Integrated Circuits and Systems group, IIT Madras

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courses:ee3703_2017:start [2017/01/10 09:36]
127.0.0.1 external edit
courses:ee3703_2017:start [2017/01/10 09:37]
nagendra created
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-====== EE3703: Analog Circuits Lab, Jan.-May ​2016 ======+====== EE3703: Analog Circuits Lab, Jan.-May ​2017 ======
  
 ===== Coordinators ===== ===== Coordinators =====
 +  * [[http://​www.ee.iitm.ac.in/​~ani/​|Aniruddhan S.]]
   * [[http://​www.ee.iitm.ac.in/​~nagendra/​|Nagendra Krishnapura]]   * [[http://​www.ee.iitm.ac.in/​~nagendra/​|Nagendra Krishnapura]]
-  * [[http://​www.ee.iitm.ac.in/​~shanthi/​|Shanthi Pavan]] 
  
 ===== Schedule ===== ===== Schedule =====
-  * P slot(Mondays,​ 2-445pm) in the IE lab.+  * P slot(Mondays,​ 2-445pm) in the two IE labs.
  
 The lab will be kept open on Saturdays from 9am to 12pm and 2pm to 5pm for you to assemble/​debug your circuits. ​ The lab will be kept open on Saturdays from 9am to 12pm and 2pm to 5pm for you to assemble/​debug your circuits. ​
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     * Final project(30%)     * Final project(30%)
     * Written test(30%)     * Written test(30%)
 +
 ===== Lab sessions ===== ===== Lab sessions =====
   * The lab sessions are meant for verification and measurement of circuits that you design, and **not** for assembly. Assemble your circuits before coming to the lab session. The experiments will be posted in advance on this page.    * The lab sessions are meant for verification and measurement of circuits that you design, and **not** for assembly. Assemble your circuits before coming to the lab session. The experiments will be posted in advance on this page. 
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   * Notify staff of defective equipment   * Notify staff of defective equipment
   * If you are unable to finish an experiment in a session, move on to the next in the following session. If you finish that early, go back to the earlier experiment and complete it. You can also use the Saturday sessions to finish incomplete experiments. But you can show them to the TAs for grading only in the regular lab sessions.   * If you are unable to finish an experiment in a session, move on to the next in the following session. If you finish that early, go back to the earlier experiment and complete it. You can also use the Saturday sessions to finish incomplete experiments. But you can show them to the TAs for grading only in the regular lab sessions.
 +
 ===== Attendance ===== ===== Attendance =====
   * Attendance will be strictly enforced and those falling short will receive a **W**   * Attendance will be strictly enforced and those falling short will receive a **W**
   * Sign in your attendance with the TA as you enter the lab. If you arrive more than 10 minutes late to the lab, you will not be admitted   * Sign in your attendance with the TA as you enter the lab. If you arrive more than 10 minutes late to the lab, you will not be admitted
 +
 ===== Prerequisites ===== ===== Prerequisites =====
   * EC3102 Analog circuits   * EC3102 Analog circuits
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 ===== Experiments ===== ===== Experiments =====
 Information for experiments will be put up on this page in advance so that you can come prepared to  the lab. Familiarise yourselves with the characteristics of the components by reading the data sheets of the components given below. Many experiments are based on using CMOS inverters as transconductors. Understand the principles by going through [[http://​www.ee.iitm.ac.in/​~nagendra/​EC330/​200801/​lectures/​ec330-intro/​ec330-intro.swf|this lecture]]. Information for experiments will be put up on this page in advance so that you can come prepared to  the lab. Familiarise yourselves with the characteristics of the components by reading the data sheets of the components given below. Many experiments are based on using CMOS inverters as transconductors. Understand the principles by going through [[http://​www.ee.iitm.ac.in/​~nagendra/​EC330/​200801/​lectures/​ec330-intro/​ec330-intro.swf|this lecture]].
-  - 11 Jan. 2016: Introductory lecture +  - 16 Jan. 2017: Introductory lecture 
-  - 18 Jan. 2016: [[invchar|Inverter characteristics]] (View the [[http://​www.ee.iitm.ac.in/​~nagendra/​EC330/​200801/​lectures/​ec330-intro/​ec330-intro.swf|lecture]]) +  - 23 Jan. 2017: [[invchar|Inverter characteristics]] (View the [[http://​www.ee.iitm.ac.in/​~nagendra/​EC330/​200801/​lectures/​ec330-intro/​ec330-intro.swf|lecture]]) 
-  - 1 Feb2016: [[multistagecomp|Amplifier compensation]] (Revisit problems 1 to 7 of [[http://​www.ee.iitm.ac.in/​vlsi/​_media/​courses/​ee3002_2014/​ee3002prob7.pdf|this problem set]] from [[http://​www.ee.iitm.ac.in/​vlsi/​courses/​ee3002_2014/​start|EE3002:​ Analog Circuits]]) +  - 30 Jan2017: [[multistagecomp|Amplifier compensation]] (Revisit problems 1 to 7 of [[http://​www.ee.iitm.ac.in/​vlsi/​_media/​courses/​ee3002_2014/​ee3002prob7.pdf|this problem set]] from [[http://​www.ee.iitm.ac.in/​vlsi/​courses/​ee3002_2014/​start|EE3002:​ Analog Circuits]]) 
-  - 8 Feb. 2016: [[regulator|Voltage regulator]] (Revisit problem 9 of [[http://​www.ee.iitm.ac.in/​vlsi/​_media/​courses/​ee3002_2014/​ee3002prob8.pdf|this problem set]] from [[http://​www.ee.iitm.ac.in/​vlsi/​courses/​ee3002_2014/​start|EE3002:​ Analog Circuits]]) +  - 8 Feb. 2017: [[regulator|Voltage regulator]] (Revisit problem 9 of [[http://​www.ee.iitm.ac.in/​vlsi/​_media/​courses/​ee3002_2014/​ee3002prob8.pdf|this problem set]] from [[http://​www.ee.iitm.ac.in/​vlsi/​courses/​ee3002_2014/​start|EE3002:​ Analog Circuits]]) 
-  - 15 Feb. 2016: [[regulator|Voltage regulator]] +  - Feb. 2017: [[regulator|Voltage regulator]] 
-  - 22 Feb. 2016: [[chargepump|Charge pump -ve voltage gen.]] +  - 13 Feb. 2017: [[chargepump|Charge pump -ve voltage gen.]] 
-  - 29 Feb. 2016: [[gmcfilter|Gm-C filter]] +  - 20 Feb. 2017: [[gmcfilter|Gm-C filter]] 
-  - 7 Mar2016: [[activercfilter|Active RC filter]] ([[http://​www.ee.iitm.ac.in/​~nagendra/​EC330/​201401/​lectures/​activeRCfilter/​activeRCfilter.html|Lecture]]) +  - 27 Feb2017: [[activercfilter|Active RC filter]] ([[http://​www.ee.iitm.ac.in/​~nagendra/​EC330/​201401/​lectures/​activeRCfilter/​activeRCfilter.html|Lecture]]) 
-  - 14 Mar. 2016: [[oscillator|Oscillator]]([[http://​www.ee.iitm.ac.in/​~nagendra/​EC330/​201401/​lectures/​SchmittTriggerOscillator/​SchmittTriggerOscillator.html|Lecture]]) +  - Mar. 2017: [[oscillator|Oscillator]]([[http://​www.ee.iitm.ac.in/​~nagendra/​EC330/​201401/​lectures/​SchmittTriggerOscillator/​SchmittTriggerOscillator.html|Lecture]]) 
-  - 21 Mar. 2016: [[mixer|Mixer]] ([[http://​www.ee.iitm.ac.in/​~nagendra/​EC330/​200901/​lectures/​ec330-mixer1/​ec330-mixer1.swf|Lecture]]) +  - 20 Mar. 2017: [[mixer|Mixer]] ([[http://​www.ee.iitm.ac.in/​~nagendra/​EC330/​200901/​lectures/​ec330-mixer1/​ec330-mixer1.swf|Lecture]]) 
-  - 28 Mar. 2016: [[doublebalancedmixer|Double balanced mixer]] ([[http://​www.ee.iitm.ac.in/​~nagendra/​EC330/​200901/​lectures/​ec330-mixer2/​ec330-mixer2.swf|Lecture]]) +  - 27 Mar. 2017: [[doublebalancedmixer|Double balanced mixer]] ([[http://​www.ee.iitm.ac.in/​~nagendra/​EC330/​200901/​lectures/​ec330-mixer2/​ec330-mixer2.swf|Lecture]]) 
-  - Apr. 2016: [[:​courses:​ec330_2012:​finalproject/​start|Final project]] +  - Apr. 2017: [[:​courses:​ec330_2012:​finalproject/​start|Final project]] 
-  - 18 Apr. 2016: [[:​courses:​ec330_2012:​finalproject/​start|Final project]] +  - 10 Apr. 2017: [[:​courses:​ec330_2012:​finalproject/​start|Final project]] 
-  - 25 Apr. 2016: Final exam+  - 17 Apr. 2017: Final exam
  
 ===== Component data sheets ===== ===== Component data sheets =====