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This controller is typically used in high-end OEM embedded nanopositioning and nanosensing applications.

Full Model Number: NPS3220-LD-LN:

Opt -LD: Low Drift - Drift level is 3 times lower than standard
Opt -LN: Low Noise - Noise level is 3 times lower than standard

Accessories Included:
• NPS3220 Manual
• NanoControl Panel and LabView Driver Disks
• NPS-XY-100A NanoMechanism

NPS-XY-100A
The NPSXY100A is a piezo scanned flexure guided stage with integrated capacitance position sensors. It is capable of sub-nanometer resolution and reproducibility. Finite element analysis of the flexure guidance mechanisms has reduced parasitic angular motions to less than 25 micro-radians over the full 100 micron range.

• 2-Axes
• 100 µm x 100 µm Range
• Sub-Nanometer Reproducibility
• Linearity Error Less Than 0.02%
• 400 mm Clear Aperture

The Super Invar construction (CTE 0.3ppm K-1, c.f. Al at 23ppm K-1) minimizes thermal drift, which on a nanometer scale is very important. The unique isostatic mounting system ensures that stresses from the mounting system are properly relieved and establishes the center of the stage as the co-ordinate reference point.

View Photo of the front of the unit.
View Photo of the rear of the unit.
View Photo of the NanoMechanism.

Please note that no nano mechanisms are included. Nanomechanisms appropriate for your application can be purchased directly through Queensgate / SIFAM. This controller is typically used in high-end OEM embedded nanopositioning and nanosensing applications.
Please note that no nanomechanisms are included. Nanomechanisms appropriate for your application can be purchased directly through Queensgate / SIFAM. This controller is typically used in high-end OEM embedded nanopositioning and nanosensing applications.

Configuration:
• NPS-SER-B Interface


Please note that no nanomechanisms are included. Nanomechanisms appropriate for your application can be purchased directly through Queensgate / SIFAM. This controller is typically used in high-end OEM embedded nanopositioning and nanosensing applications.

Configuration:
• Low Noise
• Low Drift
• Analog Command Input for all 3 Controller Channels

Voltage Input: 100-240 V

There is damage to the outer plastic on this unit; however, this will not affect its ability to function properly. Please note that no nanomechanisms are included. Nanomechanisms appropriate for your application can be purchased directly through Queensgate / SIFAM. This controller is typically used in high-end OEM embedded nanopositioning and nanosensing applications.

Configuration:
• Analog Command Input for all 3 Controller Channels
• Low Drift
• Low Noise

View Representative Photo of damage.

There is damage to the outer plastic on this unit; however, this will not affect its ability to function properly. Please note that no nanomechanisms are included. Nanomechanisms appropriate for your application can be purchased directly through Queensgate / SIFAM. This controller is typically used in high-end OEM embedded nanopositioning and nanosensing applications.

Configuration:
• Analog Command Input for all 3 Controller Channels

View Representative Photo of damage.

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