GR DASPA2.23-GRGT-24-FH-100-R18 Optoelectronics

LED lighting has become commonplace in modern technology due to its efficient, reliable, and cost-effective performance. Its use in applications that require more than basic illumination, such as color rendering, is becoming more common. The GR DASPA2.23-GRGT-24-FH-100-R18 LED is the perfect choice for applications that require superior color rendering abilities. This LED features high luminous efficacy, excellent color rendition, and low driving current; making it the perfect LED for lighting applications that require accurate color rendering.

The GR DASPA2.23-GRGT-24-FH-100-R18 is a white LED with a color rendering index (CRI) of over 85. This makes it suitable for applications that require high color rendering capabilities, such as museum lighting and retail displays. The high CRI of this LED ensures that colors are accurately represented when illuminated in natural lighting.

The GR DASPA2.23-GRGT-24-FH-100-R18 is a highly efficient LED with an output of 100 lumens per watt. This makes it energy efficient, reducing energy costs and lowering the environmental impact of lighting applications. The LED is also designed with a long lifetime, with a rated life of 30,000 hours. This means that it will last significantly longer than conventional incandescent bulbs, saving both energy and replacement costs.

The working principle of the GR DASPA2.23-GRGT-24-FH-100-R18 LED is relatively simple. It is a diode, which means it emits light when an electric current passes through it. This LED is made of a semiconductor material that emits light when the electrons flow through it. The current is controlled using a dimmer switch, allowing for precise control over the intensity and color of the light output.

The GR DASPA2.23-GRGT-24-FH-100-R18 LED is the perfect choice for lighting applications that require superior color rendering abilities. Its high CRI and efficiency ensure that colors are accurately represented and that energy costs are reduced. Its long lifetime also makes it a cost effective choice, reducing the need for frequent bulb replacements. The diode design makes it simple to control, allowing for precise adjustment of light output.