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The problem does not appear when N=1 as the function get_adc_sampling_times interprets that cases differently. A solution would be to sample the ADC from $0 + \epsilon$ to $T -\epsilon$, with $\epsilon$ a very small number, so it can never happen that the start/end of an RF coincides with an ADC sampling point.
The text was updated successfully, but these errors were encountered:
Sometimes when an ADC is beside an RF object the RF object is not simulated. Minimal working example:
The problem does not appear when$0 + \epsilon$ to $T -\epsilon$ , with $\epsilon$ a very small number, so it can never happen that the start/end of an RF coincides with an ADC sampling point.
N=1
as the functionget_adc_sampling_times
interprets that cases differently. A solution would be to sample the ADC fromThe text was updated successfully, but these errors were encountered: