Pull-fall separation type photoelectric hybrid connector

The invention provides a pull-fall separation type photoelectric hybrid connector which is suitable for the technical field of an electric connector. The pull-fall separation type photoelectric hybridconnector settles the technical problems of relatively large mass, capability of transmitting only electric signals and single transmission signal. A connecting nut of the connecting nut of the pull-fall separation type photoelectric hybrid connector sleeves the outer periphery of the head end of an inner housing. The outer periphery of the connecting nut is provided with an outer housing. The inner housing is internally provided with an insulator assembly. A tail sleeve is connected with the tail end of the inner housing. A lanyard is connected with a pulling cylinder. The pulling cylinder is mounted in the outer housing through a snapping spring. The head end of the pulling cylinder and the tail sleeve is provided with a backup ring. The front end of the backup ring is provided with a locating snap ring. The inner circumference of the front end of the outer housing is provided with an annular boss. A corrugated spring is mounted between the annular boss and the snapping ring and isarranged at the outer periphery of the locating snap ring. The pull-fall separation type photoelectric hybrid connector can simultaneously transmit a plurality of kinds of signals and has advantages of high integration degree, high extreme environment resistance and high reliability. The pull-fall separation type photoelectric hybrid connector can effectively reduce equipment size of suspending equipment and improves response rate of the suspending equipment.