Thank you sir for this lecture , Sir I am confused on what you show the image of gas sensor - thermal oxidation of zn ( this image is diffrent from what you explain and drow during explanation ) so when I see the image I am confued .
In picture image two heater metals on the side of zno , but the diagram which is explained by you , there is no heater out of zno , so these images are confued me .
Obsessed with his inter-digitated electrodes, he NEVER EVEN ONCE discusses Field Oxide: the most important oxide in MOSFET operation. Also. he completely skips explaining pad oxides after mentioning it once.
Very nice explaination..👏👏
At 31:01, "electrons can follow", NOT "electrons can flow".
31:32 - "Prof. "bcui""? He's Prof. Bo Chui!
39:22 - It's NOT a "silicon rod". It's a "silicon carbide" rod!
Thank you sir for this lecture , Sir I am confused on what you show the image of gas sensor - thermal oxidation of zn ( this image is diffrent from what you explain and drow during explanation ) so when I see the image I am confued .
"drow"? "confued"? "diffrent"?
In picture image two heater metals on the side of zno , but the diagram which is explained by you , there is no heater out of zno , so these images are confued me .
What is "zno"?
Obsessed with his inter-digitated electrodes, he NEVER EVEN ONCE discusses Field Oxide: the most important oxide in MOSFET operation. Also. he completely skips explaining pad oxides after mentioning it once.