Positioning the wafer stage using capacitive sensors
Capacitive displacement sensors are used for fine positioning tasks in the wafer stage. These sensors measure the position of the stage at various points, which is particularly useful for fine alignment. Thanks to their triaxial design, the sensors are insensitive to electromagnetic fields and achieve a resolution in the nanometer range. Furthermore, the sensors offers extremely high long-term stability. The non-contact sensors are designed for the vacuum range and can also be used in the UHV range. Capacitive displacement sensors are used for fine positioning tasks in the wafer stage. These sensors measure the position of the stage at various points, which is particularly useful for fine alignment. Thanks to their triaxial design, the sensors are insensitive to electromagnetic fields and achieve a resolution in the nanometer range. Furthermore, the sensors offers extremely high long-term stability. The non-contact sensors are designed for the vacuum range and can also be used in the UHV range.
Capacitive displacement sensors are used for fine positioning tasks in the wafer stage. These sensors measure the position of the stage at various points, which is particularly useful for fine alignment. Thanks to their triaxial design, the sensors are insensitive to electromagnetic fields and achieve a resolution in the nanometer range. Furthermore, the sensors offers extremely high long-term stability. The non-contact sensors are designed for the vacuum range and can also be used in the UHV range. Capacitive displacement sensors are used for fine positioning tasks in the wafer stage. These sensors measure the position of the stage at various points, which is particularly useful for fine alignment. Thanks to their triaxial design, the sensors are insensitive to electromagnetic fields and achieve a resolution in the nanometer range. Furthermore, the sensors offers extremely high long-term stability. The non-contact sensors are designed for the vacuum range and can also be used in the UHV range.
Application challenge
Capacitive displacement sensors are used for fine positioning tasks in the wafer stage. These sensors measure the position of the stage at various points, which is particularly useful for fine alignment. Thanks to their triaxial design, the sensors are insensitive to electromagnetic fields and achieve a resolution in the nanometer range. Furthermore, the sensors offers extremely high long-term stability. The non-contact sensors are designed for the vacuum range and can also be used in the UHV range.
Measurement method and system
Capacitive displacement sensors are used for fine positioning tasks in the wafer stage. These sensors measure the position of the stage at various points, which is particularly useful for fine alignment. Thanks to their triaxial design, the sensors are insensitive to electromagnetic fields and achieve a resolution in the nanometer range. Furthermore, the sensors offers extremely high long-term stability. The non-contact sensors are designed for the vacuum range and can also be used in the UHV range.
The problem
Capacitive displacement sensors are used for fine positioning tasks in the wafer stage. These sensors measure the position of the stage at various points, which is particularly useful for fine alignment. Thanks to their triaxial design, the sensors are insensitive to electromagnetic fields and achieve a resolution in the nanometer range. Furthermore, the sensors offers extremely high long-term stability. The non-contact sensors are designed for the vacuum range and can also be used in the UHV range.
The method
Capacitive displacement sensors are used for fine positioning tasks in the wafer stage. These sensors measure the position of the stage at various points, which is particularly useful for fine alignment. Thanks to their triaxial design, the sensors are insensitive to electromagnetic fields and achieve a resolution in the nanometer range. Furthermore, the sensors offers extremely high long-term stability. The non-contact sensors are designed for the vacuum range and can also be used in the UHV range.