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lab assignmentmosfetsintroductiondiscuss the basic differences between jfets and mosfets why should mosfets be handled
lab assignmentjfetsintroductionwhich types of applications are field-effect transistors preferred over bipolar junction
lab assignmentpower amplifiersintroductiondiscuss some of the basic differences between the operation of a class a b
problemuse spice to plot gain magnitude and phase for the following circuits as a function of frequency mark relevant
suggest suitable materials of construction for the following applications1 a 10000 m3 storage tank for toluene2 a 50 m3
for the situation described in p342 above a modified design is required for the situation in which the supply variation
for the situation described in p342 above what arc the line regulation and load regulation as defined in equations 360
a 68 v zoner diode specified at 5 ma to have vz la 68 v and rz as 20 0 with la 02 ma is operated in a regulator
for the design described in problem p332 above of a 40 v regulator using five diodes and a 600 ii resistor with a 10 v
a 1-ma diode having a 01 vdecade characteristic operates from a constant-current supply with vd 08 v if it is shunted
antenna modeling in this problem we will use the 3d code from the previous problem to model two types of antennas for
numerical dispersion in the frequency domain use your code from problem 56 to propagate a gaussian pulse along the 1d
2d cylindrical coordinates create a 2d cylindrical simulation choosing appropriate parameters r z and t to model the
3d circular waveguide in cylindrical coordinates create a simulation space for a circular waveguide in 3d cylindrical
this assignment should be completed individually please make sure that your answer is legible typing is
optical fiber modify the code from the previous problem so that the waveguide consists of a dielectric with n 2 with
stability of the runge-kutta methods derive the stability criteria for the second order and fourth-order runge kutta
stability of the coupled leapfrog algorithm investigate the stability of the leapfrog algorithm equations 526 in a
stability of the discretized wave equation analyze the stability of the algorithm presented in problem 34 using the von
a thin slot create a 2d tm mode simulation that is 100 times 200 grid cells designed for a frequency of 300 mhz place a
taskyou are to plan and then code the truefalse game as described by the information provided below the assignment is
mur boundaries in corner regions the second-order mur boundary in equations 822 and 823 will not work in the corners of
thin slot revisited repeat problem 710 but include a second-order mur boundary on each of the walls compare the fields
frequency response of upml and cpml implement the upml and cpml separately in the simple square 2d simulation of
a dng material metamaterials are materials made up of periodic structures whose macroscopic behavior can be controlled