Data Source Integrated Circuit Gamma Voltage Generation

The patent merges the gamma voltage generation function into the data source integrate circuit by adding a gamma voltage generation module. This module includes a first voltage generator that generates first gamma voltages based on a first input voltage, and a second voltage generator that generates second gamma voltages based on a second input voltage. By combining these functions, the separate gamma integrate circuit is eliminated, reducing device complexity while maintaining reliable gamma voltage generation through dedicated voltage generation pathways.

The patent combines the gamma voltage generation function within the data source integrate circuit itself. The first voltage generator receives a first input voltage and generates first gamma voltages, while the second voltage generator receives a second input voltage and generates second gamma voltages. This integration eliminates the need for a separate gamma integrate circuit and its associated lead connections, thereby reducing lead resource occupation while maintaining dedicated voltage generation pathways for reliability.

The patent integrates the gamma voltage generation module into the data source integrate circuit, combining multiple functions into a single circuit block. This reduces the total component count and assembly complexity, directly lowering production costs. The first and second voltage generators maintain independent operation within the integrated circuit, preserving generation independence and reliability while achieving cost efficiency through manufacturing simplification.