![]() ![]() A reduction of energy consumption, while still increasing the comfort and attractiveness for users and tenants, needs to be achieved. There is an increased demand for smart lighting solutions in commercial and residential buildings to reduce installation, maintenance, and operating costs. Learn more about LED driver design basics with our AC-DC LED driver design guide and our Lighting ICs in general. Ultimately, when deciding how to design the LED driver circuit, the topology most suitable for your design depends on the specific features to implement and your platform concept. This topology supports intelligent lighting features as well as low dimming levels and other features. Using primary constant voltage with secondary buck stage is a further option for LED lighting driver design. ![]() For LED driver circuit designs with higher power ratings and larger feature sets, dual-stage topologies with a dedicated stage for power factor correction (PFC) and a dedicated stage for flyback or LLC are common. Low-power and cost-sensitive LED driver designs for lighting applications usually turn to single-stage flyback topology. The topology used in LED lighting driver design depends on the power rating and feature set. Typically, LED drivers to provide a constant current to LED light engines for applications such as commercial indoor lighting, street lighting, and high bay lighting. ![]()
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