5680200033F

LEDs - Circuit Board Indicators, Arrays, Light Bars, Bar Graphs

The 5680200033F is an LED designed for circuit board indication. It features dielectric isolation of the LED chip from the printed circuit board, thick film resistor technology for adjustable LED brightness, low ESD sensitivity, wide viewing angle and top-view orientation. It is rated for 2.2V at 30mA, that means it is suitable for many functions in circuit designs. The 5680200033F is commonly found in indicators, arrays, light bars, and bar graphs.

Application Field

The 5680200033F has a wide range of applications, including display indication, level indication, mains voltage indication, status indication, communication interface, audio warn indicator, instrumentation, warning sign, lighting. This LED is suitable for application such as automotive, audio amplifier, aviation and marine illumination, ancillary lighting, avionics, heavy industrial machinery, medical diagnostics and research instruments, office appliances, computers and telecommunications.

Working Principle

LEDs are basically a two-terminal semiconductor device comprising of a P-Type semiconductor material sandwiched between two N-Type semiconductor materials. When connected to a power source, electrons from the N-Type semiconductor will begin to flow and fill the holes in the P-Type semiconductor material. This movement of electrons and holes ultimately produces photons, which then emits light. The 5680200033F works on this same principle, but with some extra features not seen in other LEDs.

The 5680200033F features a “Base”, which helps to ensure good current distribution, high luminous flux and low thermal resistance while welding. The Base also provides strong resistance against electrical noise, and is suitable for harsh environments. Additionally, the “Gap Regulator” helps adjust the LED light intensity, allowing for the LED chip to be driven with higher peak current, which improves LED lighting effect. The “Transparent Encapsulation” is used to protect the LED and allow for a stronger resistance to environmental factors.