Course Name: CS2310 : Digital Logic and Design Lab

Description: Design AND, OR and EX_ OR gates using Nand (7400) gates and verify them. (A) Design a BCD to 6-3-1-1 Code converter and verify. (B) Design a 6-3-1-1 to Gray Code converter and verify. Design a full adder circuit using AND, OR and XOR gates. Verify it. Design a 4 - Bit comparator using logic gates. Design a Pseudo-random bit generator and check its performance. Design a 4 - bit ripple carry adder, and verify by adding unsigned and signed integers. Check the overflow condition. Use BCD-to-SSD Decoders to demonstrate the results. Design a Master - Slave J-K Flip-Flop using Logic gates. (A) Design a Bi - directional counter using J-K Flip-flops. (B) Design a Counter which counts the following arbitrary sequence: 0101, 0001, 1000, 1001, 1010, 0000, 0101... Design a priority multiplexer for 8 Devices. Each device has one data output line, a request output line, and an acknowledgement input line. The data from the highest priority device has to be made available at the output of the priority multiple

Slot: Q

RoomNo: HWL

Instructor: Shankar Balachandran

Period: JUL-NOV 2013

This page was created on: Thursday 19th of September 2013 09:31:15 PM