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Alesandro Giordano's user avatar
Alesandro Giordano's user avatar
Alesandro Giordano's user avatar
Alesandro Giordano
  • Member for 1 year, 11 months
  • Last seen more than a month ago
  • Padua, TV, Italia
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Vdiff at input of op-amp
@Dogo can you please explain better your question? What are you measuring and in which specific point? What do you expect?
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Vdiff at input of op-amp
@tobalt please take note of the correction
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Vdiff at input of op-amp
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Vdiff at input of op-amp
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Vdiff at input of op-amp
I didn't check the opamp datasheet, thank you for the hint
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Vdiff at input of op-amp
Ensure first you’re measuring correctly on the inputs, try to bias them with a high impedance pull-up/pull-down network. Then the output is directly related to the feedback and the signal
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Vdiff at input of op-amp
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Vdiff at input of op-amp
How are you measuring this voltages? Which instrumentation are you using?
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Unexpected output from LC circuit
we need to take a look at the 1:x rate of the transformer, also to the quivalent generator resitance. Then adjust all the parasitic components
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Unexpected output from LC circuit
Help me understanding your question, you're asking why the simulaiton damping factor doesn't meet the one of the real test?
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Unexpected output from LC circuit
2.5 kHz doesn't meet my simulation, with an RLC circuit (50 Ohm, 4 mH, 4.7 nF) i obtain an oscillation at almost 36 kHz, this meet the teoretic value calculated with omnicalculator.com/physics/rlc-circuit the high frequency pole is located at almost 1.3 Mhz