LED Driver Burnable Addressing Reduces Control Line Complexity

The patent combines address data and control signals into a single data transmission line. The LED driver circuit integrates the address register and control logic, allowing multiple modules to be addressed independently through a single shared data line rather than requiring separate address lines for each module.

The data transmission line serves multiple functions: it transmits both address data and control signals to multiple LED lamp string modules. The LED driver circuit is designed to handle both addressing and control operations through the same communication interface, reducing the overall number of required lines.

The patent implements a dynamic address configuration system where the LED driver circuit can load and switch between different address data sets. The address register is designed to accept external address input during operation rather than being permanently fixed, allowing addresses to be changed based on installation requirements while maintaining stable operation once configured.

The system allows address data to be prepared and loaded in advance during the assembly process or initial setup phase, before the LED lamp string is installed. This preliminary configuration action enables flexible address assignment without requiring permanent burning during manufacturing, facilitating easier warehouse management and assembly operations.