CL-827-R75-PC Allicdata Electronics
Allicdata Part #:

1079-1066-ND

Manufacturer Part#:

CL-827-R75-PC

Price: $ 2.72
Product Category:

Optoelectronics

Manufacturer: Intematix Corporation
Short Description: CHROMALIT ROUND 80CRI 75MM DIA
More Detail: ChromaLit™ Round Remote Phospher Light Source 80 C...
DataSheet: CL-827-R75-PC datasheetCL-827-R75-PC Datasheet/PDF
Quantity: 158
Lead Free Status / RoHS Status: Lead free / RoHS Compliant
Moisture Sensitivity Level (MSL): 1 (Unlimited)
1 +: $ 2.46960
Stock 158Can Ship Immediately
$ 2.72
Specifications
Series: ChromaLit™ Round
Part Status: Active
Lead Free Status / RoHS Status: --
Lens Style: Round with Flat Top
Moisture Sensitivity Level (MSL): --
Lens Size: 75mm
CRI (Color Rendering Index): 80
CCT (K): 2700
Conversion Efficacy (lm/Wrad)(typ): 180
Viewing Angle: 115°
Description

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Optics - Remote Phosphor Light Source

The CL-827-R75-PC is a kind of remote phosphor light source device, which provides high power LED light through the phosphor conversion technology. The device contains a high power LED which gives off blue light; the light wavelength is 405nm and the power of the LED is 1-2 W. Through the patent remote phosphor technology, a fluorescent white light can be achieved via mixing a fluorescent phosphor with the blue light. This remote phosphor light source can reach an efficacy of over 120lm/W and is suitable for a variety of applications.

In terms of the device construction, the CL-827-R75-PC consists of a LED panel, a LED driver, a phosphor package, a heat sink, and a fan. The LED panel contains a single high power LED mounted on a special circuit board; the LED driver is used to control and deliver current and voltage to the LED panel. The phosphor package consists of a phosphor-mixing layer which converts the blue light into white light, and this also increases the efficacy and enhances the color rendering. The heat sink is designed to disperse the heat generated by the LED panel and the fan helps to sweep away the heat.

Due to the high power output and efficiency of the CL-827-R75-PC, it is widely used in a range of applications. It is mainly used for lighting applications, such as street lighting, floodlight, industrial lighting, and high-bay lighting. It is also often used for automotive applications due to its small size and light weight. It is used in the headlight, fog light and rear light to provide an efficient and long-lasting illumination. It is also used in ultraviolet disinfection, medical curing, resin curing, and curing process.

The working principle behind the CL-827-R75-PC is largely based on phosphor conversion technology. This phosphor technology is a kind of photoelectric conversion process, where part of the energy of the incident light is converted into light of longer wavelength (called “Stokes shift”). In this process, a fluorescent phosphor which fluoresces blue light is mixed with a blue light LED, where the blue light will excite the phosphor to emit light from within. This process will convert some of the blue light into other colors, resulting in a fluorescent white light.

Moreover, in order to ensure a high efficacy of the device, the LED panel, LED driver, phosphor package and heat sink must be designed and constructed correctly so as to improve the heat dissipation and light output. The LED mounted on the LED panel needs to be a high power LED with a wavelength near 405nm; the LED driver must control the current and voltage to the LED panel; the phosphor package should also provide maximum light conversion; and the heat sink and fan should provide enough dissipation to keep the device working in a safe temperature range.

In summary, the CL-827-R75-PC is a kind of remote phosphor light source device which can provide a highly efficient and long-lasting illumination for a variety of applications. Through the phosphor conversion technology, the blue light from the high power LED can be converted to white light via the fluorescent phosphor. The device also contains other components like LED driver, heat sink and fan in order to improve the lighting efficacy and heat dissipation.

The specific data is subject to PDF, and the above content is for reference

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