A microwave antenna assembly is disclosed.

A planar microwave antenna comprises two identical probe arrays superimposed one over the other.

The present invention relates to an optically controlled microwave antenna (10).

The connector may be a microwave antenna, in which case the first conductor (22) forms a microstrip patch antenna.

This invention concerns a microwave antenna (10) for cardiac ablation.

A microwave antenna is movably positioned in the deployable member so as to control a microwave field strength vector in relation to the antenna.

In particular it concerns such an antenna suitable for catheter ablation.

The GNSS antenna is a patch antenna where the microwave antenna extends away from the patch antenna in at least one dimension.

The invention concerns a head-lamp with an integrated microwave antenna, the head-lamp comprising a rotationally symmetrical paraboloidal reflector (21) and the microwaves being radiated in a directly lateral manner.

A microwave antenna with a simple mounting device for a dielectric plate and a radiating patch is described.

A regulating device for a microwave antenna, comprising a supporting element hinged via a first hinge shaft, and a mounting element connected to the microwave antenna.

Disclosed is an invention that uses a coaxial microwave antenna as a primary plasma source in PVD.

A microwave antenna suitable for monopulse radar applications is operable over a broad frequency band.

The mounting structure support element (80) permits the microwave transceiver/antenna unit (60) to be adjusted in three degrees of freedom.

The GNSS antenna is a patch antenna where the microwave antenna extends away from the patch antenna in at least one dimension.