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(a) Try to demodulate an FM signal on the edge of a lowpass filter
(b) Try to demodulate an FM signal with the same cutoff frequency as (a) on the edge of a highpass filter. How do the results differ?
(c) Repeat (a) and (b) with a realistic source signal (filtered noise).
(d) Design a phase detector according to Illustration 179.
(e) Try to replicate the experiment carried out in Illustration 180. (f) On your own design a PLL as in Illustration 181 and try to set the control voltage for the VCO in such a way that the PLL works.
Calculate the following. a) What is the magnitude of the voltage in a wall socket if the effective voltage is 240 Vrms b) What is the magnitude of the current if the effective current is 360 mArms
The characteristic length / is the length of travel of the fluid in the boundary layer across the shape surface. Compare this correlation to that given for a sphere to test its utility.
Hard to find all the information, Just want to ask for people who can give some good webside which can provide all the informationat at lease price,maximum output power, voltage, and current per module; short circuit current; dimension; weight; ma..
A majority function is generated in a combinational circuit when the output is equal to 1 if the input variables have more 1's than 0's. The output is 0 otherwise. Design a 3-input (A, B, C) majority function. Use K-maps to simplify the circuit. D..
A Gaussian random process having a mean value of 2 and a variance of 4 is passed through an ideal half-wave rectifier. a) Let Xp (t) represent the random process at the output of the half-wave rectifier
A 6-bit DAC has an input 1001012 and uses a 10.0-V reference.
A 60-Hz, single phase source with V= 277 at angle 30 degree volts is applied to a circuit element. Determine the instanaeous power, real power, and reactive power absorbed by determine the source power factor and state lagging or leading.
Determine the minimum signal to noise ratio (s/n) in dB required in each communication channel to achieve a data rate of 270 kbps?
Consider a charged particle of mass m and charge q which is moving in a uniform electric field E = Eey and a perpendicular uniform magnetic field B = Bez.
For the differential amplifier shown in Fig. 4-8, R1 and R2 are 1% resistors with values of 4.7 k Ω and 270 k Ω, respectively.
If the armature resistance is 0.3 ? per phase, and the generator supplies 60 A to a purely resistive Y-connected load of 3 ? per phase at this field current setting, determine the voltage regulation under these load conditions.
An electric field strength of 3x10^-3 is needed at a point described is spherical coordinates as P (2000, π /2,π/4). Neglecting the ohmic loss, How much Power must the Antenna Transmit in order to create the required field Strength at P
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