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Consider a sinusoidal wave with frequency of 300KHz as a carrier signal. We want to transmit a sinusoidal signal with f=3KHz and Amplitude=1. Plot the AM modulated signal in MATLAB.
Consider a hollow cylinder with a length L along the z-axis and a radius R and a charge -Q, containing a wire also of length L and charge Q running co-axially to the cylinder at its center.
Attach a capacitor of value 0.001μF in parallel with the feedback resistor of your non-inverting amplifier. At what frequency will the gain be down by 3dB. Draw and design a non-inverting amplifier with a gain of 6 V/V.
use GPS and they are useful for many reasons. GPS receivers use signals from more than three satellites so that cheap quartz clocks can be used instead of expensive atomic clocks. The quartz clocks tend to drift up to + or -1 ns/s.
A tow truck applies forces F1 and F2 to the bumper of an automobile where F1 is horizontal. Determine the magnitude of F2 that will provide a vertical resultant force, and determine the magnitude of this resultant.
A cube ( each side of the cube has length 15 mm. ) of germanium passes a current of 25 mA when 9 mV is applied between two of its parallel faces. Assuming that the charge carriers are electrons that have a mobility of 0.39 m2 V-1s-1
How could the rising-tone acoustical illusion be modified to obtain a tone that goes up and down in pitch at the same time.
Given N-type silicon sample with uniform donor doping of (a) Nd= 1018/cm3 , (b) Nd= 1019/ cm3 and (c) Nd= 106/cm3, calculate the Fermi levels at room temperature assuming full ionization for all cases.
If the speed of the crate at A is 15 ft/s which is increasing at a rate v=3 ft/s^2, determine the magnitude of the acceleration of the crate at this instant. [crate is on an incline sliding back toward the orgin at a distance of 10ft
which of the following relative pathname is interpreted as the rock.htm file is in the same folder as the current
An input signal of 10V at 0o and a frequency of 1592 Hz is applied to a series RLC circuit with resistor R = 1000 ohm, inductor L = 0.2 H, and capacitor C = 0.1 F. what is The value of the total circuit complex impedance
You are given a black box, a 6 k Ohm resistor, a 40 nF capacitor, a voltmeter, and an ammeter. With these supplies you complete the following measurements at 950 Hz: You place the resistor and capacitor in series and measure a current flowing.
Over a period of 10 seconds, how much charge moves through the element. If electrons carry the charge, which terminal do they enter. How much energy os transferred. Is it delevired to the element or taken from it.
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