Lab Introduction to ePAL trainer and basic ICs. 01-08 # 1 Lab Verify basic gate truth tables 09-16 # 2 To check the operation of OR gate according to the OR truth table, using the IC 74LS32. To check the operation of NOT gate according to the NOT truth table, using the IC 74LS04. To the operation of AND gate according to the AND truth table, using the IC 74LS08. To check the operation of NAND gate according to the NAND truth table, using the IC 74LS00. To check the operation of NOR gate according to the NOR truth table, using the IC 74LS02. To check the operation of XOR gate according to the XOR truth table using the IC 74LS86. Combinational Logic circuit 17-24 Lab Usage of NAND as universal gate and Boolean function implementation # 3 To check the operation of XOR gate, using NAND gate IC To check the operation of OR gate, using NAND gate IC To check the operation of NOT gate, using NAND gate IC Lab Introduction to Lab View and Comparison of two Boolean numbers using IC 74LS85 25-28 # 4 Lab Half Adder and Full Adder operations 29-32 # 5 Lab Half-subtractor and full-subtractor operations 33-36 # 6 Lab BCD-to-Seven Segment Display decoder circuit 37-41 # 7 Lab The operation of decoder by using IC 74LS08 and IC74LS04 42-43 # 8 The operation of priority encoder using IC 74LS148 and through K-maps and Boolean Logic. 44-48 Lab # 9 Lab Verifying the operation of multiplexer by using IC 74LS04, IC 74LS08 and IC 49-50 # 10 74LS32 Lab Verifying the operation of Demultiplexer by using IC 74LS138 51-54 # 11 Lab To check the operation of basic RS- flip flop using IC 74LS00 55-56 # 12 Lab To the operation of clocked RS-flip flop using IC 74LS00 57-58 # 13 Lab To check the operation of J K flip-flop using IC 74LS00 and 74LS10 59-60 – # 14 Lab Two binary ripple up counter. 60-61 # 15 Lab Project Discussion and Help # 16 INTRODUCTION
Lab # 1 Introduction to ePAL trainer and basic ICs. 01-08 Lab # 2 Lab # 3 Verify basic gate truth tables To check the operation of OR gate according to the OR truth table, using the IC 74LS32. To check the operation of NOT gate according to the NOT truth table, using the IC 74LS04. To the operation of AND gate according to the AND truth table, using the IC 74LS08. To check the operation of NAND gate according to the NAND truth table, using the IC 74LS00. To check the operation of NOR gate according to the NOR truth table, using the IC 74LS02. To check the operation of XOR gate according to the XOR truth table using the IC 74LS86. Combinational Logic circuit Usage of NAND as universal gate and Boolean function implementation To check the operation of XOR gate, using NAND gate IC To check the operation of OR gate, using NAND gate IC To check the operation of NOT gate, using NAND gate IC 09-16 17-24 Lab # 4 Introduction to Lab View and Comparison of two Boolean numbers using IC 74LS85 25-28 Lab # 5 Half Adder and Full Adder operations 29-32 Lab # 6 Half-subtractor and full-subtractor operations 33-36 Lab # 7 BCD-to-Seven Segment Display decoder circuit 37-41 Lab # 8 Lab # 9 The operation of decoder by using IC 74LS08 and IC74LS04 The operation of priority encoder using IC 74LS148 and through K-maps and Boolean Logic. 42-43 44-48 Lab # 10 Verifying the operation of multiplexer by using IC 74LS04, IC 74LS08 and IC 74LS32 49-50 Lab # 11 Verifying the operation of Demultiplexer by using IC 74LS138 51-54 Lab # 12 To check the operation of basic RS- flip flop using IC 74LS00 55-56 Lab # 13 To the operation of clocked RS-flip flop using IC 74LS00 57-58 Lab # 14 To check the operation of J – K flip-flop using IC 74LS00 and 74LS10 59-60 Lab # 15 Two binary ripple up counter. 60-61 Lab # 16 Project Discussion and Help INTRODUCTION