Introduction to Electric Circuits
Praised for its readability, this comprehensive text shows how the analysis and design of electric circuits are inseparably intertwined with the ability of the engineer to design complex electronic, communication, computer, and control systems as well as consumer products. Throughout, the author presents circuits as the results of real invention and the answers to real needs in industry, the office, and the home.
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AAAr ammeter analysis Answer Apply KCL Bode plot calculate capacitor capacitor voltage circuit element circuit of Figure circuit shown coil connected constant cuit current source dependent source Design Determine differential equation electric energy Exercise Figure DP Find forced response Fourier series frequency domain frequency response gain impedance inductor inductor current input Laplace transform linear load low-pass filter magnitude MATLAB mesh current natural response network function node equation node voltages obtain open circuit operational amplifier output voltage parallel parameters phase shift phasor power absorbed power factor power supplied PSpice rad/s represented resistance resistor RLC circuit second-order short circuit shown in Figure signal sinusoidal Solution Solving specified switch Table terminals three-phase transfer function two-port two-port network vc(t Verify voltage and current voltage source voltmeter waveform Y-connected zero