Which Is Better For Led Lamp Beads And Patches? Where Is The Difference? The Difference Between Led Lamp Beads

This article brings you the difference between LED lamp beads and patches and the introduction of benefits, as well as the power and voltage of led lamp beads, I hope to help everyone.

The difference between the advantages of led lamp beads and patches
The core inside is the same, the angle of the lamp can be made very small, (the light is concentrated, the shot is far, but the illumination range is limited). The general angle of the patch is relatively large. Supplement: the lamp power is large, the patch power is small



When consumers buy LED lights, they often hear sales people talking about LED lamps. This is a high-power LED light. It is a low-power LED light. I don’t understand what it means. So what is a high-power LED light? Is it a low-power LED light? What is the difference between the two, and what are the applications? Let us introduce to you.
1, the power of LED lamp beads different high-power LED lights generally use 1W high-power LED lamp beads, 1-3W coexistence of high-power LED lamp beads, COB high power these. High-power lamp bead single LED power can achieve more than 200W. Low-power LED lights, generally use patch light beads, mainly including these: 5050 lamp beads, each 0.2W, 3528 lamp beads, each 0.06W, 3014 lamp beads, each 0.1W, 5630 lamp beads, Each 0.5W, 5730 lamp beads, each 0.5W.
2. Cost difference From the perspective of product cost, the cost of high-power LED lamp bead is higher than the cost of low power. First, the cost of high-power LED itself is high. Second, high-power LEDs need to add aluminum heat sink, and small Power can be achieved with ordinary circuit boards and natural heat dissipation.
3. Different LED lamps for application High-power LEDs are basically used in products that require high light source per unit area, such as LED ceiling lamps, LED floodlights, LED bulbs, and street lamps. The low-power LED is basically used on products with less patchable area and poor heat dissipation, and has low requirements for light source illumination per unit area, such as LED ceiling lamps, LED fluorescent lamps, LED panel lamps, and LED strips. Wait.



LED lamp beads difference introduction
There are too many differences between LED lamp beads, such as straw hat straight insert lamp, patch lamp bead (5050 3014 5730 2835 3528 3535) integrated lamp bead, COB surface light source, etc. Power difference, low power 0.06W, medium power 0.5W , the difference between the use of high power 1W or more 3528 20mA, 3014 30mA, 5730 150mA, imitation lumens high power 350mA, integrated, COB to see the serial and parallel chips to calculate the difference in color temperature, warm light 3000K, neutral light 4000K, White light 6000K or so, there are differences in color light color temperature chips, the difference in packaging process and so on.

The 2835 lamp bead is a medium-power patch super bright LED with 0.1W and 0.2W. Because its size is 2.8 (length) × 3.5 (width) × 0.8 (thickness) mm, it is named according to the LED lamp bead size. Named 2835 lamp beads.



Power: 0.1W, voltage: 2.8-3.6V, current 30mA/60mA, 2835 white light/warm white (2700-6500K): Luminous flux 20-22 lumens 2835 patch is an upgraded product after 3014, better overall performance It is more competitive in the market. The circuit board of 2835 is the same as the 3528, which is easy to replace. The brightness and heat dissipation are better than 3528. Has been widely used, Chaoyi Lighting Yiguang 2835 has become the LED lamp bead for the fluorescent lamp, bulb lamp, panel lamp and other lamps in the LED industry. The lamp with 2835 lamp bead is more novel and more special in the market. Attractive, the competitiveness in the market is constantly strengthening.
In general, the difference between LED lamp beads and patches lies in the difference in power and application fields. Everyone has to understand the use of each other. The difference between LED lamp beads is still unclear. You can pay attention to us @VanqLedLight to learn more. .

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