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Exploring Mg Ion Implantation in GaN with Athena Silvaco TCAD Simulation, SRIM & SUSPRE Software
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- Опубликовано: 2 июн 2024
- 🧪 Welcome to our deep dive into semiconductor technology! 🚀 In this video, we're delving into the intricate process of Mg (Magnesium) ion implantation in GaN (Gallium Nitride), leveraging the powerful Athena Silvaco TCAD Simulation platform. 💡 Semiconductor devices underpin our modern world, from smartphones 📱 to solar panels ☀️, and understanding the nuances of their fabrication is crucial for advancing technology.
Ion implantation is a pivotal step in semiconductor manufacturing, wherein ions are precisely introduced into a substrate material to alter its electrical and structural properties. GaN, known for its wide bandgap and high electron mobility, holds immense promise for applications spanning power electronics 💪, LEDs 💡, and even future-generation transistors.
Through the lens of TCAD simulation, we'll explore how Mg ion implantation enhances the performance and characteristics of GaN devices. From optimizing dopant concentration to mitigating defects, each aspect plays a crucial role in pushing the boundaries of semiconductor technology.
Join us as we navigate through the intricacies of material science and device engineering, unraveling the mysteries of ion implantation and its impact on GaN technology. 🎓 Whether you're a seasoned researcher 🥼, a budding engineer 👩🔬, or simply curious about the inner workings of modern electronics, this video offers a comprehensive exploration into the heart of semiconductor innovation.
Grab your virtual lab coat 👩🔬, fire up your curiosity 🔥, and let's embark on a journey through the fascinating world of Mg ion implantation in GaN using Athena Silvaco TCAD Simulation. 💻🔬 #Semiconductor #Simulation #GaNTechnology #MaterialScience #IonImplantation 🌐
Masha ALLAH ❤❤❤❤
Oh, it started!! Looking forward to more videos in this series!
You work hard so that I can upload more videos on this. Gracias in advance!!!
It's awesome to see linking simulation with experimental work. ❤❤❤❤❤
Thanks
A great initiative and platform for learning...keeps it...Great work ... appreciate
I really appreciate your kind words. Thanks!
good work, thank you dr habib
Thanks for liking!
Good Sir ji keep it up. May ALLAH bless you in every moment of life Ameen ❤️❤️❤️❤️
Thanks! Bless you!
Amazing series on TCAD.
I wanted to ask can we introduce the magnesium doping in atlas like
Doping num= value uniform p.type conc= value material = Mg?
Thanks for the feedback!
That would be an easier way to do it.
The goal of performing it in Athena is to replicate processes.
The command shows something like Mg doesn't exist so it uses MgZnO which I don't want to do
thank you sir ! I wanted to ask how to get the current density in silvaco tcad sir ?
Sure. For this, draw a cutline on the structure. Then go to display. Select current density.
Or
You can follow the procedure given in this video.
Salam my friend I have a question how I can make implantation with scandium because I.Scandium doesn't exist.
Follow the guidelines of this entire video. You should be able to introduce Scandium doping as well. But for that you need to understand the SRIM TRIM and SUSPRE software as well. For which the tutorials are given on this channel.
W/Salam, bro!
@@HabibAhmadGatech Salam My Bro thank you for your reply but the problem is that Scandium has not been taken by Silvaco for implantation. I.Scandiun doesn't exist
@@HabibAhmadGatech Salam my Bro, the problem is that Silvaco TCAD doesn't take into consideration Scandium as an Ion for implantation. This parameter I.Scandium does not exist
@@MohamedSaadi-yi8gx I understand your concern. There is a way to get around it.
If you are willing to pay, I can work on this.