public void CalculateCalculateSignalToNoiseRatio_1()
{
// Arrange:
var transmitFrequency = 10e9;
var transmitterPeakPower = 8000.0;
var transmitPulseDuration = 1e-6;
var transmitAntennaGain = 34.0.FromDecibels();
var receiveAntennaGain = 34.0.FromDecibels();
var targetRadarCrossSection = 5.0;
var targetRange = 100e3;
var systemLosses = 6.0.FromDecibels();
var systemNoiseFactor = 3.0.FromDecibels();
var numberOfPulses = 1024;
// Act:
var signalToNoise = RadarRangeEquationUtilities.CalculateSignalToNoiseRatio(transmitFrequency, transmitterPeakPower, transmitPulseDuration, transmitAntennaGain, receiveAntennaGain, targetRadarCrossSection, targetRange, systemLosses, numberOfPulses, systemNoiseFactor);
// Assert:
Assert.Inconclusive();
}
public void CalculateCalculateSignalToNoiseRatio_2()
{
var inputData = new RadarRangeEquationInputData()
{
TransmitFrequency = 10e9,
TransmitterPeakPower = 8000.0,
TransmitPulseDuration = 1e-6,
TransmitAntennaGain_dB = 34.0,
ReceiveAntennaGain_dB = 34.0,
TargetRadarCrossSection = 5.0,
TargetRange = 100e3,
SystemLosses_dB = 6.0,
SystemNoiseFactor_dB = 3.0,
NumberOfPulses = 1024,
};
// Act:
var outputData = RadarRangeEquationUtilities.CalculateSignalToNoiseRatio(inputData);
// Assert:
Assert.Inconclusive();
}