Construction of the Full-Scale Tagger Microscope

Current Work
We are currently in full scale construction mode, working full time on building the fiber bundles. If you want to see our previous construction goals you can access them below.

Previous Construction Goals

Machine Shop Priorities are located | here

Bundle Production Documents
Bundle Production Progress

Rough Cut Travelers

Fusing Statistics

Fiber Heating Data (Straightening and Bending)

Previous Construction Procedures
Construction Plan for the Tagger Microscope and Active Collimator

Fiber Painting Procedure

Fiber Gluing Procedure

Procedures for Tagger Microscope Construction
Fiber Rough Cut Procedure

Straightening Light Guides Procedure

Fiber Cleaning Procedure

End Milling Procedure

Fiber Polishing Procedure

Fiber Fusing Procedure

Fiber Bending Procedure

Fiber Testing Procedure

A List of Specifications/Manuals for Items in Lab 405
This page has the documentation for the various procedures and pieces of equipment that are used in the bending tank, the splicing unit, and elsewhere in 405.

Documents for 405

LabView Program
This page details the work that has gone into the LabView program that was written to control the heaters and pumps for the bending tank in 405.

LabView Program Explanation

Temperature Measurements
This section describes the work that has gone into the construction of the thermistor for the bending tank in 405. It also has some materials devoted to describing the function and properties of a thermistor and the method used to build the one used here.

Thermistor Construction Journal

Filling Tank / Filling PVC / Water Quality Information
Important procedure to follow when filling the tank

Water Tank Instructions and Diagrams

Pictures

Water Quality Testing

=Miscellaneous Fiber Testing=

Below are the various tests that were conducted on the fibers to determine their durability when in contact with the alcohol that will be used to clean them. Also included are the strength tests that were conducted on the fibers that were fused with the old ferrules.

Alcohol Tests

Epoxy Tests

Strength Tests

Fiber Painting

Visual Inspection

=Ferrule Measurements=

In hopes of understanding the bulge in the spliced region of the fibers, the ferrules they are spliced in were photographed under a microscope and measured using a tracker program that allows for in-photo calibration and measurement. The ferrules were placed as perpendicular to the table as possible in order to get the most flat, head on shot of the ferrules. The error in the measurement of the angles was quite high. Moving the compass only a little bit (in the tracker program) lead to very different degrees read. Because of this I would estimate the angle to be off anywhere from +- 1-2 degrees. I would say that the lengths measured have an error on the order of +- .05-.1 mm

Measurement Photographs

New Ferrule Measurement Photographs

=Quality Control Procedures= Fiber transmission measurements were carried out in Lab 402 using a flash ADC and a VME-based data acquisition system that was loaned to UConn by Jefferson Lab. Our contact at Jlab for this system is Alex Somov. Setup and operation of the CODA data acquisition platform is described here.


 * Description and Layout of the VME Data Acquisition Setup
 * Procedure for Operation of CODA Run Control
 * Creating/Editing mSQL Databases for CODA
 * Alex Somov's instructions for running the CODA-based DAQ
 * [[media:Jlab_VME_discriminator_manual.pdf|VME discriminator manual]]
 * [[media:FADC250UsersManual.pdf|VME FADC250 manual]]
 * [[media:Jlab_F1_TDC_manual.pdf|VME F1TDC manual]]
 * Analyzer - software package that extracts pulse information from CODA data files and stores them in a root tree.

=Microscope CAD Drawings=

List of CAD Drawings

=Lab Journals / Research Progress=

The following page has the lab journals of Ann Marie and the undergraduate workers.

Lab Journals

= Formatting Examples = Wiki Formatting Examples