public bool TryAdcNoiseBlanker(NoiseBlanker blanker)
{
var res = _api.SetAdcNoiseBlanker(GetHandle(), blanker.Active);
res &= _api.SetAdcNoiseBlankerThreshold(GetHandle(), (ushort)blanker.Threshold);
return(res);
}
public bool TryNoiseBlanker(NoiseBlanker blanker)
{
var res = _api.SetDdc2NoiseBlanker(_radio.GetHandle(), _channel, blanker.Active);
res &= _api.SetDdc2NoiseBlankerThreshold(_radio.GetHandle(), _channel, blanker.Threshold);
return(res);
}
public G31DdcRadio AdcNoiseBlanker(NoiseBlanker blanker)
{
Check(_api.SetAdcNoiseBlanker(GetHandle(), blanker.Active));
Check(_api.SetAdcNoiseBlankerThreshold(GetHandle(), (ushort)blanker.Threshold));
return(this);
}
public Ddc2 NoiseBlanker(NoiseBlanker blanker)
{
_radio.Check(_api.SetDdc2NoiseBlanker(_radio.GetHandle(), _channel, blanker.Active));
_radio.Check(_api.SetDdc2NoiseBlankerThreshold(_radio.GetHandle(), _channel, blanker.Threshold));
return(this);
}
/// <summary>
/// Function for configuring the noise blanker
/// </summary>
/// <param name="noiseBlanker"><see cref="Devices.NoiseBlanker"/> Blanker parameters</param>
/// <returns>Returns <see cref="G313Demodulator"/></returns>
public G313Demodulator NoiseBlanker(NoiseBlanker noiseBlanker)
{
var result = TryNoiseBlanker(noiseBlanker);
return(CheckFluent(result, "failed to set noise blanker"));
}
/// <summary>
/// Function for configuring the noise blanker
/// </summary>
/// <param name="noiseBlanker"><see cref="Devices.NoiseBlanker"/> Blanker parameters</param>
/// <returns>Return true if Noise blanker parameters are set.</returns>
public bool TryNoiseBlanker(NoiseBlanker noiseBlanker)
{
return(G313DemodulatorApi.SetNoiseBlanker(GetHandle(), noiseBlanker.Active, (uint)noiseBlanker.Threshold));
}
