Abstract: A RF connector includes a first conductor and a symmetrical second conductor. Each conductor has an elongated structure of a flat conductive material with a length corresponding to ¼ of a nominal frequency of a signal to be coupled and is connected at a first end to a coaxial connector and at a second end to the housing. The RF connector can be switched between an ON state and an OFF state. In the OFF state, the first conductor is distant from the second conductor and in the ON state the first conductor is in close contact with the second conductor such that open sides of their respective housings are oriented against each other, and the conductors are facing each other.

Abstract: A RF connector includes a first conductor and a symmetrical second conductor. Each conductor has an elongated structure of a flat conductive material with a length corresponding to ¼ of a nominal frequency of a signal to be coupled and is connected at a first end to a coaxial connector and at a second end to the housing. The RF connector can be switched between an ON state and an OFF state. In the OFF state, the first conductor is distant from the second conductor and in the ON state the first conductor is in close contact with the second conductor such that open sides of their respective housings are oriented against each other, and the conductors are facing each other.