What happens if position is not aligned on dynaomterer?
Best insight from top research papers
Misalignment of position on a dynamometer can lead to various issues depending on the specific system. In the context of electric charging, a misalignment detection device can detect misalignment between the receiver and transmitter during charging. In the case of alignment marks for semiconductor manufacturing, a laser beam is used to detect position deviations, emphasizing the importance of accurate alignment. For integral photography, misarrangement of elements due to misalignment can cause errors in reconstructing 3D images, affecting image quality. To address misalignment issues in wafer position detection, a variable integrating region approach is proposed to enhance accuracy. Overall, misalignment can result in reduced efficiency, accuracy, and quality in various systems, highlighting the significance of proper alignment.
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| Papers (5) | Insight |
|---|---|
Patent 23 Jun 2005 3 Citations | If the position is not aligned on the dynaomterer, alignment mark signals become low-contrast, leading to accuracy deterioration in detecting the position of a wafer. |
47 Citations | Not addressed in the paper. |
21 Oct 2012 31 Citations | Not addressed in the paper. |
| Position misalignment on a dynamometer can be detected using a device comparing induced electric current and transmit frequency, enabling detection of misalignment during electric charging. | |
| Position deviation detection method using a slanted laser beam detects misalignment between an Si wafer and X-ray mask on a dynaomterer, ensuring accurate alignment for precision processes. |
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