Question

C1 R1=1 ? R2-10 ? R3 100 ? L1 R1 10 UIN(t) C2 R3Uex(t) R2 0.1 0.1 Un(t)-1(t), tcti; tis 6 ?s UN(t) 0, t>ti us; Find UEx(t) by: 1) State variable method; 2) Laplace Transforms ( residue calculations ); 3) Convolution calculations. Simulating the circuit with PSpice find graphics: 1) Uex(t); 2) Unit step response g(t); 3) Impulse response h(t); Find: 1) Unit step response g(t), also analytical form of g(t); 2) Impulse response h(t), also analytical form of h(t). Plot characteristics: 1) UIN(t) 2) UEx(t)-state variable method (SVM); 3) UEx(t)-Laplace Transforms (LT); 4) UEx(t)-convolution calculations (CC) 5) Difference between SVM un LT; 6) Difference between SVM un CC; 7) Unit step response-g(t); 8) Impulse response- h(t);

Answer 1

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