aLIGO Hartmann Sensor Optical Solution descriptions (H1, L1) Input Test Masses [see T1100463 and T1100471 for coordinate sources]

Document #:

LIGO-T1000179-v21

Document type:

T - Technical notes

Abstract:

The purpose of this document is to record the mode-matching/imaging and optical layout solutions for the aLIGO Hartmann Wavefront Sensor (HWS) probe beams.

Each solution meets the following requirements:
1. Image the limiting aperture of the optical system (a baffle by the beam splitter) onto the Hartmann sensor
2. Provide a magnification of approximately 1/17.5x from the between the image plane and the Hartmann sensor.
3. Yield a roughly collimated beam at the Hartmann sensor

Files in Document:

• T1000179-v21_aLIGO_HWS_optical_layouts.pdf (2.8 MB)

Other Files:

• T1000179-v20 - refl_beam_all_optical_solutions_in_Math...pdf (4.0 MB)
• T1000179-v20_aLIGO_HWS_optical_layouts.docx (4.1 MB)
• T1000179-v21_aLIGO_HWS_optical_layouts.docx (3.9 MB)

Topics:

• Preliminary Design
• Auxiliary Optics

Authors:

• Aidan Brooks

Keywords:

HWS Optical layout vertex

Notes and Changes:

-21: added the 1064nm polarization optics

Related Documents:

• LIGO-D0901920: Advanced LIGO H1 Optical Layout, ZEMAX
• LIGO-T0900385: The advanced LIGO ETM transmission monitor

Referenced by:

• LIGO-T1000705-v2: Hartmann Wavefront Sensor (HWS) delta-preliminary design review (PDR) documentation
• LIGO-T1100517-v7: Thermal Compensation System (TCS): Hartmann Wavefront Sensor (HWS) Final Design Document
• LIGO-D1101161: aLIGO TCS HWSx Beam2 F1R Optic, Envelope
• LIGO-T1000717-v6: aLIGO Hartmann Sensor Optical Layouts (H1, L1, H2): End Test Masses
• LIGO-E1200603: aLIGO, AOS, TCS, Opto-Mechanical Layouts