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instruments:bpm [2022/10/31 15:03]
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instruments:bpm [2022/11/01 10:39]
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 ===== Libera Platform B ===== ===== Libera Platform B =====
  
-The Libera is a data acquisition and beam position processor system used for the BPM systems in different accelerators and transfer lines. It was developed by the slovenian company [[https://www.i-tech.si|Instrumentation Technologies]] and was adapted and enhanced for FAIR applications as an in-kind contribution. It is a modular [[https://en.wikipedia.org/wiki/MicroTCA|MicroTCA]] based system used in different configurations for the particular requirements of the BPM systems. +The Libera is a data acquisition and beam position processor system used for the BPM systems in different accelerators and transfer lines. It was developed by the slovenian company [[https://www.i-tech.si|Instrumentation Technologies]] and was adapted and enhanced for FAIR applications as an in-kind contribution. It is a modular [[https://en.wikipedia.org/wiki/MicroTCA|MicroTCA]] based system used in different configurations for the particular requirements of the BPM systems for different accelerators at GSI and FAIR.
  
 {{ :instruments:bpm:libera_platform_b.jpg?nolink&400 |Libera Plaform B}} {{ :instruments:bpm:libera_platform_b.jpg?nolink&400 |Libera Plaform B}}
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   * Libera Hadron for Circular Machines + Closed Orbit Feedback (COFB)   * Libera Hadron for Circular Machines + Closed Orbit Feedback (COFB)
   * Libera Hadron for HEBT   * Libera Hadron for HEBT
-  * Libera Single Pass H+  * Libera Single Pass H (SPH)
  
 {{ :instruments:bpm:libera_family_tree_1_0.png?direct&400 |Libera family tree @GSI & FAIR}} {{ :instruments:bpm:libera_family_tree_1_0.png?direct&400 |Libera family tree @GSI & FAIR}}
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 Another application for the Libera at GSI/FAIR is the Low Level RF (LLRF) controlling. It is under responsibilty of GSI's LRF department and not further treated in this article. Another application for the Libera at GSI/FAIR is the Low Level RF (LLRF) controlling. It is under responsibilty of GSI's LRF department and not further treated in this article.
  
-From hardware point of view, the Liberas can be divided into three main configurations:+The usabilty of a Libera for a certain application depends from the hardware configuration and installed software. We have three types of hardware configurations:
  
-HEBT- ESR- / HESR-Libera (Libera Hadron)+  * Libera Hadron for ESR, HESR & HEBT 
 +  * Libera Hadron + COFB for SIS18 & SIS100 
 +  * Libera SPH for p-Linac 
 + 
 +=== ESR-/ HESR-/ HEBT-Libera (Libera Hadron) ===
 {{ :instruments:bpm:libera_hadron_hebt_front.jpg?direct&600 |}} {{ :instruments:bpm:libera_hadron_hebt_front.jpg?direct&600 |}}
  
-SIS18- /SIS100-Libera (Libera Hadron + COFB)+== Inter Connection Board (ICB) == 
 +  * COM Express MSC C6B-7S 
 +  * Intel Core i5-3610ME 
 +  * 16GB DDR3-1600 
 +  * GbE, USB 2.0, DVI-A 
 +  * ARM BMC 
 +  * FPGA 
 + 
 + 
 +=== SIS18- /SIS100-Libera (Libera Hadron + COFB) ===
 {{ :instruments:bpm:libera_hadron_cofb_front.jpg?direct&600 |}} {{ :instruments:bpm:libera_hadron_cofb_front.jpg?direct&600 |}}
  
-p-Linac-Libera (Libera SPH)+=== p-Linac-Libera (Libera SPH) ===
 {{ :instruments:bpm:libera_sph_front.jpg?direct&600 |}} {{ :instruments:bpm:libera_sph_front.jpg?direct&600 |}}