Question

Given: $G(s) = \frac{s+1}{(s-3)(s+2)}$ a.) Design $G_c(s)$ using Pole Placement to Make CLS to settle around 1 sec w/o oscillation b.) Can you modify the block diagram to achieve zero SSE for Constant $r(t)$ signal

          Given: $G(s) = \frac{s+1}{(s-3)(s+2)}$

a.) Design $G_c(s)$ using Pole Placement to Make CLS
to settle around 1 sec w/o oscillation

b.) Can you modify the block diagram to achieve
zero SSE for Constant $r(t)$ signal

Given: G(s) = (s+1)/((s-3)(s+2))

a.) Design Gc(s) using Pole Placement to Make CLS
to settle around 1 sec w/o oscillation

b.) Can you modify the block diagram to achieve
zero SSE for Constant r(t) signal

Added by Kevin W.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Thanks for your feedback!

S+1 (ivC:Gls=Zs-3(s+2) YcS a.) Design Gc(s) using Po1c Placener to Make CLS 6-(S) to Settle cVOUnd 1 Sec W/o Oscillation b.) (c You Modify the block diagram to achieve ZCSo SSE for Long-term Signal