Your
name: _______________________
This
report is due by 4 pm Tuesday, November 5 to Jules Harnett. 1a.What
value did you use for R1? __________ 1b.What
was the largest amplitude you could obtain for the output, without distortion?
_____________ 1c.Include
your hard copy showing input and output, in two plots on the same graph.
Label the page 1c. 2a.What
value did you compute for R5 using ideal op amp assumptions?
_______________ 2b.What
was the output voltage with this value of R5? _______________ 2c.What
[revised] value of R5 resulted in an output of 10 volts? ________________ 3a.What
values for R and C did you use in your integrator, to get a good result?R
= ________, C = __________ 3b.Comment
on the range of R and C which produced an integrating circuit which performed
well. 3c. Include
a Probe graph showing the input and output on the same graph.Label
the graph 3c. 4a.Provide
a table of data showing frequencies (at least 8)and
output amplitudes at those frequencies, and a Matlab graph of this data.Label
the Matlab graph 4a. 4b.What
is your estimate of the cutoff frequency of this low pass filter, in Hz?
__________________ If
you did the extra credit portion, include a hard copy showing the input
and output waveforms on the same graph.Label
the hard copy extra credit portion.