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--- ds:projects:ipm_sis18:ipm_sis18 [2015/07/22 14:21]
tobiashoffmann created
+++ ds:projects:ipm_sis18:ipm_sis18 [2015/07/22 14:35] (current)
tobiashoffmann
@@ Line 1: / Line 1: @@
 ====== Data Acquisition for the Ionisation Profile Monitor at SIS18 ======
+{{tag>IPM DAQ SIS18 RGM Janztec}}
+Two GigE cameras shall be read out on a max. of 200fps rate. Camera triggers need to be created by a timing receiver card. Camera data and operation is handled by a FESA class on a IPC, here the Janztec Sy-IPC-10000. I/O for LEDs etc will be handled by a separate I/O PCI card. Additional data derived from SIS 18 trafo, RF and magnet ramps are converted to frequencies and counted in a latching scaler.
-Two GigE cameras shall be read out on a max. of 200fps rate. Camera triggers need to be created by a timing receiver card. Camera data and operation is handled by a FESA class on a IPC, here the Janztec Sy10000. I/O for LEDs etc will be handled by a separate I/O PCI card. Additional data derived from SIS 18 trafo, RF and magnet ramps are converted to frequencies and counted in a latching scaler.
 DAQ description: **{{:ds:projects:ipm_sis18:9_2_ipm_daq_software_fesa_20150717.pdf|here}}**
 {{:ds:projects:ipm_sis18:ipm_scheme.jpg?nolink|}}
+===== Hardware Setup =====
+  * Janztec Sy-IPC-10000 IPC, Core i7
+  * 1TB harddrive, opt. Raid0 2x240GB SSD, opt.PCIe Raid Controller
+  * AddiData I/O (PCI)
+  * Dual Port GigE LAN Adapter (PCIe)
+  * Latching Scaler
+  * CTRI Timing Receiver plus GSI-CERN timing converter
+==== Next Steps ====
+  * Setup and purchase of hardware
+  * Preparation of boot OS and timing
+  * I/O Fesa class (TG)
+  * Camera Fesa class (??)
+  * JAVA GUI

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