# EE5390

**Source**: https://www.ee.iitm.ac.in/~ani/2013/ee5390/assignments.html
**Parent**: https://www.ee.iitm.ac.in/~ani/2013/ee5390/

# **Assignments**

14/2/13 - [Assignment 1](https://www.ee.iitm.ac.in/~ani/2013/ee5390/pdf/ee5390_2013_assign1.pdf) - Current Mirrors, Noise, Mismatch\
18/3/13 - [Assignment 2](https://www.ee.iitm.ac.in/~ani/2013/ee5390/pdf/ee5390_2013_assign2.pdf) - Feedback - delay and nonlinearity\
23/3/13 - [Assignment 3](https://www.ee.iitm.ac.in/~ani/2013/ee5390/pdf/ee5390_2013_assign3.pdf) - Opamp feedback, poles and zeros, loop gain\
29/3/13 - [Assignment 4](https://www.ee.iitm.ac.in/~ani/2013/ee5390/pdf/ee5390_2013_assign4.pdf) - Opamp-based circuits\
12/4/13 - [Assignment 5](https://www.ee.iitm.ac.in/~ani/2013/ee5390/pdf/ee5390_2013_assign5.pdf) - Two-stage opamps\
19/4/13 - [Assignment 6](https://www.ee.iitm.ac.in/~ani/2013/ee5390/pdf/ee5390_2013_assign6.pdf) - Fully differential opamp & Bandgap reference\
26/4/13 - [Assignment 7](https://www.ee.iitm.ac.in/~ani/2013/ee5390/pdf/ee5390_2013_assign7.pdf) - VCOs and PLLs\
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# **Practice Problems (not for submission):**

Noise: Razavi - Problems 7.6, 7.7, 7.8, 7.9\
Mismatch: Razavi - Problems 13.15, 13.17, 13.18\
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# **Simulation Exercises (not for submission):**

[Simulator Exercises](https://www.ee.iitm.ac.in/~ani/2013/ee5390/pdf/ee5390_sim_exercises.pdf) - To get some practice with the simulator \

# **Assignment Submission**

- Submit all solutions by email as a SINGLE pdf file only to ee5390(dot)2013(at)gmail(dot)com. Name your file exactly as per the instructions below.
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- Name your file with your id eexxxxx and assignment number yy as eexxxxxx\_yy.pdf
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- Joint work masquerading as individual submissions(a.k.a. copying) will result in severe penalties: e.g. zero on all assignments.
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- Regardless of the order in which you do the problems, rearrange the solutions in the right order in the submission.
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- Choose appropriate axes limits while plotting your results. The area of interest should be clearly visible in the plot.
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- You can use a wordprocessor of your choice and convert the result to a pdf file.
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- 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. \
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  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\_01.pdf
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- 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.
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- N people submitting jointly will all receive 2^[-(N-1)/2] times the graded credit for the assignment.
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