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Moving the Tagger Microscope (view source)
Revision as of 00:16, 25 March 2021
, 00:16, 25 March 2021→Moving the Tagger Microscope Along the Focal Plane
==Tagger Microscope==
==Tagger Microscope==
[[Image:TAGM.png|center|thumb|500px|Figure 1: CAD image of the upper and lower enclosures of the Tagger Microscope made during the design phase.]]
[[Image:TAGM.png|center|thumb|500px|Figure 1: CAD image of the upper and lower enclosures of the Tagger Microscope made during the design phase.]]
<gallery caption="Prior to Installation in the Tagger Hall" widths="300px" heights="300px" class="center">
TAGM_Front.png|Figure 2: TAGM just prior to installation in the Tagger Hall. The side of the TAGM seen here will face towards the Tagger Magnet.
TAGM_Back.png|Figure 3: TAGM during reassembly just prior to installation in the Tagger Hall. The side of the TAGM seen here will face away from the Tagger Magnet when installed.
</gallery>
The tagger microscope (TAGM) consists of six major components: upper enclosure, lower enclosure, optical fibers, electronics, shielding, and darkening shroud. As seen from the CAD image above, Figure ???, the lower enclosure houses the microscope's electronics, while the upper enclosure contains the optical fiber bundle supports (a.k.a. popsicle sticks). The bundle supports are used to align the scintillating fiber (SciFi) long axis to incoming electron's path angle (at the tagger magnet's focal plane. end of the optical fibers are affixed bundle supports in the upper enclosure, and the light guide potion of the fiber extends down to the silicon photomultipliers (SiPMs) located on preamplifier boards in the lower enclosure.
The tagger microscope (TAGM) consists of six major components: upper enclosure, lower enclosure, optical fibers, electronics, shielding, and darkening shroud. As seen from the CAD image above, Figure ???, the lower enclosure houses the microscope's electronics, while the upper enclosure contains the optical fiber bundle supports (a.k.a. popsicle sticks). The bundle supports are used to align the scintillating fiber (SciFi) long axis to incoming electron's path angle (at the tagger magnet's focal plane. end of the optical fibers are affixed bundle supports in the upper enclosure, and the light guide potion of the fiber extends down to the silicon photomultipliers (SiPMs) located on preamplifier boards in the lower enclosure.