What could be a potential consequence of not addressing low-frequency roll-off in a sweep?

Addressing low-frequency roll-off in a sweep is crucial because it can significantly affect the overall performance and quality of the signal being analyzed or transmitted. When low-frequency roll-off occurs, the lower frequencies of the signal can be attenuated or lost, which can lead to a reduction in the effective bandwidth available for the system. This reduced bandwidth could hinder the signal's ability to carry information effectively, leading to poorer overall performance.

In contrast, increased signal clarity, improved transmission speed, and enhanced signal strength are typically not direct results of failing to address low-frequency roll-off. If low frequencies are not sufficiently captured due to roll-off, the clarity of the overall signal may actually decrease, and despite any perceived improvements in other areas, the system will likely suffer from the limitations imposed by a narrower bandwidth. Thus, addressing low-frequency roll-off is essential to maintaining sufficient bandwidth for effective signal transmission.