CU-Boulder MCEN 3037 - 22R (16 pages)

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22R



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22R

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Pages:
16
School:
University of Colorado at Boulder
Course:
Mcen 3037 - Data Analysis
Data Analysis Documents

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y t ce t KA 1 2 2 sin t arctan Long time response purely sinusoidal linear system but Amplitude modified by quantity 2 2 What Happens if 2 2 1 What Happens if 2 2 1 How about the Phase The output follows the input The output goes to zero What if 4 What is the time delay Note 2 f 1 2 The period is T f 2 s The time delay is 1 2 40 at 10 rad s Input Output A sin t KA 1 2 2 Magnitude Ratio M Output Input 1 sin t dB 20log M 1 2 2 The frequency bandwidth often defined by the 3dB point 10 3 20 0 707 y t A sin t System 1 K1 M 1 System 1 K1 M 1 y t A sin t y AK1M 1 sin t System 2 K 2 M 2 2 y AK1K 2 M 1 M 2 sin t 1 2 SYSTEM MAG RESPONSE PRODUCT OF MAG RESPONSE OF COMPONENTS SYSTEM PHASE RESPONSE SUM OF PHASE RESPONSE OF COMPONENTS The input to our system may be some complex waveform that we can more easily represent as a fourier series F t a0 an cos nt bn sin nt n 1 or it may be multiple periodic waveforms Either way the output of the system is simply the linear sum of the separate output signals that would result from each input signal being applied separately Step function in 1st order system 0th order system K1 1 2 Output y t F t A H t Assuming that the initial condition for the first order system is y1 0 0 derive an expression for the output y t d y For a first order system we have y KF t dt For zero initial conditions we have that y t K1 A K1 Ae The zero order system follows this response with a static sensitivity of K2 What is the output t y t K 2 K1 A K1 Ae What is the steady state output K1K2A t Consider the following system 1st order system Step function in K1 1 1st order system 2 2 Output y t F t A H t Assuming that the initial conditions are y1 0 y2 0 0 1 Write a single first order ordinary differential equation for the output y t You do not need to solve this equation 2 What is the steady state response of this system The output of the first order system is given by y t K1 A K1 Ae What is the output of the second system t d y 1 2 y K 2 K1 A K1 Ae dt What is the



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