Question 1: Two discrete time systems connected serially have impulse responses h[n] = -8[n] +8[n – 1]and h2[n] = 26[n] + d[n - 2]. The overall system response of the connected systems isA: -26[n] + 8{n – 1] + d[n – 2] B: none of these C: -d[n] + d[n – 1] + 8[n – 2 D: -26[n] + 28[n – 1] –dịn – 2 + 8[n – 3] E: -26[n] – 26(n – 1] + d[n – 2] + 8[n – 3]

Answered: Image /qna-images/answer/5f11efa3-d458-4708-97a4-4abd4b718e37.jpg

Question 1: Two discrete time systems connected serially have impulse responses hi[n] = -8[n] +8[n – 1] and ha[n] %3D = 26[n] + 8[n – 2]. The overall system response of the connected systems is %3D A: -26[n] + 6[n - 1] +d[n- 2] B: none of these C: -d[n] + 8[n – 1] + 8[n – 2] D: -26[n] + 28[n – 1] – d{n – 2 + 8[n – 3] E: -26[n] – 26[n – 1] + d[n – 2] + 8[n – 3]

Question 1: Two discrete time systems connected serially have impulse responses hi[n] = -8[n] +8[n – 1] and ha[n] %3D = 26[n] + 8[n – 2]. The overall system response of the connected systems is %3D A: -26[n] + 6[n - 1] +d[n- 2] B: none of these C: -d[n] + 8[n – 1] + 8[n – 2] D: -26[n] + 28[n – 1] – d{n – 2 + 8[n – 3] E: -26[n] – 26[n – 1] + d[n – 2] + 8[n – 3]

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

Hi, I'm stuck with this problem. Can you help me to solve it? In order for me to understand the theory behind it, could you also tell me where I can find this topic? Here is the problem: Two resistors RAB and RAC, connected in series, form a potential divider with inputterminals A and C and output terminals B and c.(a) Sketch the circuit(b) If RAB is 10 kohm and RBC is 1500 ohm, determine the ratio of VBC / VAC when the inputresistance of a meter connected between B and C is(i)infiniteand (ii)1000 ohm(c) If the maximum permitted power dissipation in RAB is 15W and in RBC 1W, determine themaximum voltage VAC across which the divider/1000 ohm meter combination may be connected.
Q2-) You are asked to generate the following voltage waveform by using a 555 timer circuit and other circuit elements. T1-183us The supply voltage Vcc=5V. Period of the waveform is T=267µs And the capacitor c=12nF Find R1, R2, and design the rest of the circuit. You can use op-amps, resistors, capacitors of your choice. Any amplitude is possible. To maket it look like triangle you can increase the time constants or decrease cutoff frequencies. You can find the solution by manual analysis and/or by Proteus simulation. Vcc Resistor Output Resistor NE555 Capacitor OnF Gnd
(a) A discrete-time signal x[n] is shown in Figure 1. x[n] 3 1 -1 Figure 1: Discrete-time Signal x[n] (i) Sketch and label x[2n] - x[n- 1] (ii) Sketch and label 2x[n]{u[n] - u[-n] }
3-2) Draw the circuit diagram to output F given in the expression above by referring to schematics for 2-2) and 2-3). Use the space below to draw both the IC with pin assignments and a circuit F schematic. Schematic diagram: IC diagram: +3V IND Cate che GND
(c) Your friend Lynn Year looks at this circuit and says this can be modeled as a voltage controlled current source. Since you are learning about this in 10A she comes to you for help in figuring it out. You model the circuit as shown in figure 9. You learned that to find g you need to incrementally move Vin and measure Ie (tastes like a derivative!). So what is the transconductance g, at the operating point? Hint: Think orders of magnitude and what you can ignore to make your life easier. 3 in i. =0 in i out g.Vin Figure 9: Nonlinear Circuit out
Q/ The step response of the system shown in figure (7) isim d fett # dt I delay to ght) 1
plz solve it. this subject name is Feedback control of dynamic systems
please replicate this schematic diagram in TinkerCad. please do leave some notes to better understand the circuit also can you define the circled component? If you are unfamiliar with the software a sketch of a breadboard showing how the components, specially the op-amp, would suffice. [Take note that R2 is a LDR and the output of the circuit is connected to apiezo. The input is a sinusoidal voltage with amplitude 0.2V, 0V DC offset,and a frequency of 2000 Hz.]
Q9 The discrete-time signals x1[n] is shown in the figure. Carefully sketch each of the following signals: a) x1[2n] - u[n-2] b) x1[n]*u[1-n] c) x1[-2n-3] (d) Compute the signal energy 3 2 -1 *x[n] 1 10 1 2 3
Discuss the Combinational Circuits
Determine the values that should be used for both K1 and K2 so that the step response of the closed-loop system has a settling time of 3.2 seconds and a peak time of 1.5 seconds.
5. Find the Vout for the circuit shown below. R1 R2 10kohm 2kohm U1 V1 R3 15V 4kohm OPAMP 3T_VIRTUAL R4 V3 Vout V2 Skohm 4V 8V