Electron beam lithography, also known as e-beam lithography, is a microfabrication technique used to create semiconductor reticles (photomasks) for integrated circuit production. Based on technology derived from scanning electron microscopes (SEM), EBL enables the creation of extremely fine circuit patterns.
In an EBL system, an electron gun emits a beam that is focused into a nanoscale spot using electron lenses. By synchronizing the precise control of the beam with the mechanical movement of the stage, the system draws complex patterns onto a substrate coated with electron-sensitive resist. This process requires high-precision control derived from advanced electron beam processing and SEM technologies.
High-precision, high-voltage power supplies are essential for the stable operation of electron guns and lenses within an EBL system.
Matsusada Precision offers high-performance power supplies designed for the demanding requirements of electron beam lithography. Our solutions ensure the high stability and low noise necessary for precise nanopatterning. Custom configurations are also available to meet specific system integration needs.
- Related Terms:
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- electron gun
- electron beam
- electron beam writing
- electron lens
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We offer power supplies for electron guns and electron lenses for electron beam lithography systems. These high-voltage power supplies can also be customized to meet your requirements.
