It saves development time and reduces design complexity by eliminating the need for a microcontroller or software. In addition, the MAX25605 reduces design space by up to 50 percent and slashes bill-of-materials (BOM) costs by up to 25 percent compared to the closest competing solution.
Sequential LED lighting features used to be exclusive to high-end vehicle model segments due to complexity in design and cost constraints. The MAX25605 now simplifies designs, allowing more mid-range and economy models to adopt their own animation signatures. It controls LED current up to 750mA versus 100mA for competing solutions, thus providing more flexibility in the lighting design. The MAX25605 integrates six switches, manages up to three LEDs per switch and can be daisy-chained up to 16 devices without the need for a microcontroller or software. With this comprehensive solution, designers can accurately program sequence timing, direction and linear or log dimming, while also easily detecting fault conditions. This component reduction cuts BOM costs and saves time and effort by eliminating the need for software.
• Reduces Design Space: Space savings up to 50 percent and high integration simplifies design
• Lower Cost: Reduces component count to save BOM costs up to 25 percent
• Saves Time: Eliminates need for a microcontroller or software which cuts design complexity and improves time to market
“LED exterior lighting has long been the province of premium brands and models,” said Edward A. Sanchez, senior analyst at Strategy Analytics. “OEMs know creative use of LED exterior lighting on cars instantly conveys technical sophistication and aspirational style. Sequenced LEDs represent the next evolution in vehicle styling, creating a unique and appealing visual feature that also has compelling safety and functionality benefits.”
“Integration makes the MAX25605 the most compressive sequential turn signal solution in the market,” said Yin Wu, senior business manager, Automotive Business Unit at Maxim Integrated. “In addition, hardware programming simplifies development efforts while managing up to 750mA of LED current allows for much more flexibility to meet lumen requirements.”