a) Implement a passive RC low pass filter with value of R and C as 1.6 kQ and 10 nF respectively. Plot the frequency response and find the pass band gain and cutoff frequency of the filter. R Va Vout b) Repeat the above question with a load of 1002 connected at the output. Explain the observations. c) Repeat the above question with a load of 10KQ connected at the output. Explain the observations. d) Repeat question (b) with unity gain buffer connected between output of above filter and the load. Explain the observations.

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a) Implement a passive RC low pass filter with value of R and C as 1.6 kQ
and 10 nF respectively. Plot the frequency response and find the pass band gain
and cutoff frequency of the filter.
R
Va
Vout
b) Repeat the above question with a load of 1002 connected at the output. Explain
the observations.
c) Repeat the above question with a load of 10KQ connected at the output. Explain
the observations.
d) Repeat question (b) with unity gain buffer connected between output of above
filter and the load. Explain the observations.
Transcribed Image Text:a) Implement a passive RC low pass filter with value of R and C as 1.6 kQ and 10 nF respectively. Plot the frequency response and find the pass band gain and cutoff frequency of the filter. R Va Vout b) Repeat the above question with a load of 1002 connected at the output. Explain the observations. c) Repeat the above question with a load of 10KQ connected at the output. Explain the observations. d) Repeat question (b) with unity gain buffer connected between output of above filter and the load. Explain the observations.
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