LED and LCD Display | Top Quality

LCD Module refers to the liquid crystal display devices, connectors, controls and peripheral circuits such as driving, PCB circuit board, backlight, structural components and other pieces fit together.

Liquid Crystal Display is a thin flat display device, by a number of color or monochrome pixels composed of a light source or a reflector placed in front of the face.

Seven segment display (Seven-segment display) for electronic components used to display numbers. Because by seven light-emitting diodes to display numbers in different combinations, so called seven-segment display, also known as seven-segment display, and 2.7 for its next planned "eighth plan."

Light guide is a guide of the light emitted from the LED on the front panel or PCB structure position you want glowing, this structure is generally made ​​of PC material, or PMMA material.

The RGB color model, also known as the RGB color model or the red, green, and blue color model, is an additive color model. Add to produce a variety of color light. (Because of human visual color cells, red, green and blue become the basis of the three primary colors)

UVLED point light source curing system is through the conversion of electricity → light energy, so that LED high-power ultraviolet diode wafers produce high-purity 365nm monochrome ultraviolet light, the energy is concentrated in the wavelength band required for UV curing. Its main features are: long product life, fast curing time, low cost, and no mercury. UV-LED (UV Light Emitting Diode) is a solid-state semiconductor device that can directly convert electrical energy into ultraviolet light. The working temperature of UV-LED light source is usually below 100 ° C. It has the characteristics of long service life, high reliability, high luminous efficiency, low power consumption, no heat radiation, and environmental protection. It has been gradually obtained in UV curing in recent years. application.

Within the wavelength spectrum, the range of UV light can be broken into three primary areas. The Ultraviolet A, or UV-A long wave, falls within the range of 315 nanometers to 420 nanometers. Ultraviolet B or, or UV-B medium wave, is within the 280 nanometers to 315 nanometer range. And finally Ultraviolet C, or UV-C short wave, is with the 100 nanometers to 280 nanometer range. Each area within the UV spectrum offers distinct benefits in industries ranging from medical to forensic science to test and measurement.

"As long as the mercury lamp can be used to kill the future of ultraviolet LED market," the industry said. First, the UV LED sterilization can be free to control the band; Second, the UV LED unit area intensity than the mercury lamp more than 1000 times higher, but the same light output energy consumption is only 1/10 of the mercury lamp; LED is not affected by temperature, concentration, activity and other chemical equilibrium conditions; Fourth, the sterilization process of non-toxic, no residue, no smell; Fifth, sterilization principle for the destruction of the virus, the biological center of bacteria DNA (deoxyribonucleic acid) And RNA (ribonucleic acid) structure, so that immediate death or loss of reproductive capacity, no need to replace the drugs do not have to use combination of pharmaceuticals, especially for air, water and surface disinfection.

QuasarBrite UV LED SSL-LXTO46xxx Series
QuasarBrite™ UV LEDs Combine Longer Lifespan, Increased Cost Savings and Energy Savings and Superior Light Performance Lumex’s family of UV LEDs offer enhanced durability with their robust TO-46 packaging and glass lens. Through this innovative design, Lumex’s UV LEDs experience less degradation over the lifespan of the LED (approximately 50,000 hours), which in turn provides enhanced product performance. Lumex’s UV LEDs have up to 70% lower energy consumption than CCFL technology.

TitanBrite™ 2-Watt High Power UV LEDsSML-LXL8047UVC
New 2-Watt High Power UV LEDs Offer Energy Savings of 70% and Space Savings of Up to 90%! Lumex’s new TitanBrite 2 watt UV LEDs offer twice the power with the same footprint as a standard 1 watt package. In addition, the surface mounted design allows the 2W UV LED to provide up to 90%, 50% or 30% space savings
compared to CCFLs, UV filament lamps and standard through-hole UV LEDs. These exciting new UV LEDS are ideal for a wide range of applications that require bright, intense light with low energy consumption and have space limitations.

Light-emitting diodes means that when a voltage is applied (referred to as forward direction) in the direction of the rectifier, a current injection, electron and hole recombination, a part of the energy is converted into light and emitting diodes. Such an LED is made of a semiconductor, a solid element, a stable working state, high reliability, the continuous energization time (life) over up to 105h.