A synchro transmitter is connected to a synchro receiver in what manner?

A synchro transmitter is connected to a synchro receiver in what manner?

• A. Magnetically.
• B. Pneumatically.
• C. Electrically with wires.
• D. Wirelessly through frequency modulation.

Answer: (C)

A synchro transmitter is connected to a synchro receiver electrically with wires, which establishes a direct electrical connection between the two components. In this configuration, the synchro transmitter generates electrical signals that represent the angular position of a rotating shaft. These electrical signals are then transmitted through wires to the synchro receiver, which interprets the signals and produces a corresponding output. This electrical connection facilitates reliable and accurate transmission of position information, allowing for effective synchronization between the two systems. Other connection methods, such as magnetic or pneumatic, do not apply to the operation of synchros, which are fundamentally designed for electrical signal transmission, maintaining the integrity and precision necessary for applications like aircraft instrumentation and control systems.

A synchro transmitter is connected to a synchro receiver electrically with wires, which establishes a direct electrical connection between the two components. In this configuration, the synchro transmitter generates electrical signals that represent the angular position of a rotating shaft. These electrical signals are then transmitted through wires to the synchro receiver, which interprets the signals and produces a corresponding output.

This electrical connection facilitates reliable and accurate transmission of position information, allowing for effective synchronization between the two systems. Other connection methods, such as magnetic or pneumatic, do not apply to the operation of synchros, which are fundamentally designed for electrical signal transmission, maintaining the integrity and precision necessary for applications like aircraft instrumentation and control systems.