A course in CCD camera building - Better Physics

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Assesment of “Testing of a CCD Camera” - final exam - detailed reports and conclusions on each of the laboratory tests the students complete. - Since a commercial CCD sensor is used in the camera system the performance metrics determined by students as part of their laboratory can be compared to the specifications listed by the manufacturer. R . I . T
Connections to Physics R . I . T - understanding the QE of a detectors (need to know about reflection, absorption length and diffusion etc). - noise in a detector (photon statistics, FET operation) - MTF of a detector system (diffraction limit, sampling theory) - radiation interaction with a detector (muon etc interaction in silicon) - dark current generation and latent images (solid state physics, materials) - performance variations with temperature (thermal physics/cryogenics, material conductivity)
Page 1 and 2: A course sequence in Detector Array
Page 3 and 4: Research Areas Algorithms Medical I
Page 5 and 6: Three course “Detectors” sequen
Page 7 and 8: Class 1 : Principles of Solid State
Page 9 and 10: Class 2 : Fabrication of a CCD came
Page 11 and 12: Class 2 Lab Camera - Audine - stude
Page 13 and 14: Lower Board R . I . T
Page 15 and 16: Assembled Camera R . I . T
Page 17 and 18: Completed Camera R . I . T
Page 19 and 20: Purpose - Students are asked to con
Page 21 and 22: Experimental setup R . I . T
Page 23 and 24: Fe-55 decay generates 5.9 KeV X-ray
Page 25 and 26: Dark Current as a function of Tempe
Page 27 and 28: Photon Transfer Calibration R . I .
Page 29 and 30: Enrollment - students from the Coll
Page 31: Assessment of “Fabrication of a C

A course in CCD camera building - Better Physics

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