WebOPC can be broadly divided into rule-based and model-based. Inverse lithography technology, which treats the OPC as an inverse imaging problem, is also a useful … Optical proximity correction (OPC) is a photolithography enhancement technique commonly used to compensate for image errors due to diffraction or process effects. The need for OPC is seen mainly in the making of semiconductor devices and is due to the limitations of light to maintain the edge placement … Ver mais The degree of coherence of the illumination source is determined by the ratio of its angular extent to the numerical aperture. This ratio is often called the partial coherence factor, or $${\displaystyle \sigma }$$. … Ver mais As the $${\displaystyle k_{1}}$$ factor has been steadily shrinking over the past technology generations, the anticipated requirement of moving to multiple exposure to generate circuit patterns becomes more real. This approach will affect the … Ver mais Today, OPC is rarely practiced without the use of commercial packages from electronic design automation (EDA) vendors. Advances in algorithms, modeling techniques and the use of large compute farms has enabled the most critical patterning … Ver mais Aberrations in optical projection systems deform wavefronts, or the spectrum or spread of illumination angles, which can affect the depth of … Ver mais In contrast to multiple exposure of the same photoresist film, multiple layer patterning entails repeated photoresist coating, deposition, and etching to pattern the same device … Ver mais • Computational lithography • Phase-shift mask • Inverse lithography Ver mais • Overview of OPC, with diagrams, by Frank Gennari Ver mais
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