Which statement about the output module configuration is correct?

The statement regarding output module configuration highlighting its crucial role for correct signal transmission is accurate because the output module must properly interface with other components of the control system to ensure accurate and reliable operation. When configured correctly, it allows for the precise control of actuators or devices, translating the PLC's internal logic into physical actions. This includes ensuring that the voltage and current ratings are appropriate for the connected load. Proper signal transmission is essential because any misconfiguration can lead to incorrect outputs, potentially causing malfunctions or safety issues in automated systems.

The interrelation between output and input module configurations does not necessitate that they match; while they need to be compatible, they often serve different purposes within the system. The assertion that output configuration has no impact on system performance underestimates its importance; any inefficiency in signal transmission can adversely affect system functionality. Lastly, while module ownership refers to which device has control over a particular module, it does not directly relate to configuration as a characteristic defining communication and operation functions. Thus, the focus on signal transmission underscores the vital role that output module configuration plays in the overall functionality of a PLC-controlled system.