Abstract: An LED package, made of ceramic substrates and having a reflective metal plate, has a first ceramic substrate, which has a chip mounting area on its top surface, and is provided with a predetermined conductive pattern formed around the chip mounting area. One or more LED chips are seated on the chip mounting area of the first ceramic substrate, and are connected to the conductive pattern. A second ceramic substrate is mounted on the top surface of the first ceramic substrate and has a cavity at a position corresponding to the chip mounting area. The reflective metal plate is set in the cavity of the second ceramic substrate to surround the LED chips. The reflective metal plate acts as a heat sink for dissipating heat from the LED chips.

Abstract: An LED package, made of ceramic substrates and having a reflective metal plate, is disclosed. This LED package consists of a first ceramic substrate, which has a chip mounting area on its top surface, and is provided with a predetermined conductive pattern formed around the chip mounting area. One or more LED chips are seated on the chip mounting area of the first ceramic substrate, and are connected to the conductive pattern. A second ceramic substrate is mounted on the top surface of the first ceramic substrate and has a cavity at a position corresponding to the chip mounting area. The reflective metal plate is set in the cavity of the second ceramic substrate to surround the LED chips. This LED package effectively controls the luminous intensity of the LED chips and the angular distribution of the luminance. The reflective metal plate also collaterally acts as a heat sink effectively dissipating heat from the LED chips to the surroundings of the LED package.