CMOS ANALOG & MIXED SIGNAL DESIGN
Lecture Notes
Pre-Requisites : ( Click to Watch Video )
1. Symbols and Construction of MOSFET
2. Why Drain is at more positive voltage than Source in N-channel MOSFET ?
(or)
Why Drain current always flow from Drain to Source in N-channel MOSFET ?
3. Why Drain current is constant in Saturation region of MOSFET ?
4. Operation of N-channel MOSFET
5. Analog MOSFET Models
6. Channel Length Modulation and its Effect on V-I characteristics
UNIT - I (Part - B):
Voltage and Current References
[this video discusses resistor - resistor voltage divider biasing, resistor-MOSFET voltage divider biasing and MOSFET only voltage divider, advantages and disadvantages , sensitivity and temperature analysis of above circuits]
Self biasing current references (Video) (PPT)
[ this video discusses threshold voltage self biasing current reference, diode self biasing current reference,thermal voltage self biasing current reference, with their advantages and disadvantages]
Bandgap References (Video) (PPT)
Beta Multiplier Voltage Reference
UNIT – I (Part - A):
Current Sources & Sinks: (PPT)
Basics of Current Mirror (Video) (PPT)
Calculation of gain, Ro and Vomin of simple Current Mirror (Video)(PPT)
Examples on Current Sources and Sinks (Video)(PPT)
Source Degenerated Current Mirror (Video)(PPT)
Calculation of gain, Ro and Vomin of simple Current Mirror (Video)(PPT)
Examples on Current Sources and Sinks (Video)(PPT)
Source Degenerated Current Mirror (Video)(PPT)
pdf and video links of Unit-I are not linked properly...so plz upload it once again... and you really dng a grt job.so thank you brother ..
ReplyDeletesir please upload videos of remaining topics also (last 3 current mirrors )
ReplyDeleteThis comment has been removed by the author.
ReplyDeleteSir, please keep posting more video lectures on CMOS Analog and mixed signal design.
ReplyDeleteSir,
DeleteIf you have lecture notes for B.Tech III students on computer science, pl
provide ... or email ppkumar46@gmail.com
Dear Sir,
ReplyDeletePlease can you upload the the video lecture on Microelectronics circuits .
This subject very good to undersatand for future scope.
Dayanand
dayanand2007.dh@gmail.com