At what values of Ci and Rd can precision clamping be obtained in peak clamper when the time period of the input waveform is 0.4s?
Question
Solution 1
In a peak clamper circuit, precision clamping can be obtained when the product of the resistance (Rd) and capacitance (Ci) is much greater than the time period of the input waveform. This is represented by the inequality Rd*Ci >> T, where T is the time period.
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