When a Torque Transmitter (TX) and Torque Receiver (TR) are connected, what do they form?

When a Torque Transmitter (TX) and Torque Receiver (TR) are connected, they form a simple torque synchro system. This type of system is used to measure the amount of torque being applied to a shaft and transmit this information to another component or system for monitoring, control, or feedback purposes.

In the context of torque synchronization, the TX senses the torque and transmits this information to the TR, which receives and interprets it. This allows for precise control and coordination between different components or systems that rely on torque data. The primary function of the TX and TR in this scenario is to ensure that the torque measurements are accurately synchronized, enabling effective operation within mechanical systems.

The other options refer to broader systems or functions that do not specifically capture the essential relationship and function of a torque transmitter and receiver. While they have their own applications, they do not define the specific collaborative operation that occurs between the TX and TR in a torque synchro system.