After Camera Switch ON, the SFT analysis shall be executed and reported

[rhuygen]

After a Camera Switch ON, the SFT that was done shall be analysed. Add a section in the commanding manual how to do that and describe what the outcome is and how to interpret it.

[rhuygen]

There are two file generated, a plot and a text file. The text file for e.g. Brigand after vibration at CSL:

NFEE ON-MODE
      GAEU_V_CCD_NFEE  34.586 in [ 34.550, 34.650]  OK      NFEE_VCCD        30.821 in [ 34.550, 34.650] NOK      GAEU_I_CCD_NFEE   0.039 in [  0.035,  0.043]  OK       P=V*I   1.349
      GAEU_V_AN1_NFEE   6.469 in [  6.450,  6.550]  OK      NFEE_VAN1_R       6.416 in [  6.450,  6.550] NOK      GAEU_I_AN1_NFEE   0.127 in [  0.107,  0.145]  OK       P=V*I   0.819
      GAEU_V_AN2_NFEE   6.490 in [  6.450,  6.550]  OK      NFEE_VAN2_R       6.494 in [  6.450,  6.550]  OK      GAEU_I_AN2_NFEE   0.005 in [  0.004,  0.005]  OK       P=V*I   0.032
      GAEU_V_AN3_NFEE  -6.474 in [ -6.550, -6.450]  OK      NFEE_VAN3_R      -6.426 in [ -6.550, -6.450] NOK      GAEU_I_AN3_NFEE  -0.097 in [ -0.108, -0.088]  OK       P=V*I   0.626
      GAEU_V_CLK_NFEE  15.928 in [ 15.900, 16.000]  OK      NFEE_VCLK_R      15.923 in [ 15.900, 16.000]  OK      GAEU_I_CLK_NFEE   0.040 in [  0.032,  0.044]  OK       P=V*I   0.639
      GAEU_V_DIG_NFEE   4.350 in [  4.400,  4.500] NOK      NFEE_VDIG         4.186 in [  4.400,  4.500] NOK      GAEU_I_DIG_NFEE   0.630 in [  0.552,  0.674]  OK       P=V*I   2.738
      AEU Voltages OK: False                                FEE Voltages OK: False                                Currents OK: True
NFEE STANDBY-MODE
      GAEU_V_CCD_NFEE  34.573 in [ 34.550, 34.650]  OK      NFEE_VCCD        31.167 in [ 34.550, 34.650] NOK      GAEU_I_CCD_NFEE   0.087 in [  0.076,  0.103]  OK       P=V*I   3.008
      GAEU_V_AN1_NFEE   6.466 in [  6.450,  6.550]  OK      NFEE_VAN1_R       6.409 in [  6.450,  6.550] NOK      GAEU_I_AN1_NFEE   0.139 in [  0.119,  0.161]  OK       P=V*I   0.897
      GAEU_V_AN2_NFEE   6.490 in [  6.450,  6.550]  OK      NFEE_VAN2_R       6.494 in [  6.450,  6.550]  OK      GAEU_I_AN2_NFEE   0.005 in [  0.004,  0.006]  OK       P=V*I   0.032
      GAEU_V_AN3_NFEE  -6.471 in [ -6.550, -6.450]  OK      NFEE_VAN3_R      -6.419 in [ -6.550, -6.450] NOK      GAEU_I_AN3_NFEE  -0.108 in [ -0.127, -0.103]  OK       P=V*I   0.701
      GAEU_V_CLK_NFEE  15.929 in [ 15.900, 16.000]  OK      NFEE_VCLK_R      15.929 in [ 15.900, 16.000]  OK      GAEU_I_CLK_NFEE   0.031 in [  0.024,  0.032]  OK       P=V*I   0.496
      GAEU_V_DIG_NFEE   4.350 in [  4.400,  4.500] NOK      NFEE_VDIG         4.185 in [  4.400,  4.500] NOK      GAEU_I_DIG_NFEE   0.631 in [  0.588,  0.718]  OK       P=V*I   2.745
      AEU Voltages OK: False                                FEE Voltages OK: False                                Currents OK: True
FULL_IMAGE_MODE_INTEGRATION
      GAEU_V_CCD_NFEE  34.570 in [ 34.550, 34.650]  OK      NFEE_VCCD        31.191 in [ 34.550, 34.650] NOK      GAEU_I_CCD_NFEE   0.099 in [  0.085,  0.115]  OK       P=V*I   3.423
      GAEU_V_AN1_NFEE   6.466 in [  6.450,  6.550]  OK      NFEE_VAN1_R       6.407 in [  6.450,  6.550] NOK      GAEU_I_AN1_NFEE   0.140 in [  0.115,  0.155]  OK       P=V*I   0.904
      GAEU_V_AN2_NFEE   6.490 in [  6.450,  6.550]  OK      NFEE_VAN2_R       6.494 in [  6.450,  6.550]  OK      GAEU_I_AN2_NFEE   0.005 in [  0.004,  0.006]  OK       P=V*I   0.032
      GAEU_V_AN3_NFEE  -6.470 in [ -6.550, -6.450]  OK      NFEE_VAN3_R      -6.413 in [ -6.550, -6.450] NOK      GAEU_I_AN3_NFEE  -0.117 in [ -0.132, -0.108]  OK       P=V*I   0.758
      GAEU_V_CLK_NFEE  15.927 in [ 15.900, 16.000]  OK      NFEE_VCLK_R      15.920 in [ 15.900, 16.000]  OK      GAEU_I_CLK_NFEE   0.045 in [  0.036,  0.054]  OK       P=V*I   0.717
      GAEU_V_DIG_NFEE   4.350 in [  4.400,  4.500] NOK      NFEE_VDIG         4.185 in [  4.400,  4.500] NOK      GAEU_I_DIG_NFEE   0.633 in [  0.540,  0.660]  OK       P=V*I   2.755
      AEU Voltages OK: False                                FEE Voltages OK: False                                Currents OK: True
FULL_IMAGE_MODE_READOUT
      GAEU_V_CCD_NFEE  34.570 in [ 34.550, 34.650]  OK      NFEE_VCCD        31.191 in [ 34.550, 34.650] NOK      GAEU_I_CCD_NFEE   0.100 in [  0.085,  0.115]  OK       P=V*I   3.443
      GAEU_V_AN1_NFEE   6.465 in [  6.450,  6.550]  OK      NFEE_VAN1_R       6.407 in [  6.450,  6.550] NOK      GAEU_I_AN1_NFEE   0.143 in [  0.128,  0.174]  OK       P=V*I   0.924
      GAEU_V_AN2_NFEE   6.490 in [  6.450,  6.550]  OK      NFEE_VAN2_R       6.494 in [  6.450,  6.550]  OK      GAEU_I_AN2_NFEE   0.005 in [  0.004,  0.006]  OK       P=V*I   0.032
      GAEU_V_AN3_NFEE  -6.469 in [ -6.550, -6.450]  OK      NFEE_VAN3_R      -6.413 in [ -6.550, -6.450] NOK      GAEU_I_AN3_NFEE  -0.120 in [ -0.132, -0.108]  OK       P=V*I   0.776
      GAEU_V_CLK_NFEE  15.901 in [ 15.900, 16.000]  OK      NFEE_VCLK_R      15.920 in [ 15.900, 16.000]  OK      GAEU_I_CLK_NFEE   0.177 in [  0.120,  0.180]  OK       P=V*I   2.813
      GAEU_V_DIG_NFEE   4.325 in [  4.400,  4.500] NOK      NFEE_VDIG         4.185 in [  4.400,  4.500] NOK      GAEU_I_DIG_NFEE   0.774 in [  0.686,  0.838]  OK       P=V*I   3.347
      AEU Voltages OK: False                                FEE Voltages OK: False                                Currents OK: True

The plot: