These files are provided to give you a head start in simulating and exploring concepts. Fawwaz Ulaby University of Michigan Michel Maharbiz University of California, Berkeley Cynthia Furse University of Utah Language: English ISBN: hardcopy electronic. LabVIEW TM and Multisim TM are trademarks of National Instruments. Other products and companies are trademarks of their respective owners. Download free Textbook PDF or purchase low-cost hardcopy Welcome Welcome to the website companion of Circuit Analysis and Design , developed to serve the student as an interactive self-study supplement to the text. We hope you find this website helpful and we welcome your feedback and suggestions. Software Installation Software is used to bring the concepts discussed in the book to life. Determine the resistance that an ohmmeter would measure if connected across its: a Top and bottom surfaces b Front and back surfaces c Right and left surfaces z 2 mm y 0.

a Develop an expression for the resistance R. l Carbon Hollow 2a 2b Figure P2. The area through which current can flow is the cross section consisting of carbon. The bulb is connected to a V household voltage source via switch. When it reaches its operating temperature, it consumes 80 W of power. b Determine the filament resistance at room temperature. d If the filament deteriorates when the current through it approaches 10 A, is the damage done to the filament greater when it is first turned on or later on when it arrives at its operating temperature? V d The damage is greater at room temperature because the current is much closer to 10 A. Determine the resistance of the heating element and the current flowing through it.

Determine Ia and Ib. Solution: Effectively, the circuit looks as shown in Fig. R1 Ia 80 mA R2 Ib Fig. The city is represented by resistance RL and each of the two wires of the transmission line between the generating station and the city is represented by resistance RTL. The distance between the two locations is km and the transmission lines are made of cm—diameter copper wire. Determine a how much power is consumed by the transmission line and b what fraction of the power generated by the generating station is used by the city. For each wire of the transmission line, Eq. Hence, VL2 2. The voltage between nodes a and b is the same following either path between them. I1 I2 2Ω 4Ω I3 I4 2Ω 4Ω 6A Figure P2. Solution: The same voltage exists across all four resistors. Solution: KCL at top node gives 0. Hence, 0. The voltage across the 0. The voltage across R1 is 18I2. Determine node voltages V2 , V3 , and V4 after assigning node V1 as the ground node.

Determine I2. V0 12 Current of dependent current source is the same as I3. I0 4Ω 18 A 6Ω 3Ω 12 Ω Figure P2. Solution: a 32 Ω Req 4Ω 8Ω 16 Ω 8Ω b Terminals a, b are connected together through a short circuit. Solution: Multiple application of the source-transformation method leads to the final circuit below. All resistance values are in ohms. All resistances are in ohms. Req 5 c All rights reserved. Solution: All resistances are in ohms. Solution: 5 Req 10 10 10 10 Figure P2. Then, determine I. Solution: c All rights reserved. Then, determine currents I1 to I4. Solution: 2Ω Rb 8Ω Ra 4Ω Rc Figure P2. Solution: a From Eq. In the right-hand loop, the diode is forward biased.

Determine V1 in the circuit of Fig. Solution: Current will flow through the loop only when υs t is greater than 0. vout 1. Solve for Vout by hand and compare with the value generated by Multisim. See the solution for Exercise on for how to incorporate circuit variables into algebraic expressions. Solution: A. By Multisim Circuit in MultiSIM Schematic Capture DC Operating Point Solution.

Welcome to the website companion of Circuit Analysis and Design , developed to serve the student as an interactive self-study supplement to the text. The navigation is highly flexible; the user may go though the material in the order outlined in the table of contents or may proceed directly to any exercise, module, demo or Tech Briefs. Software is used to bring the concepts discussed in the book to life. These files are provided to give you a head start in simulating and exploring concepts. Fawwaz Ulaby University of Michigan Michel Maharbiz University of California, Berkeley Cynthia Furse University of Utah Language: English ISBN: hardcopy electronic.

LabVIEW TM and Multisim TM are trademarks of National Instruments. Other products and companies are trademarks of their respective owners. Download free Textbook PDF or purchase low-cost hardcopy Welcome Welcome to the website companion of Circuit Analysis and Design , developed to serve the student as an interactive self-study supplement to the text. We hope you find this website helpful and we welcome your feedback and suggestions. Software Installation Software is used to bring the concepts discussed in the book to life. Getting Started Free Textbook Initiative Welcome Feedback Student Resources Answers to Concept Questions Exercise Solutions Demos by Joe Steinmeier MyDAQ TM Tutorials by Ed Doering Technology Briefs Test Your Understanding Univ. of California Video Course Univ.

of Utah Video Course Instructor Resources Powerpoint Slides and Solution Manual: send request to ulaby umich. edu Authors Fawwaz Ulaby University of Michigan Michel Maharbiz University of California, Berkeley Cynthia Furse University of Utah Language: English ISBN: hardcopy electronic. Content developed by Fawwaz Ulaby, Michel Maharbiz, and Cynthia Furse with assistance from Leland Pierce LabVIEW TM and Multisim TM are trademarks of National Instruments.

Hence, VL2 2. V0 12 Current of dependent current source is the same as I3. All resistance values are in ohms. Solution: AWG has a diameter of 1. Determine I2. V d The damage is greater at room temperature because the current is much closer to 10 A. Circuits Second 2nd Edition Ulaby Maharbiz Ch1 Solutions December 0.

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