Analog Filters and Oscilloscope

Dependencies:   mbed

Committer:
kmhatre
Date:
Sat Mar 03 02:53:19 2018 +0000
Revision:
0:0981765e0a06
Analog Filters

Who changed what in which revision?

UserRevisionLine numberNew contents of line
kmhatre 0:0981765e0a06 1 Filter Ideal Analysis
kmhatre 0:0981765e0a06 2 Frequency(Hz) V out
kmhatre 0:0981765e0a06 3 100 0.893
kmhatre 0:0981765e0a06 4 110 0.875
kmhatre 0:0981765e0a06 5 120 0.856
kmhatre 0:0981765e0a06 6 130 0.837
kmhatre 0:0981765e0a06 7 140 0.818
kmhatre 0:0981765e0a06 8 150 0.798
kmhatre 0:0981765e0a06 9 160 0.779
kmhatre 0:0981765e0a06 10 170 0.76
kmhatre 0:0981765e0a06 11 180 0.741
kmhatre 0:0981765e0a06 12 190 0.723
kmhatre 0:0981765e0a06 13 200 0.7
kmhatre 0:0981765e0a06 14
kmhatre 0:0981765e0a06 15
kmhatre 0:0981765e0a06 16 Filter Measurements
kmhatre 0:0981765e0a06 17 Frequency(Hz) V out
kmhatre 0:0981765e0a06 18 100 0.895
kmhatre 0:0981765e0a06 19 110 0.88
kmhatre 0:0981765e0a06 20 120 0.858
kmhatre 0:0981765e0a06 21 130 0.84
kmhatre 0:0981765e0a06 22 140 0.82
kmhatre 0:0981765e0a06 23 150 0.8
kmhatre 0:0981765e0a06 24 160 0.776
kmhatre 0:0981765e0a06 25 170 0.762
kmhatre 0:0981765e0a06 26 180 0.746
kmhatre 0:0981765e0a06 27 190 0.719
kmhatre 0:0981765e0a06 28 200 0.704
kmhatre 0:0981765e0a06 29
kmhatre 0:0981765e0a06 30 R = 800ohms
kmhatre 0:0981765e0a06 31 C = 1uF
kmhatre 0:0981765e0a06 32 f(cutoff) = 200Hz
kmhatre 0:0981765e0a06 33
kmhatre 0:0981765e0a06 34 The major problem in this assignment was to figure out the frequency part. The calculation of the relationship between frequency
kmhatre 0:0981765e0a06 35 and delay took majority of the time. It was easy to make the analysis on paper, but while working it out on oscilloscope was very
kmhatre 0:0981765e0a06 36 time consuming as it was completely based on trial and error.
kmhatre 0:0981765e0a06 37 Finally The code worked properly except that for higher values of frequency the standard deviatoion is pretty high.