How does temperature affect the sensitivity and accuracy of measurement in electronics?
Best insight from top research papers
Temperature has a significant impact on the sensitivity and accuracy of measurement in electronics. In the case of power electronics, the junction temperature affects the accuracy of the transient dual interface method (TDIM) for determining thermal resistance . For silicon piezotransducers, the piezoresistivity characteristics are affected by temperature, leading to a decrease in sensitivity . Similarly, in piezoresistive MEMS pressure sensors, temperature can introduce measurement errors and temperature compensation methods are necessary . The accuracy of devices based on surface plasmon resonance (SPR) is also affected by temperature changes, and temperature stabilization techniques can significantly reduce measurement errors . In the case of DC voltage measurement devices, temperature variations can cause changes in the resistance of the voltage divider, affecting accuracy . Overall, temperature plays a crucial role in the sensitivity and accuracy of electronic measurements, and appropriate compensation techniques are required to mitigate its effects.
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| Papers (5) | Insight |
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01 Oct 2017 5 Citations | The provided paper does not directly address the sensitivity and accuracy of measurement in electronics due to temperature variation. |
26 Jan 2018 7 Citations | The provided paper does not specifically address the effect of temperature on the sensitivity and accuracy of measurement in electronics. |
26 Jan 2021 2 Citations | Temperature affects the sensitivity and accuracy of measurement in electronics by introducing measurement errors, as mentioned in the paper. |
01 Aug 2017 | The paper discusses the temperature effect on the sensitivity of an eight-terminal silicon piezotransducer. It mentions that the sensitivity decreases with temperature and proposes a model to correct for this effect. However, it does not specifically address the effect of temperature on the sensitivity and accuracy of measurement in electronics. |
| The provided paper does not directly address the sensitivity and accuracy of measurement in electronics due to temperature. |
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