Front Cover; Logical Design for Computers and Control; Copyright Page; Preface; Table of Contents; CHAPTER ONE. Two State Logic; 1.1 LOGIC ELEMENTS; 1.2 TRUTH TABLES; 1.3 EXAMPLES; 1.4 HIGH AND LOW LOGIC; 1.5 COMPARATOR; CHAPTER TWO. Flip-flops; 2.1 R-S FLIP-FLOP; 2.2 CLOCKED R-S FLIP-FLOP; 2.3 D TYPE FLIP-FLOP; 2.4 J-K FLIP-FLOP; 2.5 SHIFT REGISTER; 2.6 WAVEFORMS; 2.7 GENERIC SHIFT REGISTER; 2.8 RING COUNTER; CHAPTER THREE. Binary Counting; 3.1. BINARY NUMBERS; 3.2 EQUALITY DETECTOR; 3.3 SIMPLE ENCODERS; 3.4 RIPPLE THROUGH COUNTER; 3.5 SYNCHRONOUS COUNTER; 3.6 RELATIVE MAGNITUDE DETECTOR

3.7 PARITY BIT GENERATORCHAPTER FOUR. Binary Arithmetic; 4.1 BINARY ADDITION; 4.2 SERIAL AND PARALLEL ADDITION; 4.3 SUBTRACTION; 4.4 NEGATIVE NUMBERS; 4.5 MULTIPLICATION; 4.6 DIVISION; 4.7 REPRESENTATION OF FRACTIONS; CHAPTER FIVE. Boolean Algebra; 5.1 BOOLEAN LAWS; 5.2 DE MORGAN'S THEOREM; 5.3 EXAMPLES; 5.4 KARNAUGH MAP; 5.5 GRAY CODE; CHAPTER SIX. Electronic Fundamentals; 6.1 ELECTROSTATICS; 6.2 ATOMIC THEORY; 6.3 SEMICONDUCTORS; 6.4 CIRCUIT DETAILS; CHAPTER SEVEN. Integrated Circuits; 7.1 DUAL-IN-LINE PACKAGE; 7.2 MSI AND LSI; 7.3 PULSE AMPLIFIER; 7.4 SCHMITT TRIGGER; 7.5 MONOSTABLE

7.6 MULTIVIBRATORCHAPTER EIGHT. Simple Control Systems; 8.1 DIGITAL CLOCK; 8.2 PUNCHED CARD SORTER; 8.3 HEATING SYSTEM; 8.4 POWER UNIT; 8.5 INDUSTRIAL WARNING SYSTEM; 8.6 ROOM SERVICE; 8.7 LEVEL CROSSING; 8.8 PEDESTRIAN CROSSING; 8.9 TRAFFIC LIGHTS; 8.10 INJECTION MOULDING MACHINE; 8.11 MULTIPLEXER; CHAPTER NINE. Analogue to Digital Conversion; 9.1 SIX CONVERSIONS; 9.2 POTENTIOMETER AND SERVOMECHANISM; 9.3 MECHANICAL CONVERSION; 9.4 ELECTRIC DIGITAL CONVERSION; 9.5 ELECTRIC ANALOGUE CONVERSION; 9.6 AMPLIFIERS; CHAPTER TEN. Computers; 10.1 ESSENTIALS OF PROGRAMMING; 10.2 ORDER REPRESENTATION

10.3 TIMING ARRANGEMENTS10.4 MAIN LAYOUT; 10.5 EVENTS DURING ACTION BEAT; CHAPTER ELEVEN. Control Applications; 11.1 COMPUTER APPLICATIONS; 11.2 COMPUTER CONTROL; 11.3 OTHER APPLICATIONS; Index