CİRCUİT 2

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Data Tables  T able 1.1  T able 1.2  T able 1.3  T able 1.4  T able 1.5 τ 0.212 µs VL  Theory VL Experimental Deviation 0 V 0 V 0 τ 0.04 ms V!  Theory V! Experimental Deviation 10 V ".#" V 1.2 τ 22.0" s V !  Theory 10 V

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Transcript of CİRCUİT 2

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Data Tables

 Table 1.1

 Table 1.2

 Table 1.3

 Table 1.4

 Table 1.5

τ 0.212 µs

VL Theory VL Experimental Deviation

0 V 0 V 0

τ 0.04 ms

V! Theory V! Experimental Deviation

10 V ".#" V 1.2

τ 22.0" s

V! Theory 10 V

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Charging

 Time $se%& Volta'e

0 0.03

10 3.3"

20 5.(4

30 .0#

40 #.02

50#.(3

(0 ".03

0 ".2#

#0 ".4(

"0 ".5

100 ".(5

110 ".

120 ".4

 Table 1.(

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Discharging

 Time $se%& Volta'e

0".#0

10.2(

204."(

303.34

402.32

50 1.(4

(01.2

00.#(

#00.(3

"00.4

1000.3(

1100.2#

1200.22

 Table 1.

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Questions

1. )hat is a reasonable approximation *or an in+,%tor at D! stea+y state-

/ reasonable approximation *or an in+,%tor at D! stea+y state is short %ir%,it.

2. )hat is a reasonable approximation *or a %apa%itor at D! stea+y state-

/ reasonable approximation *or a %apa%itor at D! stea+y state is open %ir%,it.

3. o %an a reasonable approximation *or timetostea+y state o* an ! %ir%,itbe %omp,te+-

The time %onstant *or an ! %ir%,it is simply the ee%tive %apa%itan%e times thee**e%tive resistan%e τ !.

4. 6n 'eneral hat sorts o* shapes +o the %har'e an+ +is%har'e volta'es o* D!! %ir%,its *ollo-- Discharging

- Charging

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LAB REPRT!"#$

1. BA%&C RL A'D RC DCC&RC(&T%

)ERT A*ALDA+ 12,4,3,,

EEE 2,2

1.,3.2,1/

!0)!R