, what innovations can we do in this structure to create a novel work or show it in an application perspective.
You are welcome.
You can optimize it as a memory device.
@@HabibAhmadGatech I would be grateful to you sir, if you provide an understanding of memory device simulation in TCAD as there is little to no resource present here on youtube.
@@AA-pe9uc Sure. I'll add it to my checklist.
Hello, could you please provide guidance or examples of simulations related to gas sensors or biosensors using Silvaco? I’ve been struggling to find any resources and have been working on this for months without success.
Hey, one of my students worked on something similar in a semester project. Let me check with her.
Hello Dr, may i know if you provide Coding service for GFET,?
Sure. I work on paid projects.
@@HabibAhmadGatech how can i reach out to you to discuss on this?
@@hg5441 habib.ahmad@iiu.edu.pk
Dear Dr. Ahmed, again I would like to Bunch of thanks to you for advanced topics to introduce and benefit for me.
I watched all video for this channel.
But if you can make a video about silicone Through Via (via) in Silvaco, please.
Best wishes.
Thanks for the visit.
Unfortunately, I don't have access to the 3D version of Silvaco TCAD to simulate through silicon vias.