Wistron Neweb Corporation

Jui-Hsiang Chou

Cheng-Hsiung Hsu

Cheng-Geng Jan

Chieh-Sheng Hsu

Chang-Hsiu Huang

Shih-Hong Chen

Chia-Hong Lin

Tzu-Ping Lin

Yi-Cheng Wu

Chih-Hsiang Peng

Chih-Feng Chang

Chia-Ming Wang

Jin-Chung Lin

A three-dimensional antenna includes an L-shaped grounding element and an L-shaped radiating element. The grounding and radiating elements are arranged in a U shape. The grounding element includes a first grounding segment, a second grounding segment extending from the first grounding segment, and a short-circuit point disposed at the second grounding segment. The radiating element includes a first radiating segment opposite to the first grounding segment, a second radiating segment extending from the first radiating segment and adjacent to the second grounding segment, a feeding point disposed at the second radiating segment, and two radiator arms being able to generate respective resonant frequencies.

Three-dimensional antenna and a wireless communication apparatus provided with the same

A signal transmission interface includes: a USB audio format encoding unit adapted to be coupled to a digital broadcast receiving end, for converting a digital audio signal that originates from the digital broadcast receiving end into a USB audio signal; a USB hub coupled to the USB audio format encoding unit and adapted to be coupled to a host end, for transmitting the USB audio signal to the host end and receiving a USB control signal that originates from the host end; and a USB/serial transmission bus bridge unit coupled to the USB hub and adapted to be coupled to the digital broadcast receiving end, for converting the USB control signal that is transmitted from the USB hub into a serial transmission bus control signal, and transmitting the serial transmission bus control signal to the digital broadcast receiving end.

Signal transmission interface and digital broadcast receiving device

A radio-frequency circuit for a wireless signal transceiver is disclosed. The wireless signal transceiver is utilized for receiving a first wireless signal and transforming the first wireless signal into a second wireless signal. The radio-frequency circuit includes a transmission line including a first end and a second end, a reception antenna coupled to the first end of the transmission line for receiving the first wireless signal, a transmission antenna coupled to the first end of the transmission line for emitting the second wireless signal, a first filtering circuit coupled between the second end of the transmission line and the wireless signal transceiver for filtering out the first wireless signal, and a second filtering circuit coupled between the second end of the transmission line and the wireless signal transceiver for filtering out the second wireless signal.

Radio frequency circuit for a wireless signal transceiver and related wireless signal transceiver

A signal receiver. The signal receiver comprises a flat antenna, a partition, a board, and a plug. The antenna has a receiving element and an antenna surface. The partition has a first partition surface and a second partition surface. The first partition surface contacts the antenna surface. The board has a first board surface, a second board surface and a circuit. The first board surface contacts the second partition surface. The circuit is disposed on the second board surface. The plug has a first pin which is projected through the board and fixed on the first board surface. The first pin is connected with the circuit.

Signal receiver

Growing community of inventors

Taipei Hsien, Taiwan

Jui-Hsiang Chou