LEADER 00000cam 2200241 a 4500
001 659756270
003 OCoLC
005 20170104025106.0
008 100828s2011 nyua 001 0 eng d
020 9780071756433
020 0071756434
035 (OCoLC)659756270
040 BTCTA|beng|cBTCTA|dYDXCP|dIH7|dKEC|dORX|dEGM|dSVP|dVP@
|dFOLLT|dOCLCF|erda|dEDK|dOCL
082 04 621.319/2|223
090 TK454|b.O46 2011
100 1 O'Malley, John.|eauthor
245 10 Basic circuit analysis /|cJohn O'Malley
250 Second edition
264 1 New York, New York :|bMcGraw-Hill,|c2011
264 4 |c©2011
300 500 pages :|billustrations ;|c28 cm
336 text|btxt|2rdacontent
337 unmediated|bn|2rdamedia
338 volume|bnc|2rdacarrier
490 1 Schaum's outline
500 Includes index
505 0 Basic Concepts: -- Digit grouping -- International system
of units -- Electric charge -- Electric current -- Voltage
-- Dependent sources -- Power -- Energy -- Resistance: --
Ohm's Law -- Resistivity -- Temperature effects --
Resistors -- Resistor power absorption -- Nominal values
and tolerances -- Color code -- Open and short circuits --
Internal resistance -- Series And Parallel DC Circuits: -
- Branches, nodes, loops, meshes, series- and parallel-
connected components -- Kirchhoff's Voltage Law and series
DC circuits -- Voltage division -- Kirchhoff's Current Law
and parallel DC circuits -- Current division -- Kilohm-
Milliampere method -- DC Circuit Analysis: -- Cramer's
rule -- Calculator solutions -- Source transformations --
Mesh analysis -- Loop analysis -- Nodal analysis --
Dependent sources and circuit analysis -- DC Equivalent
Circuits, Network Theorems, And Bridge Circuits: --
Introduction -- Thevenin's and Norton's theorems --
Maximum power transfer theorem -- Superposition theorem --
Millman's theorem -- Y-(delta resistor circuit) and (delta
resistor circuit)-Y transformations -- Bridge circuits --
Operational-Amplifier Circuits: -- Introduction -- Op-Amp
circuits -- Popular Op-Amp circuits -- Circuits with
multiple operational amplifiers -- Pspice DC Circuit
Analysis: -- Introduction -- Basic statements -- Dependent
sources -- DC and PRINT control statements -- Restrictions
-- Capacitors And Capacitance: -- Introduction --
Capacitance -- Capacitor construction -- Total capacitance
-- Energy storage -- Time-varying voltages and currents --
Capacitor current -- Single-capacitor DC-excited circuits
-- RC timers and oscillators -- Inductors, Inductance, And
Pspice Transient Analysis: -- Introduction -- Magnetic
flux -- Inductance and inductor construction -- Inductor
voltage and current relation -- Total inductance -- Energy
storage -- Single-inductor DC-excited circuits -- PSpice
transient analysis -- Sinusoidal Alternating Voltage And
Current: -- Introduction -- Sine and cosine waves -- Phase
relations -- Average value -- Resistor sinusoidal response
-- Effective or RMS values -- Inductor sinusoidal response
-- Capacitor sinusoidal response -- Complex Algebra And
Phasors: -- Introduction -- Imaginary numbers -- Complex
numbers and the rectangular form -- Polar form -- Phasors
-- Basic AC Circuit Analysis, Impedance, And Admittance: -
- Introduction -- Phasor-domain circuit elements -- AC
series circuit analysis -- Impedance -- Voltage division -
- AC parallel circuit analysis -- Admittance -- Current
divisions -- Mesh, Loop, Nodal, And Pspice Analyses Of AC
Circuits: -- Introduction -- Source transformations --
Mesh and loop analyses -- Modal analysis -- Pspice AC
analysis -- AC Equivalent Circuits, Network Theorems, And
Bridge Circuits: -- Introduction -- Thevenin's and
Norton's theorems -- Maximum power transfer theorem --
Superposition theorem -- AC Y-(delta resistor circuit) and
(delta resistor circuit)-Y transformations -- AC bridge
circuits -- Power In AC Circuits: -- Introduction --
Circuit power absorption -- Wattmeters -- Reactive power -
- Complex power and apparent power -- Power factor
correction -- Transformers: -- Introduction -- Right-hand
rule -- Dot convention -- Ideal transformer -- Air-core
transformer -- Autotransformer -- Pspice and transformers
-- Three-Phase Circuits -- Introduction -- Subscript
notation -- Three-phase voltage generation -- Generator
winding connections -- Phase sequence -- Balanced Y
circuit -- Balanced (delta resistor circuit) load --
Parallel loads -- Power -- Three-phase power measurements
-- Unbalanced circuits -- Pspice analysis of three-phase
circuits -- Index
520 Overview: The ideal review for your basic circuit
analysis course. More than 40 million students have
trusted Schaum's Outlines for their expert knowledge and
helpful solved problems. Written by renowned experts in
their respective fields, Schaum's Outlines cover
everything from math to science, nursing to language. The
main feature for all these books is the solved problems.
Step-by-step, authors walk readers through coming up with
solutions to exercises in their topic of choice. 700
solved problems; -- Outline format supplies a concise
guide to the standard college course in basic circuits; --
Clear, concise explanations of all electric circuits
concepts; -- Appropriate for the following courses: Basic
Circuit Analysis, Electrical Circuits, Electrical
Engineering Circuit Analysis, Introduction to Circuit
Analysis, AC & DC Circuits; -- Supports and supplements
the bestselling textbooks in circuits; -- Easily
understood review of basic circuit analysis; -- Supports
all the major textbooks for basic circuit analysis courses
650 0 Electric circuit analysis|vProblems, exercises, etc
650 0 Electric circuit analysis|vOutlines, syllabi, etc
655 7 Outlines and syllabi.|2fast|0(OCoLC)fst01423836
655 7 Problems and exercises.|2fast|0(OCoLC)fst01423783
830 0 Schaum's outline series
CCQ - Lusail Female Library
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TK454 .O46 2011 |
DUE 27-10-21 Billed |
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