Digital and Analog Data Conversions (Instrumentation for Scientists Series, Module 3)

Stanley R. Crouch

Howard V. Malmstadt

Christie G. Enke

W.A.Benjamin

Digital Electronics for Scientists

Has much material on older vacuum-tube based circuits.Publisher's description from preface:This book is a practical book for scientists and science students. It is written expressly for chemists, physicists, engineers, medical researchers, biologists, and other science students and research workers who have little or no background in electronics but who need to gain a working knowledge of electronic devices and circuits . The order of presentation is laboratory-centered. There is a natural progression from the basic measurement techniques necessary to start experimentation toward the complete instruments and systems.Table of Contents:1. Electrical Measurements2. Power Supplies3. Amplification by Vacuum Tubes and Transistors4. Amplifier Circuits5. Oscillators6. Comparison Measurements7. Servo Systems8. Operational Amplifiers for Measurement Control9. Electronic Switching and Timing and Digital Counting SystemsSupplements:1. An Integrated System of Instruments, Test Equipment, and Rapid-Connect Parts2. DC Circuits3. Electrical Signals and Reactive CircuitsAppendixes: A. Transistor Parameter Equivalents and Interconversion Tables B. Vacuum-Tube Characteristic Curves C. Resistors (EIA-JAN Values) D. Power-Transformer Color Code

Electronics for Scientists: Principles and Experiments for Those Who Use Instruments

E. Clifford Toren

Electronic Analog Measurements and Transducers (Instrumentation for Scientists Series, Module 1)

Benjamin/Cummings

Control of Electrical Quantities in Instrumentation (Instrumentation for Scientists Series, Module 2)

Engineering & Transportation

Engineering

Optimization of Electronic Measurements (The Malmstadt-Enke Instrumentation for Scientists Series, Module 4) 
Contents: 
* Introduction 
* Analog Scanning Boxcar Integrator 
* Appendix A: Grounding and Shielding 
* 2 other sections not shown\nOptimization of Electronic Measurements is the 4th publication in this series edited by H. V. Malmstadt and C. G. Enke. The entire series will eventually include a wide variety of materials which will be simultaneously organized in textbook and module form. Each module form will also be available in two versions. The Text with Experiments version contains both text materials and complete instructions on laboratory experiments. The Text with Lab Summaries version, represented by this publication, includes the same text material, but only summaries of the lab experiments for those teachers who prefer to design their own experiments.\nThis open-ended series provides maximum versatility in that the modules can be used independently or in configurations of three or four, as "packages," each on a different area of instrumentation. The first hardbound text entitled Electronic Measurements for Scientists is composed of the following modules in their Text with Lab Summaries form: 1) Electronic Analog Measurements and Transducers, 2) Control of Electrical Quantities in Instrumentation, 3) Digital and Analog Data Conversions, 4) Optimization of Electronic Measurements. This combination of modules provides a unified treatment of the major measurement and control concepts that are universally applicable in all laboratories, and establishes a solid foundation in analog and digital electronics and instrumentation.

Optimization of Electronic Measurements (Instrumentation for Scientists Series, Module 4)

Gary Horlick

W. A. Benjamin Advanced Bk Program

Electronics and Instrumentation for Scientists Book

Electronics and Instrumentation for Scientists

Science & Math

Technology

Benjamin/Cummings Pub. Co.

Experiments in Electronics, Instrumentation and Microcomputers

F. James Holler

J.P. Avery

Benjamin/Cummings Publishing Company

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