G79-150C

G79-150C is a type of cable assembly used in aircraft to provide control signals from the ground station to dozens of servos or actuators on the aircraft. The G79-150C protocol is based on the widespread CAN (Controller Area Network) protocol and provides high-speed, reliable data communication between the on-board and ground control stations.

The G79-150C Cable Assembly works by transferring a high-speed CAN signal between the on-board and ground control stations. This CAN signal is then translated by the on-board controller into a servo/actuator control signal. This allows the operator to send and receive control signals from the ground station to the aircraft’s servo/actuator.

The G79-150C Cable Assembly is a highly reliable two-wire communication system with a modular design and configuration. It is composed of two main components: the cable and the connector. The cable is composed of shielded twisted-pair conductors which carry the CAN signal and the connector is composed of a standard fiber optic plastic connector. The cable is also specially designed to reduce electromagnetic interference (EMI) from other electrical components in the aircraft, such as engines or radios.

The G79-150C Cable Assembly is typically used in aircraft control systems, such as rudder, aileron and elevator control systems. It is also used in aircraft self-protection and guidance systems. It is particularly suitable for applications which require high speed data transmission such as ELINT (electronic intelligence) systems and radar systems. The G79-150C Cable Assembly is also ideal for applications requiring secure communication such as navigation, communication and security systems.

The G79-150C Cable Assembly is a highly reliable and robust solution for transmitting control signals from the ground control station to the aircraft’s servo/actuator. It offers high-speed data communication and improved security for the transmission of sensitive aircraft control data. It is also an ideal solution for applications requiring secure communication.