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Other combinations of R, L, and C have behaviors similar to that of the series resonant circuit. For example, consider the circuit shown in Figure.
a. Derive an expression for the resonant frequency of this circuit. (We have defined the resonant frequency to be the frequency for which the impedance is purely resistive.)
b. Compute the resonant frequency, given L = 1mH, R = 1000 Ω, and C = 0.25μF.
c. Use MATLAB to obtain a plot of the impedance magnitude of this circuit for f ranging from 95 to 105 percent of the resonant frequency. Compare the result with that of a series RLC circuit.
Derive the transmission and reflection coefficients for the case of tunneling through a square potential barrier with 0
What is the advantages and Disavantages of ELCB, RCB and RCD Circuit Breakers ? And Also I need the Working of RCB or Current Operated ELCB .
Implementation your algorithm using VHDL under Quartus. You are free to select the structural hierarchy of the implementation; the implementation could be behavioral, structural, or a mixed implementation. which the linear interpolation is to be e..
Connect the PWM output to an LED, for preliminary testing with slow clock frequency, then to the oscilloscope to show final results with multiple frequencies between 10 KHz to 1MHz. In the final demonstration, connect CLK to CH1, and PWM to CH2
Consider a unity feedback control system with plant transfer function G(s) and controller transfer function Gc(s). (a) If the phase margin and crossover frequency are adequate but you need to increase the error constant.
Design a microstrip transmission line with Z0 = 100 ohm that will be etached onto a dielectric substrate with er= 3 and a thickness of 4 mm. what should be the width of the microstrip line
Electrical & Instrumentation Use, State typical values for the loading effect on a low voltage AC circuit containing a lamp when measuring current with
The phase margin needs to be at least 45 degrees. The error for a ramp input should be less than 5% Add the lag compensator using bode plots. Show the characteristics (margins) of uncompensated and compensated system to
Calculate the electric field intensity at a distance 'd' along the z-axis in terms of a,b,c, and d. Explain your reasoning. This result should be analytic.
Use a relay that has doublepole double throw contacts to apply opposite polarity voltages tothe rotos of a small DCD motor upon the throwing of a singleswitch. Include a seperate ON/OFF switch in order to stop the motor before changing directions.
Phase 'A' of a three-phasee 4.16 kV ungrounded system is solidly grounded. For this fault, calculate the magnitude of the positive, negative, and zero sequence voltages at the fault.
A family selects two phones from a box containing cellphones: four are Nokia, marked N1, N2, N3, and N4. The other three are Samsung, marked S1, S2, and S3. Two phones are picked randomly in succession without replacement.
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