Experiment 1: TTL Logic Gates
Demonstrating the operation and characteristics of a TTL logic gate (NAND gate-7400) and implementing the three basic logic functions using NAND gate.
Experiment 2: CMOS Logic Gates
Demonstrating the operation and characteristics of a CMOS logic gate (NOR gate-4001) and implementing the three basic logic functions using NOR gate
Experiment 3: Applying NAND, NOR and XOR Gates
TTL and CMOS, NAND, NOR, and XOR gates are used to implement any logic functions and implementing the Boolean algebra to reducing logic circuits to their minimum configuration.
Experiment 4: Digital Adders-Subtractors
Implementing and investigating the operation of a 2-bit full adder, 4-bit full adder, and 4-bit full subtractors from basic combinational 74LS logic.
Experiment 5: Decoders/Demultiplexers and Multiplexers
Testing the operation of 74x138 decoder, and using it as demultiplexer. Implement the Boolean functions using 74x138 decode and 74151 multiplexer.
Experiment 6: D-type & JK-type flip-flops
Demonstrating the operations and characteristics of D-type flip-flop and JK-type flip-flop. Verify that the flip-flop is a bistable multivibrator (has two stable state).And it has two complementary output states.
Experiment 7: Binary Counters
Demonstrating the operations and characteristics of a binary counter (up counter /down counter).
Attendance is compulsory in order to pass the lab. If you miss at least %40 of the lab hours, you will definitely fail from the lab.
There will be two final exams (Written and practical) at the end semester. There will be no make-ups for the final exam.
There will be no make up for the final exam. but you have the right for only one make up for the experiments.