How to Optimize Signal Integrity for Better Data Acquisition
Whether designing a new jet engine or building a medical-grade freezer, signal integrity matters. Designers need certainty in, and from, their testing to ensure that their products will do what they are meant to do. This can only be accomplished through proper data acquisition systems with uncompromised signal integrity.
This is no small consideration or afterthought: without signal integrity, there is, fundamentally, no way to validate a design. This introduces the risks of inaccurate data, leading to false pass/fails, regulatory compliance issues, additional testing and costly prototypes, as well as delayed development and production.
This article from AMETEK Programmable Power provides a detailed look at the importance of data acquisition, the benefits and dangers of signal integrity, and how you can achieve better signal integrity.