3SBCC-A/G Optoelectronics

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 (Light Emitting Diode) indication technology has been around for decades, and is constantly evolving. The 3SBCC-A/G (or "Small Bright Clear Ceramic Component" with an A or G suffix) is an indication product that is used in many industrial and consumer applications.

The 3SBCC-A/G is a single-LED solution that can be used to indicate a variety of different functions. It can be used to indicate power, warning, status, or audio/visual presentations. The 3SBCC-A/G is small and compact, yet it is bright enough to be easily noticed in low-light environments.

The 3SBCC-A/G has a wide range of applications in both industiral and consumer settings. In industrial settings, they can be used to indicate temperatures, pressure levels, speed, and other physical parameters. In consumer settings, they can be used to indicate the status of an appliance, or to identify a certain product feature.

The 3SBCC-A/G\'s working principle is based on the ability of diodes to emit light when current is passed through them. The diode is housed in a ceramic casing, which helps to protect the diode from the elements. Additionally, the ceramic casing helps to diffuse the emitted light to provide a wide, even light pattern.

The emission of light is controlled by the amount of current that is passed through the diode. This is done by varying the voltage supplied to the diode. For example, an increase in voltage will cause a higher amount of current to flow through the diode and result in a brighter light output. Conversely, a decrease in voltage will cause a lower amount of current to flow through the diode and result in a dimmer light output.

The 3SBCC-A/G is an essential component in many industrial and consumer applications where discrete indication is needed. Its small size and bright output make it well suited for a wide variety of uses. Additionally, its ability to be controlled by variations in voltage makes it a very versatile indication solution for a variety of applications.

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