Abstract: Methods, apparatus, and devices for fluid flushing systems to remove foreign object debris (FOD) are provided. These methods and devices are designed to flush and transport FOD away from machined parts. Foreign object debris refers to any unintended material such as tiny particles, chips that enters a part during a manufacturing process. FOD can have significant effects, compromising the quality and functionality of manufactured items. This can lead to costly consequences such as rework, scrapped parts, and production delays. FOD prevention is essential for improving safety, reliability, and efficiency.

Abstract: A system and method are provided for transitioning between modulation formats in adjacent transmit bursts. The system includes a modulation system having a data interface, first modulation circuitry operating according to a first modulation format, and second modulation circuitry operating according to a second modulation format. During a transition between a first transmit burst in the first modulation format and a second transmit burst in the second modulation format, the data interface receives a timing signal signifying a start of data for the second transmit burst. In response to the timing signal, the second modulation circuitry resets, and the data interface delays the data for the second transmit burst by a modulator delay time. By delaying the data for the second transmit burst, a glitch caused by resetting the second modulation circuitry arrives at the output of the second modulation circuitry prior to the data for the second transmit burst.