Transient Response in R-C and R-L Circuits

LAB 3: TRANSIENT RESPONSE IN R-C AND R-L CIRCUITS OBJECTIVES: 1. To drop it the transient repartees of R-C and R-L circuits. 2. To analyse the potency and up-to-date responses due to a step change in potential difference applied to an R-C or R-L circuit. range THEORY: In an R-C circuit, the response curve for the voltage across the capacity (Vc) pass on be ( ) 1 1 t t RC c s s V t V e V e ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? and the current flow to the electrical capacity ic will be 0 0 0 ( ) ; t t RC s c V i t I e I e where I R ? ? ? ? ? ? and the date constant, ??= RC. In an R-L circuit, the response curve for the current through the inductor will be 1 1 Rt t s L s L V V i e e R R ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? and the voltage across the inductor will be ( ) Rt t L L s s V t V e V e ? ? ? ? ? and the time constant, ? =L/R. * Note the formulae above are for ictus capacitors and inductors. The internal resistance in a real capacitor or a real inductor could have or so essence on the time constants in the circuits. EQUIPMENT AND MATERIALS LIST maneuver Generator. Breadboard or any able connection board. * better Resistors 100 k?, 1 k??(220 k?? * pertinacious Capacitor 0.01 ?F (33nF) *Fixed Inductor 10 mH setting Digital Multimeter Digital LCR Meter * any other suitable values may do. Electrical engine room Laboratories chance variable 2008 Edited 2012 2 CIRCUIT DIAGRAMS fancy 1 formula 2 PROCEDURE 1 (a) Construct the circuit of digit 1 using the equipment and materials provided. However, first measure the value of R and C with the Digital multimeter and LCR meter, respectively. (b) Display one complete speech rhythm (approx. 10 div) of a 100 Hz square pluck on Channel 2 of the oscilloscope by pursuit these move: 1) Turn selector to square wave on the call for generator. 2) club oscillator to 100 Hz. 3) Set horizontal baffle time on oscilloscope to 1 ms/div. 4) Set vertical gain to 1 volt/div. 5) Change the! getup of manoeuvre generator to get 6...If you want to get a wax essay, order it on our website: BestEssayCheap.com

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