anonymous
  • anonymous
H5P3 Last question So, what is the incremental voltage gain vo/vi of this circuit?
MIT 6.002 Circuits and Electronics, Spring 2007
katieb
  • katieb
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anonymous
  • anonymous
you have vi from Question >>>calculate vo and divide vo/vi
anonymous
  • anonymous
is it OK dude
anonymous
  • anonymous
thanks a lot

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anonymous
  • anonymous
Pls tell d exact answer
anonymous
  • anonymous
Using the expression you just derived, let's crunch the numbers again. Remember, our power MOSFET has K=2.0A/V2 and VT=2.0. And we are driving a RS=16Ω earphone load. Assume here that our input bias voltage VIN=6.9 V. If we have an incremental input of vi=0.003V what is the incremental output vo (in Volts)?
anonymous
  • anonymous
Pls help me out
anonymous
  • anonymous
ok wait
anonymous
  • anonymous
Thanks a lot
anonymous
  • anonymous
thank u abhaypratap & moyani for ans
anonymous
  • anonymous
^_^ all the best
anonymous
  • anonymous
H5P1 section As VIN is increased, the output voltage VOUT decreases and the MOSFET goes out of saturation. For the value or RL found above, what is the maximum input voltage VIN in volts such that the MOSFET will remain in the saturation region?
anonymous
  • anonymous
moyani pls answer the above question????
anonymous
  • anonymous
0.9498
anonymous
  • anonymous
vout=0.0023745
anonymous
  • anonymous
all these numbers went wrong for my question
anonymous
  • anonymous
in my case Vin is 6.2V vi ==.0035

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