The antenna system can include a pillbox antenna, a line feed antenna, or an array of horn antennas that convey electromagnetic waves between a transceiver (transmitter and/or receiver) and a reflector.

The antenna system can include a pillbox antenna, a line feed antenna, or an array of horn antennas that convey electromagnetic waves between a transceiver (transmitter and/or receiver) and a reflector.

The plurality of antennas includes an electrical antenna, e.g., a dipole antenna, and a magnetic antenna, e.g., a loop antenna or a slot antenna.

The antenna device may be a meander antenna, a patch antenna, a slot antenna or a PIFA.

Said antenna and one or more antennas of GPS antenna, wifi antenna, diversity antenna are combined into one combination antenna.

The antenna assembly includes a transversal-dipole antenna.

The antenna can be a low-impedance PILA, a helix, monopole, whip, stub or loop antenna.

A multibeam antenna is provided with a first array antenna and a second array antenna.

An antenna assembly is disclosed that comprises a terrestrial antenna (14) and a support that mounts the antenna assembly on a satellite dish antenna (12).

The embodiments of the present invention provide an antenna, a combination antenna and a mobile terminal, wherein the antenna includes rod antenna and antenna jacket.

The invention relates to a radio antenna in the form of a transmitting antenna or a receiving antenna, and a mobile radio system.

The dual-band antenna includes a first antenna and a second antenna rigidly coupled to the first antenna.

Disclosed are an asymmetric antenna and an MIMO antenna.

The flip cover and antenna assembly may also include a second antenna in the form of a printed circuit antenna or a monopole antenna.

Also provided is an MIMO antenna comprising a plurality of the antenna.