konchem urgent deeni answer cheppara

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[img]http://upload.wikimedia.org/wikipedia/en/thumb/7/7d/RLC_low-pass.svg/570px-RLC_low-pass.svg.png[/img]
please telll me vout/vin

thankyou thankyou

[bongule]

ivi cheyyadam marchipoyi chala rojulu ayindi mama.....Electrical guys some body help him... sSa_j@il sSa_j@il sSa_j@il sSa_j@il

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[quote author=Nemo link=topic=133712.msg1494798#msg1494798 date=1292545587]
ivi cheyyadam marchipoyi chala rojulu ayindi mama.....Electrical guys some body help him... sSa_j@il sSa_j@il sSa_j@il sSa_j@il
[/quote]very urgent mama

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[MAN UTD]

[quote author=AFDBADDICTED link=topic=133712.msg1494805#msg1494805 date=1292545642]
very urgent mama
[/quote]

ee class chaduvutunnav mama nuvvu ippudu? sCo_hmmthink sCo_hmmthink
serious gane adugutunnava leka post veyali kabatti adugutunnava?  sCo_hmmthink

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[quote author=MAN UTD link=topic=133712.msg1494816#msg1494816 date=1292545746]
ee class chaduvutunnav mama nuvvu ippudu? sCo_hmmthink sCo_hmmthink
serious gane adugutunnava leka post veyali kabatti adugutunnava?  sCo_hmmthink
[/quote]ledu mama very urgent  thankyou thankyou

[robo]

naku telsindi anta i = v/r  sSc_hiding2 sSc_hiding2

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[quote author=robo link=topic=133712.msg1494822#msg1494822 date=1292545796]
naku telsindi anta i = v/r  sSc_hiding2 sSc_hiding2
[/quote] sHa_clap4 sHa_clap4 konchem help seyyandi

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[robo]

[quote author=AFDBADDICTED link=topic=133712.msg1494825#msg1494825 date=1292545825]
sHa_clap4 sHa_clap4 konchem help seyyandi
[/quote] ippudu c ki r ki relation telsinda  *7*^

[PMREDDY19]

nenithey America .. only Google knows ,

[url=http://en.wikipedia.org/wiki/RLC_circuit]http://en.wikipedia.org/wiki/RLC_circuit[/url]


konchem page centre loki poo aa url lo.





Parallel RLC circuit


Figure 5. RLC parallel circuit
V - the voltage of the power source
I - the current in the circuit
R - the resistance of the resistor
L - the inductance of the inductor
C - the capacitance of the capacitor
The properties of the parallel RLC circuit can be obtained from the duality relationship of electrical circuits and considering that the parallel RLC is the dual impedance of a series RLC. From this consideration is immediately obtained the result that the differential equations describing this circuit will be identical to the general form of those describing a series RLC.
For the parallel circuit, the attenuation α is given by[16]

and the damping factor is consequently

This is the inverse of the expression for ζ in the series circuit. Likewise, the other scaled parameters, fractional bandwidth and Q are also the inverse of each other. This means that a wide band, low Q circuit in one topology will become a narrow band, high Q circuit in the other topology when constructed from components with identical values. The Q and fractional bandwidth of the parallel circuit are given by
and

[ammulu]

[img]http://www.chalanachithram.com/discus/clipart2/brahmam17.gif[/img]

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[quote author=robo link=topic=133712.msg1494839#msg1494839 date=1292545928]
ippudu c ki r ki relation telsinda  *7*^
[/quote]ledu naaku vout/vin kaavali pleae very urgent

[PMREDDY19]

[b][size=4]Low-pass filter
An RLC circuit can be used as a low-pass filter. The circuit configuration is shown in figure 9. The corner frequency, that is, the frequency of the 3dB point, is given by

This is also the bandwidth of the filter. The damping factor is given by[20][/size][/b]

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