electronics

Data Acquisition and Filter Design

1. Provided apparatus

1. Provided apparatus

Daq_2nn

2. Generating a sine wave of 10 Hz with signal generator

3. Connecting a signal generator to the labeled leads of DAQ for acquiring data

3. Connecting a signal generator to the labeled leads of DAQ for acquiring data

4. Setup for Nyquist Sampling Theorem

4. Setup for Nyquist Sampling Theorem

5. All function files must be in the current directory of Matlab

5. All function files must be in the current directory of Matlab

6. Front panel view of nyquist.vi file

6. Front panel view of nyquist.vi file

7. Accessing block diagram window

7. Accessing block diagram window

8. Changing sample rate in the Block diagram window

8. Changing sample rate in the Block diagram window

9. Saving data in nyq.lvm file. You can change the folder path as well

9. Saving data in nyq.lvm file. You can change the folder path as well

10. Circuitry for low pass filter

10. Circuitry for low pass filter

11. In order to change the input peak voltage to 5V, you need to use this configuration

11. In order to change the input peak voltage to 5V, you need to use this configuration

12. High pass filter with 1.3KHz cut-off frequency

12. High pass filter with 1.3KHz cut-off frequency

13. Circuitry for composite signal

13. Circuitry for composite signal

14. Setup for filtering a composite signal

14. Setup for filtering a composite signal

DETAIL

PhysLab

Preparing an institutional and national platform for student-driven experimental research in physics.

CONTACT US

Email: physlab.org@gmail.com Telephone: 111-11-LUMS (5867) Address: Lahore University of Management Sciences (LUMS), Sector U, DHA, Lahore Cantt. 54792, Pakistan
TOP