In a system with a limited movement angle, what component is used for error detection?

In a system with a limited movement angle, the use of E-Transformers is crucial for error detection. E-Transformers are designed to accurately sense the position and motion within specific limits, providing feedback to the control system about the current state of movement. This capability allows the system to detect discrepancies or errors when the movement goes beyond expected parameters, ensuring that any deviations from the desired operational range can be identified and corrected.

The precision of E-Transformers in monitoring and reporting on movement makes them particularly effective in applications where maintaining a strict operational range is critical. Their ability to relay precise information helps prevent malfunctions and enhances the overall reliability of the system.

In contrast, other components like potentiometers primarily serve as variable resistors or position sensors but may not be as adept at real-time error detection in a limited movement scenario. Relays function as switches and do not inherently provide feedback about movement limitations. Capacitors, primarily used for storing and releasing electrical energy, do not play a role in monitoring position or movement angles. Thus, E-Transformers stand out as the ideal choice for error detection in this context.