RADIO FREQUENCY CONNECTOR

The present utility model provides a radio frequency connector, and relates to the communications field. The radio frequency connector includes an outer conductor and an inner conductor. The inner conductor includes a conductive sleeve and an elastically conductive structure, the outer conductor is of a tubular structure, and the inner conductor is disposed in a cavity of the outer conductor, and is not in contact with the outer conductor; one end of the conductive sleeve is open, and the other end of the conductive sleeve is closed; the elastically conductive structure is disposed inside the conductive sleeve; one end of the elastically conductive structure abuts against the closed end of the conductive sleeve, and the other end of the elastically conductive structure can extend out from the open end part of the conductive sleeve, and can move in a height direction of the conductive sleeve; the outer conductor can be fixedly connected to both an antenna PCB and a transceiving PCB; the closed end of the conductive sleeve can be welded on the transceiving PCB; and the part, extending out from the open end of the conductive sleeve, of the elastically conductive structure can abut against the antenna PCB. The present utility model resolves a problem that a radio frequency connector is easily damaged, and achieves an effect of reducing damage to the radio frequency connector. The present utility model is used for connecting an antenna PCB to a transceiving PCB.