rom the given circuit, determine ve for all time interval when Vs = 30 [u(-t) + u(t – to)] 5 ms to = 20 15 mF 21x Ve +
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![From the given circuit, determine v, for all time interval when Vs = 30 [u(-t) + u(t – to)] V
5 ms
to =
20
4Ω
20
15 mF
2ix
Ve
Vs
ww
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- The inductor current in the circuit shown below is given by i(t)=6+4e-8t A for t>=0. Determine v(t) for t>0. The value of v(t) is in the form B+Ce-8t V Find B and C.The real component of one of the two square roots of 5-j12 is a. 3 b. 1 c. 4 d. 2 The answer here is letter A. 3 but I dont know its solution. Please send me solution in handwritten form for better understanding. Thank you so much.For the series RLC circuit shown in Figure, If L = 10 H, R = 400 Ohms and C = 100μF, vS(t) = 0, i(0) = 4 A and di(0)/dt = 15 A/s, find i(t).
- Solve the elementary application of Differential equation: A series RL circuit with R = 50 Ohms and L = 10H has a constant voltage V = 100V at t = 0 by closing of a switch. Find the current at t = 0.5 secondsReduce the block diagram on the right to the canonical formand find C(s). K is constant. In a series RLC circuit where R=10 ohm , L=0.10 H and C = 20 uF, the applied voltage is 100 V. If the inductors and capacitors has no initial energy stored, what is the value of di/dt at t=0? a. 1000 b. 10 c. -10 d. -1000
- vi = 64 V, Switch has been closed for a while and opens at t=0 Use initial and final value theorems to determine iL(O-) and iL(infinity)I am trying to model a simple RC circuit with one resistor and one capacitor using Simulink. I was given this equation G(jw)=1/(1+jw*tau), tau=RC, and need to convert it to this form in the image: v_dot_o = 1/RC(Vi-Vo). I have also attached a longer image with more detailed steps of how to get to the final equation, but I don't get how a derivative of Vo has appeared out of nowhere somewhere in the middle of the procedure. Please show as many steps as possible and explain the steps if necessary. I'm purely intending to learn from the process, so it'd be really nice if you could explain how each step was done!a) Design an asynchronous Mod-N descending counter, where N=3+3+6 .
- 7. In DC analysis all capacitors are replaced by a short circuit equivalent and in AC as an open circuit. Select one:TrueFalse 8. En el análisis AC del BJT todas las fuentes de cd se hacen igual a cero y las reemplaza una conexión de cortocircuito a tierra. Seleccione una: Verdadero Falso 9. The superposition theorem is applicable to the analysis and design of the dc and ac components of a BJT network, allowing the analysis of the system's dc and ac responses to be separated. Select one:TrueFalse 10. An equivalent model is a combination of appropriately selected circuit elements that accurately simulates the real behavior of a semiconductor device in any operating condition. Select one:TrueFalseFrom the circuit shown, the current Isw at t = 0+ is?An RL circuit with a 2 Ω resistor (R=2) and a 0.02 (H) inductor, is driven by a voltage E(t)=0 (V). If the initial indictor current is I(0)=1 (A), then find the current I.