Page 1 of 1
Consider the following first order systems modeled by the following differential equations: - 1) y(t) + 100y(t) = 100.x(
Posted: Sun May 15, 2022 7:36 pm
by answerhappygod
- Consider The Following First Order Systems Modeled By The Following Differential Equations 1 Y T 100y T 100 X 1 (58.22 KiB) Viewed 30 times
Consider the following first order systems modeled by the following differential equations: - 1) y(t) + 100y(t) = 100.x(t) 2) y'(t) + 100y(t) = 500.r(t) 3) y'(t) + 100y(t) = 50x(t) 4) y'(t) + 100y(t) = 50.x'(t) - Answer to the following questions for each system 1. What is the frequency transfer function of the system? 2. Is this a low-pass, high-pass, or some other kind of filter ? 1 3. At what frequency will the output be attenuated by from its maximum (the cutoff frequency)? 4. What is the frequency response of the system for x(1) cos(2000) + sin(100+)? =