IbaPADU-S-IT-16 modular central unit

Central unit digital input: Each channel can be configured with an anti shake filter type (DebType_Ch00... 07) and anti shake time (DebTime_Ch00... 07) in the output signal.

FiberOptics_IO: This is the key to communicating with the external world, such as ibaPDA. The input and output protocols must be set to 'External' to enable communication with ibaPDA in 32Mbit Flex mode. At this point, the S1 rotary switch must be set to an address between 1-F.

Buffered Access: If you need to collect signals at a sampling rate of less than 1ms, you must enable 'Buffered Access'. After activation, the signal will be provided to the ibaLogic program in array form with timestamp information attached.

3. Program design: After completing the configuration of I/O signals and assigning them to the program, functional blocks (such as DATFHIR LOWRITE) can be used in the programming interface for logic design, mathematical operations, and process control. For example, the measurement data can be directly saved to the local RAM disk of the device (default path C: dat) using DATFILE&WRITE, and then downloaded remotely through Ethernet using ibaDatCoordinator software.

4. Program deployment: After completing the program compilation, select "Evaluation - Store Program to PMAC" to load the compiled program onto ibaPADU-S-IT-16. If "AutoStart" is enabled in the "ibaLogic" tab of the web interface, the device will automatically load and run the program every time it is powered on, achieving true independent operation.