1. Design and implementation of combinational circuits using basic gates for arbitrary functions, code converters, parity generator / checker, magnitude comparator etc.

2. Design and implementation of application using multiplexers, Decoders/encoders.

3. Design and implementation of synchronous & asynchronous sequential circuit.

4. FPGA and Programming.

Lab Manual

Course Outcomes (COs):

CO1: Learning to design, analyze and realizing logic gates of transistor Level circuits using discrete level components, static and dynamic performance parameters of the gates

CO2: Hands on training on designing and realizing  (i) combinational logic circuits of parallel adders,  multiplexers using discrete components and  SSI/MSI chips (ii) sequential circuits realizing flip flops, registers, counters using IC chips

CO3: Simulate and analyze Logic circuits using HDL language

CO4: Design simulate and analyze logic circuits-adders, ALU, memories, sequence detector using HDL and implement it in FPGA

CO5: Design simulate and analyze controller designs/FSM for interfaces in FPGA

CO6: Design of digital system using Verilog and implement in FPGA