ex_2_EE153_sum2006

ex_2_EE153_sum2006 - Name: EE 153 Summer 2006 Exam #2 100...

Info iconThis preview shows pages 1–5. Sign up to view the full content.

View Full Document Right Arrow Icon
Background image of page 1

Info iconThis preview has intentionally blurred sections. Sign up to view the full version.

View Full DocumentRight Arrow Icon
Background image of page 2
Background image of page 3

Info iconThis preview has intentionally blurred sections. Sign up to view the full version.

View Full DocumentRight Arrow Icon
Background image of page 4
Background image of page 5
This is the end of the preview. Sign up to access the rest of the document.

Unformatted text preview: Name: EE 153 Summer 2006 Exam #2 100 pts Show all Work and all answers must have proper units Problems worth 20pts each. 1) For the following Circuit a. Find I in Phasor notation b. Complex Power Supplied by the source. c. What Power Factor does the system operate at? (1. Draw the Power Triangle of the System. Vs=50 V,ms m= 100 rad/sec r4 w" 001,: V/g : 30V : 3,97 5112 Arms- flb [’52, wé/giéo 2) An application calls for a device to be used that draws 10 kW at a power factor of PF=.80 lag. The system operates on a voltage of 100Vmus and at co=1001r. a. Calculate the Complex power the devi e r uires. b. How much reactive power must @onsumed (circle one) to cause the system to operate at Uni Power Factor. c. What component (Inductor is required to satisfy the criteria for unity power factor? W:O~%O = c069 ) lafi, 4’ 5>Q ) LL: 39(09D Te COS;ng ’P:IQ\<\,\): JiVM—IMCOSG ? %Vm1m(o.8) \ d, ‘ p Q: :vm imsme : lPi’Eiismbe-Cl") T" ‘— l j: ' goalieogw 750:3} 3) Draw the Bode amplitude plot for the following transfer function. 10 (0.01s+1) (0.02s+1) H(s) 4) Given the following pole-zero map a. Find the Transfer Function. Leave in Factored Form b. Given the following input what is the output of the system Vin(t)= 10e'3t cos(150t+25°) + 10 cos(100t +63°) v V01: HstVl = 10 1&9 (3 (3469503 (3+‘,\%o +10) \ (baU‘ lSD + 43" (At 46150 —’ 3\ MwySo $333 14-54%, “3—5 VOCOS ond:+b'b°l —-> v): to /Lo'&>° ) 510mm I“ VDL: -= )0! 923° LblOO)<\')(OO+ \Oxfl V i Q00 * 45%;; ‘00 335%th a) 0 =3.-o:>< 155/1112 — 45% °\ ‘3 a - 5:410”? V “0’qu (flitglmbse LDSQSOJC"552Vl “50””? 3‘90 \ ’ 5) Answer the following a. A circuit has a source impedance ons=lO—j 15 ohms. What is the value of the load impedance that will maximize the amount of real power, P, that is delivered? Zn: hi; : (CUBS). b. A circuit has a load impedance onL=10—j 15 ohms. What is the value of the source impedance that will maximize the amount of real power, P, that is delivered? 7: \/ A" c. Find the quality factor for the following circuit. (00:1000 rad/sec 2 \ X“ R 031—. \OOOC‘D Y R I R D “2.0 10m“ 20 ohms 6 MA,— :: Q. d. Write the transfer function H(s)=VoNs for the following circuit. 1mg 10 + \/6C + 20 V0 Hts): \_/9__ 620 _ _ "523/ _V VS! ‘/5le\O—?>> ” ’ ...
View Full Document

This note was uploaded on 02/09/2008 for the course EE 153 taught by Professor Swift during the Summer '06 term at Missouri S&T.

Page1 / 5

ex_2_EE153_sum2006 - Name: EE 153 Summer 2006 Exam #2 100...

This preview shows document pages 1 - 5. Sign up to view the full document.

View Full Document Right Arrow Icon
Ask a homework question - tutors are online