CL630WIP

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

LED lighting technology has come a long way since the initial invention of Light Emitting Diodes (LEDs). Today, LED lighting can accomplish a wide range of applications, from basic task lighting to complex decorative projects. One particular technology within the LED lighting field that has become increasingly popular in recent years is a Chip-On-Board (COB) module known as the CL630WIP. This article will detail the applications and working principles of CL630WIP technology.

Traditional LED Lighting

Before explaining the applications and working principles of CL630WIP, it is important to discuss traditional LED lighting modules. LEDs are semiconductor diodes designed to emit light in a specific colour when an electrical current passes through them. A single LED light is typically capable of producing a fairly low intensity light output, which is adequate for basic task lighting. To increase the output, LEDs are grouped together on a printed circuit board (PCB) and connected in a series. This is known as an LED component module or ‘engine’.

The module typically consists of 8 to 10 LEDs soldered onto a small PCB. Although it is possible to connect different colours of LEDs within the same module, this is often not recommended as the output can be uneven. For example, a module consisting of 6 red LEDs, 2 blue LEDs and 2 green LEDs is likely to produce an unpleasing output.

Chip-on-Board (COB) Technology

Chip-on-Board (COB) technology is a method of mounting multiple LED chips onto a single substrate, creating a single module. This technique allows for a high number of LED chips to be mounted onto a single substrate, providing higher luminous flux outputs than traditional LEDmodules. COB modules are also capable of producing a significantly more consistent output as there is far less discrepancy between individual LEDs.

CL630WIP

The CL630WIP is a popular COB module manufactured by Cree Inc. This module is particularly well-suited for commercial applications due to its extremely high luminous flux output, which can reach up to 6,000 lumens. The CL630WIP also has a wide colour temperature range, from 2,500K to 8,500K, meaning that it can be used to create a wide range of lighting effects.

Applications

Due to its excellent colour rendering and high output capabilities, the CL630WIP is usually used for general lighting applications. Common applications for the CL630WIP include retail stores, restaurants, offices, and other commercial spaces. It can be used to create a variety of lighting effects, from general ambient lighting to more focused task lighting. The module can also be used for decorative lighting purposes, such as creating focal points or highlighting architectural features.

Working Principle

The CL630WIP works similarly to any other LED light source. When the module is electrically powered, electrons begin to flow through the LED chips. This causes the release of photons, which manifest as visible light. The optical output of the CL630WIP is highly dependent on its thermal management, as LED chips generate a significant amount of heat during operation. To ensure optimal performance, the module is typically mounted onto a heat-sink to dissipate heat, which is then dissipated into the environment.

The CL630WIP also supports intelligent drive technology to increase efficiency and reliability. This technology allows the module to guarantee consistent output throughout its lifecycle, even when exposed to high temperatures and voltage fluctuations. This makes the CL630WIP a highly reliable and efficient lighting solution for any commercial application.

Conclusion

The CL630WIP is a high-performance Chip-on-Board module manufactured by Cree Inc. It has quickly become a popular choice for commercial lighting applications due to its excellent light quality, high output capabilities and intelligent drive technology. Understanding the applications and working principles of the CL630WIP is essential for any designer or installer who wishes to make use of this technology.

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