LD-1 COURSEWARE

Digital Electronics for the LD-1

OUTLINE

chapter 1: logic families

chapter 2: the basic gates

experiment 1: AND gate

experiment 2: OR gate

chapter 3: the transistor

experiment 3: transistor as a switch

chapter 4: logic gate from transistor

experiment 4: NAND gate

experiment 5: NOR gate

Introduction to the boolean algebra

chapter 5: using integrated circuits

experiment 6: the 74LS00 quad NAND gate

experiment 7: the 74LS02 quad NOR gate

experiment 8: the 74LS04 hex inverter

experiment 9: the 74LS08 quad two input AND gate

experiment 10: the 74LS32 quad two input NOR gate

experiment 11: the 74LS86 quad exclusive OR gate

experiment 12: the XNOR or equivalence gate

chapter 6: adders

experiment 13: the half adder

experiment 14: the full adder

chapter 7: flip flop

experiment 15: NAND gate flip flop

experiment 16: sequential logic

experiment 17: the Data latch

experiment 18: the 74LS76 master slave JK flip flop

chapter 8: binary counters

experiment 19: four bit binary counter

experiment 20: binary coded decimal counter

experiment 21A: modulo counter

experiment 21B: the down counter

experiment 22: the synchronous counter

chapter 9: working counters and displays: decimal and hexadecimal

experiment 23: dividers

experiment 24: using a decoder and a seven segment display counter

chapter 10:memory circuits

experiment 25: storing data in a random access memory

chapter11: shift register

experiment 26: the 74LS95 shift register