Configuring signals

The signals can be configured in the I/O Configurator of ibaLogic-V5.

Open the I/O Configurator in the Tools – I/O Configurator menu.
First, click on the <Update Hardware> button.
ibaLogic detects the module.
In the drop-down menu you can select between voltage or current input.

If Buffered Access is enabled, you can see additional input and output signals.

Note

You need to apply the Buffered Access by clicking on the <Apply> button. Only then, you will see additional signals in the signal tree that can be configured as output or input resources.

Signal	Meaning
Inputs
AI_mA_V_Ch[00…03]	Analog input signals
AI_Frequency_Ch[00…03]	Calculated power frequencies
AO_On_Ch[00…03]	Analog output active
DI_24V_Ch[00… 03]	Digital input signals
DO_On_Ch[00…03]	Digital output active
AO_Err_Ch00…03	Error of the quad root of analog outputs
DO_Err_NoSupply_Ch00_03	Load voltage error of a quad root of digital outputs
DO_Err_OverCurrent_Ch00_03	Quad root of the digital outputs is in error state due to overcurrent
StatusIn	Status information about the plugged input module (for output module without function): 0 = Module not initialized 1 = Module running >1 = Error (e.g. module cannot be initialized)
StatusOut	Status information about the plugged module (for input module without function): 0 = Module not initialized 1 = Module running >1 = Error (e.g. module cannot be initialized)
Outputs
AO_10V_Ch[00… 03]	Analog output signals
AI_DigitalFilterMode	Enables the digital anti-aliasing filter in addition to the analog anti-aliasing filter (if enabled)
AI_AntiAliasingFrequency	Setting of the cut-off frequency of the digital anti-aliasing filter
AI_PwrFreqMode_Ch[00…03]	Setting of the measuring interval for power frequency measurement (per channel)
AI_EnableFilter_Ch[00…03]	Enables the analog anti-aliasing filters (per channel)
AO_ResetError_Ch00…03	Output signal for resetting a hardware error
DO_24V_Ch[00… 03]	Digital output signals
DO_ResetError_Ch00_03	Output signal for resetting a hardware error
DI_DebType_Ch[00…03]	Debounce filter for digital signals
DI_DebTime_Ch[00...03]	Debounce time for the respective digital signal
Additional input signals for buffered access
AI_mA_V_Ch[00…03]_buf	Input buffer of analog input signals
AI_Frequency_Ch[00…03]_buf	Input buffer of calculated power frequencies
DI_24V_Ch[00…03]_buf	Input buffer of digital input signals
AO_On_Ch[00…03]_buf	Input buffer for analog outputs “active”
DO_On_Ch[00…03]_buf	Input buffer for digital outputs “active”
AO_Err_Ch00… 03_buf	Input buffer for error signals when quad root of ana-log outputs is in error state
DO_Err_NoSupply_Ch00_03_buf	Input buffer for error signals when error in the load voltage of a quad root of digital outputs
DO_Err_OverCurrent_Ch00_03_buf	Input buffer for error signals when quad root of the digital outputs is in error state due to overcurrent
BufferFillCount	Counter, when buffer is filled
BufferOverrun	Counter for buffer overrun
Additional output signals for buffered access
BufferSize	Buffersize
SubSampling	Subsampling of the signals