Abstract: An embodiment of the present disclosure provides a semiconductor device arrangement. This arrangement includes a substrate, an adhesive structure, and a first semiconductor device. The substrate includes an upper surface. The adhesive structure is located on the upper surface and includes a first concave region. The first semiconductor device includes a lower surface facing toward the adhesive structure and a conductive bump located under the lower surface and in the first concave region. The conductive bump includes a first portion and a second portion. Wherein the lower surface does not contact the adhesive structure, the first portion contacts the first concave region, and the second portion does not contact the first concave region.

Abstract: A manufacturing method of group III-V semiconductor package is provided. The manufacturing method includes the following steps. A wafer comprising group III-V semiconductor dies therein is provided. A chip probing (CP) process is performed to the wafer to determine reliabilities of the group III-V semiconductor dies, wherein the CP process comprises performing a multi-step breakdown voltage testing process to the group III-V semiconductor dies to obtain a first portion of dies of the group III-V semiconductor dies with breakdown voltages to be smaller than a predetermined breakdown voltage. A singulation process is performed to separate the group III-V semiconductor dies from the wafer. A package process is performed to form group III-V semiconductor packages including the group III-V semiconductor dies. A final testing process is performed on the group III-V semiconductor packages.

Abstract: A housing of plastic strongly bonded to a metal frame is integrally formed as the housing of an electronic device. The metal frame includes at least one plastic grabbing recess to receive portion of a plastic member, an opening of the plastic grabbing recess carries convex teeth, the convex teeth narrow the opening of the plastic grabbing recess, and the convex teeth lock portions of the plastic member.

Abstract: A housing of plastic strongly bonded to a metal frame is integrally formed as the housing of an electronic device. The metal frame includes at least one plastic grabbing recess to receive portion of a plastic member, an opening of the plastic grabbing recess carries convex teeth, the convex teeth narrow the opening of the plastic grabbing recess, and the convex teeth lock portions of the plastic member.

Abstract: A housing of metal combined with plastic used for an electronic device includes a metal frame and a plastic connecting member. The metal frame comprises a middle frame portion, an inner surface of the middle frame portion forming at least one metal rib. The plastic connecting member comprises a plastic base portion formed on one side surface of the metal rib, and the plastic base portion and the metal rib together form a reinforcing bar to greatly increase a strength of the finished housing.

Abstract: A light emitting diode package includes a light emitting diode chip, a light conversion layer covering the light emitting diode chip, a reflecting layer surrounding the light emitting diode chip. The light emitting chip has a light output top surface, a first electrode and a second electrode. The first electrode and the second electrode are opposite to the light output top surface. The light emitting diode package further includes a supporting layer made of metal material. The supporting layer is mounted on a bottom surface of the reflecting layer facing away from the light output top surface and surrounds the light emitting chip and the light conversion layer.

Abstract: A card connector includes an insulating housing (10), a number of contacts (20), an ejector (30) and a metal shell (40). The insulating housing (10) defines a card receiving space (13) with a card insertion/ejecting direction. The contacts (20) are retained in the insulating housing. The ejector (30) is assembled to the insulating housing, including a slider (31) movable along the card insertion/ejecting direction, an ejecting arm (32), a resilient member (34) and a locking equipment, the ejecting arm protrudes into the card receiving space and has an upright wall (324), a blocking wall (325) for contacting and ejecting the card directly and a horizontal reinforce wall (326), which are linked with one another and defines a space to receive a corner of the card.

Abstract: A card connector includes an insulating housing (10), a number of contacts (20), an ejector (30) and a metal frame (40). The insulating housing (10) defines a card receiving space (13) with a card insertion/ejecting direction. The contacts (20) are retained in the insulating housing (10). The ejector (30) is assembled to the insulating housing (10), including a slider movable in the card insertion/ejecting direction and a spring with a precompression at a preliminary position. The metal frame supports the opposed ends of the ejector to hold the elasticity of the spring.

Abstract: A card connector includes an insulating housing (10), a number of contacts (20), an ejector (30) and a metal shell (40). The insulating housing (10) defines a card receiving space (13) with a card insertion/ejecting direction. The contacts (20) are retained in the insulating housing (10). The ejector (30) is assembled to the insulating housing (10), including a slider movable in the card insertion/ejecting direction and a spring with a precompression at a preliminary position. The metal shell covers the insulating housing and the ejector and supports the opposed ends of the ejector to hold the elasticity of the spring.

Abstract: An electrical jack (100) for mating with an audio plug includes an insulative housing (1) defining a longitudinal central hole (101), a plurality of channels, and a pair of gaps communicating with the central hole. A plurality of conductive contacts are received in the channels and each has a contact section, a retention section secured in the channels, and a solder section extending out of the insulative housing. A grounding contact (3) with a top plate (35) and a pair of side plates (31, 33) encloses the insulative housing. Each side plate has a spring arm (311, 331) extending through the gap into the central hole thereby increasing the mating force with the mating plug.

Abstract: An electrical connector (100) adapted for receiving a module body (4) comprises an insulative housing defining a cavity (10) for receiving the module body therein, a plurality of contacts (2) received in the insulative housing and a shielding shell (3). The shielding shell defines sidewalls (31,32) surrounding the housing and a pair of T-shaped resilient arms (33) extending upwards and towards the cavity from two opposite sidewalls. Each resilient arm has at least one pressing portion (333) extending downwards therefrom to press against the module body.

Abstract: An electrical connector (100) is adapted for receiving a module body (4). The connector comprises a dielectric housing (1), a plurality of contacts (2) and a shielding shell (3). The housing has sidewalls (11, 12) forming a cavity (10) to receive the module body therein. The contacts are disposed on the sidewalls of the housing. The shielding shell has sidewalls (31,32) surrounding the housing and a pair of pressing members (33) and at least two clipping members (34) extending from two opposite sidewalls (32) of the shell. Each pressing member comprises a pressing portion (331) for pressing against a surface (421) of the module body and an operating portion (332) extending upwards from the pressing portion. The at least two clipping members resiliently retain on the sidewalls of the dielectric housing.

Abstract: An electrical card connector (100) includes a housing (1) having a rear wall (11), and first and second side walls (12 and 13) substantially parallel extending forwards form the rear wall; a shielding member (5) covering on the housing and defining a receiving cavity together with the first and second side walls for receiving an electrical card (6), the receiving cavity having a font entry from which the electrical card is inserted into the receiving cavity; and a number of terminals (2) disposed in the housing and each having a contact portion (22) extending into the receiving cavity for contacting the electrical card. The shielding member is provided with a pair of guiding plates (56) at the front entry of the receiving cavity and disposed between the first and second side walls for guiding the electrical card into the receiving cavity.

Abstract: An electrical connector (100) includes a shielding member (3), a terminal block (1) positioned adjacent to the bottom of the shielding member (3), a number of terminals (2) received in the terminal block (1). Each terminal (2) includes a end portion (21) securely retained in the terminal block (1), a first branch (211) and a second branch (212) coplanar with the end portion (21) and extending from the end portion (21) towards the same direction parallel to the bottom surface, a tail portion (2110) is located on the first branch (211), and a mating portion (2120) is defined on the second branch (212).

Abstract: An electrical jack (100) for mating with an audio plug includes an insulative housing (1) defining a longitudinal central hole (101), a plurality of channels, and a pair of gaps communicating with the central hole. A plurality of conductive contacts are received in the channels and each has a contact section, a retention section secured in the channels, and a solder section extending out of the insulative housing. A grounding contact (3) with a top plate (35) and a pair of side plates (31, 33) encloses the insulative housing. Each side plate has a spring arm (311, 331) extending through the gap into the central hole thereby increasing the mating force with the mating plug.

Abstract: An electrical card connector (100) includes a housing (1) having a rear wall (11), and first and second side walls (12 and 13) substantially parallel extending forwards form the rear wall; a shielding member (5) covering on the housing and defining a receiving cavity together with the first and second side walls for receiving an electrical card (6), the receiving cavity having a font entry from which the electrical card is inserted into the receiving cavity; and a number of terminals (2) disposed in the housing and each having a contact portion (22) extending into the receiving cavity for contacting the electrical card. The shielding member is provided with a pair of guiding plates (56) at the front entry of the receiving cavity and disposed between the first and second side walls for guiding the electrical card into the receiving cavity.

Abstract: A card connector includes an insulating housing (10), a number of contacts (20), an ejector (30) and a metal shell (40). The insulating housing (10) defines a card receiving space (13) with a card insertion/ejecting direction. The contacts (20) are retained in the insulating housing. The ejector (30) is assembled to the insulating housing, including a slider (31) movable along the card insertion/ejecting direction, an ejecting arm (32), a resilient member (34) and a locking equipment, the ejecting arm protrudes into the card receiving space and has an upright wall (324), a blocking wall (325) for contacting and ejecting the card directly and a horizontal reinforce wall (326), which are linked with one another and defines a space to receive a corner of the card.

Abstract: A jack connector (100) for electrically connecting a mating plug and a PCB comprises an insulative housing (10), a first contact (20) and a second contact (30) both accommodated in the insulative housing (10). The housing (10) defines a plug-insertion hole (110) and a side wall (13) having a depression (132) therein. The first contact (20) contains a cylindrical-shaped pin (23) extending within said plug-insertion hole (110) and a tab (221) projecting toward said pin wherein the tab is slantedly retained in the depression (132). Under this condition, the first contact can be retained in the insulative housing with strong retention force for preventing a front-to-back movement of the first contact (20).

Abstract: An electrical connector (100) includes a shielding member (3), a terminal block (1) positioned adjacent to the bottom of the shielding member (3), a number of terminals (2) received in the terminal block (1). Each terminal (2) includes a end portion (21) securely retained in the terminal block (1), a first branch (211) and a second branch (212) coplanar with the end portion (21) and extending from the end portion (21) towards the same direction parallel to the bottom surface, a tail portion (2110) is located on the first branch (211), and a mating portion (2120) is defined on the second branch (212).

Abstract: An electrical connector (100) includes a shielding member (3), a terminal block (1) assembled on said shielding member (3), a plurality of terminals (2) received in the terminal block (1). The shielding member comprises a plurality of walls (31, 32, 33, 34), said walls all together defining a receiving space (30). One of said walls includes a cutout (310) therein. The wall with the cutout (310) further comprises a connecting portion (310) extending outwardly and connecting two opposite sides of the cutout (310).