Abstract: An electronic device is provided. The electronic device includes a substrate, a connector, a ground bracket and a conductive structure. The substrate includes a ground layer. The connector is disposed on the substrate, wherein the connector includes a metal frame. The ground bracket is affixed on the substrate and coupled to the ground layer, wherein at least a portion of the connector is located in the ground bracket. The conductive structure is adapted to abut the metal frame and to abut the ground bracket, wherein when the conductive structure connects the metal frame to the ground bracket, the conductive structure electrically connects the ground bracket to the metal frame.

Abstract: A connector including a conductive casing, a terminal, a first insulation structure and a conductive structure is provided. The conductive casing has an inner wall. The terminal includes a first section and a second section. The first section is disposed in the conductive casing, and the first section and the inner wall have a gap therebetween. The second section is located outside the conductive casing. The first insulation structure is disposed between the first section and the inner wall. The conductive structure is electrically connected to the conductive casing and has an inclined plane. The inclined plane is aligned to the second section, the second section and the inclined plane have a gap therebetween, and the inclined plane is parallel to a extending direction of the second section. In addition, a printed circuit board module having the connector is also provided.

Abstract: A connector including a conductive casing, a terminal, a first insulation structure and a conductive structure is provided. The conductive casing has an inner wall. The terminal includes a first section and a second section. The first section is disposed in the conductive casing, and the first section and the inner wall have a gap therebetween. The second section is located outside the conductive casing. The first insulation structure is disposed between the first section and the inner wall. The conductive structure is electrically connected to the conductive casing and has an inclined plane. The inclined plane is aligned to the second section, the second section and the inclined plane have a gap therebetween, and the inclined plane is parallel to a extending direction of the second section. In addition, a printed circuit board module having the connector is also provided.

Abstract: An antenna device includes a housing having a base portion for attaching to a vehicle, and having a chamber formed in the housing and defined by a peripheral wall, and an antenna member engaged in the chamber of the housing and engaged within the peripheral wall of the housing and having a feed formed beside a groove, the antenna member is arranged to receive signals only from a predetermined direction for preventing the vehicle remote control locking system from being opened or unlocked with the signals from the other directions of the vehicle, the antenna member includes a ground terminal, and the groove of the antenna member is formed and located between the feed and the ground terminal.

Abstract: An array antenna device includes a substrate, an antenna member having a number of antenna elements and having a number of connecting lines connected between the antenna elements for forming an integral structure, and a number of connecting elements coupling and securing the antenna member to the substrate for forming a spacing gap between the antenna member and the substrate, and for allowing the antenna member to be easily and quickly attached or secured to the substrate and to be easily and quickly assembled and manufactured by the workers and for allowing the manufacturing cost for the array antenna device to be suitably decreased.

Abstract: An antenna assembly includes a circuit board, a substrate extended from one side of the circuit board, a conductive member provided the other side of the circuit board, and a GPS antenna connected to the conductive member and arranged opposite to the second side of the substrate, one or more antenna devices and a GSM antenna are disposed on the circuit board and arranged opposite to the GPS antenna for preventing the GPS antenna and the antenna devices and the GSM antenna from being interfered or affected by each other and for allowing the antenna assembly to suitably transmit and receive the signals.

Abstract: An antenna assembly includes a substrate, a conductive radiating element disposed above the substrate and preferably arranged parallel to the substrate and connected to the substrate with an interconnecting element, an antenna conductor extended from the conductive radiating element and extended or disposed between one side of the substrate and the conductive radiating element, and a conductive member extended downwardly from the conductive radiating element and arranged between the substrate and the conductive radiating element and having a feed spaced from the substrate for allowing the bandwidth of the antenna assembly to be suitably increased.

Abstract: The present invention discloses an antenna module including two double-ring antennas installed at an angle of 90° with respect to a surface of the panel which is comprised of a printed circuit board, two feedback nodes disposed on the panel and at positions corresponding to the two double-ring antennas respectively, and a metal reflecting plate installed on a backside of the panel. The whole antenna module can receive vertical and horizontal signals on the surface of the metal reflecting plate by using the double-ring antennas with the two feedback nodes respectively to achieve the expected bandwidth and the required bidipolarization effects and accomplish a better gain.