Circuits, devices, and systems: a first course in electrical engineering
This book is also available through the Introductory Engineering Custom Publishing System. If you are interested in creating a course-pack that includes chapters from this book, you can get further information by calling 212-850-6272 or sending email inquiries to engineerjwiley.com. The authors offer a set of objectives at the beginning of each chapter plus a clear, concise description of abstract concepts. Focusing on preparing students to solve practical problems, it includes numerous colorful illustrative examples. Along with updated material on MOSFETS, the CRO for use in lab work, a thorough treatment of digital electronics and rapidly developing areas of electronics, it contains an expansive glossary of new terms and ideas.
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Signal Processing Circuits
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admittance air gap amplifier amplitude applied armature Assuming behavior binary block diagram Calculate capacitance capacitor characteristics charge circuit model circuit of Fig coil collector components conductor connected constant current flows defined derive Determine device diode direct current Draw effect electrical electron elements emitter energy equation Example exponential factor feedback Figure flip-flop flux density frequency gate impedance inductance inductor input instruction Kirchhoff's voltage law linear load logic logic gates machine magnetic circuit magnetic field magnetic flux maximum MOSFET motor natural response operation output voltage parallel parameters phasor phasor diagram predict reactance resistance resistor RLC circuit rotating rotor semiconductor shown in Fig signal silicon sinusoidal Sketch small-signal specify speed step response stored switch synchronous terminal torque transfer function transformer transistor truth table velocity voltage gain waveforms zero