Abstract:
The present disclosure provides a LED module. The LED module includes a LED lamp, a heat radiator, and a PCB. The LED lamp includes a LED main body, and a heat conducting block and a pin configured on the main body. The heat conducting block is mounted on the bottom surface of the LED main body towards the PCB. The pin has a free end passing through the PCB, and electrically connecting a bonding pad of the PCB. The heat radiator is clamped between the heat conducting block and the PCB, and the heat conducting block resists against the heat radiator. A display device is also provided. The LED module has the heat radiator clamped between the heat conducting block of the LED lamp and the PCB, the heat conducting block is directly assembled on the heat radiator, the heat introduced by the LED lamp can directly dissipate from the heat conducting block to the heat radiator, thus enhancing the heat dissipation of the LED lamp.
Abstract:
A socket assembly (14) includes a light emitting diode (LED) package (16) having an LED printed circuit board (PCB) (22) with an LED (24) mounted thereto. The socket assembly (14) also includes a clamp (18) for holding the LED package (16) to a support structure (12). The clamp (18) includes a base (34) that is configured to be mounted to the support structure (12) such that the base (34) engages the support structure (12). The clamp (18) also includes a spring finger (36) that extends from the base (34) such that the base (34) and the spring finger (36) define a unitary body (32) of the clamp (18). The spring finger (36) is configured to engage the LED PCB (22) of the LED package (16) and apply a clamping force to the LED PCB (22) that acts in a direction toward the support structure (12).
Abstract:
The electronic device of the present invention is an electronic device configured by soldering a terminal member to a printed circuit board, the terminal member comprising a top surface into which a screw is threaded and a side surface at the end connected to the top surface, the side surface having convex parts fitted into through-holes in the printed circuit board; wherein the terminal member has at least two convex parts in the end edge on the printed circuit board side of the side surface, an electro conductive pattern is provided on the printed circuit board facing the end edge between the convex parts, solder is filled into a gap between the end edge and the electro conductive pattern, when the two convex parts are inserted into the through-holes provided to the electro conductive pattern, and electrical continuity is established between the end edge and the electro conductive pattern.
Abstract:
A lighting device includes at least one light source arranged in contact with an electrically conducting layer, and mechanically secured to an electrically insulating heat sink element.
Abstract:
The inventive shock damping system for vibration sensitive surface mounted devices consists of an elastomeric material having conductive fiber material disposed between a printed circuit board (PCB) and a surface mounted device. Once disposed between PCB and surface mounted device, the elastomeric material, the PCB and the surface mounted device are compressed together with a component restraining system, to provide a secure electrical connection between one or more interconnect pads conductively attached to surface mounted device and the PCB. The elastomeric material allows signals and current to flow between surface mounted device and PCB without the use of any attached wires or leads while at the same time providing a system for damping any shocks or vibrations that may be transferred to surface mounted device through the PCB or through the protective component restraining system that encloses the device and the elastomeric material.
Abstract:
A protection circuit module (50) for a secondary battery pack (100) provided with electrode tabs (134,135) is disclosed. It comprises a substrate (10) and a tab connecting member (20) mounted on the substrate. The tab connecting member includes spaced first and second layers (21,22) to receive the tab of a battery pack therebetween to connect the bare cell to the protection circuit module.