public AI_Channels(ref AgilentU254x Driver)
{
_pulseBit = new DigitalBit(new DigitalChannel(DigitalChannelsEnum.DIOD, ref Driver), 0);
_setResetBit = new DigitalBit(new DigitalChannel(DigitalChannelsEnum.DIOD, ref Driver), 1);
_selector_A0 = new DigitalBit(new DigitalChannel(DigitalChannelsEnum.DIOB, ref Driver), 0);
_selector_A1 = new DigitalBit(new DigitalChannel(DigitalChannelsEnum.DIOB, ref Driver), 1);
_channelModeSwitch = new ChannelModeSwitch(_pulseBit, _setResetBit, _selector_A0, _selector_A1);
_filter = new Filter(new DigitalChannel(DigitalChannelsEnum.DIOA, ref Driver));
HOLD_CS = new DigitalBit(new DigitalChannel(DigitalChannelsEnum.DIOC, ref Driver), 2);
HOLD_CS.Reset();
_gainAmplifier = new ProgrammableGainAmplifier(new DigitalChannel(DigitalChannelsEnum.DIOC, ref Driver));
_latch = new AnalogInLatch(
_selector_A0,
_selector_A1,
new DigitalBit(new DigitalChannel(DigitalChannelsEnum.DIOD, ref Driver), 2));
_channels = new AI_Channel[4]
{
new AI_Channel(AnalogInChannelsEnum.AIn1, ref Driver, _channelModeSwitch, _filter, _gainAmplifier, _latch),
new AI_Channel(AnalogInChannelsEnum.AIn2, ref Driver, _channelModeSwitch, _filter, _gainAmplifier, _latch),
new AI_Channel(AnalogInChannelsEnum.AIn3, ref Driver, _channelModeSwitch, _filter, _gainAmplifier, _latch),
new AI_Channel(AnalogInChannelsEnum.AIn4, ref Driver, _channelModeSwitch, _filter, _gainAmplifier, _latch)
};
}
public AI_Channel(AnalogInChannelsEnum channelName, ref AgilentU254x Driver, ChannelModeSwitch ModeSwitch, Filter ChannelFilter, ProgrammableGainAmplifier ChannelPGA, AnalogInLatch CommonLatch)
{
_channelName = channelName;
_driver = Driver;
_modeSwitch = ModeSwitch;
Parameters = new ChannelParams(_channelName, ChannelFilter, ChannelPGA, CommonLatch);
InitDriverChannel(_channelName, out _channel);
ChannelData = new ConcurrentQueue <Point[]>();
}
