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Mobile WebSiteThe LED light source is a solid-state semiconductor device, which has the advantages of using a low-voltage power supply, low energy consumption, strong applicability, high stability, short response time, no pollution to the environment, and multi-color illumination. At present, LED light source-based lamps are widely used in commercial lighting, home lighting, industrial lighting, outdoor lighting, etc., and the application market in automotive lighting, plant lighting, UV LED and other fields is gradually opening, and future LED light sources will be applied. To various fields.
This LED is ideal for outdoor and industrial lighting. Provides the highest quality LED lighting and superior durability even under extreme conditions of use. The forward voltage and luminous flux of each component can be flexibly adjusted, and the service life can reach 75,000 hours even in high temperature environments. Coupled with the optimization of phosphors, packaging and chip design, the development of the Osconiq S3030 has brought LED technology to new levels of performance with a luminous efficiency of 146 lm/W, which is awesome. The 0.2W application is especially suitable for linear lighting and replacement of fluorescent tubes. In short, the Osconiq S3030 is unmatched in reliability, service life and brightness.
The Osconiq S3030 is available in two versions (CRI 70 or 80) with a nominal power of 1.0W at 6V and a luminous flux between 138lm and 148lm. Both versions have a package size of 3.0mm x 3.0m x 3.0mm. Its color temperature range is 2,700 ~ 6,500K, the beam angle is 120 °, the thermal resistance is very low, only about 8.9 K / W, is the ideal LED light source for outdoor lighting. In addition to technological advancements, the Osconiq S3030 also uses professional grade materials such as high quality, long life package components and proprietary coatings. These materials have undergone extensive durability testing under extreme overload conditions. In addition, EMC (epoxy molding compound) leadframe materials provide superior service life and reliability over traditional PPA and PCT materials.
Nichia Color Temperature Adjustable COB LED
Nichia has introduced a palette of on-chip (COB) LED luminaires, a uniquely designed COB package that allows for the control of the luminescent color of the tunable LED series.
The new tunable COB series is based on the Nia-Chem COB-Z series, which features high throughput density (both models: NJCWL024Z-V1MT and NVCWJ024Z-V1MT). Nichia said that this COB design will reduce the light-emitting area of the light source and increase the color mixing.
This new tunable COB series is ideal for a wide range of applications, including commercial applications such as retail spotlights, and residential applications such as downlights. For example, a retail store can install a single lighting fixture that can change the color temperature based on the display or related objects; the home user can adjust the color temperature to accommodate its natural biological rhythm.
It is worth noting that for many lighting applications, the typical light quality minimum standard CRI is 80. However, lower CRIs can distort lighting colors and are less aesthetically pleasing, while 90 or higher CRIs represent higher fidelity or accuracy and better lighting quality.
So far, LEDs with a CRI of 90 are mainly used in environments where color quality is critical, including retail and museum lighting. Although LEDs with a CRI parameter of 90 have been on the market for many years, until now, this light quality caused a loss of light output and efficacy compared to low light quality with a CRI parameter of 70 or 80 CRI. Cree said its new eTone LED overcomes this shortcoming and has an LED efficiency improvement of 17% compared to existing LED products with a CRI of 90, with no impact on color quality.
Plant lighting LED products
The new line of electronic plant lighting LED products includes full spectrum LED devices, modules and color (monochrome) LEDs. The new plant lighting LED products are optimized for greenhouse and vertical farms. Based on the latest plant lighting 'wide spectrum theory' research, the new LED products provide the broad spectrum required for plant lighting, helping plants to grow healthily and improve agriculture. Environment and reduce lighting system costs.
Full-spectrum LED products range from blue, green to red, creating a blend of light for plant lighting applications. Compared to narrow-spectrum lighting products, Samsung's full-spectrum LED products enhance plant immunity and increase nutritional value by stimulating photosynthesis to promote plant healthier and more balanced growth. In addition, new LED products can help improve the overall agricultural environment. Bright lighting conditions can help growers to more easily observe plant growth and detect diseases at an early stage, such as plant seedlings or cuttings. As a higher-priced alternative to red LEDs, full-spectrum LED products have low cost and high efficacy, helping to reduce the cost of the entire lighting system.
