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The results given in Figure 6.11 were obtained by executing the simulation program given in Appendix A together with the preprocessor and postprocessor given in Appendices B and C, respectively. A pole offset λ of 0.10 was assumed.
An imperfect loop typically slips more cycles than a perfect loop and therefore takes longer to achieve phase lock.
Examine the impact of the pole offset by executing the program assuming a perfect loop (λ = 0).
Except for the pole offset use the same parameters as given in (6.40). How many cycles are slipped by the perfect loop? By how much is the lock time reduced?
A positive point charge of magnitude q1 lies at the origin. Derive an expression for the incremental work done in moving a second charge q2 through a distance dx from the starting position (x,y,z) in the direction of -ax.
What kind of a semiconductor is widely in integrated circuit electronics?
How is per unit impedance affected in a power system when the voltage changes, if at all?
Racecar A is traveling on a straight portion of the track while racecar B is traveling on a circular portion of the track. At the instant shown, the speed of A is increasing at the rate of 10 m/s2, and the speed of B is decreasing at the rate of 6..
You happen to have a 5-V regulated power supply that you bought at Midwest Surplus Electronics in Fairborn, Ohio. Measuring the output voltage with your trusty voltmeter, you get an open-load reading of pretty close to 5 V.
An acb sequence balance three -phase Y-connected sourcefeeds a delta-connected load through a distribution line having animpedance of 1+j3 Ω. the load impedance of 117-j99 Ω. Thesource voltage in b -phase is 20
you are asked to determine the signal-to-interference ratio sir or ci on the forward link of a cellular system when
The output is Z=1 if and only if the total number of 1's received is divisible by3 (0,3,6, ...) and the total number of 0's received isan even number greater than zero. (Hint: The minimum number of states is 9.)
a 1.5 V battery will deliver 9mA for a continuous 38 hrs. during that time the voltage drop will be from 1.5 to 1.0 V. Assume the voltage drop is linear. How much energy does the battery deliver over the 38 hr interval
Compute the polar form of the impedances shown below in rectangular form in parts a and b, and compute the rectangular form of the impedances shown below in polar form in parts c and d
Design a filter for a biomedical instrument to eliminate DC (f = 0), 500 Hz tone, and its corresponding harmonics. The system sampling rate is 2,000 Hz. Place all the required poles at the origin to obtain a FIR filter.
What are some of the applications of vector and matrix norms. Clearly explain with the aid of an example how a matrix and a vector norm can be calculated.
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