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Charged line and multiple conducting planes. An infinitely long line charged with a charge density PI is located at a distance d from a very large conductor, as in Figure 5.38.
(a) Calculate the electric field intensity and the potential on the dotted line shown.
(b) A second conducting surface is now placed to fill the space to the right of the dotted line. What are now the electric field intensity and potential on this line? Compare with the results in (a).
given a "black box" with two terminals. You play around with the box for awhileand make the following observations: (i) The output voltage from the box is sinusoidal. (ii) The peak magnitude of the open-circuit voltage at the terminals is 5 V.
What is the synchronous speed of a 400-Hz eight-pole, single-phase motor? How many individual poles does it have?
Assume initially that no inputs have been seen and create a special initial state with output 0 to start the Moore machine. Draw a state graph for a Moore machine (minimum number of states is 5).
Use gate equivalences to convert the circuit attached into a five level circuit containing only NOR gates and a minimum number of inverters. (Assume the inputs are available only in uncomplemented form.)
A proportional control system is to be used to control the wing flaps of a jet air-plane. The wind load is expected to cause as much as 600 in .lb of torque. The system should be able to keep the flaps to within 5 of the set point.
Develop a open-loop model of the traction drive shown in Figure and please derive its transfer function - Design a switch mode PWM DC-DC converter for the speed regulation of the DC motor.
Find the resonant frequency of the control box.
The incoming solar radiation at a place on the surface of the earth is 1.2kW/m2 . the amplitude of electric field corresponding to this included power is nearly equal to
Heat transfer from the wire to the air is characterized by the convection coefficient h. Obtain an expression for the steady-state temperature distribution T(x) along the wire.
A 1 W power source is connected to the input of a directional coupler with C=20 dB, D=35 dB, and an insertion loss of 0.5 dB. Find the output powers (in dBm) at the through, coupled, and isolated ports. Assume all ports to be matched.
Develop the VHDL text file for a binary up-coutner to divide an input frequency of 2 MHz to give an output of 20kHz. Use Q as the ouputs and CLK as the rising edge clock input.
Create the layout design for MOS inverter using a depletion-type transistor with VTL = -0.3V and an enhancement-type device with VTO = 0.5V such that tPLH is less than or equal to 15ns and tPHL is less than or equal to 1ns
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