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A D flip-flop is connected as shown. Determine the output of the flip-flop for ten clock pulses assuming it has initially been reset. What function does this configuration perform?
Calculate the primary and secondary impedances in ohms and also the magnetizing reactance in ohms on the LV side.
How does your measured -3dB frequency (fc) compare to your design critical frequency? Give some reasons why it is different.
The characteristic equation ofthe system is q(s) = s^5+13s^4+33S^3+32s^2+20s+k^2 where k>0. a). Find the range of values of k for which the system is stable using the Routh-Hurwitz table. b) What value of k makes the system marginally stable
Choose the best answer for what a DC blocking or coupling capacitor does, assume the capacitor value is chosen to be too small. Blocks the DC and is relatively high impedance to the AC voltage. Blocks only the AC voltage going i..
a) Starting from an initial count of 0000, list the countingsequence after each shift until the count returns to 0000b) Beginning with an initial count of 00..0, what is the length ofthe count sequence of an n-bit Johnson counter
The equation of a particle executing S.H.M is x = 5 sin((TT )t +n/3)). Find the amplitude , time period and maximum speed also find velocity at t = 1sec
Target corporation(TGT) WACC (weighted average cost of capital) computation for 2010 to 2014
Design a linear DC motor for propelling and braking a track-guided vehicle. The vehicle contains a generator to power the electromagnet with current Ic for the generation of the flux density B. The track region carries a current . Assume that the ..
Assume that the capacitor is initially charged by a 25-V dc source not shown in the gure, so we have v(0+) = 25V. Determine the values of iL(0+) and v' (0+). Find the particular solution for v(t).
Suppose we have a junction diode operating at a constant temperature of 300K. With a forward current of 1mA, the voltage is 600mV. Furthermore, with a current of 10mA,the voltage is 700mV. Find the value of n for this diode.
A balanced star- connected load of impedance (6+8j) ohms per phase is connected to a 3- phase, 240 v, 50 HZ supply.- Find the line current and power absorbed by each phase.
A 3 phase, 2 winding, 230kv/115kV, delta-wye, 50MVAtransformer has a series impedance of (4.0 at angle 81 degrees) %and core losses of 1.0% at rated voltage. When the transformer issupplying a load of 40MW at a power factor of 0.80 lagging at rate..
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