Reinforcement Problem # 4 (20 pts.) A) Given A state-space system is described: (39)+(7 933) (195)...
Reinforcement Problem # 6 (20 pts.) A) Given The circuit shown is at equilibrium at t = 0 : 2.52 Ict) 00 2F 100 Vct) 2A B) Determine Step 1: The value of Vc(0), Step 2: The value of Vco). Step 3: The time constant , Step 4: The expression of voltage Vc(t) for t2 0 secs, Step 5: The expression of current Ic(t) fort 0 secs. Step 6: Show the MATLAB plot of Vo(t) and Ic(t) with your name....
Reinforcement Problem #1 (20 pts.) A) Glven For a feedback control system with an open-loop process and negative feedback described RES. Ge(s) - 2, Gp(s) - 7 . H(s) - 1. B) Determine Step 1: The value of the open-loop transfer function Gcs) Go(s)H(s) Step 2: The values of the open-loop static error constants ke ki, and K. Step 3: The transfer functions CSR(S) and E(SYR(S) Step 4: Find aft) and eft due to a unitate test input (r) (1)...
Reinforcement Problem #7 (15 pts.) A) Given For the AC circuit in the frequency domain given: 100 Heo 40290*v B) Determine Step 1: Reduce the circuit to the left of terminals a and b to leave only one source Step 2: Reduce the circuit to the left of terminals a and b to its simplest form. Step 3: Show the Thévenin equivalent circuit. Step 4: Show the Norton equivalent circuit Evaluation Criteria Rubric for Reinforcement Problem #7 Activities Step 1....
Reinforcement Problem #3 (25 pts.) A Given For the open-loop process described thru a Bode diagram line approximation: -20 dB/dec 40 dB -40 de dec 008 100 -20 dec B) Determine Step 1: The system type (0.1 or 2). Explain Step 2: The amount of open-loop poles and Zeroes, and define variables, like or for the ones not specie Step 3: The general description of the normalized open-loop transfer function Ges) G(s)H(s) Step 4. The values of the unspecified poles...
Reinforcement Problem # 3 (30 pts.) A) Given For the open-loop process with negative feedback R(S) C(s) Oc(s) Op(s) H(s) B) Determine Design the simplest controller (P, PI, PD or PID) capable to meet the required conditions: Gpls)..1 3 rad/s The system has negative feedback and H(s) -1. As part of the process, performjthe following steps 1) Justify selection of Gc(s) among the P, PI, PD or PID controllers. 2) Test the angular condition: Gc(s)Gp(s)H(180 3) Test the magnitude condition:...
Reinforcement Problem # 4 (25 pts.) A) Given For an AC electric power circuit given: 10KW 25040' Vms 0.81ag B) Determine Step 1: The values for the load average power PL, reactive power QL, and complex power SL Step 2: The value of the line current Step 3: The value of the line average power Pi, reactive power α, and complex power Step 4: The value of the power factor of the entire electrical power circuit (seen by source generator)....
Reinforcement Problem # 6 (15 pts.) A) Given For the AC circuit in the frequency domain given: 420 A ( 22 2j2 B) Determine Determine: 1) The Thévenin equivalent circuit with respect to the terminals "a" and "b 2) The impedance Zi for a maximum average power transfer to the load. 3) The value of the maximum average power at the load Zu. Evaluation Criteria Rubric for Reinforcement Problem # 6 Points Activities Answer 1) Answer 2) Answer 3) Show...
Reinforcement Problem # 1 (20 pts.) A) Given An electric circuit with a 3 resistor is subject to a periodic current signal, which is provided by the current source l(t), as seen below: I(t) SA 30 0 2 46 10 12 Current Signal Circuit B) Determine 1) The time period T" of the current signal I(t) 2) The expression of the current signal l(t) along the time period T 3) The average value of the current I(t). 4) The root-mean-square...
Problem # 1 (10 pts.) A) Given For the circuit: t-0 2.582 Ic(t) 5V (+ 2FTVc) 102 B) Determine The value of current lc(t) and voltage Vc(t) for t 2 0 seconds by using the Laplace transform. Evaluation Criteria Rubric for Problem # 1 Points 8.0 points 1.0 points 1.0 points 10.0 points Activities Find current Ic(t) and voltage Vc(t) for t 2 0 secs. Use a step-by step process. Describe all the formulas, techniques and procedures you used. Square...
Problem # 3 (20 pts.) A) Given For the circuit IL (t) I() (T Let R-2Ω, L-05H, C = .05F. Also Vo(0) = 0 Volts, and L(0) = 0 Amps B) Determine 1) The transfer function Vc(s)/I(s) 2) The pole-zero map 3) The response Vo(t) if I(t)-6(t)A (impulse response) 4) The response Vc(t) if l(t)u(t)A (step response) 5) The step response plot using MATLAB (optional) Evaluation Criteria Rubric for Problem # 3 Activities Step 1) Step 2 Step 3) Step...