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RÉSUME

Name : Sanjay S Pawar


Date of Birth : 1st March, 1970


Present Address

E-mail Address : sspawar@ieee.org

                            sspawar@usa.net

Home Page : http://members.xoom.com/sspawar

 

Educational Qualifications:-

Sr.No Examination Institute/University Year of Passing Remark
1. M.Tech(Communication) I.I.T. Mumbai 1998 8.1(CPI)
2. B.E.(Electronics) S.G.G.S, Nanded 1991 70.42 %

(Distinction)

3 H.S.C Dayanand Science College,

Latur,Aurangabad Board

1987 85.33%

(Distinction)

4 S.S.C B.W.New English Medium School,

Latur. Aurangabad Board

1985 68.42 %

( First Div)




Subjects/Courses Studied

  • Project / Seminar Work :
  • In this project work has been done to formulate the effect of EM interference on integrated circuits.Initial part of the work is limited for the CMOS devices.    For this Spice modelling is done to verify the results obtained. In a digital system interference will cause two types of failures.The static failure which will be caused when interfering signal is more than   certain    threshold    to    produce   a    false level of the voltage.The other is dynamic failure. Tremendous increase in switching speed results in considering the importance of the timing issue during the logic system design. Lower interference levels  causes the dynamic failures. This will change the propagation delay by significant  amount, which  will lead to violation of timing constraints.This occurs during the transition of the input pulse and   when  interference  frequency  is  smaller  or not too higher than maximum switching frequency of the incoming  pulse. If  the   change  in  the  propagation  delay  is  within   the delay margin then circuit performs well otherwise it will fail. That  is the  timing  conditions  are  to  be  satisfied  for   the synchronous and asynchronous circuits for its  proper   functioning.Finally  a  complete  model  for  the   CMOS is formulated which will give the performance measure for the EM interference.

     

  • Achievements / awards:
  • References:-

    Wed March 1, 2000