SSL-LX5093UPGC/D

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SSL-LX5093UPGC/D LED Indication - Discrete Application Field and Working Principle
• Application Field Discrete LED Indication technology is widely used in items involving aviation and aerospace applications, IT, defense and military operations, laboratory and research, security and surveillance and automotive industry. SSL-LX5093UPGC/D from Broadcom is tailored for discrete LED indication components based on surface mount technology inside automated lines. With various package type options such as PLCC6, T1-3/4 and mCOB, it provides designers a greater freedom to choose the package which best fits the requirement. In addition, the wide range of color spectrum from red, orange, yellow, blue and green provides options for specific application purposes.
• Working PrincipleSimple in structure, Discrete LED Indication adopts aluminum gallium arsenide (AlGaAs) infilling in a selected wave length. The wave length of the light emitting diodes (LEDs) will be tuned to coincide with the selected wave length. As the electricity flows into the diode, electrons will transit from valence band to conduction band, catapulting their energy to the conduction band while resulting in infrared emission. This infrared emission will then be evacuated on the other end of the diode.When the conduction occurs in either gallium arsenide or indium gallium arsenide, positive-charged holes will transit to the conduction band. Electrons made from these holes will then be eliminated directly, resulting in visible light emission. At the same time, electrons that were catapulted to the conduction band by the excited holes will repel away and evacuate as infrared lights.
• BenefitsSSL-LX5093UPGC/D are very efficient in directing the light. It utilizes the vertical geometry architecture of the emitting diodes and continuously improve upon it.With the large number of adjustable parameters allows practically infinite degree of luminous angle which can be achieved. As a result, discrete LED indicators can achieve uniformity of lighting that is unmatched by conventional lighting technology while providing good gains in engineering.Using SSL-LX5093UPGC/D discrete LED indicators also save power and space. A single discrete LED indicator can have total power consumption of less than one watt, whereas conventional lighting will require multiple parts. This amount of power saving would prove useful in long operating cycles, such as research applications.
• Conclusion SSL-LX5093UPGC/D discrete LED indicators offer an ideal solution to the growing needs of modern lighting technology. It has multiple benefits such as energy efficiency, space saving, energy savings and uniformity of light emission. With a wide range of color selection and adjustable parameters, designers have the freedom to choose the best option for their application purpose. Discrete LED Indication has become a popular choice for high-end applications such as aerospace, aviation, IT and automotive industry.

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