Basic Electrical and Electronic Engineering

Part 1 Basic Principles:; Electrical and electronic circuits; Resistance; Flux; Magnetic flux; Inductance; Magnetic circuits; Capacitance; Energy stored in inductors and capacitors; Resistors, inductors and capacitors in circuits; Problems; Part 2 Electric Circuits:; Kirchoff's laws; Thevenin's theorem; Norton's theorem; Superposition theorem; Ideal voltage and current sources; Maximum power transfer; Problems; Part 3 Transients:; Circuits with resistors, capacitors and inductors; Series RL and RC circuits; RLC circuit; Problems; Part 4 Steady State Alternating Currents:; Alternating currents; Sinusoidal response of RLC circuits; j notation; Power in a.c. circuits; Frequency response of circuits; Problems; Part 5 Three-phase Circuits:; Three-phase systems; Voltage and current relationships; Power in three-phase circuits; Problems; Part 6 Semiconductor Devices: Semiconductors; Doped semiconductors; The pn junction diode; The diode in a circuit; The Zener diode; The Varactor diode; The junction transistor; The transistor in a circuit; The field effect transistor (FET); Switching devices; Integrated circuits; Problems; Chapter 7 Amplifiers:; Amplifier gain; Input and output impedance; Logarithmic gain units; Amplifier bandwidth; The application of feedback to amplifiers; Problems; Part 8 Transistor Amplifiers:; Small signal common emitter amplifier; Emitter follower circuit; Problems; Part 9 Operational Amplifiers:; The operational amplifier; The inverting amplifier; The non-inverting amplifier; Differential amplifier; Problems; Chapter 10 Oscillators:; Criteria for oscillation; LC oscillators; RC oscillators; Crystal oscillator; Problems; Part 11 Power Supplies:; Rectifying equipment; The half wave rectifier; The full wave rectifier; Polyphase rectifiers; Ripple reduction; Voltage multiplying rectifiers; Power supply regulation; Controlled power rectification; Problems; Part 12 Transformers:; Transformers; Equivalent circuit; Transformer tests; Voltage regulation; Efficiency of the transformer; The voltage equation; Auto-transformers; Three-phase transformers; Problems; Part 13 Attenuators and Filters:; Attenuators; Characteristic impedance; Filters; Active filters; Problems; Part 14 Digital Systems:; Analogue and digital signals; Number systems and codes; Boolean algebra; Electronic gates; The realization of switching functions; The Karnaugh map; Realizations using NAND or NOR gates; Alternative gate symbols; Use of a multiplexer as logic function generator; Read only memories as logic function generators; Programmable logic arrays; Integrated circuits; Problems; Part 15 Sequential Logic Systems:; Sequential networks; Registers and counters; Formal methods for synchronous counter design; The multivibrator; Problems Part 16 Microprocessors:; Digital computers; The power of a CPU; Memory organization; Registers; Instruction sets; Entering the program; Assembly language programs; Input/output programming; Interrupt sources; Systems software; The use of microprocessors in digital system design; Problems; Part 17 Electrical Transducers:; Basic function of transducers; Dynamic properties of transducers; Resistance transducers; Reactance transducers; Electrodynamic transducers; Piezoelectric transducers; Thermocouples; Problems; Part 18 Signal Processing:; Noise; Analogue/digital conversions; Fourier representation of signals; Data transmission; Modulation systems; Problems; Chapter 19 Electrical Machines:; Motors and generators; The d.c. generator; D.C. motors; Three-phase rotating fields; Three-phase alternators; Synchronous motors; Induction motors; Single-phase induction motors; Universal motor; Stepping motors; Motors and applications; Problems; Part 20 Electrical Measurements:; Measurement of current and voltage; Measurement of energy and power; Measurement of resistance; Measurement of inductance and capacitance; Cathode ray oscilloscope; Problems; Answers to Problems; Index