Detailing a new perspective on the excitation and setting-in of oscillations in signal generators, this volume covers a host of topics, from harmonic distortion factors to synthesizing oscillatory system structures, in both analogue and digital contexts.

The book brings together the following issues:

• Theory of deterministic, random and discrete signals reproducible in oscillatory systems of generators;
• Generation of periodic signals with a specified spectrum, harmonic distortion factor and random signals with specified probability density function and spectral density;
• Synthesis of oscillatory system structures;
• Analysis of oscillatory systems with non-linear elements and oscillation amplitude stabilization systems;
• It considers the conditions and criteria of steady-state modes in signal generators on active four-pole elements with unidirectional and bidirectional transmission of signals and on two-pole elements; analogues of Barkhausen criteria;
• Optimization of oscillatory system structures by harmonic distortion level, minimization of a frequency error and set-up time of the steady state mode;
• Theory of construction of random signal generators;
• Construction of discrete and digital signal generators;
• Practical design of main units of generators;
• Practical block diagrams of both analog and digital signal generators.

Presents the issues associated with excitation and setting-in of oscillations in a new way Meets high-quality standards of presentation Designed for specialists involved in development of electric analog and digital signal generators Includes supplementary material: sn.pub/extras

Klappentext

The book brings together the following issues:

• Theory of deterministic, random and discrete signals reproducible in oscillatory systems of generators;
• Generation of periodic signals with a specified spectrum, harmonic distortion factor and random signals with specified probability density function and spectral density;
• Synthesis of oscillatory system structures;
• Analysis of oscillatory systems with non-linear elements and oscillation amplitude stabilization systems;
• It considers the conditions and criteria of steady-state modes in signal generators on active four-pole elements with unidirectional and bidirectional transmission of signals and on two-pole elements; analogues of Barkhausen criteria;
• Optimization of oscillatory system structures by harmonic distortion level, minimization of a frequency error and set-up time of the steady state mode;
• Theory of construction of random signal generators;
• Construction of discrete and digital signal generators;
• Practical design of main units of generators;
• Practical block diagrams of both analog and digital signal generators.

Inhalt
Theory and Praxis of Measuring Signal Sources: Present and Future.- Synthesis of Mathematical Models for Measuring Signals.- Synthesis of Models for Self-Oscillating Systems of Generators.- Selected Issues of the Theory of Sinusoidal Generators.- Synthesis of Block Diagrams of Measuring Signal Generators.- Optimization of Oscillatory Systems of Generators.- Analog Signal Generators.- Digital Signal Generators.- Practical Design of Measuring Signal Generators.