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Derive the transfer function H (z) of the LTI-DT system described by the circuit given in Figure 2.9. Obtain the difference equation relating the input x(n) to the output y(n).
what is the maximum allowable power drain in the above example?
The measurement of a current is repeated five times. The measured values are: 0.62, 6.21. 6.23, 6.18 and 6.24 mA. a. What type or types of errors might be involved: mistakes, systematic errors, random errors
given signal a e^-(10t) and ask to simplify byfactor of 5. you can asssume that the input to the amplifier circuitwill be a corrupted version of this signal: Vin(t)=e^-(10t)+0.4sint(377t)+0.2sin(0.1t)+0.2.
The heart of all motors and generators is a rotating magneticfield. We discussed, covered and derived the equations for arotating magnetic field produced by a symmetric 3-phasestator-winding arrangement driven by a symmetric 3-phase current.
What happens when you have a non-zener and zener diode in series opposing each other eg non-zener is forward bias and the zener is reverse bias assuming both are ideal (infinite slopes when they are operating).
An unbalanced Wheatstone bridge circuit has resistance arms of 400, 40, 602, and 6000-ohm taken counterclockwise around the bridge. The galvanometer has a resistance of Rg=110-ohm and is connected between the junction of the 40 and 602-ohm resisto..
A constant current source of 2 mA is placed across a fully discharged capacitor of 100 F. In the time period before the capacitor reaches breakdown voltage, what is the time rate of change of voltage across the capacitor in V/s
a 220v shunt motor driving its normal load draws an armature current of 50A. The armature resistance is 0.25ohm. determine the armature current it will draw when connected to 200V source while maintaining the armature speed and the flux per pole.
A voltage source 100(angle 0 degrees) is in series with a 200 ohm resistor and a cpacitive reactance of -100 ohms. a) What impedance,Zl, in parallel with the capcitor would absorb maximum AVERAGE power
g. What happened to all the power delivered to the resistors h. If the resistors are available with wattage ratings of 1/2 W, 1 W, 2 W, and 5 W, what minimum wattage rating can be used for each resistor
Utilizing the rat stereotaxic atlas in the course materials, devise a surgical plan for implanting a Michigan type array
A time -varying capacitor is characterized by the charge-voltage equation. That is, the capacitance is not a constant but a function of time. Given that i(t) =dq(t)/dt, find the voltage-current relation for this time varying capacitor.
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