Samsung Display Co., Ltd.

Korea Institute of Science and Technology

Samsung Electronics Co., Ltd.

Yoon-Ho Kim

Kyu-Hun Lim

Tae-Seok Jang

Won-Jong Ohn

Jeong-Weon Seo

Yi-Soo Won

Hyo-Tae Kim

Jin-Woo Park

Kwang Hyun Baek

Chang-Hoi Kim

Jeong Weon Seo

Yeong Bong Kang

Yi Soo Won

A liquid crystal display includes: a liquid crystal panel, a backlight assembly disposed at one side surface of the liquid crystal panel, a side frame including a first surface surrounding an edge of the liquid crystal panel and a second surface surrounding a side surface of the backlight assembly and an external panel attached to another side surface of the liquid crystal panel and on the side frame, in which a height of the first surface of the side frame is substantially equal to a height of a surface of the liquid crystal panel, and a width of the first surface of the side frame is larger than a width of the second surface of the side frame.

Liquid crystal display

A backlight assembly includes a light guiding plate, a light source and a bottom receiving plate. The light source is disposed at a first side of the light guiding plate. The bottom receiving plate includes a bottom surface and a side wall to form a receiving space in which at least a portion of the light guiding plate is placed. The bottom surface is smaller than a lower surface of the light guiding plate and has a plurality of openings formed through the bottom surface. The side wall extends from the bottom surface.

Backlight assembly and display apparatus having the same

Provided is a light source assembly that may facilitate the coupling and the replacement of light source units, and may thus reduce the manufacturing time, and a liquid crystal display (LCD) having the same. The light source assembly includes a light source unit, a circuit board, and a supporting plate. The light source unit includes at least one light source chip, a first terminal connected to the light source chip, and a housing accommodating the light source chip therein and having at least one fixing protrusion on one side thereof. The circuit board includes a second terminal that is connected to the first terminal and transmits a driving voltage. The light source unit is mounted on the second terminal. The supporting plate is disposed on the circuit board and includes an opening into which the light source unit is inserted. At least a portion of the housing is fixed to the circuit board through the opening.

Light source assembly and liquid crystal display having the same

A low loss high-frequency dielectric ceramic composition for sintering at a low temperature and method of manufacturing the same which is characterized in that excellent dielectric properties such as a much lower sintering temperature and higher quality coefficient and dielectric constant, compared to conventional high-frequency ceramic composition, a stabilized temperature coefficient, and a temperature compensating property varied according to a composition, are implemented using a low-priced material such as ZnO&mdash;MO (M&boxH;Mg, Co, Ni)&mdash;TiO . In addition, Ag, Cu, an alloy thereof, or an Ag/Pd alloy can be used as an internal electrode. Thus, the composition of the present invention can be used as a dielectric material for all sorts of high-frequency devices, such as a stacked chip capacitor, stacked chip filter, stacked chip capacitor/inductor composite device and module, low temperature sintered substrate, resonator or filter and ceramic antenna.

Low temperature sinterable and low loss dielectric ceramic compositions and method thereof

A low loss high-frequency dielectric ceramic composition for sintering at a low temperature and method of manufacturing the same which is characterized in that excellent dielectric properties such as a much lower sintering temperature and higher quality coefficient and dielectric constant, compared to a conventional high-frequency ceramic composition, a stabilized temperature coefficient, and a temperature compensating property varied according to a composition, are implemented using a low-priced material such as ZnO&mdash;Mo (M&boxH;Mg, Co, Ni)&mdash;TiO . In addition, Ag, Cu, an alloy thereof, or an Ag/Pd alloy can be used as an internal electrode. Thus, the composition of the present invention can be used as a dielectric material for all sorts of high-frequency devices, such as a multilayer chip capacitor, multilayer chip filter, multilayer chip capacitor/inductor composite device and module, low temperature sintered substrate, resonator or filter and ceramic antenna.

Growing community of inventors

Seoul, South Korea

Yoon-Ho Kim