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Swing-DUO™ software datasheet

Swing-DUO™ software datasheet

Product catalog summary
Overview: The document discusses the Swing-DUO™ software, designed for optimizing the uniformity of cathode arrays in sputtering processes. It is used in conjunction with the Swing Cathode™ to enhance deposition uniformity through optimized magnetic bar motion profiles.
Key Features:
  • User Interface: The software features a user-friendly, web-based interface that facilitates the design of coater configurations for optimal deposition uniformity.
  • Uniformity Compensation: It compensates for systemic issues by adjusting motion profiles, preventing uniformity drift over the target's lifespan.
  • Simulation and Optimization: The software performs dwell-based simulations to identify key deposition angles and calculates the necessary time at each angle. It optimizes uniformity for both constant and variable power settings.
  • Refinement: Uniformity optimization is refined using actual measured results, ensuring accuracy.
  • Output: Outputs a CAM table in angle and time format, simplifying servo programming.
  • Material Efficiency: Indicates the amount of wasted material not deposited on the substrate, based on motion profiles.
Access and Usage: The software is accessible from the Sputtering Components website for registered users, with a demonstration video available for guidance. It is primarily used for setup, with final adjustments being process-specific.
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Catalog excerpts

Swing-DUO™ software datasheet-1

TECH TOOLS Swing-DUO™ Software When used with our exclusive Swing CathodeTM , Swing-DUOTM (Dynamic Uniformity Optimization) software simulates the combined cathode array uniformity to produce individually optimized magnetic bar motion profiles.* Simulated Four Cathode Swing Array Optimization Results User friendly with a web-based interface, the software quickly designs coater configurations for optimal deposition uniformity. Swing-DUO™ makes uniformity compensation for systemic issues in the form of motion profile changes. The software prevents uniformity drift over the life of the target by creating multiple CAM tables for different target diameters •• •• •• •• •• Dwell-based simulation finds the key deposition angles and calculates the amount of time required at each angle. Optimizes uniformity for constant power or variable power Refines uniformity optimization using actual measured uniformity results Outputs a CAM table in angle and time format for simplified servo programming Indicates the amount of wasted material not deposited on the substrate as a function of the motion profiles The software opens from the Sputtering Components website for registered users. Visit the Sputtering Components website for a demonstration video. *Used for setup only. Final adjustments are process specific. 375 Alexander Drive, Owatonna, MN USA • 507-455-9140 [email protected] • www

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