VetoPerf analysis over V1:Hrec_hoft_16384Hz

Summary

Triggers (V1:Hrec_hoft_16384Hz - OMICRON)

Vetoes

V1:Hrec_hoft_16384Hz: 122170 clusters V0 → V1:Sa_BS_F0_COIL_H3_500Hz_0, vetoed clusters: 63 (0.052 %) V1 → V1:Sa_BS_F0_COIL_H2_500Hz_0, vetoed clusters: 60 (0.049 %) V2 → V1:Sa_BS_F0_ACC_H3_FB_500Hz_0, vetoed clusters: 47 (0.038 %) V3 → V1:Sa_BS_F0_ACC_V2_500Hz_0, vetoed clusters: 47 (0.038 %) V4 → V1:Sa_BS_F0_KACC_V2_500Hz_0, vetoed clusters: 47 (0.038 %) V5 → V1:Sa_BS_F0_COIL_H1_500Hz_0, vetoed clusters: 47 (0.038 %) V6 → V1:Sa_BS_F0_ACC_V1_FB_500Hz_0, vetoed clusters: 46 (0.038 %) V7 → V1:Sa_BS_F0_ACC_H3_500Hz_0, vetoed clusters: 45 (0.037 %) V8 → V1:Sa_BS_F0_KACC_H3_500Hz_0, vetoed clusters: 44 (0.036 %) V9 → V1:Sa_BS_F0_ACC_V2_FB_500Hz_0, vetoed clusters: 44 (0.036 %)

V0: V1:Sa_BS_F0_COIL_H3_500Hz_0 (ε = 0.052%, ε/d = 200.454) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 117 Veto dead-time: 114.766 s (0.014 %) Number of vetoed clusters: 63 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 63/122170 (0.052%) 45/3933 (1.144%) 40/2303 (1.737%) 35/1250 (2.800%) Number of used veto segments: 59 (50.427%) 45 (38.462%) 40 (34.188%) 35 (29.915%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V1: V1:Sa_BS_F0_COIL_H2_500Hz_0 (ε = 0.049%, ε/d = 203.028) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 108 Veto dead-time: 106.836 s (0.013 %) Number of vetoed clusters: 60 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 60/122170 (0.049%) 42/3933 (1.068%) 37/2303 (1.607%) 33/1250 (2.640%) Number of used veto segments: 56 (51.852%) 42 (38.889%) 37 (34.259%) 33 (30.556%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V2: V1:Sa_BS_F0_ACC_H3_FB_500Hz_0 (ε = 0.038%, ε/d = 223.022) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 98 Veto dead-time: 97.258 s (0.012 %) Number of vetoed clusters: 47 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 47/122170 (0.038%) 38/3933 (0.966%) 36/2303 (1.563%) 33/1250 (2.640%) Number of used veto segments: 46 (46.939%) 38 (38.776%) 36 (36.735%) 33 (33.673%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V3: V1:Sa_BS_F0_ACC_V2_500Hz_0 (ε = 0.038%, ε/d = 229.442) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 92 Veto dead-time: 91.672 s (0.011 %) Number of vetoed clusters: 47 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 47/122170 (0.038%) 37/3933 (0.941%) 34/2303 (1.476%) 32/1250 (2.560%) Number of used veto segments: 45 (48.913%) 37 (40.217%) 34 (36.957%) 32 (34.783%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V4: V1:Sa_BS_F0_KACC_V2_500Hz_0 (ε = 0.038%, ε/d = 229.442) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 92 Veto dead-time: 91.672 s (0.011 %) Number of vetoed clusters: 47 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 47/122170 (0.038%) 37/3933 (0.941%) 34/2303 (1.476%) 32/1250 (2.560%) Number of used veto segments: 45 (48.913%) 37 (40.217%) 34 (36.957%) 32 (34.783%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V5: V1:Sa_BS_F0_COIL_H1_500Hz_0 (ε = 0.038%, ε/d = 214.969) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 99 Veto dead-time: 97.844 s (0.012 %) Number of vetoed clusters: 47 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 47/122170 (0.038%) 38/3933 (0.966%) 34/2303 (1.476%) 32/1250 (2.560%) Number of used veto segments: 46 (46.465%) 38 (38.384%) 34 (34.343%) 32 (32.323%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V6: V1:Sa_BS_F0_ACC_V1_FB_500Hz_0 (ε = 0.038%, ε/d = 282.734) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 97 Veto dead-time: 81.367 s (0.010 %) Number of vetoed clusters: 46 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 46/122170 (0.038%) 37/3933 (0.941%) 36/2303 (1.563%) 35/1250 (2.800%) Number of used veto segments: 45 (46.392%) 37 (38.144%) 36 (37.113%) 35 (36.082%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V7: V1:Sa_BS_F0_ACC_H3_500Hz_0 (ε = 0.037%, ε/d = 232.734) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 91 Veto dead-time: 90.375 s (0.011 %) Number of vetoed clusters: 45 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 45/122170 (0.037%) 37/3933 (0.941%) 35/2303 (1.520%) 32/1250 (2.560%) Number of used veto segments: 44 (48.352%) 37 (40.659%) 35 (38.462%) 32 (35.165%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V8: V1:Sa_BS_F0_KACC_H3_500Hz_0 (ε = 0.036%, ε/d = 232.953) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 88 Veto dead-time: 87.469 s (0.011 %) Number of vetoed clusters: 44 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 44/122170 (0.036%) 36/3933 (0.915%) 34/2303 (1.476%) 31/1250 (2.480%) Number of used veto segments: 43 (48.864%) 36 (40.909%) 34 (38.636%) 31 (35.227%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V9: V1:Sa_BS_F0_ACC_V2_FB_500Hz_0 (ε = 0.036%, ε/d = 277.642) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 94 Veto dead-time: 82.859 s (0.010 %) Number of vetoed clusters: 44 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 44/122170 (0.036%) 36/3933 (0.915%) 36/2303 (1.563%) 35/1250 (2.800%) Number of used veto segments: 44 (46.809%) 36 (38.298%) 36 (38.298%) 35 (37.234%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V10: V1:Sa_BS_F0_ACC_V1_500Hz_0 (ε = 0.031%, ε/d = 216.861) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 76 Veto dead-time: 75.773 s (0.009 %) Number of vetoed clusters: 38 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 38/122170 (0.031%) 29/3933 (0.737%) 27/2303 (1.172%) 25/1250 (2.000%) Number of used veto segments: 35 (46.053%) 29 (38.158%) 27 (35.526%) 25 (32.895%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V11: V1:Sa_BS_F0_KACC_V1_500Hz_0 (ε = 0.031%, ε/d = 216.861) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 76 Veto dead-time: 75.773 s (0.009 %) Number of vetoed clusters: 38 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 38/122170 (0.031%) 29/3933 (0.737%) 27/2303 (1.172%) 25/1250 (2.000%) Number of used veto segments: 35 (46.053%) 29 (38.158%) 27 (35.526%) 25 (32.895%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V12: V1:Sa_BS_F0_COIL_V1_500Hz_0 (ε = 0.029%, ε/d = 259.616) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 75 Veto dead-time: 73.422 s (0.009 %) Number of vetoed clusters: 35 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 35/122170 (0.029%) 32/3933 (0.814%) 31/2303 (1.346%) 29/1250 (2.320%) Number of used veto segments: 34 (45.333%) 32 (42.667%) 31 (41.333%) 29 (38.667%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V13: V1:Sa_BS_F0_COIL_V2_500Hz_0 (ε = 0.029%, ε/d = 259.616) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 75 Veto dead-time: 73.422 s (0.009 %) Number of vetoed clusters: 35 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 35/122170 (0.029%) 32/3933 (0.814%) 31/2303 (1.346%) 29/1250 (2.320%) Number of used veto segments: 34 (45.333%) 32 (42.667%) 31 (41.333%) 29 (38.667%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V14: V1:Sa_BS_F0_ACC_H2_500Hz_0 (ε = 0.027%, ε/d = 263.075) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 65 Veto dead-time: 64.961 s (0.008 %) Number of vetoed clusters: 33 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 33/122170 (0.027%) 27/3933 (0.686%) 27/2303 (1.172%) 26/1250 (2.080%) Number of used veto segments: 33 (50.769%) 27 (41.538%) 27 (41.538%) 26 (40.000%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V15: V1:Sa_BS_F0_KACC_H2_500Hz_0 (ε = 0.026%, ε/d = 283.583) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 58 Veto dead-time: 57.945 s (0.007 %) Number of vetoed clusters: 32 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 32/122170 (0.026%) 25/3933 (0.636%) 25/2303 (1.086%) 25/1250 (2.000%) Number of used veto segments: 32 (55.172%) 25 (43.103%) 25 (43.103%) 25 (43.103%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V16: V1:Sa_BS_F0_ACC_H2_FB_500Hz_0 (ε = 0.026%, ε/d = 305.470) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 56 Veto dead-time: 55.945 s (0.007 %) Number of vetoed clusters: 32 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 32/122170 (0.026%) 26/3933 (0.661%) 26/2303 (1.129%) 26/1250 (2.080%) Number of used veto segments: 32 (57.143%) 26 (46.429%) 26 (46.429%) 26 (46.429%) Plots: → SNR distribution before and after veto → Time-frequency trigger distribution: before/after veto → SNR-time trigger distribution: before/after veto → SNR-frequency trigger distribution: before/after veto

V17: V1:SWEB_LC_B8_QD_TY_err_1000Hz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V18: V1:SWEB_LC_COIL_BL_H_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V19: V1:SWEB_LC_COIL_BL_V_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V20: V1:SWEB_LC_COIL_BR_H_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V21: V1:SWEB_LC_COIL_BR_V_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V22: V1:SWEB_LC_COIL_FL_H_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V23: V1:SWEB_LC_COIL_FL_V_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V24: V1:SWEB_LC_COIL_FR_H_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V25: V1:SWEB_LC_COIL_FR_V_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V26: V1:SWEB_LC_CfgChange_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V27: V1:SWEB_LC_LVDT_BL_H_out_raw_1000Hz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V28: V1:SWEB_LC_LVDT_BL_V_out_raw_1000Hz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V29: V1:SWEB_LC_LVDT_BR_H_out_raw_1000Hz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V30: V1:SWEB_LC_LVDT_BR_V_out_raw_1000Hz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V31: V1:SWEB_LC_LVDT_FL_H_out_raw_1000Hz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V32: V1:SWEB_LC_LVDT_FL_V_out_raw_1000Hz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V33: V1:SWEB_LC_LVDT_FR_H_out_raw_1000Hz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V34: V1:SWEB_LC_LVDT_FR_V_out_raw_1000Hz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V35: V1:SWEB_LC_NOISE_flt_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V36: V1:SWEB_LC_TX_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V37: V1:SWEB_LC_TX_corr_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V38: V1:SWEB_LC_TX_err_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V39: V1:SWEB_LC_TY_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V40: V1:SWEB_LC_TY_corr_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V41: V1:SWEB_LC_TY_err_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V42: V1:SWEB_LC_TZ_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V43: V1:SWEB_LC_TZ_corr_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V44: V1:SWEB_LC_TZ_err_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V45: V1:SWEB_LC_X_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V46: V1:SWEB_LC_X_corr_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V47: V1:SWEB_LC_X_err_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V48: V1:SWEB_LC_Y_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V49: V1:SWEB_LC_Y_corr_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V50: V1:SWEB_LC_Y_err_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V51: V1:SWEB_LC_Y_err_ground_corrected_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V52: V1:SWEB_LC_Z_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V53: V1:SWEB_LC_Z_corr_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V54: V1:SWEB_LC_Z_err_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V55: V1:SWEB_LC_Z_err_ground_corrected_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V56: V1:SWEB_LC_elapsed_time_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V57: V1:SWEB_POWERSUPPLY_DBOX_NORTH_DOWN_m12V_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V58: V1:SWEB_POWERSUPPLY_DBOX_NORTH_DOWN_p12V_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V59: V1:SWEB_POWERSUPPLY_DBOX_NORTH_UP_m12V_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V60: V1:SWEB_POWERSUPPLY_DBOX_NORTH_UP_p12V_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V61: V1:SWEB_POWERSUPPLY_ETH_SWITCH_p12V_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V62: V1:SWEB_POWERSUPPLY_QUADRANTS_p12V_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V63: V1:SWEB_POWERSUPPLY_QUADRANTS_p18V_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V64: V1:SWEB_POWERSUPPLY_TIMING_p12V_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V65: V1:SWEB_PSD_Vbias_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V66: V1:SWEB_PSD_pin1_raw_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V67: V1:SWEB_PSD_pin2_raw_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V68: V1:SWEB_PSD_pin4_raw_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V69: V1:SWEB_PSD_pin5_raw_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V70: V1:SWEB_PSD_ref_pin1_raw_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V71: V1:SWEB_PSD_ref_pin2_raw_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V72: V1:SWEB_PSD_ref_pin4_raw_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V73: V1:SWEB_PSD_ref_pin5_raw_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V74: V1:SWEB_PSD_ref_sum_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V75: V1:SWEB_PSD_ref_x_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V76: V1:SWEB_PSD_ref_y_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V77: V1:SWEB_PSD_sensing_CfgChange_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V78: V1:SWEB_PSD_sensing_elapsed_time_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V79: V1:SWEB_PSD_sum_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V80: V1:SWEB_PSD_x_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V81: V1:SWEB_PSD_y_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V82: V1:SWEB_Photodiodes_CfgChange_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V83: V1:SWEB_Photodiodes_elapsed_time_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V84: V1:SWEB_Quadrants_CfgChange_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V85: V1:SWEB_Quadrants_elapsed_time_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V86: V1:SWEB_SBE_CfgChange_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V87: V1:SWEB_SBE_elapsed_time_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V88: V1:SWEB_Tpro_elapsed_time_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V89: V1:SWEB_Tpro_processed_packets_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V90: V1:Sa_BS_BR_LVDT1_500Hz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V91: V1:Sa_BS_BR_LVDT2_500Hz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V92: V1:Sa_BS_BR_LVDT3_500Hz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 0 Veto dead-time: 0.000 s (0.000 %) Number of vetoed clusters: 0 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 0/122170 (0.000%) 0/3933 (0.000%) 0/2303 (0.000%) 0/1250 (0.000%) Number of used veto segments: 0 (-nan%) 0 (-nan%) 0 (-nan%) 0 (-nan%) Plots: → Time-frequency trigger distribution: plot → SNR-time trigger distribution: plot → SNR-frequency trigger distribution: plot

V93: V1:Sa_BS_F0_ACC_H1_500Hz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]