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ANALYSIS+DESIGN OF LINEAR CIRCUITS(LL)
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- For the following circuit, do the following:a) Write the mathematical expressions for the voltage VC, VR1 and IC if the switch is on theposition 1.b) Find the voltage VC, VR1 and IC if the switch changes to a position 2 at t = 100ms.c) Determine the discharge time of the capacitor.d) Draw the charge and discharge waveforms.arrow_forwardIn the circuit of figure C = 1 (mu) F and R = 100 M ohms.The resistance represents the losses in the dielectric.If initially C stores 1mJ,a) determine the time constant of the circuitb) Calculate the value of i at t = 20s. Clearly explain your answer.arrow_forwardFor the current curve shown in the figure, given that q(0)= 3.5mC. The charge q(t) at t=2ms is: 1) (A) 104 t (ms) a. 5mC. O b. 4.5mC. O c. 6mC. O d. 7.5mC. O e. 8.5mC.arrow_forward
- For the network of Figure 4, find the mathematical expressions for the transient behavior of the voltage v, and the current i, following the closing of the switch at position 1 at t = O sec. Find the mathematical expressions for the voltage ve and current i, as a function of time if the switch is thrown into position 2 at t = 20 msec. Draw the resultant waveforms of the voltage ve and current i̟ on the same time axis. R1 R3 2 40k 5k Ic 30V R2 Vc C1 R4 20k 0.3uf 8karrow_forwarddraw graphs of the voltage over r1 (v against t graph) for the charge cycle. starting at t=0 until steady state after the switch is closed (initially all capacitors are empty) and another case when the switch is opened (initially the capacitors are fully charged)r1 = 100k ohms r2 = 10k ohms v1 = 5v (dc) c1 = 100nf c2 = 220nf c3 = 330nfarrow_forwardA 4-A current charging a dielectric material will accumulate a charge of 24 C after 6 s. Select one: O a. True O b. Falsearrow_forward
- The voltage across a particular device varies with time and is given by V = 6e-0.1t volts The current into the same device, following the passive sign convention, is I = 2-2e-0.1t milliamps Find (a) the total charge into the device for the time period 0 < t < 5 seconds. (b) the total energy into the device for the time period 0 < t < 5 seconds. Remember to include units for both answers.arrow_forward"Given the potential function V = x²ytz+3), determine the electric potential at (3, 4, -6)." -108 ml/C 324 mJ/C -108 J/C 324 J/Carrow_forward1. Defernine G) the currents I, a Ie, $3, It, Is, and I6 and 6) the potential at b,c, d, e, and h. 0.2L GV 8Varrow_forward
- Q1) For the network in a. Find the mathematical expression for the voltage across the capacitor after the switch is thrown into position 1. b. Repeat part (a) for the current ic. c. Find the mathematical expressions for the voltage ve and current ic if the switch is thrown into position 2 at a time equal to five time constants of the charging circuit. d. Plot the waveforms of v and ic for a period of time extending from t 0 to t = 30 µs. %3D 2. E 80 V C 10 pF Ve R2 390 k2 R1 100 k2arrow_forwardAn aluminium wire 7.5 m long is connected in a parallel with a copper wire 6 m long. When a current of 5 A is passed through the combination, it is found that the current in the aluminium wire is 3 A. The diameter of the aluminium wire is 1 mm. Determine the diameter of the copper wire. Resistivity of copper is 0.017 uN-m; that of the aluminium is 0.028 µN-m um (CONVERT TO NEAREST WHOLE NUMBER)arrow_forwardState in your own words/understanding those terms found below. Elaborate by an example if necessary. a. Coulomb's Law b. Electric field c. Free space permittivity d. Dielectric material of capacitore e. Electrical current f . Elaborate Kirchhoff's Current Law g. Elaborate Kirchhoff's Voltage Lawarrow_forward
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