M. : Mechanical Engineering, 1989. — 248 s. ISBN 5-217-00456-8 . The questions of design of microprocessor analytical devices for analysis of liquids and gases. Technical and software means of implementation. Questions of verification and self-control of devices are considered. The method of calculation of technical and economic efficiency of introduction of microprocessor analytical devices. Examples of instrument design. Principles of construction. Classification of analytical methods . Microprocessor development milestones and classification of analytical instruments. Generalized functional scheme. Design stages. Placement on the measurement object. Design. Mathematical Model of Measurement Process. Mathematical Model of Direct Measurements. Mathematical Model of Total Measurements. Optimization of the mathematical model of direct measurements . Construction of the structure of the microprocessor analytic device . Models. Classification of models and methods of obtaining them . Models of primary measuring transducer .... Analog-pulse transducer model. Microprocessor Model. Technical Means’ .. Primary and secondary transducers. Combination logic converters. Sequential Logical Converters .... Controlled logic converters. Memory Interfaces. Microprocessors . I/O interfaces IAPC temperature error compensation. Software. Programming Tasks. Algorithms. Metrological support. Features of metrological support . Debugging, metrological testing, certification and verification. Reliability. Technical and economic efficiency of implementation. Microprocessor Analytical Instruments and Their Applications. Microprocessor Analytical Instruments of Liquids . Microprocessor Analytical Instruments of Gases . References