Pulse Gas Delivery Control for Precise Semiconductor Gas Timing

The control system is segmented into two independent parts: a host controller for high-level process coordination and a dedicated pulse gas delivery controller for precise timing execution. This segmentation allows each component to specialize in its function, with the dedicated controller eliminating communication jitter by locally managing pulse timing without relying on continuous host controller communication.

A dedicated pulse gas delivery controller acts as an intermediary between the host controller and the gas delivery system. It receives high-level commands from the host controller and translates them into precisely timed pulse signals, isolating the timing-critical path from the communication overhead of the host controller.

The dedicated controller pre-loads pulse sequences and timing parameters into its local memory before execution. By preparing the control sequence in advance and storing it locally, the system eliminates real-time communication dependencies during pulse delivery, ensuring repeatable execution without communication jitter.

The pulse gas delivery controller is self-sufficient, maintaining its own timing clock and control logic independent of the host controller. It autonomously generates precise pulse sequences based on stored parameters, serving itself rather than relying on continuous external control signals.