Signal Generation Circuit for Precise SYNC Cycle Control

The patent divides the SYNC_CLK signal into multiple divided clock signals with different frequencies. By segmenting the clock signal generation, the system achieves fine-grained control over the SYNC cycle without requiring a single high-frequency clock, thus avoiding the complexity and power consumption issues associated with high-frequency IC operation.

The patent dynamically selects and switches between multiple divided clock signals based on the required SYNC cycle accuracy. This dynamic approach allows the system to adapt to different precision requirements without permanently operating at maximum frequency, reducing overall complexity and power consumption while maintaining the ability to achieve high precision when needed.

The patent segments the clock signal generation into multiple divided clocks, allowing the system to achieve the necessary SYNC cycle precision for accurate image formation without relying on a single high-frequency clock signal. This segmentation enables power-efficient operation by using lower-frequency divided clocks that still provide sufficient precision.

The patent changes the frequency parameter of the clock signals by generating multiple divided clocks with different frequencies. This parameter variation allows the system to select the optimal frequency that balances image formation accuracy with power consumption, avoiding the need to continuously operate at high frequencies that would generate excessive heat and consume more power.

The patent segments the clock signal into multiple divided clocks, enabling the system to achieve high SYNC cycle precision without operating a single clock at high frequency. This segmentation distributes the operational load across multiple lower-frequency signals, reducing heat generation while maintaining the precision needed for accurate image formation.

The patent utilizes parameter changes by varying the frequency of divided clock signals to match the required SYNC cycle precision. This allows the system to operate at lower frequencies that generate less heat, while still achieving the necessary precision through selective use of appropriate divided clock frequencies.

The patent applies segmentation by dividing the clock signal into multiple frequencies, allowing the use of simpler, lower-frequency ICs that are easier to manufacture while still achieving high SYNC cycle accuracy through the combined use of multiple divided clocks. This segmentation approach maintains circuit simplicity while overcoming the precision limitations of low-frequency operation.

The patent makes the clock generation system multi-functional by creating divided clocks that can serve different precision requirements. This universal approach allows a single set of divided clocks to handle various SYNC cycle accuracy needs, maintaining ease of manufacture with simple ICs while providing the precision functionality required for accurate image formation.

The patent segments the clock signal into multiple divided frequencies, enabling the use of simpler circuits with lower-frequency ICs while maintaining precise control over the SYNC cycle. This segmentation allows the system to achieve accurate color alignment without the complexity of high-frequency circuit design, thus reducing device complexity while controlling color shift.

The patent dynamically selects from multiple divided clock signals to optimize the balance between circuit complexity and color shift control. By dynamically switching between different divided clock frequencies, the system maintains precise SYNC cycle control for accurate color alignment while keeping the overall circuit design simple and manageable.