C iv i i x iu i 7 ic f wi d wsgwsgywsvt p sr q 4p e h

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Unformatted text preview: obtained. Part 3. Find and plot the zero-input response of the system whose transfer function is given in Part 2, and whose initial conditions are given by ¡ § )'¥£ ‡ ¨!¥£ …ƒ § „† c  iV i i x iu  i 7 ic f ‚wi D wsgwsg€ywsvt© p sr© q 4p e ¨h© 7 g 4 e § ¨!¥£ ‡ § „† ¨!¥£ …ƒ (Hint: Find and as defined in formulas (5.45) and (5.67) respectively. Then, use the MATLAB function dimpulse with the coefficients of and representing, respectively, the corresponding numerator and denominator coefficients.) Submit four plots for Part 1, one plot for Part 2, and one plot for Part 3, and present analytical results obtained in Parts 2–3. Comment: Instructors can design additional MATLAB laboratory experiments or additional parts of laboratory experiments by selecting from the problem section (Section 5.9) any set of problems that require the use of MATLAB or Simulink. (This comment is in general applicable to any chapter in this textbook.) 7 g 4 e ” ˆ " 7 qWiPg 4 e # R” ˆ 0¥ # ˆ fq“b" h §c  h£  ¥§ " £ "’’’ 7 e 4 e ˜ ( ¥ & ” ˆ 0¥ # ˆ ““d" 2 ¥ 2 s‰ ˆ " ( ¥ ( s‰ ˆ " V " " ’ ’ ’ s‰  • s—‰–   €‰  7 dD  4 e ˜ % ¥ & ˆ 0¥ # ˆ ““d" ( ¥ ( s¨ˆ " % ¥ % s¨!ˆ " • s—‰– ” " " ’ ’ ’ s‰  ‰ €‰  ‰   7 c ™ 4 e !˜# s—‰– ¥ & ˆ 0¥ # ˆ q“d" % s‰ ¥ % €)ˆ ‘# €‰ ¥ # s¨'ˆ U)'¥£ „ † ƒ  • ” " "’’’   ‰ "  ‰ © § (5.45) ” ˆ 0¥ # ˆ A“qr" % €‰ ¥ % s‰ ˆ " # s‰ ¥ # €‰ ˆ " ‰...
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This note was uploaded on 11/25/2013 for the course EE 130 taught by Professor Ee130 during the Fall '07 term at University of California, Berkeley.

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