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the capacitor in given figure carries an initial voltage vc0 - 25 v at t 0 the switch is closed and thereafter the
the inductor in given figure carries an initial current of il0 20 maat t 0 the switch opens and thereafter the
abstractthe purpose of this experiment is to show the characteristics of the boiling phase change concept the regions
1 for t gt 0 the voltage across an energy storage element is v t 5 - 20 e-500tnbspv and the current through the
build the op amp circuit of given figure in multisim let r 33 komegac0056muf and vo0 15 vthe input is 10 1 - e-500t u
following the rationale used to derive the dynamic rc circuits in figure-3 derive the input-output relationship for the
the op amp integrator in given figure has r 50 komega c 120 muf and vo0 - 2 vthe input is vsnbspt 10 u t v use
the op amp integrator in given figure has r 22 komega c 0001 muf and vo0 0 v the input is vst 2 sin omegat u t
redesign the circuit of figure-1 using an rl circuit rather than the rc approach shown refer to given
the op amp differentiator shown in given figure has r 100 komega and c 01 muf and an output vot 1 sin 100t u tv what
for the block diagram shown in given figure-a find the differential equation the block diagram representsb design an rc
1 draw a block diagram and then design an rc op amp circuit to implement the input-output relationshipvot -25vst 150
design an rc circuit using only one op amp and only one capacitor that implements the input-output relationshipvot
in this problem you will design an oscillator the equation for your oscillator isd2vot dt2 vot 0va draw a block
in given figure the initial current through the inductor is il0 5 maa find ilt and vot for t ge 0b use matlab to plot
the switch in given figure is closed at t 0 the initial voltage on the capacitor is vc0 100 va find vct and iot for t
each of the two circuits in given figure has a switch that affects their time constantsfor circuit c1 find the time
1 find the function it that satisfies the following differential equation and the initial condition500ditdt 25kit 0
air-coil inductor design in a particular radio frequency rf application you determine there is a need for a small
the circuit in given figure is in the zero state when the input vst vau t is applied find vot for t ge 0 identify the
the circuit in given figure is in the zero state when the input vst 24 u t is applied if l 150 mh and r 15 komega
the switch in given figure has been in position a for a long time and is moved to position b at t 0 find vcnbspt for t
repeat given problem however after the switch is moved to position b at t 0 the switch is moved back to position a at
find the function that satisfies the following differential equation and the initial condition for an input vst 10 cos
repeat given problem for vst 1000e-200tnbspu tv plot your result using matlabproblem find the function that satisfies