nanoHUB-U: Principles of Electronic Nanobiosensors
Course overview Offering: 01a Section: Self Paced
Video
-
1. Lecture 24: Cantilever Sensors…
0
00:00/00:00 -
2. Outline
127.660994327661
00:00/00:00 -
3. Three types of sensors
176.24290957624291
00:00/00:00 -
4. Basics of Flexure-FET
245.74574574574575
00:00/00:00 -
5. Before and after capture of mo…
379.41274607941278
00:00/00:00 -
6. Capacitive response at the cri…
521.35468802135472
00:00/00:00 -
7. Outline
672.00533867200534
00:00/00:00 -
8. Recall: Transistor Physics
673.10643977310644
00:00/00:00 -
9. Flexure-FET in accumulation
783.68368368368374
00:00/00:00 -
10. Flexure-FET in inversion
917.11711711711712
00:00/00:00 -
11. Transistor: Reading at inversi…
949.4494494494495
00:00/00:00 -
12. Flexure-FET in sub-threshold
1098.6319652986319
00:00/00:00 -
13. Reading at sub-threshold
1168.0013346680014
00:00/00:00 -
14. Supersensitive Flexure-FET
1293.9606272939607
00:00/00:00 -
15. Conclusions
1367.4341007674341
00:00/00:00
Prev Next
You must be enrolled to utilize the discussion feature.
In order to access this part of the course, you need to enroll. If you're enrolled, you're not obligated to complete the course. But enrollment lets you:
- Take quizzes and exams
- Track your progress
- Add notes to lectures
- Participate in discussions
For more details, check out our enrollment benefits .
I'm convinced...now what?
Want more details about this and similar courses?
To learn more, either visit the course overview page or browse the course listing.