L2C2-35951202E0600

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LED Lighting is a fast-evolving industry that has seen major advancements in recent years. One of the most important components in LED lighting technology is the LED chip, sometimes referred to as an LED die. One of the most prevalent LED chip types is the L2C2-35951202E0600, which has quickly gained a reputation for its efficient output, long life and improved colour rendering. In this article, we will discuss the application fields and working principles of this chip.

The L2C2-35951202E0600 is primarily used in COB LED lighting. COB stands for “Chip-on-Board” and involves mounting multiple LED chips on a single PCB (printed circuit board). This architecture offers numerous benefits over the traditional single die LEDs, including higher efficacy and higher output. The L2C2-35951202E0600 is designed to provide maximum efficacy and clarity with minimal efforts on the part of the users. Additionally, its small size and low profile make it an ideal choice for a variety of applications, including architectural lighting, retail lighting and backlighting.

The L2C2-35951202E0600 is based on a flip-chip architecture, which means that its multiple dies are bonded directly to the substrate using solder balls and then flipped to the required orientation. This method gives the die a much better thermal performance, allowing it to dissipate heat more efficiently and eliminating the need for external heat sinks. Additionally, this method also allows the die to take up less space. It is important to note that the L2C2-35951202E0600 is designed to run on a DC input, so it should not be used in AC-only installations.

The L2C2-35951202E0600 is also found in LED engines and modules. LED engines house the LED dies and provide a reliable means of connecting and powering LED chips. LED engines are often used in larger lighting fixtures and are typically operated with a custom driver or preprogrammed chip. LED modules, on the other hand, are smaller pieces of circuitry that house the LED chips and offer a convenient means of connecting and powering the LEDs. LED modules are typically used in smaller lighting fixtures, such as those used in retail and accent lighting.

In terms of working principles, the L2C2-35951202E0600 follows the principle of LED chip efficiency. LED efficiency is critical when it comes to LED lighting, as it determines both the total cost of the lighting solution and the total amount of Lite produced with each LED die. The chip itself uses a unique set of electrical properties and design to transform electrical energy into visible light. In addition to efficiency, the chip also features a high voltage rating, wide operating temperature range and improved color rendering.

To conclude, we can see that the L2C2-35951202E0600 is a versatile and reliable LED chip that is designed to provide maximum efficiency and clarity in numerous applications. It finds use in COB lighting, LED engines, and LED modules, and features a flip-chip architecture and improved electrical properties. This chip is quickly becoming the industry standard and is sure to be seen in many new lighting solutions in the near future.

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