Characterizing SiPMs - Revision history

Senderovich at 00:57, 11 August 2010

2010-08-11T00:57:19Z

Senderovich at 13:53, 9 September 2008

2008-09-09T13:53:45Z

Senderovich at 18:52, 15 July 2008

2008-07-15T18:52:43Z

Senderovich: /* Bench Test Setup */

2008-07-13T19:12:21Z

Bench Test Setup

Senderovich at 00:59, 2 July 2008

2008-07-02T00:59:57Z

Senderovich at 00:03, 2 July 2008

2008-07-02T00:03:27Z

Senderovich at 23:54, 1 July 2008

2008-07-01T23:54:01Z

Senderovich at 23:49, 1 July 2008

2008-07-01T23:49:21Z

Senderovich at 23:43, 1 July 2008

2008-07-01T23:43:41Z

Senderovich at 02:00, 30 June 2008

2008-06-30T02:00:25Z

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 * Collect spectra of signal peaks as a function of window position (to evaluate distribution of after-pulses)
 * Look for methods/components to boost data collection rate
 = Links =
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 * Brandan Krueger's pages on the [[SiPM Amplifier]] and [[MATLAB amplifier in detail]]
 * [http://www.photonique.ch Photonique SA] SiPM Specification Sheets: SSPM-05~ [http://www.photonique.ch/DataSheets/SSPM_050701GR_TO18.pdf] and SSPM-06~ [http://www.photonique.ch/DataSheets/SSPM_0606BG4MM.pdf]
 = References =

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 * Callibration of the temperature controller: a [[:media:Tc2412calib.pdf|lookup table]] for the control and monitor voltage.
 * Brandan Krueger's pages on the [[SiPM Amplifier]] and [[MATLAB amplifier in detail]]
-* [http://www.photonique.ch Photonique SA] SiPM Specification Sheets: SSPM-05~ [http://www.photonique.ch/DataSheets/SSPM_050701GR_TO18_Rev1.pdf] and SSPM-06~ [http://www.photonique.ch/DataSheets/SSPM_0606BG4MM_PCB_vs1.pdf]
+* [http://www.photonique.ch Photonique SA] SiPM Specification Sheets: SSPM-05~ [http://www.photonique.ch/DataSheets/SSPM_050701GR_TO18.pdf] and SSPM-06~ [http://www.photonique.ch/DataSheets/SSPM_0606BG4MM.pdf]
 = References =

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 * [[Tagger Time Resolution]] estimates
 * BCF-20 Scintillating Fiber (catalog) [http://www.detectors.saint-gobain.com/Media/Documents/S0000000000000001004/SGC_Scintillating_Optical_Fibers_Brochure.pdf]
-* [[:Image:S20photocathode_QE.jpg|Detection spectrum]] of the HPD photocathode.
+* [[Hybrid Photodiode]] (HPD)
 * [[dark chamber | Photo-sensor Test Stand]]
 * Temperature Controller (vendor page) [http://www.tetech.com/temp/tc24-12.shtml]

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 = Bench Test Setup =
-A fast light source operating in an environment with little background is necessary for the tests described here. The challenge is in preventing light leaks in this chamber despite the need for access ports, patching wires through walls and installing sensor and temperature control modules that must interface with the outside.
+A fast light source operating in an environment with little background is necessary for the tests described here. The challenge is in preventing light leaks in this chamber despite the need for access ports, cable feed-through, and a temperature control module that requires heat exchange with the outside.
 A [[dark chamber]] was constructed to create this controlled environment. Please refer to the [[dark chamber | more detailed page]] on its construction, test and calibration.
 = SiPM Measurements =

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 * [[SiPM Vendors]]
 * [[Tagger Time Resolution]] estimates
-* BCF-20 Scintillating Fiber (catalog) [http://www.detectors.saint-gobain.com/Media/Documents/S0000000000000001004/SGC%20Scintillating%20Optical%20Fibers%20Brochure%20605.pdf]
+* BCF-20 Scintillating Fiber (catalog) [http://www.detectors.saint-gobain.com/Media/Documents/S0000000000000001004/SGC_Scintillating_Optical_Fibers_Brochure.pdf]
 * [[:Image:S20photocathode_QE.jpg|Detection spectrum]] of the HPD photocathode.
 * [[dark chamber | Photo-sensor Test Stand]]

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 = SiPM Performance Requirements =
-[[Image:SSPM05_(1x1).jpg|thumb|370px|SSPM-050701GR-TO18 [http://www.photonique.ch/DataSheets/SSPM_050701GR_TO18_Rev1.pdf] from [http://www.photonique.ch Photonique SA], with 1&nbsp;mm<sup>2</sup> active area with 556 pixels]]
+[[Image:SSPM05_(1x1).jpg|thumb|226px|SSPM-050701GR-TO18 [http://www.photonique.ch/DataSheets/SSPM_050701GR_TO18_Rev1.pdf] from [http://www.photonique.ch Photonique SA], with 1&nbsp;mm<sup>2</sup> active area with 556 pixels]]
-[[Image:SSPM06_(2x2).jpg|thumb|370px|SSPM-0606BG4-PCB [http://www.photonique.ch/DataSheets/SSPM_0606BG4MM_PCB_vs1.pdf] from [http://www.photonique.ch Photonique SA], with 4.4&nbsp;mm<sup>2</sup> active area with 1700 pixels]]
+[[Image:SSPM06_(2x2).jpg|thumb|226px|SSPM-0606BG4-PCB [http://www.photonique.ch/DataSheets/SSPM_0606BG4MM_PCB_vs1.pdf] from [http://www.photonique.ch Photonique SA], with 4.4&nbsp;mm<sup>2</sup> active area with 1700 pixels]]
-[[Image:MPPC050C_(1x1).jpg|thumb|370px|MPPC S10362-11-050C [http://209.73.52.252/assets/pdf/catsandguides/mppc_kapd0002e03.pdf] from [http://sales.hamamatsu.com/en/home.php Hamamatsu], with 1&nbsp;mm<sup>2</sup> active area with 400 pixels]]
+[[Image:MPPC050C_(1x1).jpg|thumb|226px|MPPC S10362-11-050C [http://209.73.52.252/assets/pdf/catsandguides/mppc_kapd0002e03.pdf] from [http://sales.hamamatsu.com/en/home.php Hamamatsu], with 1&nbsp;mm<sup>2</sup> active area with 400 pixels]]
 A novel method of low light readout is evaluated here. Traditionally, signals of tens to hundreds of photons are read out by photomultiplier tubes (PMTs), which provide gain of <math>10^6</math> via a cascade of electrons multiplied on collision at each of the device's sequential dynodes. The small cross-section scintillating fibers in the high rate tagger microscope that will operate in Hall-D of Jefferson Lab call for a new and more compact readout. Silicon Photomultipliers (SiPMs) are discussed on the merits of their gain, detection efficiency, speed and noise level.

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 * [[SiPM Vendors]]
 * BCF-20 Scintillating Fiber (catalog) [http://www.detectors.saint-gobain.com/Media/Documents/S0000000000000001004/SGC%20Scintillating%20Optical%20Fibers%20Brochure%20605.pdf]
 * [[:Image:S20photocathode_QE.jpg|Detection spectrum]] of the HPD photocathode.
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 -------------
-Last edited by [[User:Senderovich|Igor Senderovich]], May 2008
+Last edited by [[User:Senderovich|Igor Senderovich]], June 2008

← Older revision		Revision as of 02:00, 30 June 2008
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−	Last edited by [[User:Senderovich\|Igor Senderovich]], ~~February~~ 2008	+	Last edited by [[User:Senderovich\|Igor Senderovich]], May 2008