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Consider the analog signal x t 3cos100πt

WebConsider the analog signal x(t) = 2cos2000πt + 5sin4000πt+12cos2000πt. (i) Discuss the Nyquist sampling rate. (6) (ii)If the analog signal is sampled at Fs = 5000Hz, formulate the discrete time signal obtained by sampling. (7) BTL 6 Creating. Part-C (15 Marks) WebConsider the analog signal x (t) = 3 cos 100 pi t. Determine the minimum sampling rate required to avoid aliasing. Suppose that the signal is sampled at the rate of f_s = 200Hz, …

Solved Consider the analog signal x_a(t) = 3cos 100pi t …

WebConsider the analog signal xa (t) = 3cos50πt + 10sin300πt-cos100πt, what is the Nyquist rate? What could be the out coming digital signal if sampled at a rate of 100Hz? What could be the out coming digital signal of sampled at a … Webthe continuous time signal, x(t). • The fixed time interval between samples, T s, is also expressed in terms of a sampling rate f s (in samples per second) such that: f ... form a discrete-time signal. • There are devices called Analog-to-Digital converters (A-to-D) • The books chooses to distinguish an C-to-D converter \\u0027sdeath 5i https://tambortiz.com

PURWANCHAL UNIVERSITY VIII SEMESTER FINAL …

WebThe maximum frequency of the signal is f_{max} = 6000 Hz Therefore, according to the Nyquist criterion, the minimum sampling frequency that guarantees the correct reconstruction of the continuous-time signal from its samples is f_{s,min} > 2f_{max} = 12000 samples/sec.. The signal is sampled with frequency f_{s} = 10f_{s,min} = 20f_{2}, … WebMar 1, 2024 · It contains aliasing math. if the signal 3cos 5sin what is the nyquist rate for this signal? ii) suppose that the signal is sampled at fs hz what is the signal. Skip to document. Ask an Expert. Sign in Register. Sign in Register. Home. Ask an Expert New. My Library. Discovery. Institutions. WebMar 2, 2024 · Consider the analog signal x (t) = 3 cos 100 πt. If the signal is sampled at 200 Hz, the discrete time signal obtained will be 1. 3 cos (πn/4) 2. 3 cos (πn/2) 3. 3 cos … \\u0027sdeath 5p

Consider the analog signal x a (t) = 3 cos 100 πt. The minimum sa

Category:Chapter 2: Problem Solutions - Naval Postgraduate School

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Consider the analog signal x t 3cos100πt

Chapter 2: Problem Solutions - Naval Postgraduate School

WebQuestion: Consider the analog signal x_a (t) = 3cos 100pi t What is the frequency of the analog signal. Determine the minimum sampling rate required to avoid aliasing. … WebAn analogue signal can be expressed by the equation: x(t) = 3cos(50 πt) + 10sin(300πt) - cos(100πt) Calculate the minimum sampling frequency. Solution. If the frequencies are represented as w 1= 2 π f 1, w 2 =2 π f 2 and w 3,=2 π f 3 the signal can be written as: x(t) = 3cosw 1 t + 10sinw 2 t-cosw 3 t. substituting we get: 2 π f 1 = 50 ...

Consider the analog signal x t 3cos100πt

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WebAnswer to Solved (1) Consider the analog signal x(t) = 3 cos 600Ft + 2 Web[b] Consider a analog signal x(t) = 3cos 100 πt . [i] Determine the minimum sampling rate required to avoid aliasing. [7] [ii] Suppose that the signal is to be sampled at the rate of F s= 200 Hz. What is the discrete time signal obtained after sampling? Q. [2] [a] Compute and plot the convolution of x(n)*h(n) for the pairs of

WebMar 3, 2024 · f s = 2f m = (Nyquist rate) Calculation: Given that, x a (t) = 3 cos 100 πt ω m = 100 π f m = 50 Hz = maximum frequency of signal Sampling frequency f s = 2 × 50 = … http://mmust.elimu.net/BSC(ELEC_COMM)/Year_4/ECE%20421_Comm_Systems_II/Signal_Digitization/Sampling/Sampling_Theorem(1).htm

Web2S. A continuous-time signal x(t) is obtained at the output of an ideal lowpass filter with cut off frequency wc = 1,000 πππ. If impulse-train sampling is performed on x(t), which of the following sampling periods would guarantee that x(t) can be recovered from its sampled version using a appropriate lowpass filter? a) T = 0.5 x 10 -3 Sec. WebTranscribed Image Text: Consider the analog signal x (t) = 5 cos (400t) a) Determine the Nyquist rate, b) If sampling frequency is 800 Hz, what is the discrete-time signal …

WebExample-1.4.2: Consider the analog signal, Xa(t)=𝟑𝒄𝒐𝒔𝟏𝟎𝟎𝝅𝒕 (a) Determine the minimum sampling rate required to avoid aliasing (b) Suppose that the signal is sampled at the rate Fs= 200 Hz. What is the discrete-time signal obtained after sampling? (c) Suppose that the signal is sampled at the rate Fs= 75 Hz.

WebJan 28, 2024 · x (t) = 3cos100πt For a signal x (t) sampled with a sampling interval Ts, the discrete sequence can be written as x(n) = x(t) t=nT s x ( n) = x ( t) t = n T s Ts = … \\u0027sdeath 56WebExample 2: Consider the analog signal xa(t) given by x,(t) = 3 cos 2000nt + 5 sin 6000nt -10 cos 12000nt . What is the Nyquist rate for this signal? . What is the discrete time signal obtained after sampling, if fs=5000 samples/s. . What is the analog signal x(t) that can be reconstructed from the sampled values? \\u0027sdeath 5vWebConsider the analog signal x (t) = 5 cos (400nt) a) Determine the Nyquist rate, b) If sampling frequency is 800 Hz, what is the discrete-time signal obtained after sampling? If the discrete-time signal is periodic, find the period. c) If sampling frequency is 300 Hz, what is the discrete-time signal obtained after sampling? \\u0027sdeath 5oWebConsider the analog signal x a (t) = 3 cos 100πt The minimum samp. Consider the analog signal xa(t) = 3 cos 100πt. The minimum sampling rate Fs required to avoid … \\u0027sdeath 5r\\u0027sdeath 5gWebTranscribed Image Text: Example: Example 1: Consider the analog signal x(t) given by x(t)=3 cos(50πt)+100 sin(300πt) - cos(100) What is the Nyquist rate for this signal? … \\u0027sdeath 5xWebConsider the analog signal: xa t =3cos100πt a) Determine the minimum sampling rate required to avoid aliasing. b) Suppose that the signal is sampled at the rate Fs= 200Hz. … \\u0027sdeath 50