How Temperature Affects Pressure Sensor Performance Pressure sensor temperature effects show up as soon as a transducer leaves the lab and enters real equipment. As temperature changes, the sensing element, electronics, oil fill, seals, and housing can all influence the output signal. For OEM engineers, the key is to review both the compensated temperature range…

Choosing the right RTD temperature sensor is a critical decision in OEM system design. Whether you are an engineer designing a control system or a procurement manager sourcing components, selecting the wrong sensor can lead to inaccurate measurements, system inefficiencies, or premature failure. This guide explains how RTD temperature sensors work and walks through the…

Selecting the right pressure sensor is a critical step when designing OEM equipment. For engineers and designers, a helpful pressure sensor selection guide can prevent costly mistakes. Choosing the wrong sensor can lead to inaccurate measurements, premature failure, or costly redesigns later in development. This pressure sensor selection guide explains the key engineering factors to…

Choosing between wireless and wired pressure sensors is a common decision point for OEM engineers designing new equipment or refining existing systems. Each approach has strengths and limitations that affect installation, reliability, maintenance, and long-term cost. This article breaks down wireless vs wired pressure sensors using practical, engineering-focused criteria to help you determine which option…

Selecting pressure sensors for critical applications depends on accuracy, which drives reliability and cost. Accuracy is not a single number; it aggregates multiple error sources across the operating range. Accuracy defines closeness to true pressure; precision defines consistency. A device can be precise but inaccurate, or accurate but imprecise—both matter. What Is Pressure Sensor Accuracy?…