Common Data for Q2, Q3, Q4: For a unity feedback system, we have the forward path transfer function: K(s + 2) s(s + P1)(s + p2) G(s) P1, P2, z >0 2) The angle of assymptotes are: 180°,0° 90°, 270° 60°, 180°, 300° 45°, 135°, 225°, 315° 3) It is found that when K=0, one of the closed loop poles is at s = -5, and as K approaches 0, one of the closed loop poles approaches s = -1.5.One of the open loop poles of the system, and the centroid are respectively at: -4,-4.25 -2,-1.25 -8,-4.25 -3,-3.25 4) Using the data obtained from Q3, the breakaway point will be at (rounded off to 2 decimal places):

Common Data for Q2, Q3, Q4: For a unity feedback system, we have the forward path transfer function: K(s + 2) s(s + P1)(s + p2) G(s) P1, P2, z >0 2) The angle of assymptotes are: 180°,0° 90°, 270° 60°, 180°, 300° 45°, 135°, 225°, 315° 3) It is found that when K=0, one of the closed loop poles is at s = -5, and as K approaches 0, one of the closed loop poles approaches s = -1.5.One of the open loop poles of the system, and the centroid are respectively at: -4,-4.25 -2,-1.25 -8,-4.25 -3,-3.25 4) Using the data obtained from Q3, the breakaway point will be at (rounded off to 2 decimal places):

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

See similar textbooks

Similar questions

Determine the output C2 due to inputs R1 and R2. * R, G, G2 G3 C2 R2 G4
Help me please
---is the Decimal equivalent of (1101.1101)2 Оа. 1.38125 O b. 13.8125 О с. 138.125 d. None of the above
I need the answer as soon as possible
I posted the same question but the value are wrong .. please check.. Ans for v2 and v3 should be 1.2500V & -1.2500V.. 1. Construct the circuit as shown in Figure 1. Set VS1 and VS2 to 5 V. Measure each of node voltages and record that results in Table below.R1= 1kR2= 3.3k R3= 2.2kR4= 4.7kR5= 1.2k Table 4.2: Nodal Voltage Values Parameter (Volts) THEORITICAL V1 V2 V3 V4 Please draw the current flow in arrow in the circuit. Tq
Sketch the output voltage waveform for each op armp circuits given below. Given the maximum outputvoltage for the op-armp is Vomax = +10 v and Vomin = -10 v.Use input voltage for all circuit as shown. Also use V2 = 4.7 V for D1 and D2. V. 0 -5V- -5V D1 Kt 1K 1K D2 V1 V2
A strain gauge with GF=2.97 and Ra = 5002 is used in the bridge in Figure Q1. The bridge resistors are R1 = R2 = 5002 and the dummy gauge has Rp = 5002. If a strain of 1200 um/m is applied, find the bridge offset voltage given that V, = 15V. If a new strain gauge with GF = 2.16 is used to replace the existing one, how much strain is needed to produce the same offset voltage? R1 R2 Vs Rp RA
D4
4. The unbonded strain gauge accelerometer of Figure P4 natural frequency of 175 Hz and an input range of 0 to 5g. Given that the stra in due to pre-stressing is twice the maximum has a acceleration-induced strain, use the strain gauge data of Table P4 to calculate the range of the bridge output voltage*. Table P4: Data for Problem 4 Resistance = 120 Q Gauge factor =2.1 Maximum current (through any gauge)= 50 mA Length at zero acceleration =2.3 cm Acceleration due to gravity, g =9.81 m s? %3D 2 1 eo - e en +e m 4 eo - e eo +e
What to do pls help thanks ill rate