5050 Color LEDs with ceramic high power packaging deliver exceptional brightness, superior thermal management, and long-term reliability. Designed for demanding industrial, commercial, and decorative lighting applications, these LEDs combine multi-color flexibility with robust ceramic construction, ensuring consistent performance in harsh environments.

5050 LEDs and 5050 White LEDs are designed to deliver high brightness, stable performance, and energy efficiency across a wide range of applications. With their compact 5.0 x 5.0 mm package, these LEDs are widely used in industrial, commercial, and decorative lighting systems. Engineered for durability and consistent illumination, they meet the demands of European and US markets.

The 3535 LEDs High Power series delivers superior brightness, durability, and energy efficiency, making it the ideal choice for industrial, commercial, and outdoor lighting applications. Engineered with advanced packaging technology, these LEDs provide stable performance and long lifespan, ensuring reliable illumination in demanding environments.

PCR light source:For the irradiation end of the rapid PCR instrument, if the diameter of 5/8/10mm in-line LED is used, the optical path is shown in Figure 1 after optimized design. The light emitted by the in-line LED is first collimated by a plano-convex glass lens, and then passed through a tape Filter the light through the filter, and finally condense the light into the fiber through a glass spherical lens. Plano-convex glass lens and filter, glass ball lens fiber pass light, numerical aperture NA = 0.56. Separation between filter and glass ball lens = 3-5mm. The light spot at the end face of the fiber is shown in Figure 2. ZEMAX simulation found that the energy utilization rate of light is about 25.658%, compared with the packaged SMD LED (the energy utilization rate of light is about 85%)

Product Features Compact Right Angle PLCC-2 package 4.0 x 3.6 x 4.0 mm (LxWxH) Compatible with automatic placement equipments Moisture Sensitivity level: 3 RoHS compliant

Queendom monochromatic SMD LEDs are available in SMD LED, 3528 led, led3528, led datasheet with regular brightness and high brightness. hey are packaged with AlGaAs, AlInGaP and InGaN chips provided by well-known chip manufacturers, with complete colors.

The control circuit and the RGB chip are integrated in a 5050 packaged component to form a complete external control pixel. Built-in signal shaping circuit, any pixel point receives the signal after waveform shaping and then output, to ensure that the line waveform distortion will not accumulate. Built-in power-on reset and power-down reset circuits.

 PLCC-4 package.  Intelligent reverse connect protection, the power supply reverse connection does not damage the IC.  The control circuit and the LED share the only power source.  Control circuit and RGB chip are integrated in a package of 5050 components, form a complete control of pixel point.  Built-in signal reshaping circuit, after wave reshaping to the next driver, ensure wave-form distortion not accumulate.  Built-in electric reset circuit and power lost reset circuit.

product properties: Main chips: Opto Lei (ED), Tyntek (Tyntek) JapanDowa, Epistar (Epistar) Chip specifications: the size is 8*8mi 9*9mil10*10mil 10*20mil, 30*30mil, 40*40mil, 45*45mil and other chip sizes; Material selection: high temperature resistantJapanese glue, 99.99% pure gold wire welding; Power factor: general power numbers are: 0.25w,0.5w, 1w, 3w, 5w, etc. Package form: in-line, SMD, imitation lumen mediumand high power

The effect is related to the angle of the infrareddiode, the number of light groups, the board, and the lens. The infrared camerais designed to use a larger-angle IR transmitter tube when the distance iscloser, and it must match the angle of view of the lens; For those above 20 meters, Taiwanese positive 12milor above chips must be used, and Japanese ones are also acceptable

characteristic 1. Remote control sensor, concealed infraredsurveillance camera, infrared supplement light emitting tube, householdappliances, 3C digital products, lighting, gift toys, traffic signalapplications, communication product applications, etc. 2. Infrared emission tube (infrared lamp tube) canbe widely used in infrared cameras, audio output and other infrared referenceproducts. The power of the chip inside usually determines the emissiondistance, but infrared surveillance cameras

The sheet material is different. Infrared light-emitting diodes usually use gallium arsenide (GaAs), gallium aluminum arsenide (GaAlAs) and other materials, and are packaged in fully transparent or light blue, black optical grade resin. Infrared transmitters produce infrared light to transmit information and commands from one device to another. Usually, a device receives the signal, and then transmits the infrared (IR) signal through the transmitter to Another device. According to the characteristics of the infrared emitting tube chip, it can be more widely used according to different wavelengths.

Infrared emitting tube (IR LED) is also called infrared emitting diode, which belongs to the category of LED diodes. It can directly convert electrical energy into near-infrared light (invisible light) and radiate it out Light-emitting devices are mainly used in various photoelectric switches, touch screens and remote control transmitter circuits. The structure and principle of the infrared emitting tube are similar to that of ordinary light emitting diodes, but the semiconductor core used

product properties: Main chips: Opto Lei (ED), Tyntek (Tyntek) Japan Dowa, Epistar (Epistar) Chip specifications: the size is 8*8mi 9*9mil 10*10mil 10*20mil, 30*30mil, 40*40mil, 45*45mil and other chip sizes; Material selection: high temperature resistant Japanese glue, 99.99% pure gold wire welding; Power factor: general power numbers are: 0.25w, 0.5w, Package form: in-line, SMD, imitation lumen medium and high power Colloid color: can be customized according to requirements: [main appearance is colorless, transparent, blue] Luminous color: can be customized according to requirements Beam angle: 130±5° (angle can be adjusted according to customer requirements) Product features: anti-high temperature, anti-dead lamp, anti-static Certification standards: SGS certificate in line with EU ROHS, EN60425, CE standards

product properties: Main chips: Opto Lei (ED), Tyntek (Tyntek) Japan Dowa, Epistar (Epistar) Chip specifications: the size is 8*8mi 9*9mil 10*10mil and other chip sizes; Material selection: high temperature resistant Japanese glue, 99.99% pure gold wire welding; Power factor: general power numbers are: 0.25w, 0.5w, 1w, 3w, 5w, etc. Package form: in-line, SMD, imitation lumen medium and high power Colloid color: can be customized according to requirements: [main appearance is colorless, transparent, blue] Luminous color: can be customized according to requirements Beam angle: 130±5° (angle can be adjusted according to customer requirements) Product features: anti-high temperature, anti-dead lamp, anti-static Certification standards: SGS certificate in line with EU ROHS, EN60425, CE standards

product properties: Main chips: US Preh, Cree CREE, Toyoda Gosei, Osram NICHIA, CREE, Preh, Xuming, Epistar, New Century Chip specifications: chip sizes such as 10*30mil, 14*28mil, 38*38mil, 40*40mil, 45*45mil, etc.; Material selection: high temperature resistant Japanese glue, 99.99% pure gold wire welding; Power factor: general power numbers are: 0.25w, 0.5w, 1w, 3w, 5w, 8w, 10w, etc. The main brightness unit is lm (lumens) Package form: in-line, SMD, imitation lumen medium and high power