CMA1825-0000-000N0H0AL7B

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The CMA1825-0000-000N0H0AL7B LED module is a popular product used in LED lighting applications.

This LED module is a type of chip-on-board LED that employs a phosphor-coated LED chip that is mounted onto a substrate board. It is powered by an AC/DC power supply circuit that is designed to interface with the LED chip and deliver a constant flow of electricity to ensure that light is emitted constantly at the same intensity and with minimal power loss. This stability in output results in less frequent burn out and higher lifespans for the LED module. Moreover, its design also makes it more tolerant to thermal shunts, allowing its performance to remain consistent despite any sudden changes in temperature.

The CMA1825-0000-000N0H0AL7B is a wide-angle type module designed to deliver a high-quality lighting experience. Its wide beam angle allows it to disperse its light at a wider angle, making it ideal for use in areas where a large area needs to be illuminated or in decorative lighting displays. Its color rendering index (CRI) is also particularly high, at 94, making it a great choice for applications where color accuracy and consistency is important, such as hospital lighting, photographic lighting, and retail lighting.

In terms of its practical applications, this type of LED module can be used in a variety of different settings. For example, it can be used in outdoor lighting displays, such as street lighting, landscaping lighting displays, and commercial lighting displays. It can also be used in indoor settings such as office lighting and residential lighting. Additionally, this LED module can be utilized in studio and stage lighting, such as for theatre lighting and other live performances.

The CMA1825-0000-000N0H0AL7B is a great choice for LED lighting applications. It is designed to deliver consistent performance and broad coverage of lighting output. Its wide beam angle and high CRI make it ideal for lighting applications where accuracy, consistency, and flexibility are important.

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