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Lab Recordings - UE24EC1206
Experiment 1
Study and plot the input and output characteristics of CE transistor.
Experiment 10
Design and simulate binary to Gray code and Gray to binary code converters.
Experiment 11a
Implement SR flip-flops and verify their operations
Experiment 11b
Implement JK, and T flip-flops and verify their operations
Experiment 11c
Implement D flip-flops and verify their operations
Experiment 12
Design Mod–N Synchronous Up counter and down counter
Experiment 2
Study and plot the drain and transfer characteristics of JFET.
Experiment 3
Design and construct a single-stage RC coupled amplifier circuit.
Experiment 4a
Design active second order Butterworth low pass filters.
Experiment 4b
Design active second order Butterworth high pass filters.
Experiment 5
Design and test half wave precision rectifiers using Op-Amp.
Experiment 5b
Design and test Full wave precision rectifiers using Op-Amp.
Experiment 6
Design and test astable multivibrator using 555 timers.
Experiment 7a
Design and test circuits a. Half adder implementations using logic gates.
Experiment 7b
full adder implementations using logic gates.
Experiment 7c
Half subtractor implementations using logic gates.
Experiment 7d
full subtractor implementations using
Experiment 8
Design and Implement 1bit digital comparator circuit that compares two binary numbers and produces comparison outputs (greater than, equal, or less than).
Experiment 9a
Build and test circuits for 2-to-1 .
Experiment 9b
Build and test circuits 4-to-1 multiplexers