Bootstrap Switch Non-Overlap Timing With Reduced Jitter and Crosstalk

The patent extracts and removes the problematic delay circuits and clock drivers from the timing circuit. By eliminating these components that introduce jitter and skew, the system achieves non-overlapping clock signals without the harmful timing variations, while still maintaining channel isolation through alternative means.

The patent uses a simplified timing circuit that generates clock signals without complex delay circuits. Instead of copying the traditional approach with multiple delay stages, it employs a streamlined design that achieves the same non-overlapping function with fewer components, thereby reducing jitter and skew.

The patent removes unnecessary delay circuits and clock drivers from the timing circuit, keeping only the essential components needed to generate non-overlapping clock signals. This extraction simplifies the overall circuit architecture while maintaining the core functionality.

Instead of using multiple delay circuits to achieve non-overlapping signals, the patent inverts the approach by using a simplified circuit that generates the non-overlapping signals directly without relying on cascaded delay stages, thereby reducing complexity.

The patent extracts and eliminates the delay circuits that cause timing variations. By removing these components, the system achieves channel isolation without introducing jitter and skew, thereby reducing manufacturing precision requirements for timing-critical components.

The patent implements a simplified timing circuit that copies the essential function of generating non-overlapping signals without replicating the complex delay circuitry. This approach maintains channel isolation while avoiding the timing precision issues associated with traditional delay-based designs.