User:Anthony Salvagno/Notebook/Research/2010/10/22/DOG Signal of Stuck Beads: Difference between revisions
(New page: {{qn}} ==DOG Signal== I don't remember how to display the data as html, but I've saved it on the hard drive of the tweezer machine under Me >> Shotgun DNA Mapping >> Today's date. I took p...) |
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==DOG Signal== | ==DOG Signal== | ||
I don't remember how to display the data as html, but I've saved it on the hard drive of the tweezer machine under Me >> Shotgun DNA Mapping >> Today's date. I took pictures where I started scanning and where I finished scanning. I started the z-piezo at 0V with the focus of the trap just below the plane of the beads and ended at 0.8V with the focus just above the plane of the beads. I took data at intervals of 0.02V (for the z-piezo) and set the OT Control software to position ramp with starting position of 35MHz and final position of 39MHz with the laser at 2.5V power (not full power).<br> | I don't remember how to display the data as html, but I've saved it on the hard drive of the tweezer machine under Me >> Shotgun DNA Mapping >> Today's date. I took pictures where I started scanning and where I finished scanning. I started the z-piezo at 0V with the focus of the trap just below the plane of the beads and ended at 0.8V with the focus just above the plane of the beads. I took data at intervals of 0.02V (for the z-piezo) and set the OT Control software to position ramp with starting position of 35MHz and final position of 39MHz with the laser at 2.5V power (not full power).There is also a KG filter in that eliminates most of the laser light.<br> | ||
[[Image:Start-scan.png|400px|Starting position]][[Image:Final-scan.png|400px|Final position]]<br> | [[Image:Start-scan.png|400px|Starting position]][[Image:Final-scan.png|400px|Final position]]<br> | ||
Mouse over images for brief description. | Mouse over images for brief description. | ||
Revision as of 12:08, 22 October 2010
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DOG Signal
I don't remember how to display the data as html, but I've saved it on the hard drive of the tweezer machine under Me >> Shotgun DNA Mapping >> Today's date. I took pictures where I started scanning and where I finished scanning. I started the z-piezo at 0V with the focus of the trap just below the plane of the beads and ended at 0.8V with the focus just above the plane of the beads. I took data at intervals of 0.02V (for the z-piezo) and set the OT Control software to position ramp with starting position of 35MHz and final position of 39MHz with the laser at 2.5V power (not full power).There is also a KG filter in that eliminates most of the laser light.
Mouse over images for brief description.
