In another example method, one or more of the first connector and the second connector is formed to include a respective connector magnet. A respective guide magnet is positioned adjacent to one or more of the first connector and the second connector having the respective connector magnet. A polarity of the respective guide magnet is aligned with a polarity of the respective connector magnet such that the respective guide magnet guides the respective connector magnet into a connection position by repulsive magnetic force.

In an example method for communicating radiofrequency carrier signals in wireless electronic communication devices, operations include the following. A radiofrequency carrier signal is received at an antenna structure mounted on a first component support structure. The radiofrequency carrier signal is transmitted to a first connector communicatively coupled to the antenna structure. The radiofrequency carrier signal is communicated to a second connector mechanically connected to the first connector by mutual magnetic attraction therebetween. The radiofrequency carrier signal is communicated to wireless communication circuitry configured to communicate using radiofrequency carrier signals. The wireless communication circuitry is mounted on a second component support structure mechanically coupled to the first component support structure and capable of movement with respect to the first component support structure. The first connector and the second connector maintain resilient alignment with each other due to the mutual magnetic attraction.

In another example method, an outgoing radiofrequency carrier signal is generated at the wireless communication circuitry. The outgoing radiofrequency carrier signal from the wireless communication circuitry is transmitted to the antenna structure through the first connector and the second connector.