High-brightness LED lighting application and heat dissipation design [with photos]

LED lighting applications, in order to achieve the brightness requirements close to the original alternative light source, usually adopt a design method of winning by "quantity", that is, designing a large number of LED light-emitting components per unit area, or designing to improve the luminous efficiency of a single component. However, the temperature of the surface or the point component is not required to be processed, and the heat dissipation method can be carried out by active or passive design, especially the design of active heat dissipation is more complicated, how to achieve optimal heat dissipation design. Avoiding the light decay of LED components affects the life, is an important key to the development of high-brightness LED lighting...

LED (Light Emitting Diode) solid-state lighting is a future industry that is considered to have great potential in recent years, because consumers and industry are looking forward to using LED solid-state lighting to solve a lot of energy waste in inefficient light source lighting problems, precisely because of LED With the advantages of small size, high luminous efficiency, and power saving, most people also have high hopes for the future development of LED solid-state lighting.

Figure 1: Led Strip Light is made of flexible and flexible plastic material joint, which can be used to create a situational auxiliary light source design.

Figure 2: LED bulbs have limited circuit space available, and can be integrated with power ICs and safety-controlled wafers to reduce PCB size and minimize design requirements.

Because LED solid-state lighting is different from the traditional light source technology, it has many advantages in environmental protection and energy saving. Firstly, observe the common daily lighting sources, which are nothing more than incandescent lamps and fluorescent lamps. Incandescent lamps basically perform in luminous efficiency. That is to say, it tends to be inferior. Even if it has the advantages of low cost and established habits, it has become an environmentally friendly and inefficient lighting product under the social atmosphere of environmental protection. In terms of fluorescent lamps, although photovoltaic technology using high-frequency gas discharge to achieve power-saving benefits, in fact, the fluorescent lamp control process can not avoid mercury harmful to the environment, and is not the best light source choice in environmental protection appeal.

DIM to warm spot led/DIM To Warm led Spot Light to use light-emitting diodes as a light source for lighting. Use more traditional halogen spotlights, low luminous efficiency, more power, increased by exposure to ambient temperature, short life. DIM To Warm led Spot Light source on the light emitting principle, energy saving, environmental protection level is far superior to traditional lighting. And the formation of unidirectional LED glowing light distribution for lighting the perfect support.

Currently LED as light source lamps made more and more, DIM To Warm Led Spot Light is one of the most acclaimed LED spotlights, as compared with other LED lamps, LED spotlights lower prices.
DIM To Warm led Spot Light DIM To Warm led Spot Light
1. DIM To Warm led Spot Light can be driven using a low voltage DC,like led par30,led par38: a load of small, weak interference advantages of the use of environmental requirements are lower.

2. DIM To Warm led Spot Light can better control the spectral composition of light emission, which can be good for museums and galleries in the local or accent lighting.

3. LED lighting luminous point is very strong: light attenuation is much lower than traditional light sources, LED lighting prices civilians. 4. LED spotlights response time is very fast: in the microsecond level, as long as the switch is opened, will be bright, no delay and flicker.

5. DIM To Warm led Spot Light highly concentrated light energy emitted: concentrated in a smaller wavelength window, high purity.

6. A very long life: generally between 50 000 -10 million hours, because LED is a semiconductor device, even frequent switching, will not affect the service life.

DIM To Warm led Spot Light Application:

DIM To Warm led Spot Light


Mingxue Optoelectronics Co.,Ltd. has apply the I S O 9 0 0 1: 2 0 0 8 international quality management system certificate, For DIM To Warm led Spot Light we apply the CE, RoHS and SAA certificate for our led lighting product.

DIM To Warm led Spot Light

DIM To Warm led Spot Light

DIM To Warm led Spot Light

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