public void SetCutOffFrequencyAndGain(AnalogInChannelsEnum channelName, FilterCutOffFrequencies cutoff, FilterGain gain)
{
if (cutoff < FilterCutOffFrequencies.Freq_0kHz || cutoff > FilterCutOffFrequencies.Freq_150kHz)
{
throw new ArgumentException("Frequency out of range");
}
if (gain < FilterGain.gain1 || gain > FilterGain.gain16)
{
throw new ArgumentException("Gain out of range");
}
var valForLatch = (int)cutoff | (int)gain;
_channel.WriteByte(valForLatch);
CutoffFrequency = cutoff;
Gain = gain;
}
private void SetFilter_Gain(FilterGain gain)
{
SetParams(ChannelFilter.CutoffFrequency, gain, ChannelPGA.Gain);
}
public void SetParams(FilterCutOffFrequencies cutoff, FilterGain filter_gain, PGA_GainsEnum pga_gain)
{
ChannelFilter.SetCutOffFrequencyAndGain(_channelName, cutoff, filter_gain);
ChannelPGA.SetAmplification(pga_gain);
CommonLatch.PulseLatchForChannel(_channelName);
}
public void SetParams(FilterCutOffFrequencies cutoff, FilterGain filter_gain, PGA_GainsEnum pga_gain)
{
ChannelFilter.SetCutOffFrequencyAndGain(_channelName, cutoff, filter_gain);
ChannelPGA.SetAmplification(pga_gain);
CommonLatch.PulseLatchForChannel(_channelName);
}
public void SetFilter_Gain(FilterGain gain)
{
SetParams(ChannelFilter.CutoffFrequency, gain, ChannelPGA.Gain);
}