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1. Establish the minimum sampling rate in hertz. I'm not sure if my answers are correct.
a) x(t) = 4 cos2(100πt) My answer: 100 Hz
b) x(t) = 6 sinc(100πt) cos(200πt) My answer: 300 Hz
2. The Fourier transform of a continuous-time signal is
X(f) = (1, |f|< 1
0, else)
Derive x(t) and plot it.
Three amplifiers with power gains of 15, 22 and 7 ate cascaded. The input power is 120 micro-W. What is the output power of the final amplifier stage
For a single frequency sine wave modulating signal of 3 KHz with a carrier frequency of 36 MHz, what is the spacing between sideband
The equivalent circuit parameters are R1=0.48 ohms, X1=0.80 ohms, R2'=0.42 ohms, X2'=0.80 ohms, Xm=30 ohms The motor is operating with slip of 0.04. Find the input current and power factor.
The signal x(t) = 20*sinc2(400t) is input to a ring moodulator. Sketch the spectrum of vout and find the range of values of fc that can be used to transmit this signal.
The continuous-time counterpart to the N-point discrete-time MA filter is the I-interval continuous-time MA filter given by the input/output relationship y(t)=(1/I)*Integral of x(lamda) delta lambda where the bounds are from t-I
Using nodal analysis solve for the current and supemode used to solve this circuit is located between which two nodes?
The air-gap length g = 5.00 mm. Calculate the magnetic field intensity H (hint: use Ampere's law), the flux density B, and the flux per pole f. Use the correct SI unit for each quantity. The iron parts have a permeability that is about 4000 fo, so..
A full adder is a circuit that adds 2 bits and a carry. The circuit takes three inputs, two data bits (A and B) and a carry bit (Cin), and outputs their sum (S) and a carry out
consider the back to back cascade of an ideal C to D and D to C converter. Both have the same sampling rate fs. Suppose that the signal being sampled is: x(t) = cos(324*pi*t - pi/4) + cos(80*pi*t - pi/4)
series-tuned resonant circuit operates at a resonant frequency of 1 mhz and contains a 0.1 microfarad capacitor and a
where i need to create a simulink file for buck converter which has a digital controller and feedback where it has
if a 1mA movement has an internal resistance of 43 ohms, calculate the shunt resistance required to increase its range to 50mA and also 300mA.
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