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Digital Signal Processing QUESTION SIX A digital filter system has a transfer function given by 1-0.4z-1 T(z) = 1 + 0.2z-2 a) Draw the z-domain version of the block diagram for the filter 110) Der...
(c) A digital filter has transfer function 1 Н(2) z 1/2 Evaluate the response function of...
(c) A digital filter has transfer function 1 Н(2) z 1/2 Evaluate the response function of the filter, Y(z)= X(z)H(z), for the sequence (i 2* x(n)a. (Use the geometric series 1-c k 0 (ii By using partial fractions, determine the response of the filter, y(n), to the input x(п) %— а". (iii What is the response to the input data x(n) (1)"? [Note: the Z- transform of a sequence x(n) is defined as X(z) x(n)z. The n-0 inverse Z- transform...
Please answer ALL parts to this Digital signal processing question: Please show your working Adgtalater has a samp...
Please answer ALL parts to this Digital signal processing question:
Please show your working
Adgtalater has a sampingfrequency of 1.=882kHz and a prise response given by: Answer the fellowing. giving answers to four decimal places PART 1 Decermine the z-domain transfer function and complete the following As B:-1 where A and B PART 2 Determine the magnitude of the garぱ1./2 dB PART 3 If the input sequence to the flter is denoted by zn) and the output sequence is denoted...
A digital filter has the transfer function H(z) = ? -0.2 (2) Z(z - 0.7) a....
A digital filter has the transfer function H(z) = ? -0.2 (2) Z(z - 0.7) a. Is the system stable? b. Find the output y[n] for the filter if the input is x[n] = (0.9)"u[n].
a.b. c. d. An FIR filter has the transfer function: If the following input sequence is entered into this filter: This will result in the output y[n] In the blank space provided, enter the length of t...
a.b.
c.
d.
An FIR filter has the transfer function: If the following input sequence is entered into this filter: This will result in the output y[n] In the blank space provided, enter the length of the output sequence yin). Give a numerical answer for this. N, Determine the transfer function of the filter whose z-plane is given below. 0.5 -0.5 0.5 0.5 1.5 Real Part Enter the filter coefficient into the blank spaces below H(z) -2 An FIR filter...
Please answer ALL parts to this Digital signal processing question: Please show your working The transfer functio...
Please answer ALL parts to this Digital signal processing question:
Please show your working
The transfer function for a digital system is given by 0.232 E(z) = (2-049)( 0.45) For the following, give all answers to 4 decimal places PART1 Determine the factors in the following recursion for the system: xhk-2 where δ[k-ul is the unit impulse function. PART 2 If the input sequence to the system is zInl and its output sequence is y[n, derive the difference equation which...
Please answer ALL parts to this digital signal processing question: Please show your working The figure below repr...
Please answer ALL parts to this digital signal processing question:
Please show your working
The figure below represents a biquadratic digital filter in state-variable realisation form: Unit delay delay win-2 The values of the multipliers are as follows Answer the following questions, giving answers to four decimal places. PART 1 Determine the time domain equations that relate the input r[n] to the intermediate system variable ton and the output yin] to the intermediate system variable and complete the following: PART...
Question 7 The diagram depicts a digital filter that samples the continuous time input signal x(t)...
Question 7 The diagram depicts a digital filter that samples the continuous time input signal x(t) at 6 kHz. The digital is filter described by y(n) -x(n) + 0.8y(n -1) Find an expression for the steady state output if x(t) -3sin(2mft) with f 200 Hz? Hint: evaluate the filter's frequency response at the discrete time frequency corresponding to 200 Hz. (12 points) Anti-alias filter Sample A/D Digital Filter
Figure 2.4 shows a block diagram that consists of Device A with a transfer function of Vo1(t) = 1 + vi(t)2 and a Band P...
Figure 2.4 shows a block diagram that consists of Device A with a transfer function of Vo1(t) = 1 + vi(t)2 and a Band Pass Filter that has a cutoff frequency of 6 kHz and 12 kHz. The input signal to the device is a 8 V sinusoidal signal Amplitude 8V Vot(t) Band Pass Device A Vo2(t) Time Vo1(t) 1vi(t) Filter 0.2ms Input signal, vi(t) Fiqure 2.4 State the expression of the input signal, vi(t) given that the signal is...
Question 3 The block diagram of a digital control system is given in Fig. 2. R(Z)...
Question 3 The block diagram of a digital control system is given in Fig. 2. R(Z) + VT CZ 0.52 0.24(2 +0.5) (2-0.4) (z-1) Fig. 2 (a) Write an expression for the closed-loop z-transfer function of the system, C(z)/R(z). Given that one of the poles is located at z=0.235, complete a pole-zero diagram for the system. [8 marks] (b) Using a sampling interval, T = 0.5 s, map the poles and zeros onto the primary strip in the s-plane. [8...
Part 1 (Calculation): The Z-transform (ZT) converts a discrete time-domain signal, which is a sequence of...
Part 1 (Calculation): The Z-transform (ZT) converts a discrete time-domain signal, which is a sequence of real or complex numbers, into a complex frequency-domain representation. It is the equivalent of the Laplace transform for discrete systems. The one-sided ZT, used for causal signals and systems, is defined as follows: Consider the digital system (filter) described by the input/output difference equation and z-domain transfer function Hz: yn-0.88 yn-1=0.52 xn-0.4 xn-1 Hzz=Y(z)X(z)=0.52-0.4 z-11-0.88 z-1=0.52 z-0.4z-0.88 Assuming a unit step function input, i.e.,...
(c) A digital filter has transfer function 1 Н(2) z 1/2 Evaluate the response function of the filter, Y(z)= X(z)H(z), for the sequence (i 2* x(n)a. (Use the geometric series 1-c k 0 (ii By using partial fractions, determine the response of the filter, y(n), to the input x(п) %— а". (iii What is the response to the input data x(n) (1)"? [Note: the Z- transform of a sequence x(n) is defined as X(z) x(n)z. The n-0 inverse Z- transform...
Please answer ALL parts to this Digital signal processing question:
Please show your working
Adgtalater has a sampingfrequency of 1.=882kHz and a prise response given by: Answer the fellowing. giving answers to four decimal places PART 1 Decermine the z-domain transfer function and complete the following As B:-1 where A and B PART 2 Determine the magnitude of the garぱ1./2 dB PART 3 If the input sequence to the flter is denoted by zn) and the output sequence is denoted...
A digital filter has the transfer function H(z) = ? -0.2 (2) Z(z - 0.7) a. Is the system stable? b. Find the output y[n] for the filter if the input is x[n] = (0.9)"u[n].
a.b.
c.
d.
An FIR filter has the transfer function: If the following input sequence is entered into this filter: This will result in the output y[n] In the blank space provided, enter the length of the output sequence yin). Give a numerical answer for this. N, Determine the transfer function of the filter whose z-plane is given below. 0.5 -0.5 0.5 0.5 1.5 Real Part Enter the filter coefficient into the blank spaces below H(z) -2 An FIR filter...
Please answer ALL parts to this Digital signal processing question:
Please show your working
The transfer function for a digital system is given by 0.232 E(z) = (2-049)( 0.45) For the following, give all answers to 4 decimal places PART1 Determine the factors in the following recursion for the system: xhk-2 where δ[k-ul is the unit impulse function. PART 2 If the input sequence to the system is zInl and its output sequence is y[n, derive the difference equation which...
Please answer ALL parts to this digital signal processing question:
Please show your working
The figure below represents a biquadratic digital filter in state-variable realisation form: Unit delay delay win-2 The values of the multipliers are as follows Answer the following questions, giving answers to four decimal places. PART 1 Determine the time domain equations that relate the input r[n] to the intermediate system variable ton and the output yin] to the intermediate system variable and complete the following: PART...
Question 7 The diagram depicts a digital filter that samples the continuous time input signal x(t) at 6 kHz. The digital is filter described by y(n) -x(n) + 0.8y(n -1) Find an expression for the steady state output if x(t) -3sin(2mft) with f 200 Hz? Hint: evaluate the filter's frequency response at the discrete time frequency corresponding to 200 Hz. (12 points) Anti-alias filter Sample A/D Digital Filter
Figure 2.4 shows a block diagram that consists of Device A with a transfer function of Vo1(t) = 1 + vi(t)2 and a Band Pass Filter that has a cutoff frequency of 6 kHz and 12 kHz. The input signal to the device is a 8 V sinusoidal signal Amplitude 8V Vot(t) Band Pass Device A Vo2(t) Time Vo1(t) 1vi(t) Filter 0.2ms Input signal, vi(t) Fiqure 2.4 State the expression of the input signal, vi(t) given that the signal is...
Question 3 The block diagram of a digital control system is given in Fig. 2. R(Z) + VT CZ 0.52 0.24(2 +0.5) (2-0.4) (z-1) Fig. 2 (a) Write an expression for the closed-loop z-transfer function of the system, C(z)/R(z). Given that one of the poles is located at z=0.235, complete a pole-zero diagram for the system. [8 marks] (b) Using a sampling interval, T = 0.5 s, map the poles and zeros onto the primary strip in the s-plane. [8...
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