SPHWH2HDNC08YHV3C1

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 has become a widely favored technology over the last few years because of its enhanced energy efficiency, durability and color accuracy, as well as its cost effectiveness. The SPHWH2HDNC08YHV3C1 model is a product created to meet the requirements of the growing LED lighting industry. The key application areas of the model are discussed below, followed by the working principles.

COB Lighting Application Field

COB (Chip on Board) lighting refers to a light source, where a number of light-emitting diodes (LEDs) are grouped together and mounted on a circuit board. The SPHWH2HDNC08YHV3 module is designed to work as a COB lighting source, as it has a high density surface mount of LEDs with a uniform, homogeneous light distribution. It is capable of producing high output light with a high level of efficiency, making it ideal for illumination applications in a broad range of indoor and outdoor scenarios. It is also suitable for use in stores and other commercial establishments, as it is aesthetically pleasing and highly reliable.

LED Module Application Field

The SPHWH2HDNC08YHV3C1 model is also suitable as an LED module, as it can be configured to feature an array of LEDs and interconnected wiring systems. This enables the module to provide a flexibility and a degree of customization that other light fixture don’t have. The module is ideal for a variety of applications, including automotive and commercial use, due to its durability and high level of light control. It is also suitable for use in industrial settings, such as street lighting, where a degree of customization and reliability is required.

LED Engine Application Field

The SPHWH2HDNC08YHV3C1 model can also be used as an LED engine. This component of a light fixture provides the core of its functionality, such as the functionality of controlling its color temperature and brightness. This version of the model features a high level of power efficiency and a wide range of dimming capabilities. This makes it suitable for a host of applications, including residential lighting and in commercial businesses, where precise light control is desired.

Working Principle

The working principle behind the SPHWH2HDNC08YHV3C1 model is based on the constant current drive of the chip. This is a process in which the power supplies feed the energy into the chips in a steady, even manner. This results in a stable, low-noise, and efficient light source that is resistant to surges and other power flow variations. The chip itself features multiple heat dissipation methods, such as fan cooling, and groove fin heat dissipation, to ensure that the device operates safely and efficiently.

In addition to the these methods, the chip also features an internal protection mechanism for the leakage current, overcurrent, and short circuit protection to prevent damage to the device in extreme conditions. The chip also has a unique temperature control system that uses a thermistor to accurately monitor the temperature of the chips and shutdown the device if it gets too hot. This ensures that the device stays within its specified operating temperature range and provides a safe and reliable source of illumination.

The SPHWH2HDNC08YHV3C1 model is designed to provide a cost-effective and efficient LED lighting solution for a variety of applications. Its application field includes COB lighting, LED module, and LED engine use. Its working principle is based on the constant current drive of the chip and advanced temperature control mechanisms for protection. Its features and capabilities make it an ideal solution for businesses and commercial establishments, as well as for residential applications.

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