Seoul Semiconductor Inc. STW8Q14C-U7W5-GA

Seoul Semiconductor manufactures and packages a wide variety of LEDs, ranking as the world's fifth-largest LED supplier with over 10,000 global patents, offering an extensive range of LED technologies and production capabilities. Its product portfolio includes multiple package and device options, such as AC and high-voltage DC LEDs, high-brightness LEDs, mid-power LEDs, side-view LEDs, through-hole LED lamps, and custom displays. Acrich MJT (Multi-Junction Technology) LEDs are single-chip, high-voltage, high-power devices that provide designers with a high-voltage option without the large footprint of multi-chip chip-on-board designs. Acrich2 AC LED modules can be driven directly from AC voltage, making them ideal replacement light sources for recessed luminaires, downlights, and wall lights. The high-power LED family includes COB devices in the Z5, Z5M, Z6, Z7, and ZC series, featuring enhanced chip technology for low lumen depreciation at elevated temperatures, along with a wide selection of CRI values, colors, and operating currents. The mid-power LED family includes 3020, 3030, 5050, and 5630 packages, combining high-reliability LED chips with high-performance phosphors in thermally enhanced packages with heat spreaders.

• Acrich MJT (Multi-Junction Technology) LEDs are single-chip, high-voltage, high-power devices offering high-voltage options without the large footprint of multi-chip on-board chips, delivering 120 lumens per watt in warm white DC operation for improved light density, cost-optimized performance in space-constrained applications, with multiple package, voltage, and power level options.
• Acrich2 AC LED modules connect directly to AC line voltage without any driver or ballast, available in multiple light output levels and form factors, including 4.3W, 8.7W, 13W, and 17W modules.
• Each LED in the high-power LED family features enhanced chip technology for low lumen depreciation at high temperatures, with multiple CRI, color, and operating current options.
• Mid-power LEDs combine high-reliability LED chips with high-performance phosphors in thermally enhanced packages with heat spreaders.