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a 10-v DC voltage source placed across the inner and outerconductors of a coaxial cylinder is used to charge the conductorsand is then removed. the total charge in each conductor is±Q.the inner conductor has a radius of a=2cm theradius of the outer conductor is 4cm, and the length of thecylinder is l=6cm. assuming no field fringing and free spacebetween the conductors and neglecting fringing, findA.the electric field intensity between the conductors in terms ofQ.B.the total charge Q on the inner and outer conductors.C.the surface charge density on the inner and outer conductors.D.the electric flux density between the conductors.E.the capacitance between the conductors.F.the energy stored between the conductors.
Assume a buck converter contains a synchronous rectifier. Does it operate in the discontinous conduction mode at light load Why What does the inductor current waveform look like
The aim of this experiment is to develop a bipolar transistor amplifier with a voltage gain of minus 25. The amplifier must accept input signals from a source impedance of 1 kW and provide an undistorted output amplitude of 5 V when driving a 560..
Design a circuit that has a low pass transfer function with a3dB band edge at 30Hz. you may use capacitors, inductors, and bothdependant and indepandant sources.
Data Transfer/Manipulation Instructions a) If accA holds $16 and accB holds $2A, what memory locations will change value after executing the STD $637F instruction. Identify the new value in any changed memory locations.
Estimate the area in terms of number of 1-bit full-adders and additional 2-input logic gates. For performance, use the timing analysis tool provided in the Xilinx Tools as follows: In the Process Window, go to Implement Design
The scale current Is is proportional to the junction area of a diode. A diode D1 with a rating of 3mA is connected in series with another Diode D2 with a junction area 27 times that of D1. 1) What will be the rating of the series combination
A microscope has a 2.70-cm focal length eyepiece and a 0.630-cm objective lens. For a relaxed normal eye (assume a viewing distance of 25.0 cm), calculate the position of the object if the distance between the lenses is 13.5 cm
For each of the following signals, determine whether it isperiodic; if it is, determine its fundamental (i.e., smallest) period T0 and fundamental frequency f0. (a) x(t) =sin2(2t) (b) x(t) =cos(√3t) +sin(2t)
(a) Find Cox and (b) For an NMOS transistor with W/L = 15 m/0.25 m, calculate the values of VOV , VGS, and VDSmin needed to operate the transistor in the saturation region with a dc current ID= 0.8mA.
1-If the voltage is 106 V cos(84 rad/s t + 46°) and the current is 9 A cos(84 rad/s t + 72°), what is the frequency of the instantaneous power. 2- If the voltage is 101 V cos(47 rad/s t + 11°) and the current is 16 A cos(47 rad/s t + 67°).
If these nominal non--ideal parameters are replaced, one at a time, by A = 50000, Ri = 1 M and R0 = 150 (each of which is twice as bad as the nominal values), which parameter has the largest impact on the output voltage
on an oscilloscope grid, the vertical axis is set to 1V/division, and the horizontal (time) axis is set to 1 ms/division.The postion of the CRT trace has been adjusted so that zero volt(ground) corresponds to the horizontal line in the center ofth..
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