H10P3: An L Network if f=630.0kHz Cmatch=????? Lmatch=?????

- anonymous

H10P3: An L Network if f=630.0kHz Cmatch=????? Lmatch=?????

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- Nurali

Cmatch= 1101.75 pF Lmatch= 55.05 uH

- anonymous

thanks

- anonymous

:)

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## More answers

- Nurali

Duty Cycle 58 and check tran.

- anonymous

with diode = 100 and Vin=3v

- anonymous

?

- anonymous

yes

- anonymous

is correct

- anonymous

last question plzz H9P1: Response to a Delayed Impulse L=20.0H and C=20.26mF. A=2/π=0.64 Coulombs at time t=9.0s. B. At the initial time what is the total energy, in Joules, stored in the circuit? C. At the time just before the impulse happens t=9.0− what is the total energy, in Joules, stored in the circuit? E. At the time just before the impulse happens what is the voltage vC(9.0−), in Volts, across the capacitor? incorrect

- anonymous

last question plzz H9P1: Response to a Delayed Impulse L=20.0H and C=20.26mF. A=2/π=0.64 Coulombs at time t=9.0s. B.==? C.==? E.==?

- anonymous

H9P1: Response to a Delayed Impulse L=20.0H and C=20.26mF. A=2/π=0.64 Coulombs at time t=9.0s. B.==? C.==? E.==?

##### 1 Attachment

- anonymous

?

- anonymous

incorrect

- anonymous

32.5 incorrect 32.5 incorrect -102.05 incorrect

- anonymous

No

- anonymous

red marks

- Nurali

ok wait

- anonymous

ok

- anonymous

sorry to say all 3 are incorrect

- anonymous

again

- anonymous

no

- anonymous

incorrect

- anonymous

Note: In this problem we have chosen numbers for the part parameters to make it easier to compute an answer :-). By the way, it is also hard to arrange zero resistance, except with superconducting materials at very low temperatures. In the circuit shown below L=20.0H and C=20.26mF. The current source puts out an impulse of area A=2/π=0.64 Coulombs at time t=9.0s. At t=0 the state is: vC(0)=0.0 and iL(0)=1.0. The equation governing the evolution of the inductor current in this circuit is d2iL(t)dt2+1LCiL(t)=ALCδ(t−9.0) What is the natural frequency, in Hertz, of this circuit? correct At the initial time what is the total energy, in Joules, stored in the circuit? incorrect At the time just before the impulse happens t=9.0− what is the total energy, in Joules, stored in the circuit? incorrect At the time just before the impulse happens what is the current iL(9.0−), in Amperes, through the inductor? correct At the time just before the impulse happens what is the voltage vC(9.0−), in Volts, across the capacitor? incorrect At the time just after the impulse happens what is the current iL(9.0+), in Amperes, through the inductor? correct At the time just after the impulse happens what is the voltage vC(9.0+), in Volts, across the capacitor? correct At the time just after the impulse happens what is the total energy, in Joules, stored in the circuit? correct

- Nurali

15 15 -47.1

- anonymous

no

- anonymous

incorrect

- anonymous

capcitor and inductor are in parallel

- anonymous

7.5 7.5 -23.56 is also wrong

- Nurali

10 10

- anonymous

40 40 -40*pi

- anonymous

h9p1 --- e) -15.7079632679 voltage across capacitor

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