Basic Electronics Analog Circuits Analog Electronics Circuits Theory Electronic Circuits Microelectronics Amplifier Circuits Operational Amplifiers Instrumentation Amplifier Power Amplifiers Digital Circuits Analog to Digital Converters Light Emitting Diodes BJT Circuits CMOS Circuits JFET Circuits MOSFET Circuits Communications Systems Comparator Circuits Transistor Circuits Diode Circuits DSP Books Electronics Laboratory Filter Design Digital Filters IC Design Logic Circuits Logic Design MicroProcessors Microcontroller Application Microcontroller PIC Oscilloscopes Power Electronics Motor Control Power Control Diac Triac SMPS Thyristors Power Semiconductors PWM RFIC Solid State Devices Verilog VHDL VLSI ASIC FPGA More Electronics Books
This online book covers the following topics related to Circuit Theory : Introduction, Circuit Basics, Transistors, Circuit Analysis, Steady State Response, Circuit Analysis Tips and Tricks, Transient Response, State Variables, Filters, Control, Power.
Author(s): Wikibooks
NAPages
This PDF book covers the following topics related to Circuit Theory : Introduction, Basic Terminology, Variables and Standard Units, Electric Circuit Basics, Resistors and Resistance, Resistive Circuit Analysis Techniques, Source Transformations, Maximum Power Transfer, Resistive Circuit Analysis Methods, Energy Storage Elements, First-Order Circuits, RLC Circuits, The Second-Order Circuit Solution, Mutual Inductance, State-Variable Approach, Sinusoidal Sources, Phasor Representation, Phasors, Differential Equations, Phasor Circuit Analysis, Phasor Theorems, Complex Power, Circuit Functions, Phasor Arithmetic, Decibels, Transform Tables, Resources, Contributors, Licenses.
Author(s): Wikibooks.org
153Pages
This note describes the following topics: Three phase circuits, D.C and A.C Transient Analysis, Two port network parameters and Magnetic Circuits, Fourier Theorem, Filters And Digital Simulation Of Circuits.
Author(s): Mr. J Srinu Naick
93Pages
This note orients you to design, analysis, measurement and discussion of circuits. The characteristic of the 1st and 2nd filter circuits with transfer function will be introduced as well. Also introduces you to z, y, h, t parameters for analysis of four port networks and study of related circuits.
Author(s): Seoul National University
NAPages
This note introduces the fundamentals of the lumped circuit abstraction. Topics covered includes: resistive elements and networks; independent and dependent sources, switches and MOS transistors, digital abstraction, amplifiers, energy storage elements; dynamics of first- and second-order networks, design in the time and frequency domains; and analog and digital circuits and applications.
Author(s): Prof. Anant Agarwal
NAPages
This lecture note explains the following topics: International System of Units, Negative and Positive Polarities of battery, Potential difference, Resistance in Series, Inductance, Capacitance, Types of sources : Ideal voltage source - Ideal current source, Current divider with two parallel resistances, Kirchhoff's Laws Kirchhoff's Current Law, Application of Nodal Analysis, Applications of Loop Analysis, Applications of Loop Analysis, Matrices and determinants, Superposition Theorem, Source Transformation and examples, Thevenin's Theorem and examples, Small Signal Model and its applications, Norton's Theorem with examples, PN Junction Diode, Terminal characteristics of the Junction diodes, Small Signal Model and its applications, Filters, Bipolar Junction Transistor (BJT) and Emitter.
Author(s): Professor Dr. Tajamul Hussain
146Pages
This book explains the following topics: electric circuits, integrated circuit devices and technology, CMOS digital integrated circuits, Node-Voltage Circuit Analysis Method, Resistors in series, Diode Analysis and applications, The Capacitor, The Inductor, Synthesis of logic circuits, Modern IC Fabrication Technology.
Author(s): University of California, Berkeley, CA
NAPages
The note provides an introduction to electronics with a focus on measurement and signals. The prerequisites are courses in differential equations, as well as electricity and magnetism. Topics covered includes: Signals and Systems, Sampling and Aliasing, KVL and KCL Analysis, Superposition Method, Norton Equivalent Circuits, Dependent Sources, Capacitors and Inductors, Sinusoidal Steady State with Impedance Method, Transient Response of Circuits, Design and Build a Heart Rate Monitor.
Author(s): Prof. David Cory, Prof. Ian Hutchinson and Prof. Manos Chaniotakis
NAPages
