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instruments:n-fct:overview [2021/03/05 13:02]
reeg
instruments:n-fct:overview [2021/11/24 16:34]
reeg
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 ** **
-Basic GSI papers about FCTs, and special info for FCTs in FAIR HEBT lines:**+Basic BEA papers about FCTs, and special info for FCTs in FAIR HEBT lines:**
  
-[[https://www-bd.gsi.de/dokuwiki/doku.php?image=instruments%3An-fct%3Afct_electronicschain.pdf&ns=instruments%3An-fct&tab_details=view&do=media&tab_files=files|Calculated Charge Resolutions for Fast Current and Resonant Transformers]]+[[https://www-bd.gsi.de/dokuwiki/lib/exe/fetch.php?media=instruments:n-fct:fct_electronicschain.pdf|Calculated Charge Resolutions for Fast Current and Resonant Transformers]]
  
 [[https://www-bd.gsi.de/dokuwiki/lib/exe/fetch.php?media=instruments:n-fct:transformer_resolution.pdf|Signal Estimates and Electronics Scheme for Fast Current Transformers in High-Energy Transfer Lines]] [[https://www-bd.gsi.de/dokuwiki/lib/exe/fetch.php?media=instruments:n-fct:transformer_resolution.pdf|Signal Estimates and Electronics Scheme for Fast Current Transformers in High-Energy Transfer Lines]]
  
 [[https://www-bd.gsi.de/dokuwiki/lib/exe/fetch.php?media=instruments:n-fct:fct_pulseattenuation.pdf|Signal Distortion in Coaxial Transmission Lines: Application to Logic Pulses, Photomultiplier Pulses, and Fast Current Transformer Signals]] [[https://www-bd.gsi.de/dokuwiki/lib/exe/fetch.php?media=instruments:n-fct:fct_pulseattenuation.pdf|Signal Distortion in Coaxial Transmission Lines: Application to Logic Pulses, Photomultiplier Pulses, and Fast Current Transformer Signals]]
 +
 +[[https://www-bd.gsi.de/dokuwiki/lib/exe/fetch.php?media=instruments:n-fct:fct-response--htp.pdf|Investigation of a little bit of
 +Fast Current Transformer response at HTP]]
  
 ---- ----
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 **GSI FCT in HEST lines** **GSI FCT in HEST lines**
-  * model no.: T-DS114 +  * GSI model no.: T-DS114 
-  * ID = 160mm+  * ID of toroid = 160mm
   * sensitivity/transimpedance: 0.23 A/V (or 4.2 V/A)   * sensitivity/transimpedance: 0.23 A/V (or 4.2 V/A)
   * @termination: 50 Ω   * @termination: 50 Ω
-  * low freq. cutoff: ~2 kHz +  * low freq. cutoff -3dB: ~2 kHz 
-  * high freq. cutoff: ~300 MHz+  * high freq. cutoff -3dB: ~300 MHz
  
 [[https://www-bd.gsi.de/dokuwiki/lib/exe/fetch.php?media=ed:t-ds114.pdf|GSI FCT datasheet]] [[https://www-bd.gsi.de/dokuwiki/lib/exe/fetch.php?media=ed:t-ds114.pdf|GSI FCT datasheet]]
  
 **Bergoz FCT in SIS18** **Bergoz FCT in SIS18**
-  * model no.: FCT-260-50:1-LD-H +  * Bergoz model no.: FCT-260-50:1-LD-H 
-  * ID = 260 mm+  * ID of toroid = 260 mm
   * sensitivity/transimpedance: 0.5 V/A   * sensitivity/transimpedance: 0.5 V/A
   * @termination: 50 Ω     * @termination: 50 Ω  
-  * low freq. cutoff: ~200 Hz +  * low freq. cutoff -3dB: ~200 Hz 
-  * high freq. cutoff: ~690 MHz+  * high freq. cutoff -3dB: ~690 MHz
   * <color #ed1c24>separate output for Ring RF through power divider, which reduces sensitivity by factor 2 !</color>   * <color #ed1c24>separate output for Ring RF through power divider, which reduces sensitivity by factor 2 !</color>
  
 [[https://www-bd.gsi.de/dokuwiki/lib/exe/fetch.php?media=ed:sis-fct-260-50_report.pdf|documents sensor #1768]] [[https://www-bd.gsi.de/dokuwiki/lib/exe/fetch.php?media=ed:sis-fct-260-50_report.pdf|documents sensor #1768]]
 +
 +[[https://www-bd.gsi.de/dokuwiki/lib/exe/fetch.php?media=instruments:n-fct:wepf18.pdf|A FESA DAQ FOR FAST CURRENT TRANSFORMER IN SIS 18]]
  
 {{:instruments:n-fct:fct-toroid.png?nolink&400|}} {{:instruments:n-fct:fct-toroid.png?nolink&400|}}
Line 48: Line 53:
  
 **Bergoz FCT in ESR** **Bergoz FCT in ESR**
-  * model no.: FCT-260-1.25-LD +  * Bergoz model no.: FCT-260-1.25-LD 
-  * ID = 260 mm+  * ID of toroid = 260 mm
   * sensitivity: 1.25 V/A   * sensitivity: 1.25 V/A
   * @termination: 50 Ω   * @termination: 50 Ω
-  * low freq. cutoff: ~650 Hz +  * low freq. cutoff -3dB: ~650 Hz 
-  * high freq. cutoff: ~570 MHz+  * high freq. cutoff -3dB: ~570 MHz
   * <color #ed1c24>separate output for Ring RF through power divider, which reduces sensitivity by factor 2 !</color>   * <color #ed1c24>separate output for Ring RF through power divider, which reduces sensitivity by factor 2 !</color>
  
instruments/n-fct/overview.txt · Last modified: 2021/11/24 16:41 by reeg