L235-3580AHLGBBAC0

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 - COB’s, Engines, Modules, have many uses and applications and have become increasingly popular. The L235-3580AHLGBBAC0 is one of the most popular LED lighting products on the market and is used in a variety of applications from automotive lighting to lighting for industrial applications. This article will discuss the application field and working principle for this particular LED Lighting product and how it can be used to create efficient lighting solutions.

The L235-3580AHLGBBAC0 is an LED light engine that uses an array of high-brightness, ultra-thin and ultra-light LEDs to create intense, if not brighter, light compared to many other types of lighting. This light engine has a number of unique design features including a unique thermal system, high-flexibility PCB construction and an ultra-minimal profile. The L235-3580AHLGBBAC0 is designed to be used in a wide range of applications and its application field is as varied as its design features.

The most common application for the L235-3580AHLGBBAC0 is automotive lighting, particularly for the interior of passenger vehicles. This LED lighting product is used extensively in the manufacture of cabin lighting and automotive interior lighting. As this LED product has a very high level of brightness and intensity, it is also used in industrial applications where the need for high levels of illumination are required. It is also used for applications where its slim profile makes it an ideal choice, such as in long-life commercial lighting, machine vision lighting, UV curing lighting and lighting for photonics instruments.

The working principle behind the LED lighting product is based on the use of a number of LED components which are arranged in an array. The individual LED components are then connected to a power source, such as a battery or a wall outlet. The power source then supplies power to the individual LED components which then creates the light. The power source also creates a control signal which is sent to the LEDs and which tells them when to switch on and off, thereby controlling the intensity of the lights.

The unique thermal system used in the L235-3580AHLGBBAC0 helps to manage the heat generated during operation of the lighting product. This ensures that the LEDs remain cool during operation and prevents the formation of hotspots which can reduce the lifetime of the product. This also helps to ensure that the light intensity is maintained throughout its lifespan.

The high-flexibility PCB construction of the L235-3580AHLGBBAC0 allows for greater control over the type of LEDs used in the product and the overall illumination effects which can be achieved. This allows for greater control over the intensity, colour and other aspects of the lighting result. Furthermore, this PCB construction also enables the user to easily modify the product in order to suit different applications and lighting needs.

The ultra-minimal profile of the L235-3580AHLGBBAC0 also allows it to be used in applications where space is at a premium. This means that the lighting product can be installed in applications where traditional lighting solutions cannot. This is ideal for applications like lighting for machine vision, where a small profile ensures that the lights can be installed without additional space being required.

The L235-3580AHLGBBAC0 is a highly versatile LED lighting product which can be used in a number of applications to create efficient, if not brighter, lighting. The product’s application field is varied and it has a number of unique design features which makes it an ideal choice for a range of lighting applications. Furthermore, its working principle is based on the use of a number of LED components that are connected to a power source, with a control signal also sent to the LEDs in order to regulate their intensity and lifespan.

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