1. Result
Part A:DETERMINING THE SIMPLING FREQUENCY
Ch1 Freq=1.004kHz
Ch1 Pk-Pk=2.02V
Ch2 Pk-Pk=328mV
Ch2 Freq=1.095MHz

2. Ch1 Period=12.00us
Ch1 Pk-Pk=79.0mV
Ch2 Pk-Pk=4.20V
Ch2 Freq=41.67kHz
Ch1 Freq=75.19kHz
Ch1 Pk-Pk=26.0 mV
Ch2 Ampl=1.58V
Ch2 Freq=1.002kHz

3. Ch1 Freq=276.2kHz
Ch1 Pk-Pk=24.8mV
Ch2 Pk-Pk=1.80V
Ch2 Freq=999.9Hz

4. Ch1 Freq=482.5 kHz
Ch1 Pk-Pk=33.6mV
Ch2 Pk-Pk=504mV
Ch2 Freq =2.311kHz

5. Ch1 Freq=173.5kHz
Ch1 Pk-Pk=32.8mV
Ch2 Pk-Pk=548mV
Ch2 Freq=2.308kHz
Sampling Time,Ts(approximate)=TckxN
Sampling Frequency,fs=1/Ts
Maximum singnalBandwidth,B
1.32 x 10-4
7575.75
3787.875
Table 6.1
Amplification at 1 kHz
Upper cut-off Frequency
Lower cut-off Frequency
Bandwidth of filter at 3dB
2V
3.3 kHz
258.8Hz
3041.2
Table 6.2

6. PART B:RECONSTRUCTOR FILTER
Ch1 Freq=47.17kHz
Ch1 Pk-Pk=36.0mV
Ch2 Pk-Pk=524mV
Ch2 Freq=992.1 Hz

7. Ch1 Freq=89.13kHz
Ch1 Pk-Pk=34.8mV
Ch2 Pk-Pk=1.39V
Ch2 Freq=1.004kHz
Ch1 Freq=85.83kHz
Ch1 Pk-Pk=34.4mV
Ch2 Pk-Pk=1.15V
Ch2 Freq=1.011kHz

8. Ch1 Freq=781.2 KHz
Ch1 Pk-Pk=34.4mV
Ch2 Pk-Pk=1.16V
Ch2 Freq=1.007kHz