Description
Returns the signal to noise ratio (C/N) for the power in dB. This solution is based on the solution from ComputeReceivedPower if the second argument is Calculated, comes from the provided receiver desired received power if the second argument is FromReceiver, and is calculated from the gain to noise temperature ratio (G/T) if the second argument is a numeric value.
Timing Precision Mode
This page describes functionality in millisecond timing precision mode. Millisecond timing precision mode is deprecated and will be removed in a future release. We recommend that you migrate your Mission Plans to nanosecond timing precision mode.
Click here to see the documentation for this object in nanosecond timing precision mode.
Overload List
Signatures
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Return Value
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Description
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RFLink.GetSignalToNoiseRatio(Variable Epoch, String SignalToNoiseRatioCalculationType)
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Variable
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Returns the signal to noise ratio (C/N) for the power in dB. This solution is based on the solution from ComputeReceivedPower if the second argument is Calculated, comes from the provided receiver desired received power if the second argument is FromReceiver, and is calculated from the gain to noise temperature ratio (G/T) if the second argument is a numeric value.
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RFLink.GetSignalToNoiseRatio(Variable Epoch, Variable GainToNoiseTemperatureRatio)
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Variable
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Returns the signal to noise ratio (C/N) for the power in dB. This solution is based on the solution from ComputeReceivedPower if the second argument is Calculated, comes from the provided receiver desired received power if the second argument is FromReceiver, and is calculated from the gain to noise temperature ratio (G/T) if the second argument is a numeric value.
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See also
RFLink Object
Coverage and Contact Analysis Guide
RF Link Analysis Guide
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