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1. What are the advantages and disadvantages of the alternating solution method and the simultaneous solution method in solving initial value problems of differential-algebraic equations?
2. How can we deal with limiters when a numerical integration method is used to find the time-domain solution of each state variable in an electrical power system?
A peak power tracker having 5 identical 0.2 m2 PV modules is used to built a PV charger is built from a with an efficiency of 80%. The test ratings of the modules are imp,ref = 2 A, Vmp,ref = 20 V , Tc,NOCT = 42 oC, μP,mp -0.0005 /oC , τα = 0.9.
Determine input, output impedances, and voltage gain of the circuit, Zl, Zo, Av. Draw the small signal model of the circuit - what is the output signal amplitude?
Audio data is stored in digital form on a DVD or CD and this data is converted back toanalog form by passing the digital data to a Digital to Analog(D/A) converter. What is the number of bits of resolution that is typically used in consumer audio ..
Consider this follower to be driven by the output of a differential amplifier of gain 100 whose positive-input terminal is connected to the input signal source vs and whose negative-input terminal is connected to the emitters of the follower.
An inverting amplifier With nominal gain of -20V/V employs an op amp having a dc gain of 10^4 and a unity-gain frequency of 10^6 Hz. What is the 3-dB frequency f3dB of the closed-loop amplifier
For example, if the time given is 10213 seconds, the function will give back 2 hours and 50.22 minutes. The function shall not print the results to console, but instead pass them back to the calling function.
Determine the value of capacitor which when connected in series with a 2 nF capacitor produces a total capacitance of 1.6 nF.
A causal discrete LTI system is described by y(n)-3/4 y(n-1)+1/8 y(n-2)=x(n) where x(n) is the input and y(n) is the output Find the response of the system if x(n) =u(n)
A control systems problem from Electrical Engineering. Please provide detailed solution of the given problem. Given the following electromechanical system with N1 = 4, N2 = 2, N3 = 6 , N4 = 3 all other mechanical and electrical components equal to a ..
Using Gauss' law for the electric field, find the electric field intensity both inside and outside the charge distribution.
Your circuit should consist of only the following elements: one 1 ohm resistor, one 2 ohm resistor, three 10 ohm resistors, three ideal constant voltage sources, and three ideal ammeters,
The sender is allowed to send five packets per second, but, since it does not use this right fully during the first four seconds, it can send more in the next three seconds. Show the contents of the token bucket and the buffer for each second to p..
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