This preview has intentionally blurred sections. Sign up to view the full version.
View Full Document
Unformatted text preview: K so that of the closedloop system has a time constant, ( ) t y step 4 1 = τ . (d). For 2 = K , find the transfer function, ( ) ( ) s X s E (Note, you need to eliminate from the equation.) ( ) s Y (e). For 2 = K , find when ( ) t e ( ) ( ) t u t x = . 5(15). Consider the RLC circuit shown. R L C x ( t ) ++y ( t) (a). Find in terms of . ) ( s H C L R and , (b). Evaluate the exact H ( ω )  at LC n 1 = = ωω . Express answer in terms of some or all of R, L , C . (c). Suppose that R= 1000ohms and rad/sec 10 = n . H ( )  dB 3 dB 10 40 dB /decade 1 For the Bode magnitude plot shown, find the values of L and C. Note that the value of H ( )  is exactly 3 dB at =10 rad/sec....
View
Full Document
 Spring '07
 WOZNY
 RLC, 10 rad, 1000ohms

Click to edit the document details