Electrical Engineering Reference Manual

5th Edition, by Raymond B. Yarbrough--A Summary

Introduction. This manual is a review of topics in electrical engineering, meant to be reviewed--rather formally, possibly in a class-room setting--by persons working in the field 5 to 7 years or more after passing their Fundamentals of Engineering or Engineer-in-Training (EIT) exam. This review of problems is intended to prepare the "student" (a working engineer, likely rusty in applications of various theoretical aspects) for an 8-hour, open-book Professional Engineer's (PE) exam, qualifying him or her for a (single) state license in Electrical Engineering.

The manual contains seventeen chapters, 5 of which cover important review topics, such as mathematics and systems of units, that are not specifically covered on PE exams but which subsume a number of problems that are covered. All chapters include: mathematics; linear circuit analysis; waveforms, power, and measurements; time and frequency response; power systems; transmission lines; rotating machines; fundamental semiconductor circuits; amplifier applications; waveshaping, logic, and data conversion; digital logic; control systems; illumination and the National Electric Code; economic analyses; systems of units; management theories; and engineering licensing. Page-only citations herein are clearly to this manual (Yarbrough, 1997).

One review class teacher has suggested that a review class based on this book (and

. . .
uency lines (pp. 6-13 and -14); an arcane discussion of an artifact--"the Smith Chart" (pp. 6-14 to -18), a completed one of which is Appendix C (p. 6-29); impedance (6-18 and -19); antennas (pp. 6-19 to -24); and communication links (pp. 6-24 to -26). Kirchhoff's voltage and current laws appear at p. 6-11. 7. Rotating Machines. Topics reviewed are: fundamentals of DC machines (pp. 7-2 and -3), DC generators (pp. 7-3 to -7), DC motors (pp. 7-7 to -12), induction motors (pp. 7-12 to -18), and synchronous machines (pp. 7-18 to -25). Their object is to produce torque in a shaft and thereby to perform useful work. The review of fundamentals defines generated voltage (EG), rated shaft speed (OR), and field flux (F)(p. 7-2). The proportionality among the variables, KV = EG/F OR, is almost equal to the number of series turns on the rotor (p. 7-2). In consistent units, Power = EGIA (armature current), and P = TOR, where T = torque (usually in ft-lb) (p. 7-2). Example 7.1 relates voltage, power, rotation speed, armature resistance loss (IA2Ra), horsepower , and field current (IF)(p. 7-3). Though steps are omitted, Examples 7.2 and 7.3 show magnetization curves being used to deduce armature and field resistances, generated voltage, fi
. . .

Some common words found in the essay are:
Conversion Waveshaping, Frequency Response, Applications Beyond, Power Systems, Solutions Manual, Control Systems, Machines Topics, Seen Fine, Code Example, Circuit Analysis, yarbrough 1997, electrical engineering, pe exam, chapter pp, current voltage, circuits pp, transmission lines, operational amplifiers, data conversion, national electric code, national electric, logic data conversion, pp 2-26 -27, waveshaping logic data, periodic signals pp,
Approximate Word count = 4954
Approximate Pages = 20 (250 words per page)

More Essays on Electrical Engineering Reference Manual