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2 Using the...
there is no img... Que 3 A bandpass signal g(t) of bandwidth B Hz centered at...
there is no img...
Que 3 A bandpass signal g(t) of bandwidth B Hz centered at f 104 Hz is passed through the RC filter in Example 3.16 (Fig. 3.26a) with RC = 10-3. If over the passband, the variation of less than 2% in amplitude response and less than 1 % in time delay is considered to be distortionless transmission, determine what is the maximum allowable value of bandwidth B in order for g(t) to be transmitted through this...
I need the answer in details and solved step by step with clear handwriting please Reference:...
I need the answer in details and solved step by step with clear
handwriting please
Reference: Posted Notes and textbook Chap1 For all circuits assume ideal opamp. Problem 1: Filter order a. Explain the effect of order on the filter characteristics (Draw transfer characteristics for two orders). b. How can you tell a filter order from T(s) function and from filter circuit? c. Explain how third and fourth order circuit can be implemented (show circuits)
Please answer in details For the signal 2a 6. g(t) t2 + a? Determine the essential...
Please answer in details
For the signal 2a 6. g(t) t2 + a? Determine the essential bandwidth B Hz of g(t) such that the energy contained in the spectra component of g(t) of frequencies below B Hz is 99% of the signal energy Eg, Hint: Determine G) by applying the duality property to pair 3 of the Fourier Transforms' Table.
LMS project Using the notes discussed in class: Implementing the LMS Algorithm First generate some signals clear all c...
LMS project Using the notes discussed in class: Implementing the LMS Algorithm First generate some signals clear all close al1: Generate signals for testing the LMS Algorithm 1000 Fs Sampling frequency Sample time 1/Fs 10000: = L Length of signal S Time vector (0:L-1) *T ; Sum of a 50 Hz sinusoid and a 120 Hz sinusoid 0.7 sin (2*pi*50*t); inuside X d+ 10 randn (size (t)); Sinusoids 5O0000000L plus noise fiqure (1) plot (Fs*t (1:150),x (1:1500)) title('Signal Corrupted with...
Can you please answer in simple steps: e to Question 2. (2a) Show that a filter...
Can you please answer in simple steps:
e to Question 2. (2a) Show that a filter with the frequency response 2 x (104) HW) = w2 + 108 is physcially unrealizable. 2a Hint. Use the basic Fourier transform e-altl # for a > 0 and then the a2 +w2 time shifting property to obtain the inverse Fourier transform h(t) of H(w). Show that h(t) is noncausal. (2b) Can this filter be made approximately realizable by choosing a sufficiently large to?...
Can you please help me answer Task 2.b? Please show all work. fs=44100; no_pts=8192; t=([0:no_pts-1]')/fs; y1=sin(2...
Can you please help me answer Task 2.b?
Please show all work.
fs=44100; no_pts=8192;
t=([0:no_pts-1]')/fs;
y1=sin(2*pi*1000*t);
figure;
plot(t,y1);
xlabel('t (second)')
ylabel('y(t)')
axis([0,.004,-1.2,1.2]) % constrain axis so you can actually see
the wave
sound(y1,fs); % play sound using windows driver.
%%
% Check the frequency domain signal. fr is the frequency vector and
f1 is the magnitude of F{y1}.
fr=([0:no_pts-1]')/no_pts*fs; %in Hz
fr=fr(1:no_pts/2); % single-sided spectrum
f1=abs(fft(y1)); % compute fft
f1=f1(1:no_pts/2)/fs;
%%
% F is the continuous time Fourier. (See derivation...
Answer this questions fully with clear handwriting.. do not copy answers from lther questions or ...
answer this questions fully with clear handwriting.. do not
copy answers from lther questions or people... must have similar
given hints/answers
Problem II-B.2: Suppose the semi-horse shoe structure of the geometry illustrated in Fig.II-B.1 above, has the following numerical values for the entities marked: L = 10 cm; a 5 cm; w = 1 cm; h -0.5 cm. Further, ơ,-5x 107 S/m; ơ,-3x 104 S/m; and, ơ3 2x 103 S/m. This metallic structure is used to heat 1 liter of...
Please finish these questions. Thank you Given find the Fourier transform of the following: (a) e dt 2T(2 1) 4 cos (2t) (Using properties of Fourier Transform to find) a) Suppose a signal m(t) is giv...
Please finish these questions. Thank you
Given find the Fourier transform of the following: (a) e dt 2T(2 1) 4 cos (2t) (Using properties of Fourier Transform to find) a) Suppose a signal m(t) is given by m()-1+sin(2 fm) where fm-10 Hz. Sketch the signal m(t) in time domain b) Find the Fourier transform M(jo) of m(t) and sketch the magnitude of M(jo) c) If m(t) is amplitude modulated with a carrier signal by x(t)-m(t)cos(27r f,1) (where fe-1000 Hz), sketch...
1-Clear handwriting 2-Correct answer 3-Organized 4-answer all the questions Please Problem 2 On the circuit on...
1-Clear handwriting
2-Correct answer
3-Organized
4-answer all the questions
Please
Problem 2 On the circuit on Figure P2, transi stor Q1 has a threshold voltage of Vt = 2 V and a transconductance parameter of k = 100 mA/V2. Note that Vcc = -Vee = 4.5 V. Moreover, capacitors C1, C2, and C3 can be assumed to be very large VDD 4.5.0 R3 25kQ R1 300kn C2 Vout C1 Rsig Q1 1k0 R2 200kn Vsig (R4 2kQ C3 -4.5V VSS...
LMS project Using the notes discussed in class: Implementing the LMS Algorithm First generate some signals...
LMS project Using the notes discussed in class: Implementing the LMS Algorithm First generate some signals clear all close al1: Generate signals for testing the LMS Algorithm 1000 Fs Sampling frequency Sample time 1/Fs 10000: = L Length of signal S Time vector (0:L-1) *T ; Sum of a 50 Hz sinusoid and a 120 Hz sinusoid 0.7 sin (2*pi*50*t); inuside X d+ 10 randn (size (t)); Sinusoids 5O0000000L plus noise fiqure (1) plot (Fs*t (1:150),x (1:1500)) title('Signal Corrupted with...
there is no img...
Que 3 A bandpass signal g(t) of bandwidth B Hz centered at f 104 Hz is passed through the RC filter in Example 3.16 (Fig. 3.26a) with RC = 10-3. If over the passband, the variation of less than 2% in amplitude response and less than 1 % in time delay is considered to be distortionless transmission, determine what is the maximum allowable value of bandwidth B in order for g(t) to be transmitted through this...
I need the answer in details and solved step by step with clear
handwriting please
Reference: Posted Notes and textbook Chap1 For all circuits assume ideal opamp. Problem 1: Filter order a. Explain the effect of order on the filter characteristics (Draw transfer characteristics for two orders). b. How can you tell a filter order from T(s) function and from filter circuit? c. Explain how third and fourth order circuit can be implemented (show circuits)
Please answer in details
For the signal 2a 6. g(t) t2 + a? Determine the essential bandwidth B Hz of g(t) such that the energy contained in the spectra component of g(t) of frequencies below B Hz is 99% of the signal energy Eg, Hint: Determine G) by applying the duality property to pair 3 of the Fourier Transforms' Table.
LMS project Using the notes discussed in class: Implementing the LMS Algorithm First generate some signals clear all close al1: Generate signals for testing the LMS Algorithm 1000 Fs Sampling frequency Sample time 1/Fs 10000: = L Length of signal S Time vector (0:L-1) *T ; Sum of a 50 Hz sinusoid and a 120 Hz sinusoid 0.7 sin (2*pi*50*t); inuside X d+ 10 randn (size (t)); Sinusoids 5O0000000L plus noise fiqure (1) plot (Fs*t (1:150),x (1:1500)) title('Signal Corrupted with...
Can you please answer in simple steps:
e to Question 2. (2a) Show that a filter with the frequency response 2 x (104) HW) = w2 + 108 is physcially unrealizable. 2a Hint. Use the basic Fourier transform e-altl # for a > 0 and then the a2 +w2 time shifting property to obtain the inverse Fourier transform h(t) of H(w). Show that h(t) is noncausal. (2b) Can this filter be made approximately realizable by choosing a sufficiently large to?...
Can you please help me answer Task 2.b?
Please show all work.
fs=44100; no_pts=8192;
t=([0:no_pts-1]')/fs;
y1=sin(2*pi*1000*t);
figure;
plot(t,y1);
xlabel('t (second)')
ylabel('y(t)')
axis([0,.004,-1.2,1.2]) % constrain axis so you can actually see
the wave
sound(y1,fs); % play sound using windows driver.
%%
% Check the frequency domain signal. fr is the frequency vector and
f1 is the magnitude of F{y1}.
fr=([0:no_pts-1]')/no_pts*fs; %in Hz
fr=fr(1:no_pts/2); % single-sided spectrum
f1=abs(fft(y1)); % compute fft
f1=f1(1:no_pts/2)/fs;
%%
% F is the continuous time Fourier. (See derivation...
answer this questions fully with clear handwriting.. do not
copy answers from lther questions or people... must have similar
given hints/answers
Problem II-B.2: Suppose the semi-horse shoe structure of the geometry illustrated in Fig.II-B.1 above, has the following numerical values for the entities marked: L = 10 cm; a 5 cm; w = 1 cm; h -0.5 cm. Further, ơ,-5x 107 S/m; ơ,-3x 104 S/m; and, ơ3 2x 103 S/m. This metallic structure is used to heat 1 liter of...
Please finish these questions. Thank you
Given find the Fourier transform of the following: (a) e dt 2T(2 1) 4 cos (2t) (Using properties of Fourier Transform to find) a) Suppose a signal m(t) is given by m()-1+sin(2 fm) where fm-10 Hz. Sketch the signal m(t) in time domain b) Find the Fourier transform M(jo) of m(t) and sketch the magnitude of M(jo) c) If m(t) is amplitude modulated with a carrier signal by x(t)-m(t)cos(27r f,1) (where fe-1000 Hz), sketch...
1-Clear handwriting
2-Correct answer
3-Organized
4-answer all the questions
Please
Problem 2 On the circuit on Figure P2, transi stor Q1 has a threshold voltage of Vt = 2 V and a transconductance parameter of k = 100 mA/V2. Note that Vcc = -Vee = 4.5 V. Moreover, capacitors C1, C2, and C3 can be assumed to be very large VDD 4.5.0 R3 25kQ R1 300kn C2 Vout C1 Rsig Q1 1k0 R2 200kn Vsig (R4 2kQ C3 -4.5V VSS...
LMS project Using the notes discussed in class: Implementing the LMS Algorithm First generate some signals clear all close al1: Generate signals for testing the LMS Algorithm 1000 Fs Sampling frequency Sample time 1/Fs 10000: = L Length of signal S Time vector (0:L-1) *T ; Sum of a 50 Hz sinusoid and a 120 Hz sinusoid 0.7 sin (2*pi*50*t); inuside X d+ 10 randn (size (t)); Sinusoids 5O0000000L plus noise fiqure (1) plot (Fs*t (1:150),x (1:1500)) title('Signal Corrupted with...
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