| Details | | Publication Date: | 1993-02-17 |
| Size | | Height: | 9.8 in | | Width: | 6.5 in | | Thickness: | 1.0 in | | Weight: | 25.6 oz |
Publisher's Note
Of related interest… Digital Signal Processing with the TMS320C25 Rulph Chassaing and Darrell W. Horning Written by two of the top names in the field, this comprehensive guide first provides engineers and engineering students with an in-depth discussion of the theoretical basis for building digital signal processing tools. Theoretical topics are then translated into practical applications through the development of actual programming examples. Current problems in digital signal filtering, such as finite and infinite impulse response filters and fast fourier transform are addressed through the step-by-step implementation of assembly language code for the real-time digital signal processor, the TMS320C25. Specific hardware considerations, such as memory organization, addressing modes and representation of fixed- and floating-point numbers are discussed in relation to software development. The book includes complete coverage of input/output with both the analog interface board and analog interface chip. It provides solutions to difference equations using the Z-transform and inverse Z-transform. And it offers a detailed discussion of many useful digital filtering techniques such as FIR, IIR, and adaptive filters, as well as the FFT. An invaluable tool for practicing engineers working in real-world projects and for engineering students who need to learn about the latest developments in the field. 1990 (0 471-51066-1) 464pp.
This book provides an explanation of essential operational amplifier (Op Amp) parameters for practicing technicians, technologists, engineers, and beginners in the electronics industry. It places considerable emphasis on Op Amp specifications published by manufacturers and compares various types of Op Amps with each other and against ideal specifications. This gives the reader a basis on which to judge the quality of a given Op Amp type and to predict its performance in a specific application. Important topics include Op Amp performance in inverting, noninverting, and instrumentation amplifiers; common-mode rejection ratio and common-mode noise; small and large signal considerations; tailored response Op Amps; summing and averaging circuits; integrators and differentiators; Op Amps in voltage regulators; active filters; basic and window comparators; digital-to-analog converters; power Op Amps, and heat sinking of power Op Amps. Illustrated with nearly 200 figures and tables, this book also provides many example problems to demonstrate the practicality of the equations and concepts being discussed. Not only is this the ultimate textbook on the subject of Op Amps, but it is also designed for easy reference, making it a valuable bench manual.
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