Bivar 4.2V Green LED 3216 Surface Mount LED with 1550mcd Luminosity SM1206NPGC-IL

Bivar SM1206NPGC-IL is a high-performance Green LED designed in a 3216 surface mount package. Operating at a forward voltage of 4.2V and a maximum forward current of 25mA, this LED provides a bright luminous intensity of 1550 mcd with a dominant wavelength of 525nm. Its narrow viewing angle of 30 degrees allows for precise and focused illumination ideal for indicator and display applications in electronics.

This LED features a rectangular water clear lens, measuring 3.2 x 1.6 x 1.4 mm, ensuring excellent light output and color purity. It is RoHS compliant, making it environmentally friendly and reliable for industrial, electronic component manufacturing, and technical device integration.

The package type 3216 coupled with surface mount technology enables easy PCB mounting in compact circuit layouts. The clear lens finish and the two pin configuration provide straightforward installation and optimal performance. Its high maximum power dissipation of 100mW supports reliable long-term use.

Typical applications include electronic indicators, display lighting, instrumentation panels, instrumentation, and other general purpose electronic and electrical equipment. The LED provides pure green light at 525nm wavelength.

Has a max forward current rating of 25mA for efficient power consumption. Compact 3216 surface mount package fits tight space constraints. Narrow 30° viewing angle for focused and clear light output. Constructed with a clear, rectangular water clear lens for color clarity.

Rated power dissipation is 100mW ensuring operational safety. Compliant with RoHS environmental standards. Lens dimensions are precisely 3.2 x 1.6 x 1.4 mm. Designed for use in electronic assemblies requiring reliable LED indicators.

This product is categorized under LEDs and is a crucial component in modern electronics manufacturing requiring durable and bright indicator solutions. Explore more products in the LED category at EnvMart for various lighting and electronic component needs.