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16.38 the switch in the circuit of fig 16.42 moves from position a to position b at t = 0 (please note that the switch must connect to point b before it breaks the connection at a, a make before break switch). 16.61 is moved from position a to b (a make before break switch) at t=0

Determine i (t) for t>0.figure 16.61for prob 16.42 moves from position a to position b at (please note. Often we solve the differential equation first to obtain a general solution

Then we apply the conditions to obtain the unique solution

It is important to know which conditions must be. Determine the initial current through the inductor Before the switch is moved (t<0), the circuit is in steady state The inductor acts as a short circuit

A) determine following signal properties such as vp, vpp, amplitude, voffset (3p) b) make dc analysis for vb=1 volt (calculate collector and emitter voltages.) [7 points] The switch in the circuit of fig 16.61 is moved from position a to b (a make before break switch) at t = 0 Determine i ( t ) for t &gt

The switch in the circuit below moves from position a to position b at t=0

Please note that the switch must connect to point b before it breaks the connection at a, a make before break switch. Determine i (t) for t > 0 Step 1 we first determine the initial conditions we. Solution to an electrical engineering problem using laplace transforms to find current i (t) in a circuit

The first step in solving 16 problem number 19 trying to solve the problem we have to refer to the textbook question

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