Analog Integrated Circuit Design, Jan-May 2008
See this page for information on
CAD tools
- Circuit analysis: HW1
- Feedback amplifier design, IC components: HW2
- Mismatch, noise: HW3
- Noise analysis and simulation: HW4 (OPA656: datasheet, model for Spectre and Eldo).
- Common source amplifiers: HW5
- Biasing circuits: HW6
- Single ended opamp design: HW7
- Fully differential opamp design; Applications: HW8
Submit all solutions by email as a single pdf file.
- You can use a
wordprocessor of your choice and convert the result to a pdf file.
- If you have multiple files, you can use pdftk to combine
them. This is installed under /usr/local in VLSI and TI
labs. Documentation can be found at
/usr/local/doc/pdftk/pdftk.1.html
- Another way to generate a pdf is to concatenate ps(postscript)
files containing all figures and text(use enscript to convert
text to ps) to a single ps file. Run ps2pdf on this file to get a pdf
file.
enscript -p p1.txt.ps p1.txt
enscript -p p2.txt.ps p2.txt
cat p1.txt.ps fig1.ps p2.txt.ps fig2.ps > out.ps
ps2pdf out.ps eexxxxxx_hw01.pdf
- Name your file with your id as eexxxxxx_hw01.pdf so that it is
easier for me to keep track of.
- Put your name and roll number on the first page. For joint
submissions, put all the names on the first page and submit a
single email.
- Regardless of the order in which you do the problems, rearrange
the solutions in the right order in the submission.
- Choose appropriate axes limits while plotting your results. The
area of interest should be clearly visible in the plot.
- N people submitting jointly will all receive 2-(N-1)/2
times the graded credit for the assignment.
- Joint work masquerading as individual submissions(a.k.a. copying)
will result in a zero on the assignments.