Electronic Measurement and Instrumentation
Klaas B. Klaassen · Measurement Science and Technology · 1997
Nearly one-third of the book relates to error theory and its applications to physical measurements. Some of the topics, such as the measurement of electrical potential difference and electrical current are of historical importance. Elementary topics like the treatment of errors and complex topics like noise are dealt with at the same mathematical level. Although Thevenin's and Norton's theorems are mentioned, a working knowledge of circuit theory is assumed. Although transfer functions are mentioned, feedback stability and transient response of systems are discussed at a practical level. A comprehensive coverage of transducers is included, but a basic knowledge of electronic circuitry is assumed. Practical aspects of signal conditioning, D/A, A/D and displays are well presented. Electronic measuring instruments, ranging from digital voltmeters and oscilloscopes to computer controlled data acquisition systems, are all well described in a few pages. For a given space allocation a less ambitious coverage would be more effective. For the physics oriented reader in both industry and academia, the book could still be useful as a source of technical information. Its use as a text for undergraduate courses is doubtful, although it should be a ready reference for laboratory work. A de Sa