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phase1:phase1:todo [2016/02/24 11:45] – [Modules] leacphase1:phase1:todo [2016/09/28 14:06] (current) – [Optical signals] leac
Line 7: Line 7:
 ===== Power ===== ===== Power =====
  
-  * Check implementation of enabling/disabling of single DCDC converter pairs or layers in BPixelTools +  * Check power pigtails in system
-  * Check HV distribution to module+
  
  
 ===== Full chain test ===== ===== Full chain test =====
  
-  * Check change in current as a function of module Vana setting 
-  * Check reading of RDA signal with pxFEC 
-  * Check functionality of RDA passing for CB L3 and L4 (currently not possible due to broken L4 connector) 
   * Implement procedure for full chain test including all tests we did so far: CCU redundancy, i2c programming, DOH/PLL setting, Delay25 scan for SDA, Delay25 scan for RDA, ...   * Implement procedure for full chain test including all tests we did so far: CCU redundancy, i2c programming, DOH/PLL setting, Delay25 scan for SDA, Delay25 scan for RDA, ...
   * Check LV and HV distribution   * Check LV and HV distribution
 +  * Check that reset does not trigger cross-talk
 +  * Implement reading of QPLL pia register
 +
  
  
Line 23: Line 22:
 ===== Digital FED ===== ===== Digital FED =====
  
-  * Look at module data with digital FED +  * Check TBMPLL delay settings
-  * Set module in no-token pass mode and check if we only see TBM header and trailors +
-  * Test new FEDs and piggy+
  
  
 ===== Optical signals ===== ===== Optical signals =====
  
-  * Repeat optical performance measurements using analog FED +  * Perform BER
-  * Repeat ADC calibration using scope +
-  * Perform measurements at cold +
-===== Mechanical ===== +
- +
-  * Bend flex cables as much as possible and see if they still function electrically +
-  * Survey temperatures on components+
  
 ===== Hardware ===== ===== Hardware =====
  
-  * make adapter prints for modules +  * Power and load board: equip L12 CB with power cables. Measure voltage drops for L12. 
-  * make board to check power distribution +  * Test CB L4 
-  * make board to inject signals simultaneously+  * Test POHs
  
-===== Software =====+===== Pixel Online Software =====
  
-  * Install Phase 1 POS+  * Implement modules for L1, L2, L34 
 +  * Check reading from FIFO3 (to use calibrations implemented by pilot) 
 +  * Implement POH bias scan using TBM header counting (for given TBM/ROC delay settings) 
 +  * Run S-curve and compare noise to module test
phase1/phase1/todo.1456310757.txt.gz · Last modified: 2016/02/24 11:45 by leac