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"Resolution in Proportional Control"

What is resolution, and how does it impact performance in critical control applications?

In high-precision applications, the smallest control detail can make or break performance. While many proportional controllers boast accuracy, few offer true high resolution — an essential metric for processes that rely on subtle, repeatable adjustments. This article breaks down what resolution really means in proportional control and why it matters for engineering systems that rely on tight control of pressure or flow such as flow cytometry, gas chromatography, and 3D bioprinting applications. 

What you will learn:

• The difference between resolution and accuracy — and why it matters in critical control systems
• Why high-resolution control is critical in demanding applications such as flow cytometry, gas chromatography, and 3D bioprinting
• How PID tuning directly impacts resolution, repeatability, and performance
• What to consider when selecting or optimizing a proportional controller for precision processes 

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