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ASSEMBLING MODULES

MOUNTING AND ALIGNING TABLE OPTICS

MOUNTING MODULES ON THE VERTICAL BREADBOARD

IMAGING

MICROSCOPE ALIGNMENT

ELECTRONICS

PREPARING SAMPLES

 

APPENDIX A: Accessory optical path description

APPENDIX B: Dropbox link to Nick's photographs during the workshop

 https://www.dropbox.com/sh/hilocw2n2cb8afc/AAD-j6BYuydTHK7AV1_iLdPya?dl=0

 

SECTION 1: INITIAL MODULE ASSMBLEY (pre-vertical breadboard) 
Assembling EnteranceBeamExpander_4x1
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1) Mount the Thor_ACN254-050-B:1 lens in its lens tubes ensuring that its curved sides will point inwards when assembled.
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2) Assemble the cage from thorlab parts including Thor_AC254-200-B-ML mounted lens. Set the lens cage plates approximately 141mm apart. The exact position of the plates will be set during microscope assembly
Assembling the breadboard periscope
Creating the remote focus objective assembly
     Gluing the polarizing beam splitter to the remote focus objective assembly
     Mounting the quarter waveplate 
     Mounting the remote focus objective     
Assembling RFAMirrorAssemb_EquipSolLFA2004
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Parts necessary for mounting the mirror to the voice coil bobbin
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1) Clean the mirror mounting screw 90666A101_TYPE 316 SS LOW PROFILE SOCKET HEAD CAP SCREW with drop of methanol. Place small drop (30 ul) of lock-tight onto threads on the voice coil bobbin. Screw in screw, and leave overnight to set.
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2) Glue remote focus mirror onto the screw using 1-day epoxy. Fill hole on top of screw with epoxy and then mount mirror centered on the screw head (slight deviations from the center of the screw head are fine).
3) Assemble the voice coil base and mount voice coil
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Resonant mirror chamber
    Put cable in with the epoxy
     Assemble resonant mirror stage and actuator
     Assemble alignment jig
     Mount resonant mirror in mount using alignment jig
     Place resonant mirror into chamber
     Assembling the lid with the o-ring and tightening
     
Fold mirror assembly
     Cement fold mirror to mirror blank
     
     Adjust mirror mount to proper thickness
     Assemble and mount optic
Virtually conjugate galvo-galvo pair
     Build alignment jig
     
     Mount galvo mirrors on shafts
     
     Setup alignment laser
     Wire up and turn on galvos
     Do alignment
Assemble the V-blocks
     For pupil relay 1,2 and 3
Imaging objective mounting
     Assemble imaging objective tray
     
     Assemble imaging objective mount
     Gluing kinematic mount
Assembling primary dichroic cap
     Putting in spring plungers and set screws
Assembling accessory optics slider
     Assembling base plate
     Assembling slider & carriage 
          Motor assembly
    
          Solder motor wires to carriage connector
     Mounting of accessory dichoric / mirror (gluing to spider)
Assembling big collection lens holder
     Mounting slider in holder
     Mounting lenses (big collection lens and accessory tube lenses)
     Assemble slider cover
Emission splitting dichroic assembly
PMT assembly
Assemble alignment jigs
     Alignment jig cage assembly     
     Imaging objective alignment jig mount
Assembling the covers
Assembling objetive mounted optic holder
Mounting galvo driver and resonant driver boards (Spencer / Steve documentation)
Making samples
     Beads
     Fluorescein 
SECTION 2: MOUNT ON BREADBOARD 
Mounting on the breadboard
SECTION 3: WIRING 
Set up scanimage
     Machine data file setting
Wiring galvos / voice coil / PMTs / etc.
SECTION 4: TABLE OPTICS ALIGNMENT 
Initial table optics
     Pockels cell
     Shutter
     2x table beam expander
Assembling the compressor
Build enclosure for table optics
SECTION 5: MICROSCOPE ALIGNMENT 
Multistage periscope alignment
Quarter wave plate adjustment for multistage periscope 
Alignment of beam to remote focus objective
Adjustment of quarter wave plates for maximum transmission
Alignment of RF mirror assembly
Alignment of beam to imaging objective using compensators
Adjustment of galvo voltage divider gain
SECTION 6: IMAGING 
Dye pool imaging to set compensators
Dye pool imaging to set retroreflector position
Image beads and measure PSF
APPENDIX A: 
Accessory optical path

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