Abstract:
A printed circuit board (PCB) substrate which can be used in a semiconductor package, such as BGA and LGA, has a top surface and a bottom surface. A magnetic component includes a laterally extending bottom plate, two or more vertically extending posts, and a laterally extending top plate, wherein the bottom plate is fully embedded within the PCB substrate and the two or more posts extend in the PCB substrate from the bottom plate toward the upper surface of the PCB substrate. The top plate contacts an end of each of the two or more posts along the top surface of the PCB substrate.
Abstract:
A light emitting assembly includes: a heat sink having a base wall and at least one mesa protruding from the base wall; and at least one light emitting package unit having at least one light emitting package bonded to the mesa so as to transfer heat generated from the light emitting package to the base wall through the mesa. A circuit board includes a substrate that is formed with at least one through-hole, and is provided with a conductive contact unit that is formed on the substrate. The heat sink is attached to the substrate such that the mesa protrudes from the base wall into and through the through-hole in the substrate so as to be bonded to the light emitting package.
Abstract:
A high power amplifier that has a high heat dissipation effect and is produced at low cost, a wireless transmitter and a wireless transceiver with the high power amplifier and a method for mounting a high power amplifier are provided. The high power amplifier comprises a transistor with lead wires extending from both side surfaces of a mold provided on a heat dissipation member to the outside, a double-sided wiring board of which the heat dissipation member is inserted in an opening of the double-sided wiring board and a wiring pattern on one surface of the double-sided wiring board is electrically connected to the lead wires, and a case for accommodating the double-sided wiring board. Further, the high power amplifier comprises a plate of which one main surface is in contact with an inner wall of the case and the other main surface is connected to the heat dissipation member and a wiring pattern on the other main surface of the double-sided wiring board.
Abstract:
The present invention relates to an alternating current driven light emitting diode module. The alternating current driven light emitting diode module includes an alternating current driven light emitting diode chip, a first thermal conduction plate, and a ceramic substrate. The first thermal conduction plate is arranged on the ceramic substrate. The alternating current driven light emitting diode chip is arranged on the first thermal conduction plate. The alternating current driven light emitting diode module has better heat dissipating property and better insulation property.
Abstract:
Heat from the core of a semiconductor chip package mounted on a printed circuit board assembled into a computer system is dissipated to both sides of the printed circuit board. A pair of integrated heat spreaders are disposed at opposite sides of the core, and two heat sinks are positioned at opposite sides of the package. Each of the heat sinks is positioned in thermal communication with one of the heat spreaders to dissipated heat from the core.
Abstract:
Provided is an LED light source module, comprising a PCB board with electrically conductive pathways, for example wire lines, and at least one through hole; at least one semiconductor light-emitting device; electronic components forming a driving circuit; a metal housing with a groove; and at least one heat sink; wherein the semiconductor light-emitting device is electrically connected to the PCB board, electronic components are disposed on the PCB board, the PCB board is disposed in the groove of the metal housing, the heat sink is disposed in the through hole and connected to the PCB board, the semiconductor light-emitting device is disposed on the upper surface of the heat sink and the bottom of the heat sink is welded with the metal housing.
Abstract:
A light emitting diode lamp includes a light emitting diode and a circuit board having a circuit layer and a heat conductive layer. The circuit layer includes at least one mounting area having a first electrode, a second electrode and a heat conductive section spaced from each other. A heat conductive pole is provided corresponding to the heat conductive section. Two opposite ends of the heat conductive pole are thermally attached to the light emitting diode and the heat conductive layer of the circuit board, respectively. A spacing between the heat conductive section and each of the first electrode and the second electrode ranges from 0.7 millimeter to 1.45 millimeters.
Abstract:
Miniature circuitry and inductor components in which multiple levels of printed circuitry are formed on each side of a support panel, typically a printed circuit board or rigid flex. Magnetic members are embedded in one or more cavities in said support panel. Electrical connection between the plural levels of circuitry and multiple windings around the magnetic members are provided by plural plated through hole conductors. Small through hole openings accommodate a plurality of the plated through hole conductors since each is insulated from the others by a very thin layer of vacuum deposited organic layer such as parylene having a high dielectric strength. Adhesion of this plated copper to the organic layer is provided by first applying an adhesive promotor to the surface of the organic layer followed by the vacuum deposition of the organic layer.
Abstract:
The invention relates to a LED cooling system that effects cooling of the LED's during use, and helps the LED's have a longer operating function, and uses less electricity for the LED's to operate. The use of cooling also provides a steadier light and has greater efficiency.
Abstract:
An electronic assembly includes a thermally-conductive substrate, a circuit board device and a plurality of light emitting diode (LED) devices. The circuit board device is disposed on the thermally-conductive substrate. The LED devices are disposed on the thermally-conductive substrate. The LED device includes a plurality of electrical connection portions and at least one thermal connection portion. The electrical connection portions are electrically connected to the circuit board device. The thermal connection portion is thermally connected to the thermally-conductive substrate. The connection locations of the circuit board device connected to the electrical connection portions and the connection location of the thermally-conductive substrate connected to the thermal connection portion are at a same plane. In addition, a backlight module applying the electronic assembly is also provided.