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A 33-μF capacitor and a 10-mH inductor are connected in parallel with a closed switch as shown in Figure P6-19. The inductor has - 5 mA flowing through it at t = 0 -. The switch opens at t = 0:
(a) Find the initial voltage across the capacitor at t = 0.
(b) Write an equation for the voltage across the elements for t > 0. Do not solve it.
(c) Simulate the circuit using Multisim. Connect an inductor in parallel with a capacitor and assign the appropriate initial conditions and run a transient analysis. Plot the voltage across the elements for 5 ms.
(d) Characterize the response signal.
a single phase 440V 80kW load with a lagging Pf of .8 is supplied through a feeder of .6+j1.6 ohms and a single phase 100 kVA, 220/440 V transformer. the equiv impedance of the transformer referred to the High Voltage side is 1.15+j4.5 ohm.
How many time units would youneed to compute all the carry bits and why. Compute all the sum bits usingthe aforementioned carry bits. How many time units would you needto complete the addition process and why.
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1.The S12G128 CPU board has one IRQ pin. You have four devices that will request interrupt service. How do you determine which device(s) need service 3.A communications channel has a bandwidth of 2,000 Hz and a signal-to-noise ratio (SNR) of 40 dB.
Three single-phase transformers are connected in a wye/delta configuration. Each single-phase transformer has an identical number of turns in the primary and secondary windings. If a line-to-line voltage of 480 V is applied on the wye windings
polyethylene with ?r 2.25 is used as the insulating material in a lossless coaxial line with a characteristic
Write a computer program to solve the dispersion relation V(1-b)^0.5 =mπ+arctan(b/(1-b))+arctan((b+a)/(1-b)). (a) We wish to fabricate a planar waveguide in GaAs (n = 3.6) for light of wavelength λ = 1.3 μm that will operate only in the fundamen..
Develop the Boolean equations for a T type Flip Flop realisation and draw the schematic circuit
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