BREADBOARD MB-106 R.S.R. ELECTRONICS Va Vb Vc fghi ***** ***** ***** ***** ********* ******* ****** ****** ******* ****: 55 60 fgh + ***** ***** ***** ***** ***** ***** ***** ****** ***** ***** abcde fghij abcde 60 abcde + fghij abcde fghij/n12:27 Back Experiment 7.pdf v(t)=Ve A 61 out voltage is held constant for a long time, the current in the inductor will increase or decr tially, depending on its initial value, until it equals and the inductor voltage will go to z R or the series RL circuit the input voltage has been held constant at V volts for a long time and 1 t voltage is stepped from V to zero, the inductor voltage will behave as v(t)=-Ve½ ase the voltage will be negative with respect to V since the voltage was stepped in the negati (negative slope). 14/2011- Laboratory Vs Page 2 of 5 R ww t=0 v(t) ed Components: Various resistors, capacitors and inductors from your parts kit Function Generator Multimeter Exp. 7: RC/RL Transient Ana RC Step Response (60 Points) series RC circuit shown above, choose? R and C from your parts kit such that the time const roximately 5 msec. For simplicity, don't select an electrolytic capacitor since that would add capacitor polarity. In a moment you will measure the actual time constant in the circuit. Selected R Selected C Calculated T (msec) Measured t Rising (msec) Measured t Falling (msec) ct the circuit and use the function generator to provide a symmetric square wave as input³ € 6 D ☑ 48 Dashboard Calendar To Do Notifications Inbox