SMJD2V16W1P3-CA

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Introduction

SMJD2V16W1P3-CA is a COB (Chip On Board) manufactured and distributed by Seoul semiconductors, a renowned brand in the lighting industry. It is a high performance product designed to provide consistent, energy-efficient lighting in a variety of applications. Its tightly packed LEDs (Light Emitting Diodes) and efficient driving circuitry deliver a long service life. This article will discuss the application field and working principles of SMJD2V16W1P3-CA.

Application Field

The SMJD2V16W1P3-CA has a variety of applications in the fields of commercial and residential lighting. Since it is small in size and has a relatively low power rating, it is suitable for lighting applications such as downlighting, retail and restaurant environments, and hospitality applications. Additionally, it can be used in office/school environments and interior mood lighting where glare is an issue. The SMJD2V16W1P3-CA’s high efficiency and long service life make it an ideal choice in any lighting application where reliability and efficiency are key.

Working Principle

The SMJD2V16W1P3-CA is designed to operate on junction temperatures up to 120°C. Its tightly packed LED chips are housed in a metal core board (MCPCB) that effectively dissipates heat away from the LED chips. This helps to maintain the junction temperature and prevent heat damage. Additionally, the COB’s efficient circuitry delivers regulated power and current to the LED chips, preventing them from being over powered or over driven. This efficient circuit also ensures that the LED chips are operated at the optimum voltage for maximum efficiency and maximum service life.

Conclusion

The SMJD2V16W1P3-CA is an efficient LED lighting COB from Seoul Semiconductors. It is designed to work in a variety of commercial and residential lighting applications and provides long, reliable service life and high efficiency. Its efficient driving circuitry and metal core board ensure that the LED chips are operated at optimal voltage and temperature conditions, resulting in maximum efficiency and long service life.

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