Theory and Design of Electrical and Electronic Circuits.
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| Theory and Design of Electrical and Electronic Circuits |
About the book:
The only current method for analyzing the circuits known to most engineers and students is nodal or annular analysis. Although it works well for numerical solutions, this method is almost useless for analytical solutions in all but the simplest cases.
Information about the book:
Title: Theory and Design of Electrical and Electronic Circuits.
Language: English.
Size: 3.48 MB.
Pages: 493.
Format: pdf.
Year: 2019.
Edition: 1.
Author: E.TAIT.
Contents of the book:
Chapter. 01 Generalities.
Chapter. 02 Polarization of components.
Chapter. 03 Dissipator of heat.
Chapter. 04 Inductors of small value.
Chapter. 05 Transformers of small value.
Chapter. 06 Inductors and Transformers of great value.
Chapter. 07 Power supply without stabilizing.
Chapter. 08 The power supply stabilized.
Chapter. 09 Amplification of Radiofrequency in low-level class A.
Chapter. 10 Amplification of Audiofrecuenciy on high-level classes A and B.
Chapter. 11 Amplification of Radiofrequency in low-level class A.
Chapter. 12 Amplification of Radiofrequency in low-level class C.
Chapter. 13 Amplifiers of Continuous.
Chapter. 14 Harmonic oscillators.
Chapter. 15 Relaxation Oscillators.
Chapter. 16 Makers of waves.
Chapter. 17 The Transistor in the computation.
Chapter. 18 Multivibrators.
Chapter. 19 Combinationals and Sequentials.
Chapter. 20 Passive networks as adapters of impedance.
Chapter. 21 Passive networks as filters of frequency (I Part).
Chapter. 22 Passive networks as filters of frequency (II Part).
Chapter. 23 Active networks as filters of frequency and displaced of phase (I Part).
Chapter. 24 Active networks as filters of frequency and displaced of phase (I Part).
Chapter. 25 Amplitude Modulation.
Chapter. 26 Demodulaci?n of Amplitude.
Chapter. 27 Modulation of Angle.
Chapter. 28 Demodulation of Angle.
Chapter. 29 Heterodyne receivers.
Chapter. 30 Lines of Transmission.
Chapter. 31 Antennas and Propagation.
Chapter. 32 Electric and Electromechanical installations.
Chapter. 33 Control of Power (I Part).
Chapter. 34 Control of Power (I Part).
Chapter. 35 Introduction to the Theory of the Control.
Chapter. 36 Discreet and Retained signals.
Chapter. 37 Variables of State in a System.
Chapter. 38 Stability in Systems.
Chapter. 39 Feedback of the State in a System.
Chapter. 40 The estimate of the State in a System.
Chapter. 41 Controllers of the State in a System.
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