TAILIEUCHUNG - Electronics - Theory and Design of Electrical and Electronic Circuits

All the designs that become are not for arming them and that works in their beginning, but to only have an approximated idea of the components to use. To remember here one of the laws of Murphy: " If you make something and works, it is that it has omitted something by stop ".The calculations have so much the heuristic form (test and error) like algoritmic (equations)and, therefore, they will be only contingent; that is to say, that one must correct them until reaching the finished result. | THEORY AND DESIGN OF ELECTRONIC CIRCUITS FOR ELEKTRODA PEOPLE E. TAIT Theory and Design of Electrical and Electronic Circuits Index Introduction Chap. 01 Generalities Chap. 02 Polarization of components Chap. 03 Dissipator of heat Chap. 04 Inductors of small value Chap. 05 Transformers of small value Chap. 06 Inductors and Transformers of great value Chap. 07 Power supply without stabilizing Chap. 08 Power supply stabilized Chap. 09 Amplification of Audiofrecuency in low level class A Chap. 10 Amplification of Audiofrecuenciy on high level classes A and B Chap. 11 Amplification of Radiofrecuency in low level class A Chap. 12 Amplification of Radiofrecuency in low level class C Chap. 13 Amplifiers of Continuous Chap. 14 Harmonic oscillators Chap. 15 Relaxation oscillators Chap. 16 Makers of waves Chap. 17 The Transistor in the commutation Chap. 18 Multivibrators Chap. 19 Combinationals and Sequentials Chap. 20 Passive networks as adapters of impedance Chap. 21 Passive networks as filters of frequency I Part Chap. 22 Passive networks as filters of frequency II Part Chap. 23 Active networks as filters of frequency and displaced of phase I Part Chap. 24 Active networks as filters of frequency and displaced of phase II Part Chap. 25 Amplitude Modulation Chap. 26 Demodulación of Amplitude Chap. 27 Modulation of Angle Chap. 28 Demodulation of Angle Chap. 29 Heterodyne receivers Chap. 30 Lines of Transmission Chap. 31 Antennas and Propagation Chap. 32 Electric and Electromechanical installations Chap. 33 Control of Power I Part Chap. 34 Control of Power II Part Chap. 35 Introduction to the Theory of the Control Chap. 36 Discreet and Retained signals Chap. 37 Variables of State in a System Chap. 38 Stability in Systems Chap. 39 Feedback of the State in a System Chap. 40 Estimate of the State in a System Chap. 41 Controllers of the State in a System D .

• Tự động hoá
• Electrical and Electronic Circuits
• Algebraic and graphical simbology
• Advice for the designer
• Nomenclature
• System of units
• generalizations
• electronic circuits
• curriculum design electrical and electronic applications
• electronic technology
• electronic circuits textbooks
• electrical systems
• electronics engineering
• electronic components
• circuit applications
• power electronics
• digital electronic
• electrical applications
• electronic documents
• electronic dictionaries
• Digital electronic circuit
• First Order transients
• Linear electrical networks
• Power in digital circuits
• Digital circuits
• Second order circuits
• The operational amplifier abstraction
• Electrical engineering
• electronic engineering
• electrical system design
• electronic applications
• methods of power management electronic system
• Electronic principles
• Bài giảng Electrical and electronic principles
• Magnetically coupled circuits
• Mutual inductance
• Input impedance
• Resonant circuits
• outline processor
• electrical
• electronic textbooks
• matlab tools
• systems analysis
• introducing PSAT
• basic electronics
• practical electronics
• hand tools
• Ebook Electronic Components
• Ebook Electrical Engineering
• Fundamentals of Electric Circuits
• Ebook Electric Circuits
• circuit design
• electrical power
• Power become
• Card Power operator
• power operator
• architecture built
• auto ciphertext
• Fundamentals and applications
• Electrical fundamentals
• Passive components
• Alternating voltage
• Power supplies
• Operational amplifiers
• machine building
• electronics
• electrical electronics
• spacecraft
• space science
• Electronic devices
• Lecture Electrical Engineering
• Semiconductor materials
• Microelectronic circuits
• Integrated electronics
• BJT amplifier circuits
• Discrete circuit design
• LEDs