Matlab Program for Discrete Convolution and Correlation Without Using Inbuilt Functions
ECE 204 AND 254– UEL 1 Laboratory Manual
Draft copy for adoption:
LABORATORY MANUAL OF ECE 204 AND 254 UNIFIED ELECTRONICS LAB 1
Prepared at Lovely Professional University With Participation & Valuable contributions from Er.Gurpreet Saini Er. Kawanpreet Kaur Er. Asha Rana
Reviewed by.
Rajeev Kr Patial Sr lect., off. HOL, ECE (B. Id. 12301)
OFF HOD ECE
(Dean Labs )
DEPARTMENT OF ECE, LPU, PHAGWARA (PUNJAB), INDIA.
1
ECE 204 AND 254– UEL 1 Laboratory Manual
ECE204 and ECE254: UNIFIED ELECTRONICS LAB I Sr. No. Topic
1. 2. 3. 4. 5. 6.
To perform sampling and explain the concept of aliasing using MATLAB. To perform convolution between two continuous time signals using MATLAB. To perform correlation and autocorrelation using programming in MATLAB. To perform Fourier Series Analysis and Find Fourier coefficients from a complex signal in MATLAB. To plot frequency response of LPF, HPF, BPF filters in MATLAB.
*To design and realize on a breadboard MOD 10 UP/DOWN Counter. 7. *To design and realize on a breadboard a 7-segment code converter (driver). 8. *To design and realize on a breadboard an A/D converter. 9. *To design and realize on a breadboard a D/A converter. 10. *To design and implement an emitter follower circuit on a breadboard. 11. 12. *To design and implement on a breadboard an amplifier using transistor in CE and CB configuration. Find its gain, input impedance and output impedance. *To design and implement on a breadboard an amplifier using JFET. Find its gain, input impedance and output impedance.
DEPARTMENT OF ECE, LPU, PHAGWARA (PUNJAB), INDIA.
2
ECE 204 AND 254– UEL 1 Laboratory Manual
EXPERIMENT NO 1 Aim: To perform sampling and explain the concept of aliasing using MATLAB. ALGORITHM STEPS: Generate a continuous signal
Sample the continuous signal with some sample rate Plot the sampled signal Program code: x= -pi:0.01:pi; y= sin(x); %generate continuous sinusoidal signal figure: subplot(2,1,1); plot(y); % plot the continuous signal
Draft copy for adoption:
LABORATORY MANUAL OF ECE 204 AND 254 UNIFIED ELECTRONICS LAB 1
Prepared at Lovely Professional University With Participation & Valuable contributions from Er.Gurpreet Saini Er. Kawanpreet Kaur Er. Asha Rana
Reviewed by.
Rajeev Kr Patial Sr lect., off. HOL, ECE (B. Id. 12301)
OFF HOD ECE
(Dean Labs )
DEPARTMENT OF ECE, LPU, PHAGWARA (PUNJAB), INDIA.
1
ECE 204 AND 254– UEL 1 Laboratory Manual
ECE204 and ECE254: UNIFIED ELECTRONICS LAB I Sr. No. Topic
1. 2. 3. 4. 5. 6.
To perform sampling and explain the concept of aliasing using MATLAB. To perform convolution between two continuous time signals using MATLAB. To perform correlation and autocorrelation using programming in MATLAB. To perform Fourier Series Analysis and Find Fourier coefficients from a complex signal in MATLAB. To plot frequency response of LPF, HPF, BPF filters in MATLAB.
*To design and realize on a breadboard MOD 10 UP/DOWN Counter. 7. *To design and realize on a breadboard a 7-segment code converter (driver). 8. *To design and realize on a breadboard an A/D converter. 9. *To design and realize on a breadboard a D/A converter. 10. *To design and implement an emitter follower circuit on a breadboard. 11. 12. *To design and implement on a breadboard an amplifier using transistor in CE and CB configuration. Find its gain, input impedance and output impedance. *To design and implement on a breadboard an amplifier using JFET. Find its gain, input impedance and output impedance.
DEPARTMENT OF ECE, LPU, PHAGWARA (PUNJAB), INDIA.
2
ECE 204 AND 254– UEL 1 Laboratory Manual
EXPERIMENT NO 1 Aim: To perform sampling and explain the concept of aliasing using MATLAB. ALGORITHM STEPS: Generate a continuous signal
Sample the continuous signal with some sample rate Plot the sampled signal Program code: x= -pi:0.01:pi; y= sin(x); %generate continuous sinusoidal signal figure: subplot(2,1,1); plot(y); % plot the continuous signal