Abstract: A low-voltage differential signaling (LVDS) connector includes an insulating body, a plurality of conductive terminals, and a conductive housing. The insulating body has a first opening, a second opening, and a central receiving area between the first and second openings. The central receiving area is provided with receiving grooves which are arranged along a first direction and configured for receiving the conductive terminals. The LVDS connector is characterized by a pair of conductive connecting devices, each having a first contact portion. Moreover, the conductive housing covers an exterior portion of the insulating body and is provided with a pair of second contact portions. The second contact portions are electrically connected to the first contact portions of the conductive connecting devices.

Abstract: A low-voltage differential signaling (LVDS) connector includes an insulating body, a plurality of conductive terminals, and a conductive housing. The insulating body has a first opening, a second opening, and a central receiving area between the first and second openings. The central receiving area is provided with receiving grooves which are arranged along a first direction and configured for receiving the conductive terminals. The LVDS connector is characterized by a pair of conductive connecting devices, each having a first contact portion. Moreover, the conductive housing covers an exterior portion of the insulating body and is provided with a pair of second contact portions and plural third contact portions adjacent to the first opening of the insulating body. The second contact portions are electrically connected to the first contact portions of the conductive connecting devices. The third contact portions are bent and inserted into the first opening of the insulating body.

Abstract: An electric card connector and a manufacturing method thereof are proposed. The electric card connector includes a base having a plurality of electrically conductive terminals, and a lid having a pair of arms formed at two sides thereof for holding an electric card. Pivot parts are provided at the two sides of the lid and hinge parts are formed on the base corresponding to the pivot parts so that when the lid lies on the base, the pivot parts are allowed to slide along the hinge parts without substantial spin. Tenons are formed at front ends of the arms and a latching portion is provided at a front end of the base corresponding to the tenons so that when the lid slides along the base to engage the tenons with the latching portion, the lid and base are mutually positioned and restricted from relative movement.

Abstract: An electric card connector and a manufacturing method thereof are proposed. The electric card connector includes a base having a plurality of electrically conductive terminals, and a lid having a pair of arms formed at two sides thereof for holding an electric card. Pivot parts are provided at the two sides of the lid and hinge parts are formed on the base corresponding to the pivot parts so that when the lid lies on the base, the pivot parts are allowed to slide along the hinge parts without substantial spin. Tenons are formed at front ends of the arms and a latching portion is provided at a front end of the base corresponding to the tenons so that when the lid slides along the base to engage the tenons with the latching portion, the lid and base are mutually positioned and restricted from relative movement.

Abstract: The present invention discloses an antenna clip and an application thereof, wherein the antenna clip includes a base and a pair of spring elements. The base has a foundation with a first wall and a second wall connecting to two sides of the foundation. The first wall and the second wall are opposite to each other. The surface of the foundation facing the first and the second walls is formed with at least one protuberance. Wherein, the pair of spring elements are respectively extended toward a center from the first wall and the second wall so as to clamp the antenna clip together with the protuberance formed on the foundation.

Abstract: A battery terminal connector is disclosed in the invention, which is disposed in a battery slot of an electronic device, so as to induce electrical conduction via contacting a battery, and a structure of fool-proof is formed around the battery slot in order to guide users to insert the battery along a particular direction. The battery terminal connector comprises a basement of insulator body, a plurality of terminal sockets integrally extended from the basement of insulator body and protruded in parallel to each other, and a plurality of elastic terminals, and at least a portion of each of the elastic terminals extends out of each terminal socket.

Abstract: The present invention discloses an antenna clip and an application thereof, wherein the antenna clip includes a base and a pair of spring elements. The base has a foundation with a first wall and a second wall connecting to two sides of the foundation. The first wall and the second wall are opposite to each other. The surface of the foundation facing the first and the second walls is formed with at least one protuberance. Wherein, the pair of spring elements are respectively extended toward a center from the first wall and the second wall so as to clamp the antenna clip together with the protuberance formed on the foundation.

Abstract: A lift-cover mini Secure Digital (SD) card connector includes an insulation body, a movable cover and eleven insertion terminals. The movable cover has a drawer space for allowing a mini SD card to be inserted at any desired angle; and, apart from lifting and closing movements, is capable of linear back-and-forth movements with a small distance when closed. When the movable cover is retained by the insulation body, a signal contact portion of the mini SD card forms electric connection with the insertion terminals at the insulation body.

Abstract: A lift-cover mini Secure Digital (SD) card connector includes an insulation body, a movable cover and eleven insertion terminals. The movable cover has a drawer space for allowing a mini SD card to be inserted at any desired angle; and, apart from lifting and closing movements, is capable of linear back-and-forth movements with a small distance when closed. When the movable cover is retained by the insulation body, a signal contact portion of the mini SD card forms electric connection with the insertion terminals at the insulation body.