1 Linear and non-linear operational circuitry -- 1.1 Summing amplifier -- 1.2 Subtracting circuits -- 1.3 Bipolar-coefficient circuit -- 1.4 Integrators -- 1.5 Differentiators -- 1.6 Solution of differential equations -- 1.7 Function networks -- 1.8 Analog multipliers -- 1.9 Transformation of coordinates -- 2 Controlled sources and impedance converters -- 2.1 Voltage-controlled voltage sources -- 2.2 Current-controlled voltage sources -- 2.3 Voltage-controlled current sources -- 2.4 Current-controlled current sources -- 2.5 NIC (negative impedance converter) -- 2.6 Gyrator -- 2.7 Circulator -- 3 Active filters -- 3.1 Basic theory of lowpass filters -- 3.2 Lowpass/highpass transformation -- 3.3 Realization of first order lowpass and highpass filters -- 3.4 Realization of second order lowpass and highpass filters -- 3.5 Realization of lowpass and highpass filters of higher orders -- 3.6 Lowpass/bandpass transformation -- 3.7 Realization of second order bandpass filters -- 3.8 Lowpass/band-rejection filter transformation -- 3.9 Realization of second order rejection filters -- 3.10 Allpass filters -- 3.11 Adjustable universal filter -- 4 Broadband amplifiers -- 4.1 Frequency dependence of the current gain -- 4.2 Influence of transistor and stray capacitances -- 4.3 Cascode amplifier -- 4.4 Differential amplifier as a broadband amplifier -- 4.5 Symmetrical broadband amplifiers -- 4.6 Broadband voltage follower -- 4.7 Broadband operational amplifiers -- 5 Power amplifiers -- 5.1 Emitter follower as a power amplifier -- 5.2 Complementary emitter followers -- 5.3 Electronic current limiter -- 5.4 Complementary emitter followers using Darlington circuits -- 5.5 Rating a power output stage -- 5.6 Driver circuits with voltage gain -- 5.7 Boosting the output current of integrated operational amplifiers -- 6 Power supplies -- 6.1 Properties of mains transformers -- 6.2 Transformer rectifiers -- 6.3 Series regulation -- 6.4 Generation of the reference voltage -- 6.5 Switching power supplies -- 7 Analog switches and comparators -- 7.1 Principle -- 7.2 Electronic switches -- 7.3 Analog switch using amplifiers -- 7.4 Sample-and-hold circuits -- 7.5 Analog comparators -- 7.6 Schmitt trigger -- 8 Signal generators -- 8.1 LC oscillators -- 8.2 Quartz oscillators -- 8.3 RC sinewave oscillators -- 8.4 Function generators -- 8.5 Multivibrators -- 9 Combinatorial logic circuitry -- 9.1 Coding circuits -- 9.2 Multiplexer and demultiplexer -- 9.3 Unclocked shift register -- 9.4 Digital comparators -- 9.5 Adders -- 9.6 Multipliers -- 9.7 Digital function networks -- 10 Sequential logic circuitry -- 10.1 Straight binary counters -- 10.2 BCD counters in 8421 code -- 10.3 Presettable counters -- 10.4 Shift registers -- 10.5 Generation of pseudo-random sequences -- 10.6 Processing of asynchronous signals -- 10.7 Systematic design of sequential circuits -- 11 Microprocessors -- 11.1 Basic structure of a microcomputer -- 11.2 Operation of a microprocessor -- 11.3 Instruction set -- 11.4 Development aids -- 11.5 Microcomputer hardware -- 11.6 Input/output circuits -- 11.7 Minimum systems -- 12 Digital filters -- 12.1 Sampling theorem -- 12.2 Digital transfer function -- 12.3 Bilinear transformation -- 12.4 Construction of digital filters -- 13 Data transmission and display -- 13.1 Transmission lines -- 13.2 Error detection and correction -- 13.3 Static digital displays -- 13.4 Multiplex displays -- 14 D/A and A/D converters -- 14.1 Design principles of D/A converters -- 14.2 Design of D/A converters using electronic switches -- 14.3 D/A converters for special applications -- 14.4 Basic principles of A/D conversion -- 14.5 Accuracy of A/D converters -- 14.6 Design of A/D converters -- 15 Measurement circuits -- 15.1 Measurement of voltage -- 15.2 Measurement of current -- 15.3 A.C./D.C. converters -- 16 Electronic controllers -- 16.1 Underlying principles -- 16.2 Controller types -- 16.3 Control of non-linear systems -- 16.4 Phase-locked loop -- 17 Appendix: Definitions and nomenclature.