VLSI LAB
1. Verilog implementations of
a) Multiplexer
b) Demultiplexer
c) Full adder & Full subtractor
d) Decoder
Using data flow style of modelling.
2. Using Structural modelling implement
a) 4:1 multiplexer using 2:1 multiplexer.
b) Four bit full adder using one bit full adder.
c) 4 bit counters.
3. Using behavioural modelling implement
a) D Flip Flop
b) J K Flip Flop
4. Using switch level modelling implement
a) One bit Full adder
b) Multiplexer – 2 channel
c) CMOS AND gate
d) CMOS OR gate
5. Verilog implementation of Moore and Mealy FSM.
EMBEDDED LAB (PIC)
1. Four bit binary counter using LEDs.
2. Interfacing 7 segment LED and a character LCD.
3. Timers and counters.
4. Analog to digital convertor.
5. DC motor control using.
6. Understanding interrupts.
7. Asynchronous Serial Communication.
*Program the PIC microcontroller and realize the circuits in breadboard (Avoid use of
readymade kits).