VetoPerf analysis over V1:Hrec_hoft_16384Hz

Summary

Triggers (V1:Hrec_hoft_16384Hz - OMICRON)

Vetoes

V1:Hrec_hoft_16384Hz: 122170 clusters V0 → V1:PSL_PMC_TRA_DC_0, vetoed clusters: 196 (0.160 %) V1 → V1:PSL_PMC_TRA_Audio_0, vetoed clusters: 195 (0.160 %) V2 → V1:PSL_PMC_TRA_DC_W_0, vetoed clusters: 195 (0.160 %) V3 → V1:PSL_PMC_TRA_DC_MONIT_0, vetoed clusters: 188 (0.154 %) V4 → V1:PSL_PMC_TRA_AC_0, vetoed clusters: 186 (0.152 %) V5 → V1:PSTAB_PDa_DC_0, vetoed clusters: 163 (0.133 %) V6 → V1:PSTAB_PDa_AC_MONIT_0, vetoed clusters: 136 (0.111 %) V7 → V1:PSTAB_PDd_AC_MONIT_0, vetoed clusters: 127 (0.104 %) V8 → V1:PSTAB_PDd_DC_0, vetoed clusters: 126 (0.103 %) V9 → V1:PSL_PMC_QD_NF_DC_0, vetoed clusters: 107 (0.088 %)

V0: V1:PSL_PMC_TRA_DC_0 (ε = 0.160%, ε/d = 883.528) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 391 Veto dead-time: 122.006 s (0.015 %) Number of vetoed clusters: 196 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 196/122170 (0.160%) 173/3933 (4.399%) 171/2303 (7.425%) 164/1250 (13.120%) Number of used veto segments: 196 (50.128%) 173 (44.246%) 171 (43.734%) 164 (41.944%) 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:PSL_PMC_TRA_Audio_0 (ε = 0.160%, ε/d = 883.526) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 406 Veto dead-time: 123.495 s (0.015 %) Number of vetoed clusters: 195 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 195/122170 (0.160%) 175/3933 (4.450%) 173/2303 (7.512%) 166/1250 (13.280%) Number of used veto segments: 194 (47.783%) 175 (43.103%) 173 (42.611%) 166 (40.887%) 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:PSL_PMC_TRA_DC_W_0 (ε = 0.160%, ε/d = 883.540) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 406 Veto dead-time: 123.493 s (0.015 %) Number of vetoed clusters: 195 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 195/122170 (0.160%) 175/3933 (4.450%) 173/2303 (7.512%) 166/1250 (13.280%) Number of used veto segments: 194 (47.783%) 175 (43.103%) 173 (42.611%) 166 (40.887%) 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:PSL_PMC_TRA_DC_MONIT_0 (ε = 0.154%, ε/d = 698.824) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 365 Veto dead-time: 148.610 s (0.018 %) Number of vetoed clusters: 188 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 188/122170 (0.154%) 170/3933 (4.322%) 168/2303 (7.295%) 158/1250 (12.640%) Number of used veto segments: 186 (50.959%) 170 (46.575%) 168 (46.027%) 158 (43.288%) 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:PSL_PMC_TRA_AC_0 (ε = 0.152%, ε/d = 796.633) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 389 Veto dead-time: 136.965 s (0.017 %) Number of vetoed clusters: 186 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 186/122170 (0.152%) 176/3933 (4.475%) 174/2303 (7.555%) 166/1250 (13.280%) Number of used veto segments: 186 (47.815%) 176 (45.244%) 174 (44.730%) 166 (42.674%) 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:PSTAB_PDa_DC_0 (ε = 0.133%, ε/d = 639.632) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 313 Veto dead-time: 140.783 s (0.017 %) Number of vetoed clusters: 163 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 163/122170 (0.133%) 139/3933 (3.534%) 138/2303 (5.992%) 137/1250 (10.960%) Number of used veto segments: 163 (52.077%) 139 (44.409%) 138 (44.089%) 137 (43.770%) 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:PSTAB_PDa_AC_MONIT_0 (ε = 0.111%, ε/d = 531.738) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 259 Veto dead-time: 138.446 s (0.017 %) Number of vetoed clusters: 136 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 136/122170 (0.111%) 129/3933 (3.280%) 125/2303 (5.428%) 112/1250 (8.960%) Number of used veto segments: 132 (50.965%) 128 (49.421%) 124 (47.876%) 111 (42.857%) 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:PSTAB_PDd_AC_MONIT_0 (ε = 0.104%, ε/d = 539.139) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 230 Veto dead-time: 126.792 s (0.015 %) Number of vetoed clusters: 127 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 127/122170 (0.104%) 121/3933 (3.077%) 117/2303 (5.080%) 104/1250 (8.320%) Number of used veto segments: 123 (53.478%) 120 (52.174%) 116 (50.435%) 103 (44.783%) 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

V8: V1:PSTAB_PDd_DC_0 (ε = 0.103%, ε/d = 388.474) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 252 Veto dead-time: 174.274 s (0.021 %) Number of vetoed clusters: 126 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 126/122170 (0.103%) 105/3933 (2.670%) 103/2303 (4.472%) 103/1250 (8.240%) Number of used veto segments: 125 (49.603%) 105 (41.667%) 103 (40.873%) 103 (40.873%) 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:PSL_PMC_QD_NF_DC_0 (ε = 0.088%, ε/d = 629.229) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 178 Veto dead-time: 84.613 s (0.010 %) Number of vetoed clusters: 107 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 107/122170 (0.088%) 84/3933 (2.136%) 83/2303 (3.604%) 81/1250 (6.480%) Number of used veto segments: 106 (59.551%) 84 (47.191%) 83 (46.629%) 81 (45.506%) 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:PSL_PMC_QD_NF_H_0 (ε = 0.072%, ε/d = 644.443) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 150 Veto dead-time: 71.396 s (0.009 %) Number of vetoed clusters: 88 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 88/122170 (0.072%) 73/3933 (1.856%) 72/2303 (3.126%) 70/1250 (5.600%) Number of used veto segments: 87 (58.000%) 73 (48.667%) 72 (48.000%) 70 (46.667%) 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

V11: V1:PSL_PMC_QD_FF_DC_0 (ε = 0.072%, ε/d = 605.337) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 150 Veto dead-time: 77.094 s (0.009 %) Number of vetoed clusters: 88 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 88/122170 (0.072%) 73/3933 (1.856%) 72/2303 (3.126%) 71/1250 (5.680%) Number of used veto segments: 87 (58.000%) 73 (48.667%) 72 (48.000%) 71 (47.333%) 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:PSL_PMC_QD_FF_H_0 (ε = 0.070%, ε/d = 591.310) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 149 Veto dead-time: 76.699 s (0.009 %) Number of vetoed clusters: 85 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 85/122170 (0.070%) 71/3933 (1.805%) 70/2303 (3.040%) 69/1250 (5.520%) Number of used veto segments: 84 (56.376%) 71 (47.651%) 70 (46.980%) 69 (46.309%) 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:PSL_PMC_QD_NF_V_0 (ε = 0.056%, ε/d = 414.228) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 127 Veto dead-time: 68.232 s (0.008 %) Number of vetoed clusters: 68 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 68/122170 (0.056%) 53/3933 (1.348%) 47/2303 (2.041%) 43/1250 (3.440%) Number of used veto segments: 68 (53.543%) 53 (41.732%) 47 (37.008%) 43 (33.858%) 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:PSL_PMC_Pmonit_Prefl_0 (ε = 0.041%, ε/d = 6884.495) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 91 Veto dead-time: 4.774 s (0.001 %) Number of vetoed clusters: 50 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 50/122170 (0.041%) 50/3933 (1.271%) 50/2303 (2.171%) 50/1250 (4.000%) Number of used veto segments: 50 (54.945%) 50 (54.945%) 50 (54.945%) 50 (54.945%) 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:PSL_PMC_QD_NF_H_NORM_0 (ε = 0.039%, ε/d = 5197.834) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 91 Veto dead-time: 5.817 s (0.001 %) Number of vetoed clusters: 48 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 48/122170 (0.039%) 46/3933 (1.170%) 46/2303 (1.997%) 46/1250 (3.680%) Number of used veto segments: 48 (52.747%) 46 (50.549%) 46 (50.549%) 46 (50.549%) 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:PSL_PMC_QD_FF_V_0 (ε = 0.038%, ε/d = 545.792) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 98 Veto dead-time: 51.785 s (0.006 %) 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%) 43/3933 (1.093%) 43/2303 (1.867%) 43/1250 (3.440%) Number of used veto segments: 47 (47.959%) 43 (43.878%) 43 (43.878%) 43 (43.878%) 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:PSL_PMC_QD_FF_H_NORM_0 (ε = 0.038%, ε/d = 3907.416) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 96 Veto dead-time: 7.402 s (0.001 %) 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%) 44/3933 (1.119%) 44/2303 (1.911%) 44/1250 (3.520%) Number of used veto segments: 46 (47.917%) 44 (45.833%) 44 (45.833%) 44 (45.833%) 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

V18: V1:PSL_PMC_PZT_0 (ε = 0.037%, ε/d = 813.483) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 99 Veto dead-time: 33.128 s (0.004 %) 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%) 41/3933 (1.042%) 41/2303 (1.780%) 41/1250 (3.280%) Number of used veto segments: 44 (44.444%) 41 (41.414%) 41 (41.414%) 41 (41.414%) 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

V19: V1:PSL_PMC_REFL_DC_0 (ε = 0.029%, ε/d = 3823.271) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 71 Veto dead-time: 5.845 s (0.001 %) 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%) 34/3933 (0.864%) 34/2303 (1.476%) 34/1250 (2.720%) Number of used veto segments: 35 (49.296%) 34 (47.887%) 34 (47.887%) 34 (47.887%) 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

V20: V1:PSL_PMC_REFL_I_0 (ε = 0.025%, ε/d = 3898.603) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 59 Veto dead-time: 4.721 s (0.001 %) Number of vetoed clusters: 30 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 30/122170 (0.025%) 28/3933 (0.712%) 28/2303 (1.216%) 28/1250 (2.240%) Number of used veto segments: 30 (50.847%) 28 (47.458%) 28 (47.458%) 28 (47.458%) 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

V21: V1:PSL_SL_TRA_DC_0 (ε = 0.016%, ε/d = 4460.494) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 38 Veto dead-time: 2.800 s (0.000 %) Number of vetoed clusters: 19 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 19/122170 (0.016%) 19/3933 (0.483%) 19/2303 (0.825%) 19/1250 (1.520%) Number of used veto segments: 19 (50.000%) 19 (50.000%) 19 (50.000%) 19 (50.000%) 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

V22: V1:PSTAB_HF_CORR_0 (ε = 0.012%, ε/d = 7385.474) [click here to expand/hide] [link to here]

Veto: text file Number of veto segments: 26 Veto dead-time: 1.335 s (0.000 %) Number of vetoed clusters: 15 Performance on V1:Hrec_hoft_16384Hz clusters: SNR > 5.000 SNR > 8.000 SNR > 10.000 SNR > 20.000 Number of vetoed clusters: 15/122170 (0.012%) 15/3933 (0.381%) 15/2303 (0.651%) 15/1250 (1.200%) Number of used veto segments: 15 (57.692%) 15 (57.692%) 15 (57.692%) 15 (57.692%) 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

V23: V1:PSL_AMP_QD_FF_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

V24: V1:PSL_AMP_QD_FF_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

V25: V1:PSL_AMP_QD_NF_DC_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:PSL_AMP_QD_NF_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

V27: V1:PSL_AMP_QD_NF_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

V28: V1:PSL_ML_AC_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:PSL_ML_DC_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:PSL_ML_DC_MONIT_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:PSL_PMC_QD_FF_V_NORM_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:PSL_PMC_QD_NF_V_NORM_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:PSL_SL_PUMP1_AC_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:PSL_SL_PUMP1_CURR_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:PSL_SL_PUMP1_DC_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:PSL_SL_PUMP2_AC_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:PSL_SL_PUMP2_CURR_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:PSL_SL_PUMP2_DC_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:PSL_SL_PZT_HF_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:PSL_SL_PZT_LF_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:PSL_SL_REFL_I_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:PSL_SL_REFL_PD1_DC_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:PSTAB_QD1_DC_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:PSTAB_QD1_DC_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

V45: V1:PSTAB_QD1_DC_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

V46: V1:PSTAB_QD2_DC_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:PSTAB_QD2_DC_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

V48: V1:PSTAB_QD2_DC_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

V49: V1:Pstab_Pressure_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:Pstab_TE_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:SBE_EIB_CfgChange_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

V52: V1:SBE_EIB_PSD1_SUM_raw_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

V53: V1:SBE_EIB_PSD1_x_raw_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

V54: V1:SBE_EIB_PSD1_y_raw_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

V55: V1:SBE_EIB_PSD2_SUM_raw_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

V56: V1:SBE_EIB_PSD2_x_raw_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

V57: V1:SBE_EIB_PSD2_y_raw_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

V58: V1:SBE_EIB_PSD3_SUM_raw_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

V59: V1:SBE_EIB_PSD3_x_raw_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

V60: V1:SBE_EIB_PSD4_SUM_raw_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

V61: V1:SBE_EIB_PSD4_y_raw_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

V62: V1:SBE_EIB_act0_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

V63: V1:SBE_EIB_act1_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

V64: V1:SBE_EIB_act2_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

V65: V1:SBE_EIB_act3_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

V66: V1:SBE_EIB_act4_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

V67: V1:SBE_EIB_act5_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

V68: V1:SBE_EIB_acttx_ctrl_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

V69: V1:SBE_EIB_acttx_tot_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

V70: V1:SBE_EIB_actty_ctrl_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

V71: V1:SBE_EIB_actty_tot_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

V72: V1:SBE_EIB_acttz_ctrl_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

V73: V1:SBE_EIB_acttz_tot_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

V74: V1:SBE_EIB_actx_ctrl_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

V75: V1:SBE_EIB_actx_tot_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

V76: V1:SBE_EIB_acty_ctrl_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

V77: V1:SBE_EIB_acty_tot_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

V78: V1:SBE_EIB_actz_ctrl_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

V79: V1:SBE_EIB_actz_tot_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

V80: V1:SBE_EIB_cur_hor0_raw_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

V81: V1:SBE_EIB_cur_hor1_raw_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

V82: V1:SBE_EIB_cur_hor2_raw_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

V83: V1:SBE_EIB_cur_ver0_raw_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

V84: V1:SBE_EIB_cur_ver1_raw_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

V85: V1:SBE_EIB_cur_ver2_raw_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

V86: V1:SBE_EIB_elapsed_time_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

V87: V1:SBE_EIB_geobench0_raw_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

V88: V1:SBE_EIB_geobench1_raw_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

V89: V1:SBE_EIB_geobench2_raw_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

V90: V1:SBE_EIB_geohor0_raw_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:SBE_EIB_geohor1_raw_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:SBE_EIB_geohor2_raw_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:SBE_EIB_geomon0_raw_500Hz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]