17957095. HELICAL VOLTAGE STANDOFF simplified abstract (Applied Materials, Inc.)
Contents
- 1 HELICAL VOLTAGE STANDOFF
HELICAL VOLTAGE STANDOFF
Organization Name
Inventor(s)
Diana C. Gronski of Salisbury MA (US)
Craig R. Chaney of Gloucester MA (US)
Adam M. Mclaughlin of Merrimac MA (US)
HELICAL VOLTAGE STANDOFF - A simplified explanation of the abstract
This abstract first appeared for US patent application 17957095 titled 'HELICAL VOLTAGE STANDOFF
Simplified Explanation
The patent application describes an insulator with a helical protrusion spiraling around the shaft, featuring a lip at the distal end of the helical protrusion to shield regions on the shaft from material deposition. By properly sizing the threads, helical protrusion, and lip, the line-of-sight to the interior wall of the shaft is reduced, resulting in longer times before failure. This insulator can be used in an ion implantation system to physically and electrically separate two components.
- Helical protrusion spirals around the shaft
- Lip at the distal end shields regions on the shaft from material deposition
- Proper sizing of threads, helical protrusion, and lip reduces line-of-sight to the interior wall of the shaft
- Used in ion implantation system to separate components physically and electrically
Potential Applications
The technology can be applied in ion implantation systems, semiconductor manufacturing, and other high-tech industries where precise separation and insulation are required.
Problems Solved
The innovation addresses the issue of material deposition on insulators, which can lead to failure in systems over time. By reducing the line-of-sight to the interior wall of the shaft, the insulator extends the lifespan of components.
Benefits
- Longer times before failure - Improved insulation and separation of components - Enhanced performance and reliability in ion implantation systems
Potential Commercial Applications
The technology can be utilized in ion implantation equipment, semiconductor manufacturing tools, and other high-tech devices that require precise insulation and separation of components.
Possible Prior Art
Prior insulator designs may not have incorporated a helical protrusion with a lip to shield regions on the shaft from material deposition. This specific combination of features to reduce line-of-sight and improve insulator performance may be a novel aspect of this innovation.
Unanswered Questions
How does the helical protrusion affect the overall efficiency of the insulator?
The helical protrusion increases the surface area of the insulator, potentially improving its ability to shield regions on the shaft from material deposition. This could lead to enhanced performance and longer lifespan of the insulator.
What materials are suitable for manufacturing this insulator?
The choice of materials for the insulator can impact its durability, insulation properties, and compatibility with different environments. Understanding the optimal materials for this specific design can help maximize the benefits of the innovation.
Original Abstract Submitted
An insulator that has a helical protrusion spiraling around the shaft is disclosed. A lip is disposed on the distal end of the helical protrusion, creating regions on the shaft that are shielded from material deposition by the lip. By proper sizing of the threads, the helical protrusion and the lip, the line-of-sight to the interior wall of the shaft can be greatly reduced. This results in longer times before failure. This insulator may be used in an ion implantation system to physically and electrically separate two components.
