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phase1:phase1:todo [2016/05/31 08:48] – [Power] leac | phase1:phase1:todo [2016/09/28 14:06] (current) – [Optical signals] leac | ||
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===== Power ===== | ===== Power ===== | ||
- | * Check implementation of enabling/ | ||
* Check power pigtails in system | * Check power pigtails in system | ||
- | * Implement readback of module current in BPixelTools | ||
===== Full chain test ===== | ===== Full chain test ===== | ||
- | * Check change in current as a function of module Vana setting | ||
- | * 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, | * Implement procedure for full chain test including all tests we did so far: CCU redundancy, i2c programming, | ||
* Check LV and HV distribution | * Check LV and HV distribution | ||
* Check that reset does not trigger cross-talk | * Check that reset does not trigger cross-talk | ||
* Implement reading of QPLL pia register | * Implement reading of QPLL pia register | ||
+ | |||
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===== Optical signals ===== | ===== Optical signals ===== | ||
- | * Cross check ADC calibration and slope measurement against ETH | + | * Perform BER |
- | ===== Mechanical ===== | + | |
- | + | ||
- | * Bend flex cables as much as possible and see if they still function electrically | + | |
- | * Survey temperatures on components | + | |
===== Hardware ===== | ===== Hardware ===== | ||
- | * test adapter prints for modules | ||
* Power and load board: equip L12 CB with power cables. Measure voltage drops for L12. | * Power and load board: equip L12 CB with power cables. Measure voltage drops for L12. | ||
- | * Make power pigtails | + | * Test CB L4 |
- | * Make & test board to inject signals simultaneously | + | * Test POHs |
- | ===== Software ===== | + | ===== Pixel Online |
- | * 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 |