13:43:24 SNSI1B Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.001 Smoothed Linear

Time down: 1.00 ms

Imax = +1260.62 A Imin = +13.10 A

Integration time = .00498 s

Idiff = ‑1247.032 Max Idot = 648020 A/s

Ips2 = +1260.17 A Ips1 = +13.14 A

Idiff2 = +1246.716 Max Idot = 648020 A/s

Theta is +1.27° CW dB = (774,775)(803,803)(773,774)

Vc1 Max +2.00150 V Min ‑0.07035 V

Integral: +3.40653 mV‑s Aperture: 2.97 ms +3.39935 mV‑s

Offset Corrected Integral: +3.53190 mV‑s

Vc2 Max +0.07346 V Min ‑2.08016 V

Integral: ‑3.54253 mV‑s Aperture: 2.97 ms ‑3.53519 mV‑s

Offset Corrected Integral: ‑3.66782 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

13:43:24 SNSI1B Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.001 Smoothed Linear

Time down: 1.00 ms

Imax = +1260.62 A Imin = +13.10 A

Integration time = .00498 s

Idiff = +1242.842 Max Idot = ‑1.3141E+6 A/s

Ips2 = +17.60 A Ips1 = +1260.44 A

Idiff2 = ‑1243.052 Max Idot = ‑1.3141E+6 A/s

Theta is +1.33° CW dB = (771,771)(763,763)(775,774)

Vc1 Max +0.04950 V Min ‑3.87634 V

Integral: ‑3.38965 mV‑s Aperture: 2.97 ms ‑3.40443 mV‑s

Offset Corrected Integral: ‑3.35352 mV‑s

Vc2 Max +4.02382 V Min ‑0.05048 V

Integral: +3.52346 mV‑s Aperture: 2.97 ms +3.54065 mV‑s

Offset Corrected Integral: +3.48834 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

13:49:03 SNSI1B Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.002 Smoothed Linear

Time down: 2.00 ms

Imax = +1260.86 A Imin = +13.13 A

Integration time = .00598 s

Idiff = ‑1247.317 Max Idot = 691570 A/s

Ips2 = +1260.58 A Ips1 = +13.26 A

Idiff2 = +1247.527 Max Idot = 691570 A/s

Theta is ‑0.14° CW dB = (777,774)(758,758)(776,772)

Vc1 Max +2.05833 V Min ‑0.07935 V

Integral: +3.49253 mV‑s Aperture: 2.97 ms +3.48589 mV‑s

Offset Corrected Integral: +3.40899 mV‑s

Vc2 Max +0.07749 V Min ‑2.04390 V

Integral: ‑3.46425 mV‑s Aperture: 2.97 ms ‑3.45622 mV‑s

Offset Corrected Integral: ‑3.39335 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

13:49:03 SNSI1B Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.002 Smoothed Linear

Time down: 2.00 ms

Imax = +1260.86 A Imin = +13.13 A

Integration time = .00598 s

Idiff = +1244.854 Max Idot = ‑659280 A/s

Ips2 = +15.59 A Ips1 = +1260.44 A

Idiff2 = ‑1244.974 Max Idot = ‑659280 A/s

Theta is ‑0.33° CW dB = (773,774)(754,754)(774,775)

Vc1 Max +0.06916 V Min ‑2.00364 V

Integral: ‑3.48254 mV‑s Aperture: 2.97 ms ‑3.48786 mV‑s

Offset Corrected Integral: ‑3.40005 mV‑s

Vc2 Max +1.98845 V Min ‑0.06517 V

Integral: +3.45133 mV‑s Aperture: 2.97 ms +3.45787 mV‑s

Offset Corrected Integral: +3.36474 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

13:49:38 SNSI1B Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.003 Smoothed Linear

Time down: 2.00 ms

Imax = +1260.95 A Imin = +13.16 A

Integration time = .00598 s

Idiff = ‑1247.512 Max Idot = 670540 A/s

Ips2 = +1260.79 A Ips1 = +13.28 A

Idiff2 = +1247.437 Max Idot = 670540 A/s

Theta is ‑0.32° CW dB = (775,776)(764,764)(774,775)

Vc1 Max +2.06357 V Min ‑0.08417 V

Integral: +3.49244 mV‑s Aperture: 2.97 ms +3.48610 mV‑s

Offset Corrected Integral: +3.44312 mV‑s

Vc2 Max +0.08010 V Min ‑2.04840 V

Integral: ‑3.46400 mV‑s Aperture: 2.97 ms ‑3.45656 mV‑s

Offset Corrected Integral: ‑3.40881 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

13:49:38 SNSI1B Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.003 Smoothed Linear

Time down: 2.00 ms

Imax = +1260.95 A Imin = +13.16 A

Integration time = .00598 s

Idiff = +1244.749 Max Idot = ‑663790 A/s

Ips2 = +15.66 A Ips1 = +1260.41 A

Idiff2 = ‑1244.944 Max Idot = ‑663790 A/s

Theta is ‑0.30° CW dB = (773,773)(772,772)(774,775)

Vc1 Max +0.06910 V Min ‑2.00483 V

Integral: ‑3.48183 mV‑s Aperture: 2.97 ms ‑3.48863 mV‑s

Offset Corrected Integral: ‑3.47920 mV‑s

Vc2 Max +1.98537 V Min ‑0.06896 V

Integral: +3.45132 mV‑s Aperture: 2.97 ms +3.45876 mV‑s

Offset Corrected Integral: +3.44684 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

13:50:10 SNSI1B Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.004 Smoothed Linear

Time down: 1.50 ms

Imax = +1261.10 A Imin = +13.07 A

Integration time = .00546 s

Idiff = ‑1247.602 Max Idot = 684810 A/s

Ips2 = +1260.80 A Ips1 = +13.20 A

Idiff2 = +1247.858 Max Idot = 684810 A/s

Theta is ‑0.31° CW dB = (775,776)(747,747)(774,774)

Vc1 Max +2.05052 V Min ‑0.08507 V

Integral: +3.49237 mV‑s Aperture: 2.97 ms +3.48626 mV‑s

Offset Corrected Integral: +3.36457 mV‑s

Vc2 Max +0.08247 V Min ‑2.03513 V

Integral: ‑3.46429 mV‑s Aperture: 2.97 ms ‑3.45688 mV‑s

Offset Corrected Integral: ‑3.33215 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

13:50:10 SNSI1B Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.004 Smoothed Linear

Time down: 1.50 ms

Imax = +1261.10 A Imin = +13.07 A

Integration time = .00546 s

Idiff = +1243.593 Max Idot = ‑891310 A/s

Ips2 = +16.79 A Ips1 = +1260.38 A

Idiff2 = ‑1243.683 Max Idot = ‑891310 A/s

Theta is ‑0.34° CW dB = (771,773)(763,763)(774,776)

Vc1 Max +0.06350 V Min ‑2.64164 V

Integral: ‑3.47718 mV‑s Aperture: 2.97 ms ‑3.49095 mV‑s

Offset Corrected Integral: ‑3.43828 mV‑s

Vc2 Max +2.61548 V Min ‑0.06635 V

Integral: +3.44705 mV‑s Aperture: 2.97 ms +3.46151 mV‑s

Offset Corrected Integral: +3.40226 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

13:50:38 SNSI1B Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.005 Smoothed Linear

Time down: 1.50 ms

Imax = +1261.07 A Imin = +13.10 A

Integration time = .00546 s

Idiff = ‑1247.587 Max Idot = 682560 A/s

Ips2 = +1260.71 A Ips1 = +13.13 A

Idiff2 = +1247.738 Max Idot = 682560 A/s

Theta is ‑0.25° CW dB = (776,776)(766,765)(774,774)

Vc1 Max +2.05719 V Min ‑0.07965 V

Integral: +3.49395 mV‑s Aperture: 2.97 ms +3.48592 mV‑s

Offset Corrected Integral: +3.44676 mV‑s

Vc2 Max +0.07820 V Min ‑2.04153 V

Integral: ‑3.46514 mV‑s Aperture: 2.97 ms ‑3.45643 mV‑s

Offset Corrected Integral: ‑3.41922 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

13:50:38 SNSI1B Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.005 Smoothed Linear

Time down: 1.50 ms

Imax = +1261.07 A Imin = +13.10 A

Integration time = .00546 s

Idiff = +1244.013 Max Idot = ‑902570 A/s

Ips2 = +16.73 A Ips1 = +1260.74 A

Idiff2 = ‑1244.193 Max Idot = ‑902570 A/s

Theta is ‑0.32° CW dB = (772,773)(740,739)(774,775)

Vc1 Max +0.05391 V Min ‑2.63544 V

Integral: ‑3.47841 mV‑s Aperture: 2.97 ms ‑3.48971 mV‑s

Offset Corrected Integral: ‑3.33270 mV‑s

Vc2 Max +2.60932 V Min ‑0.05213 V

Integral: +3.44766 mV‑s Aperture: 2.97 ms +3.46030 mV‑s

Offset Corrected Integral: +3.29955 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

13:51:07 SNSI1B Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.006 Smoothed Linear

Time down: 1.00 ms

Imax = +1261.01 A Imin = +13.22 A

Integration time = .00498 s

Idiff = ‑1247.317 Max Idot = 650270 A/s

Ips2 = +1260.61 A Ips1 = +13.29 A

Idiff2 = +1247.167 Max Idot = 650270 A/s

Theta is ‑0.21° CW dB = (776,775)(805,805)(775,773)

Vc1 Max +2.06410 V Min ‑0.08084 V

Integral: +3.49091 mV‑s Aperture: 2.97 ms +3.48593 mV‑s

Offset Corrected Integral: +3.62135 mV‑s

Vc2 Max +0.07891 V Min ‑2.04200 V

Integral: ‑3.46476 mV‑s Aperture: 2.97 ms ‑3.45658 mV‑s

Offset Corrected Integral: ‑3.59730 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

13:51:07 SNSI1B Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.006 Smoothed Linear

Time down: 1.00 ms

Imax = +1261.01 A Imin = +13.22 A

Integration time = .00498 s

Idiff = +1243.382 Max Idot = ‑1.3268E+6 A/s

Ips2 = +17.63 A Ips1 = +1261.01 A

Idiff2 = ‑1243.533 Max Idot = ‑1.3268E+6 A/s

Theta is ‑0.25° CW dB = (772,771)(759,758)(775,775)

Vc1 Max +0.06874 V Min ‑3.98959 V

Integral: ‑3.47627 mV‑s Aperture: 2.97 ms ‑3.49041 mV‑s

Offset Corrected Integral: ‑3.41546 mV‑s

Vc2 Max +3.96197 V Min ‑0.06683 V

Integral: +3.44502 mV‑s Aperture: 2.97 ms +3.46128 mV‑s

Offset Corrected Integral: +3.38846 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

13:51:27 SNSI1B Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.007 Smoothed Linear

Time down: 1.00 ms

Imax = +1260.98 A Imin = +13.13 A

Integration time = .00498 s

Idiff = ‑1247.467 Max Idot = 660030 A/s

Ips2 = +1260.71 A Ips1 = +13.25 A

Idiff2 = +1247.287 Max Idot = 660030 A/s

Theta is ‑0.36° CW dB = (774,777)(779,779)(773,775)

Vc1 Max +2.05993 V Min ‑0.07875 V

Integral: +3.49222 mV‑s Aperture: 2.97 ms +3.48600 mV‑s

Offset Corrected Integral: +3.51258 mV‑s

Vc2 Max +0.07322 V Min ‑2.04224 V

Integral: ‑3.46488 mV‑s Aperture: 2.97 ms ‑3.45664 mV‑s

Offset Corrected Integral: ‑3.47294 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

13:51:27 SNSI1B Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.007 Smoothed Linear

Time down: 1.00 ms

Imax = +1260.98 A Imin = +13.13 A

Integration time = .00498 s

Idiff = +1243.037 Max Idot = ‑1.302E+6 A/s

Ips2 = +17.74 A Ips1 = +1260.77 A

Idiff2 = ‑1243.322 Max Idot = ‑1.302E+6 A/s

Theta is ‑0.29° CW dB = (771,771)(767,766)(775,776)

Vc1 Max +0.07232 V Min ‑3.93651 V

Integral: ‑3.47452 mV‑s Aperture: 2.97 ms ‑3.49153 mV‑s

Offset Corrected Integral: ‑3.45346 mV‑s

Vc2 Max +3.91220 V Min ‑0.07322 V

Integral: +3.44331 mV‑s Aperture: 2.97 ms +3.46234 mV‑s

Offset Corrected Integral: +3.42170 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

13:52:00 SNSI1B Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.008 Smoothed Linear

Time down: 0.50 ms

Imax = +1261.13 A Imin = +13.19 A

Integration time = .00448 s

Idiff = ‑1247.497 Max Idot = 686310 A/s

Ips2 = +1260.83 A Ips1 = +13.34 A

Idiff2 = +1247.948 Max Idot = 686310 A/s

Theta is ‑0.35° CW dB = (775,777)(757,757)(773,775)

Vc1 Max +2.05970 V Min ‑0.07690 V

Integral: +3.49329 mV‑s Aperture: 2.97 ms +3.48603 mV‑s

Offset Corrected Integral: +3.41460 mV‑s

Vc2 Max +0.07512 V Min ‑2.04035 V

Integral: ‑3.46441 mV‑s Aperture: 2.97 ms ‑3.45677 mV‑s

Offset Corrected Integral: ‑3.37779 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

13:52:00 SNSI1B Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.008 Smoothed Linear

Time down: 0.50 ms

Imax = +1261.13 A Imin = +13.19 A

Integration time = .00448 s

Idiff = +1240.949 Max Idot = ‑2.3195E+6 A/s

Ips2 = +19.70 A Ips1 = +1260.65 A

Idiff2 = ‑1241.490 Max Idot = ‑2.3195E+6 A/s

Theta is ‑0.31° CW dB = (769,769)(750,749)(775,776)

Vc1 Max +0.06862 V Min ‑7.39074 V

Integral: ‑3.46585 mV‑s Aperture: 2.97 ms ‑3.49148 mV‑s

Offset Corrected Integral: ‑3.37778 mV‑s

Vc2 Max +7.31728 V Min ‑0.06967 V

Integral: +3.43449 mV‑s Aperture: 2.97 ms +3.46254 mV‑s

Offset Corrected Integral: +3.34540 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

13:52:31 SNSI1B Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.009 Smoothed Linear

Time down: 0.50 ms

Imax = +1260.98 A Imin = +13.07 A

Integration time = .00448 s

Idiff = ‑1247.497 Max Idot = 687810 A/s

Ips2 = +1260.68 A Ips1 = +13.19 A

Idiff2 = +1247.707 Max Idot = 687810 A/s

Theta is ‑0.20° CW dB = (776,775)(749,749)(775,773)

Vc1 Max +2.05630 V Min ‑0.07917 V

Integral: +3.49206 mV‑s Aperture: 2.97 ms +3.48612 mV‑s

Offset Corrected Integral: +3.36993 mV‑s

Vc2 Max +0.07725 V Min ‑2.04366 V

Integral: ‑3.46325 mV‑s Aperture: 2.97 ms ‑3.45678 mV‑s

Offset Corrected Integral: ‑3.34844 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

13:52:31 SNSI1B Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.009 Smoothed Linear

Time down: 0.50 ms

Imax = +1260.98 A Imin = +13.07 A

Integration time = .00448 s

Idiff = +1240.664 Max Idot = ‑2.3255E+6 A/s

Ips2 = +19.63 A Ips1 = +1260.29 A

Idiff2 = ‑1241.070 Max Idot = ‑2.3255E+6 A/s

Theta is ‑0.32° CW dB = (769,769)(751,750)(775,776)

Vc1 Max +0.07285 V Min ‑7.42910 V

Integral: ‑3.46448 mV‑s Aperture: 2.97 ms ‑3.49197 mV‑s

Offset Corrected Integral: ‑3.38245 mV‑s

Vc2 Max +7.35994 V Min ‑0.07109 V

Integral: +3.43367 mV‑s Aperture: 2.97 ms +3.46298 mV‑s

Offset Corrected Integral: +3.34901 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

13:53:04 SNSI1B Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.010 Smoothed Linear

Time down: 0.28 ms

Imax = +1261.01 A Imin = +13.13 A

Integration time = .00426 s

Idiff = ‑1247.542 Max Idot = 690820 A/s

Ips2 = +1260.77 A Ips1 = +13.23 A

Idiff2 = +1247.707 Max Idot = 690820 A/s

Theta is ‑0.16° CW dB = (777,775)(750,750)(775,773)

Vc1 Max +2.05797 V Min ‑0.07577 V

Integral: +3.49228 mV‑s Aperture: 2.97 ms +3.48619 mV‑s

Offset Corrected Integral: +3.37339 mV‑s

Vc2 Max +0.07370 V Min ‑2.04129 V

Integral: ‑3.46454 mV‑s Aperture: 2.97 ms ‑3.45688 mV‑s

Offset Corrected Integral: ‑3.35537 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

13:53:04 SNSI1B Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.010 Smoothed Linear

Time down: 0.28 ms

Imax = +1261.01 A Imin = +13.13 A

Integration time = .00426 s

Idiff = +1236.669 Max Idot = ‑2.8278E+6 A/s

Ips2 = +23.80 A Ips1 = +1260.47 A

Idiff2 = ‑1237.345 Max Idot = ‑2.8278E+6 A/s

Theta is ‑0.32° CW dB = (766,766)(749,749)(775,776)

Vc1 Max +0.07023 V Min ‑11.63618 V

Integral: ‑3.45158 mV‑s Aperture: 2.97 ms ‑3.49213 mV‑s

Offset Corrected Integral: ‑3.37630 mV‑s

Vc2 Max +11.50840 V Min ‑0.07180 V

Integral: +3.42026 mV‑s Aperture: 2.97 ms +3.46318 mV‑s

Offset Corrected Integral: +3.34281 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

13:53:39 SNSI1B Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.011 Smoothed Linear

Time down: 0.28 ms

Imax = +1260.89 A Imin = +12.98 A

Integration time = .00426 s

Idiff = ‑1247.302 Max Idot = 645010 A/s

Ips2 = +1260.47 A Ips1 = +13.17 A

Idiff2 = +1247.227 Max Idot = 645010 A/s

Theta is ‑0.25° CW dB = (776,775)(806,806)(774,774)

Vc1 Max +2.05380 V Min ‑0.07446 V

Integral: +3.49284 mV‑s Aperture: 2.97 ms +3.48572 mV‑s

Offset Corrected Integral: +3.63036 mV‑s

Vc2 Max +0.07536 V Min ‑2.03821 V

Integral: ‑3.46351 mV‑s Aperture: 2.97 ms ‑3.45645 mV‑s

Offset Corrected Integral: ‑3.60129 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

13:53:39 SNSI1B Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.011 Smoothed Linear

Time down: 0.28 ms

Imax = +1260.89 A Imin = +12.98 A

Integration time = .00426 s

Idiff = +1237.420 Max Idot = ‑2.7865E+6 A/s

Ips2 = +23.47 A Ips1 = +1260.89 A

Idiff2 = ‑1238.216 Max Idot = ‑2.7865E+6 A/s

Theta is ‑0.28° CW dB = (767,767)(744,743)(775,775)

Vc1 Max +0.05314 V Min ‑11.66215 V

Integral: ‑3.45519 mV‑s Aperture: 2.97 ms ‑3.49107 mV‑s

Offset Corrected Integral: ‑3.34951 mV‑s

Vc2 Max +11.54039 V Min ‑0.04976 V

Integral: +3.42336 mV‑s Aperture: 2.97 ms +3.46214 mV‑s

Offset Corrected Integral: +3.31947 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

13:56:13 SNSI1B Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.012 Smoothed Linear

Time down: 1.00 ms

Imax = +1261.04 A Imin = +13.04 A

Integration time = .00498 s

Idiff = ‑1247.362 Max Idot = 691570 A/s

Ips2 = +1260.61 A Ips1 = +13.25 A

Idiff2 = +1247.527 Max Idot = 691570 A/s

Theta is ‑0.15° CW dB = (777,774)(750,750)(776,773)

Vc1 Max +2.05886 V Min ‑0.06636 V

Integral: +3.49224 mV‑s Aperture: 2.97 ms +3.48620 mV‑s

Offset Corrected Integral: +3.37305 mV‑s

Vc2 Max +0.06493 V Min ‑2.04129 V

Integral: ‑3.46352 mV‑s Aperture: 2.97 ms ‑3.45694 mV‑s

Offset Corrected Integral: ‑3.35636 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

13:56:13 SNSI1B Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.012 Smoothed Linear

Time down: 1.00 ms

Imax = +1261.04 A Imin = +13.04 A

Integration time = .00498 s

Idiff = +1242.616 Max Idot = ‑1.2915E+6 A/s

Ips2 = +17.80 A Ips1 = +1260.41 A

Idiff2 = ‑1242.842 Max Idot = ‑1.2915E+6 A/s

Theta is ‑0.33° CW dB = (770,771)(768,768)(775,776)

Vc1 Max +0.07196 V Min ‑3.90530 V

Integral: ‑3.47183 mV‑s Aperture: 2.97 ms ‑3.49162 mV‑s

Offset Corrected Integral: ‑3.46345 mV‑s

Vc2 Max +3.88211 V Min ‑0.07133 V

Integral: +3.44135 mV‑s Aperture: 2.97 ms +3.46250 mV‑s

Offset Corrected Integral: +3.42731 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

13:57:31 SNSI1B Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.013 Exponential Drop

Time down: 1.05 ms tau = 0.15

Imax = +1261.16 A Imin = +13.13 A

Integration time = .00502 s

Idiff = ‑1247.647 Max Idot = 689320 A/s

Ips2 = +1260.98 A Ips1 = +13.34 A

Idiff2 = +1248.038 Max Idot = 689320 A/s

Theta is ‑0.21° CW dB = (776,775)(749,749)(775,773)

Vc1 Max +2.06446 V Min ‑0.06833 V

Integral: +3.49288 mV‑s Aperture: 2.97 ms +3.48640 mV‑s

Offset Corrected Integral: +3.37216 mV‑s

Vc2 Max +0.06801 V Min ‑2.05338 V

Integral: ‑3.46491 mV‑s Aperture: 2.97 ms ‑3.45710 mV‑s

Offset Corrected Integral: ‑3.34929 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

13:57:31 SNSI1B Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.013 Exponential Drop

Time down: 1.05 ms tau = 0.15

Imax = +1261.16 A Imin = +13.13 A

Integration time = .00502 s

Idiff = +1246.341 Max Idot = ‑771910 A/s

Ips2 = +14.19 A Ips1 = +1260.53 A

Idiff2 = ‑1246.326 Max Idot = ‑771910 A/s

Theta is ‑0.30° CW dB = (774,774)(769,769)(775,776)

Vc1 Max +0.07446 V Min ‑10.04215 V

Integral: ‑3.48718 mV‑s Aperture: 2.97 ms ‑3.49197 mV‑s

Offset Corrected Integral: ‑3.46586 mV‑s

Vc2 Max +9.94343 V Min ‑0.07631 V

Integral: +3.45698 mV‑s Aperture: 2.97 ms +3.46313 mV‑s

Offset Corrected Integral: +3.43351 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

13:59:09 SNSI1B Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.014 Exponential Drop

Time down: 1.05 ms tau = 0.15

Imax = +1261.04 A Imin = +13.13 A

Integration time = .00502 s

Idiff = ‑1247.587 Max Idot = 665290 A/s

Ips2 = +1260.82 A Ips1 = +13.23 A

Idiff2 = +1247.407 Max Idot = 665290 A/s

Theta is ‑0.35° CW dB = (775,777)(766,765)(773,775)

Vc1 Max +2.06023 V Min ‑0.07387 V

Integral: +3.49281 mV‑s Aperture: 2.97 ms +3.48623 mV‑s

Offset Corrected Integral: +3.45210 mV‑s

Vc2 Max +0.07062 V Min ‑2.04200 V

Integral: ‑3.46417 mV‑s Aperture: 2.97 ms ‑3.45696 mV‑s

Offset Corrected Integral: ‑3.41422 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

13:59:09 SNSI1B Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.014 Exponential Drop

Time down: 1.05 ms tau = 0.15

Imax = +1261.04 A Imin = +13.13 A

Integration time = .00502 s

Idiff = +1246.611 Max Idot = ‑699830 A/s

Ips2 = +14.07 A Ips1 = +1260.68 A

Idiff2 = ‑1246.656 Max Idot = ‑699830 A/s

Theta is ‑0.31° CW dB = (774,775)(786,786)(775,776)

Vc1 Max +0.07744 V Min ‑10.04667 V

Integral: ‑3.48731 mV‑s Aperture: 2.97 ms ‑3.49209 mV‑s

Offset Corrected Integral: ‑3.54172 mV‑s

Vc2 Max +9.94224 V Min ‑0.07109 V

Integral: +3.45814 mV‑s Aperture: 2.97 ms +3.46325 mV‑s

Offset Corrected Integral: +3.50768 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

14:00:43 SNSI1B Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.015 Exponential Drop

Time down: 1.40 ms tau = 0.20

Imax = +1260.80 A Imin = +13.16 A

Integration time = .00538 s

Idiff = ‑1247.362 Max Idot = 690070 A/s

Ips2 = +1260.64 A Ips1 = +13.28 A

Idiff2 = +1247.527 Max Idot = 690070 A/s

Theta is ‑0.20° CW dB = (776,775)(754,754)(775,773)

Vc1 Max +2.05207 V Min ‑0.05713 V

Integral: +3.49141 mV‑s Aperture: 2.97 ms +3.48662 mV‑s

Offset Corrected Integral: +3.39106 mV‑s

Vc2 Max +0.05877 V Min ‑2.03963 V

Integral: ‑3.46335 mV‑s Aperture: 2.97 ms ‑3.45730 mV‑s

Offset Corrected Integral: ‑3.36949 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

14:00:43 SNSI1B Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.015 Exponential Drop

Time down: 1.40 ms tau = 0.20

Imax = +1260.80 A Imin = +13.16 A

Integration time = .00538 s

Idiff = +1246.761 Max Idot = ‑584190 A/s

Ips2 = +13.68 A Ips1 = +1260.44 A

Idiff2 = ‑1246.866 Max Idot = ‑584190 A/s

Theta is ‑0.31° CW dB = (774,775)(775,774)(775,776)

Vc1 Max +0.06582 V Min ‑8.59054 V

Integral: ‑3.48860 mV‑s Aperture: 2.97 ms ‑3.49125 mV‑s

Offset Corrected Integral: ‑3.49032 mV‑s

Vc2 Max +8.50760 V Min ‑0.06730 V

Integral: +3.45897 mV‑s Aperture: 2.97 ms +3.46239 mV‑s

Offset Corrected Integral: +3.45624 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

14:01:22 SNSI1B Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.016 Exponential Drop

Time down: 1.75 ms tau = 0.25

Imax = +1261.07 A Imin = +13.10 A

Integration time = .00572 s

Idiff = ‑1247.617 Max Idot = 669790 A/s

Ips2 = +1260.82 A Ips1 = +13.20 A

Idiff2 = +1247.407 Max Idot = 669790 A/s

Theta is ‑0.37° CW dB = (774,777)(765,765)(773,775)

Vc1 Max +2.06762 V Min ‑0.07238 V

Integral: +3.49261 mV‑s Aperture: 2.97 ms +3.48633 mV‑s

Offset Corrected Integral: +3.45007 mV‑s

Vc2 Max +0.06849 V Min ‑2.04982 V

Integral: ‑3.46436 mV‑s Aperture: 2.97 ms ‑3.45704 mV‑s

Offset Corrected Integral: ‑3.40998 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

14:01:22 SNSI1B Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.016 Exponential Drop

Time down: 1.75 ms tau = 0.25

Imax = +1261.07 A Imin = +13.10 A

Integration time = .00572 s

Idiff = +1247.152 Max Idot = ‑437020 A/s

Ips2 = +13.50 A Ips1 = +1260.65 A

Idiff2 = ‑1247.167 Max Idot = ‑437020 A/s

Theta is ‑0.28° CW dB = (775,775)(792,792)(775,776)

Vc1 Max +0.07297 V Min ‑7.52817 V

Integral: ‑3.49102 mV‑s Aperture: 2.97 ms ‑3.49216 mV‑s

Offset Corrected Integral: ‑3.56748 mV‑s

Vc2 Max +7.45946 V Min ‑0.06635 V

Integral: +3.46145 mV‑s Aperture: 2.97 ms +3.46329 mV‑s

Offset Corrected Integral: +3.53547 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

14:01:46 SNSI1B Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.017 Exponential Drop

Time down: 1.75 ms tau = 0.25

Imax = +1260.98 A Imin = +13.10 A

Integration time = .00572 s

Idiff = ‑1247.512 Max Idot = 656280 A/s

Ips2 = +1260.73 A Ips1 = +13.22 A

Idiff2 = +1247.467 Max Idot = 656280 A/s

Theta is ‑0.23° CW dB = (776,775)(791,791)(775,774)

Vc1 Max +2.06458 V Min ‑0.07494 V

Integral: +3.49202 mV‑s Aperture: 2.97 ms +3.48635 mV‑s

Offset Corrected Integral: +3.55886 mV‑s

Vc2 Max +0.07536 V Min ‑2.04485 V

Integral: ‑3.46444 mV‑s Aperture: 2.97 ms ‑3.45709 mV‑s

Offset Corrected Integral: ‑3.53252 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

14:01:46 SNSI1B Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.017 Exponential Drop

Time down: 1.75 ms tau = 0.25

Imax = +1260.98 A Imin = +13.10 A

Integration time = .00572 s

Idiff = +1247.422 Max Idot = ‑437020 A/s

Ips2 = +13.41 A Ips1 = +1260.83 A

Idiff2 = ‑1247.497 Max Idot = ‑437020 A/s

Theta is ‑0.24° CW dB = (775,775)(768,768)(775,775)

Vc1 Max +0.04200 V Min ‑7.47307 V

Integral: ‑3.48987 mV‑s Aperture: 2.97 ms ‑3.49055 mV‑s

Offset Corrected Integral: ‑3.45883 mV‑s

Vc2 Max +7.39880 V Min ‑0.03886 V

Integral: +3.46049 mV‑s Aperture: 2.97 ms +3.46172 mV‑s

Offset Corrected Integral: +3.43239 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

14:02:15 SNSI1B Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.018 Exponential Drop

Time down: 2.10 ms tau = 0.30

Imax = +1260.68 A Imin = +13.10 A

Integration time = .00608 s

Idiff = ‑1247.197 Max Idot = 657030 A/s

Ips2 = +1260.43 A Ips1 = +13.23 A

Idiff2 = +1247.077 Max Idot = 657030 A/s

Theta is ‑0.25° CW dB = (775,775)(790,790)(774,774)

Vc1 Max +2.06631 V Min ‑0.06344 V

Integral: +3.49111 mV‑s Aperture: 2.97 ms +3.48588 mV‑s

Offset Corrected Integral: +3.55531 mV‑s

Vc2 Max +0.06114 V Min ‑2.04982 V

Integral: ‑3.46299 mV‑s Aperture: 2.97 ms ‑3.45668 mV‑s

Offset Corrected Integral: ‑3.52744 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

14:02:15 SNSI1B Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.018 Exponential Drop

Time down: 2.10 ms tau = 0.30

Imax = +1260.68 A Imin = +13.10 A

Integration time = .00608 s

Idiff = +1247.302 Max Idot = ‑382950 A/s

Ips2 = +13.32 A Ips1 = +1260.62 A

Idiff2 = ‑1247.317 Max Idot = ‑382950 A/s

Theta is ‑0.22° CW dB = (776,775)(770,770)(776,774)

Vc1 Max +0.05087 V Min ‑6.72302 V

Integral: ‑3.49175 mV‑s Aperture: 2.97 ms ‑3.49044 mV‑s

Offset Corrected Integral: ‑3.46706 mV‑s

Vc2 Max +6.65612 V Min ‑0.04550 V

Integral: +3.46304 mV‑s Aperture: 2.97 ms +3.46152 mV‑s

Offset Corrected Integral: +3.44271 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

14:02:39 SNSI1B Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.019 Exponential Drop

Time down: 2.10 ms tau = 0.30

Imax = +1260.89 A Imin = +13.01 A

Integration time = .00608 s

Idiff = ‑1247.392 Max Idot = 650270 A/s

Ips2 = +1260.52 A Ips1 = +13.13 A

Idiff2 = +1247.047 Max Idot = 650270 A/s

Theta is ‑0.36° CW dB = (774,777)(795,794)(773,775)

Vc1 Max +2.05261 V Min ‑0.06249 V

Integral: +3.49113 mV‑s Aperture: 2.97 ms +3.48578 mV‑s

Offset Corrected Integral: +3.58348 mV‑s

Vc2 Max +0.05806 V Min ‑2.04011 V

Integral: ‑3.46457 mV‑s Aperture: 2.97 ms ‑3.45646 mV‑s

Offset Corrected Integral: ‑3.54312 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

14:02:39 SNSI1B Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.019 Exponential Drop

Time down: 2.10 ms tau = 0.30

Imax = +1260.89 A Imin = +13.01 A

Integration time = .00608 s

Idiff = +1247.407 Max Idot = ‑342410 A/s

Ips2 = +13.28 A Ips1 = +1260.68 A

Idiff2 = ‑1247.467 Max Idot = ‑342410 A/s

Theta is ‑0.26° CW dB = (776,775)(795,795)(775,775)

Vc1 Max +0.08042 V Min ‑6.63301 V

Integral: ‑3.49419 mV‑s Aperture: 2.97 ms ‑3.49097 mV‑s

Offset Corrected Integral: ‑3.58116 mV‑s

Vc2 Max +6.57437 V Min ‑0.08081 V

Integral: +3.46356 mV‑s Aperture: 2.97 ms +3.46201 mV‑s

Offset Corrected Integral: +3.55209 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

14:05:24 SNSI1B Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.020 1 ‑ Sqrt(t/T)

Time down: 0.11 ms tau = 0.10

Imax = +1260.92 A Imin = +13.01 A

Integration time = .00408 s

Idiff = ‑1247.347 Max Idot = 684810 A/s

Ips2 = +1260.50 A Ips1 = +13.16 A

Idiff2 = +1247.527 Max Idot = 684810 A/s

Theta is ‑0.15° CW dB = (776,781)(780,780)(775,773)

Vc1 Max +2.03043 V Min ‑0.04763 V

Integral: +3.48726 mV‑s Aperture: 2.97 ms +3.48517 mV‑s

Offset Corrected Integral: +3.50852 mV‑s

Vc2 Max +0.04975 V Min ‑2.02553 V

Integral: ‑3.49537 mV‑s Aperture: 2.97 ms ‑3.45730 mV‑s

Offset Corrected Integral: ‑3.49134 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

14:05:24 SNSI1B Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.020 1 ‑ Sqrt(t/T)

Time down: 0.11 ms tau = 0.10

Imax = +1260.92 A Imin = +13.01 A

Integration time = .00408 s

Idiff = +1234.432 Max Idot = ‑2.3082E+6 A/s

Ips2 = +26.07 A Ips1 = +1260.50 A

Idiff2 = ‑1235.123 Max Idot = ‑2.3082E+6 A/s

Theta is ‑0.24° CW dB = (765,763)(745,745)(775,775)

Vc1 Max +0.03275 V Min ‑12.88457 V

Integral: ‑3.44558 mV‑s Aperture: 2.97 ms ‑3.48976 mV‑s

Offset Corrected Integral: ‑3.35546 mV‑s

Vc2 Max +12.76441 V Min ‑0.04738 V

Integral: +3.40961 mV‑s Aperture: 2.97 ms +3.46267 mV‑s

Offset Corrected Integral: +3.33001 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

14:05:50 SNSI1B Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.021 1 ‑ Sqrt(t/T)

Time down: 0.11 ms tau = 0.10

Imax = +1260.98 A Imin = +13.07 A

Integration time = .00408 s

Idiff = ‑1247.362 Max Idot = 673550 A/s

Ips2 = +1260.59 A Ips1 = +13.23 A

Idiff2 = +1247.257 Max Idot = 673550 A/s

Theta is ‑0.28° CW dB = (774,774)(751,751)(774,774)

Vc1 Max +2.03102 V Min ‑0.06609 V

Integral: +3.48775 mV‑s Aperture: 2.97 ms +3.48611 mV‑s

Offset Corrected Integral: +3.38349 mV‑s

Vc2 Max +0.06396 V Min ‑2.02079 V

Integral: ‑3.45817 mV‑s Aperture: 2.97 ms ‑3.45718 mV‑s

Offset Corrected Integral: ‑3.35346 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

14:05:50 SNSI1B Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.021 1 ‑ Sqrt(t/T)

Time down: 0.11 ms tau = 0.10

Imax = +1260.98 A Imin = +13.07 A

Integration time = .00408 s

Idiff = +1234.492 Max Idot = ‑2.3022E+6 A/s

Ips2 = +26.01 A Ips1 = +1260.50 A

Idiff2 = ‑1235.603 Max Idot = ‑2.3022E+6 A/s

Theta is ‑0.28° CW dB = (764,765)(747,747)(775,776)

Vc1 Max +0.04466 V Min ‑13.11620 V

Integral: ‑3.44323 mV‑s Aperture: 2.97 ms ‑3.49093 mV‑s

Offset Corrected Integral: ‑3.36625 mV‑s

Vc2 Max +12.97762 V Min ‑0.05212 V

Integral: +3.41373 mV‑s Aperture: 2.97 ms +3.46457 mV‑s

Offset Corrected Integral: +3.33640 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

14:06:19 SNSI1B Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.022 1 ‑ Sqrt(t/T)

Time down: 0.33 ms tau = 0.30

Imax = +1260.74 A Imin = +13.04 A

Integration time = .0043 s

Idiff = ‑1247.347 Max Idot = 652520 A/s

Ips2 = +1260.47 A Ips1 = +13.13 A

Idiff2 = +1247.257 Max Idot = 652520 A/s

Theta is ‑0.00° CW dB = (784,778)(790,790)(777,771)

Vc1 Max +2.05127 V Min ‑0.02441 V

Integral: +3.51843 mV‑s Aperture: 2.97 ms +3.48506 mV‑s

Offset Corrected Integral: +3.54272 mV‑s

Vc2 Max +0.04027 V Min ‑2.02790 V

Integral: ‑3.48845 mV‑s Aperture: 2.97 ms ‑3.45682 mV‑s

Offset Corrected Integral: ‑3.54080 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

14:06:19 SNSI1B Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.022 1 ‑ Sqrt(t/T)

Time down: 0.33 ms tau = 0.30

Imax = +1260.74 A Imin = +13.04 A

Integration time = .0043 s

Idiff = +1240.664 Max Idot = ‑1.3906E+6 A/s

Ips2 = +20.08 A Ips1 = +1260.74 A

Idiff2 = ‑1241.220 Max Idot = ‑1.3906E+6 A/s

Theta is ‑0.27° CW dB = (768,768)(758,758)(775,775)

Vc1 Max +0.03454 V Min ‑10.45104 V

Integral: ‑3.45780 mV‑s Aperture: 2.97 ms ‑3.49046 mV‑s

Offset Corrected Integral: ‑3.41504 mV‑s

Vc2 Max +10.35035 V Min ‑0.04027 V

Integral: +3.42798 mV‑s Aperture: 2.97 ms +3.46303 mV‑s

Offset Corrected Integral: +3.38619 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

14:07:36 SNSI1B Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.023 1 ‑ Sqrt(t/T)

Time down: 0.33 ms tau = 0.30

Imax = +1260.77 A Imin = +13.07 A

Integration time = .0043 s

Idiff = ‑1247.437 Max Idot = 678800 A/s

Ips2 = +1260.56 A Ips1 = +13.13 A

Idiff2 = +1247.317 Max Idot = 678800 A/s

Theta is ‑0.32° CW dB = (775,776)(752,752)(774,775)

Vc1 Max +2.06107 V Min ‑0.06684 V

Integral: +3.49255 mV‑s Aperture: 2.97 ms +3.48640 mV‑s

Offset Corrected Integral: +3.38966 mV‑s

Vc2 Max +0.06706 V Min ‑2.04177 V

Integral: ‑3.46439 mV‑s Aperture: 2.97 ms ‑3.45728 mV‑s

Offset Corrected Integral: ‑3.35562 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

14:07:36 SNSI1B Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.023 1 ‑ Sqrt(t/T)

Time down: 0.33 ms tau = 0.30

Imax = +1260.77 A Imin = +13.07 A

Integration time = .0043 s

Idiff = +1240.259 Max Idot = ‑1.4312E+6 A/s

Ips2 = +20.06 A Ips1 = +1260.32 A

Idiff2 = ‑1240.499 Max Idot = ‑1.4312E+6 A/s

Theta is ‑0.33° CW dB = (769,770)(766,766)(775,776)

Vc1 Max +0.05433 V Min ‑10.69116 V

Integral: ‑3.46556 mV‑s Aperture: 2.97 ms ‑3.49243 mV‑s

Offset Corrected Integral: ‑3.45448 mV‑s

Vc2 Max +10.57543 V Min ‑0.05356 V

Integral: +3.43465 mV‑s Aperture: 2.97 ms +3.46368 mV‑s

Offset Corrected Integral: +3.41863 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

14:08:07 SNSI1B Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.024 1 ‑ Sqrt(t/T)

Time down: 0.33 ms tau = 0.30

Imax = +1260.83 A Imin = +13.10 A

Integration time = .0043 s

Idiff = ‑1247.332 Max Idot = 687060 A/s

Ips2 = +1260.61 A Ips1 = +13.28 A

Idiff2 = +1247.437 Max Idot = 687060 A/s

Theta is ‑0.26° CW dB = (776,776)(772,772)(774,774)

Vc1 Max +2.05654 V Min ‑0.04944 V

Integral: +3.49226 mV‑s Aperture: 2.97 ms +3.48607 mV‑s

Offset Corrected Integral: +3.47565 mV‑s

Vc2 Max +0.04503 V Min ‑2.04035 V

Integral: ‑3.46485 mV‑s Aperture: 2.97 ms ‑3.45697 mV‑s

Offset Corrected Integral: ‑3.44673 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

14:08:07 SNSI1B Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.024 1 ‑ Sqrt(t/T)

Time down: 0.33 ms tau = 0.30

Imax = +1260.83 A Imin = +13.10 A

Integration time = .0043 s

Idiff = +1240.469 Max Idot = ‑1.4717E+6 A/s

Ips2 = +20.06 A Ips1 = +1260.53 A

Idiff2 = ‑1240.799 Max Idot = ‑1.4717E+6 A/s

Theta is ‑0.30° CW dB = (769,770)(752,751)(775,776)

Vc1 Max +0.03908 V Min ‑10.65012 V

Integral: ‑3.46687 mV‑s Aperture: 2.97 ms ‑3.49124 mV‑s

Offset Corrected Integral: ‑3.38630 mV‑s

Vc2 Max +10.54842 V Min ‑0.03531 V

Integral: +3.43505 mV‑s Aperture: 2.97 ms +3.46248 mV‑s

Offset Corrected Integral: +3.35403 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

14:08:41 SNSI1B Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.025 1 ‑ Sqrt(t/T)

Time down: 0.55 ms tau = 0.50

Imax = +1261.10 A Imin = +13.22 A

Integration time = .00452 s

Idiff = ‑1247.512 Max Idot = 654780 A/s

Ips2 = +1260.79 A Ips1 = +13.28 A

Idiff2 = +1247.167 Max Idot = 654780 A/s

Theta is ‑0.40° CW dB = (774,777)(783,783)(773,776)

Vc1 Max +2.06661 V Min ‑0.08262 V

Integral: +3.49275 mV‑s Aperture: 2.97 ms +3.48608 mV‑s

Offset Corrected Integral: +3.53204 mV‑s

Vc2 Max +0.08057 V Min ‑2.04959 V

Integral: ‑3.46386 mV‑s Aperture: 2.97 ms ‑3.45685 mV‑s

Offset Corrected Integral: ‑3.48843 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

14:08:41 SNSI1B Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.025 1 ‑ Sqrt(t/T)

Time down: 0.55 ms tau = 0.50

Imax = +1261.10 A Imin = +13.22 A

Integration time = .00452 s

Idiff = +1243.382 Max Idot = ‑1.0588E+6 A/s

Ips2 = +17.36 A Ips1 = +1260.74 A

Idiff2 = ‑1243.593 Max Idot = ‑1.0588E+6 A/s

Theta is ‑0.33° CW dB = (771,772)(770,770)(775,776)

Vc1 Max +0.08149 V Min ‑8.29686 V

Integral: ‑3.47553 mV‑s Aperture: 2.97 ms ‑3.49195 mV‑s

Offset Corrected Integral: ‑3.47215 mV‑s

Vc2 Max +8.21209 V Min ‑0.07607 V

Integral: +3.44480 mV‑s Aperture: 2.97 ms +3.46310 mV‑s

Offset Corrected Integral: +3.43635 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

14:09:01 SNSI1B Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.026 1 ‑ Sqrt(t/T)

Time down: 0.55 ms tau = 0.50

Imax = +1260.80 A Imin = +13.13 A

Integration time = .00452 s

Idiff = ‑1247.257 Max Idot = 690820 A/s

Ips2 = +1260.47 A Ips1 = +13.22 A

Idiff2 = +1247.317 Max Idot = 690820 A/s

Theta is ‑0.29° CW dB = (775,776)(774,774)(774,774)

Vc1 Max +2.05797 V Min ‑0.04724 V

Integral: +3.49259 mV‑s Aperture: 2.97 ms +3.48662 mV‑s

Offset Corrected Integral: +3.48762 mV‑s

Vc2 Max +0.04384 V Min ‑2.04106 V

Integral: ‑3.46447 mV‑s Aperture: 2.97 ms ‑3.45738 mV‑s

Offset Corrected Integral: ‑3.45601 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

14:09:01 SNSI1B Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.026 1 ‑ Sqrt(t/T)

Time down: 0.55 ms tau = 0.50

Imax = +1260.80 A Imin = +13.13 A

Integration time = .00452 s

Idiff = +1243.127 Max Idot = ‑1.1639E+6 A/s

Ips2 = +17.47 A Ips1 = +1260.59 A

Idiff2 = ‑1243.262 Max Idot = ‑1.1639E+6 A/s

Theta is ‑0.28° CW dB = (772,771)(765,765)(775,775)

Vc1 Max +0.02419 V Min ‑8.33278 V

Integral: ‑3.47532 mV‑s Aperture: 2.97 ms ‑3.49103 mV‑s

Offset Corrected Integral: ‑3.44746 mV‑s

Vc2 Max +8.25736 V Min ‑0.02275 V

Integral: +3.44413 mV‑s Aperture: 2.97 ms +3.46228 mV‑s

Offset Corrected Integral: +3.41701 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

14:09:29 SNSI1B Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.027 1 ‑ Sqrt(t/T)

Time down: 0.77 ms tau = 0.70

Imax = +1260.98 A Imin = +13.25 A

Integration time = .00474 s

Idiff = ‑1247.212 Max Idot = 684060 A/s

Ips2 = +1260.64 A Ips1 = +13.43 A

Idiff2 = +1247.317 Max Idot = 684060 A/s

Theta is ‑0.29° CW dB = (775,775)(753,753)(774,774)

Vc1 Max +2.05410 V Min ‑0.05909 V

Integral: +3.49201 mV‑s Aperture: 2.97 ms +3.48663 mV‑s

Offset Corrected Integral: +3.39105 mV‑s

Vc2 Max +0.05664 V Min ‑2.03798 V

Integral: ‑3.46164 mV‑s Aperture: 2.97 ms ‑3.45745 mV‑s

Offset Corrected Integral: ‑3.36012 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

14:09:29 SNSI1B Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.027 1 ‑ Sqrt(t/T)

Time down: 0.77 ms tau = 0.70

Imax = +1260.98 A Imin = +13.25 A

Integration time = .00474 s

Idiff = +1243.998 Max Idot = ‑946120 A/s

Ips2 = +16.56 A Ips1 = +1260.56 A

Idiff2 = ‑1244.073 Max Idot = ‑946120 A/s

Theta is ‑0.30° CW dB = (772,772)(772,772)(775,776)

Vc1 Max +0.04891 V Min ‑7.02724 V

Integral: ‑3.47841 mV‑s Aperture: 2.97 ms ‑3.49220 mV‑s

Offset Corrected Integral: ‑3.47730 mV‑s

Vc2 Max +6.95258 V Min ‑0.04692 V

Integral: +3.44850 mV‑s Aperture: 2.97 ms +3.46336 mV‑s

Offset Corrected Integral: +3.44501 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

14:09:48 SNSI1B Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.028 1 ‑ Sqrt(t/T)

Time down: 0.77 ms tau = 0.70

Imax = +1260.95 A Imin = +13.04 A

Integration time = .00474 s

Idiff = ‑1247.602 Max Idot = 678800 A/s

Ips2 = +1260.71 A Ips1 = +13.11 A

Idiff2 = +1247.557 Max Idot = 678800 A/s

Theta is ‑0.32° CW dB = (775,776)(751,751)(774,775)

Vc1 Max +2.05815 V Min ‑0.07047 V

Integral: +3.49233 mV‑s Aperture: 2.97 ms +3.48646 mV‑s

Offset Corrected Integral: +3.38317 mV‑s

Vc2 Max +0.06777 V Min ‑2.04106 V

Integral: ‑3.46320 mV‑s Aperture: 2.97 ms ‑3.45735 mV‑s

Offset Corrected Integral: ‑3.34959 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

14:09:48 SNSI1B Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.028 1 ‑ Sqrt(t/T)

Time down: 0.77 ms tau = 0.70

Imax = +1260.95 A Imin = +13.04 A

Integration time = .00474 s

Idiff = +1243.863 Max Idot = ‑947620 A/s

Ips2 = +16.61 A Ips1 = +1260.47 A

Idiff2 = ‑1243.953 Max Idot = ‑947620 A/s

Theta is ‑0.33° CW dB = (772,773)(773,773)(775,776)

Vc1 Max +0.07953 V Min ‑7.00479 V

Integral: ‑3.47891 mV‑s Aperture: 2.97 ms ‑3.49213 mV‑s

Offset Corrected Integral: ‑3.48303 mV‑s

Vc2 Max +6.93291 V Min ‑0.07868 V

Integral: +3.44856 mV‑s Aperture: 2.97 ms +3.46323 mV‑s

Offset Corrected Integral: +3.44674 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

14:10:19 SNSI1B Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.029 1 ‑ Sqrt(t/T)

Time down: 0.99 ms tau = 0.90

Imax = +1260.80 A Imin = +13.10 A

Integration time = .00496 s

Idiff = ‑1247.227 Max Idot = 675050 A/s

Ips2 = +1260.49 A Ips1 = +13.26 A

Idiff2 = +1247.467 Max Idot = 675050 A/s

Theta is ‑0.26° CW dB = (775,775)(777,777)(774,774)

Vc1 Max +2.05701 V Min ‑0.05612 V

Integral: +3.49162 mV‑s Aperture: 2.97 ms +3.48566 mV‑s

Offset Corrected Integral: +3.49972 mV‑s

Vc2 Max +0.05427 V Min ‑2.04153 V

Integral: ‑3.46336 mV‑s Aperture: 2.97 ms ‑3.45653 mV‑s

Offset Corrected Integral: ‑3.47062 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

14:10:19 SNSI1B Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.029 1 ‑ Sqrt(t/T)

Time down: 0.99 ms tau = 0.90

Imax = +1260.80 A Imin = +13.10 A

Integration time = .00496 s

Idiff = +1245.124 Max Idot = ‑859020 A/s

Ips2 = +15.50 A Ips1 = +1260.62 A

Idiff2 = ‑1245.124 Max Idot = ‑859020 A/s

Theta is ‑0.28° CW dB = (774,774)(756,756)(775,775)

Vc1 Max +0.05594 V Min ‑6.16509 V

Integral: ‑3.48432 mV‑s Aperture: 2.97 ms ‑3.49045 mV‑s

Offset Corrected Integral: ‑3.40360 mV‑s

Vc2 Max +6.10966 V Min ‑0.05830 V

Integral: +3.45419 mV‑s Aperture: 2.97 ms +3.46157 mV‑s

Offset Corrected Integral: +3.37386 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

14:10:43 SNSI1B Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.030 1 ‑ Sqrt(t/T)

Time down: 0.99 ms tau = 0.90

Imax = +1260.92 A Imin = +13.04 A

Integration time = .00496 s

Idiff = ‑1247.467 Max Idot = 687810 A/s

Ips2 = +1260.64 A Ips1 = +13.17 A

Idiff2 = +1247.828 Max Idot = 687810 A/s

Theta is ‑0.22° CW dB = (776,775)(763,762)(775,774)

Vc1 Max +2.06547 V Min ‑0.04521 V

Integral: +3.49389 mV‑s Aperture: 2.97 ms +3.48635 mV‑s

Offset Corrected Integral: +3.43171 mV‑s

Vc2 Max +0.04384 V Min ‑2.04485 V

Integral: ‑3.46552 mV‑s Aperture: 2.97 ms ‑3.45711 mV‑s

Offset Corrected Integral: ‑3.40711 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

14:10:43 SNSI1B Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.030 1 ‑ Sqrt(t/T)

Time down: 0.99 ms tau = 0.90

Imax = +1260.92 A Imin = +13.04 A

Integration time = .00496 s

Idiff = +1245.169 Max Idot = ‑890550 A/s

Ips2 = +15.51 A Ips1 = +1260.68 A

Idiff2 = ‑1245.215 Max Idot = ‑890550 A/s

Theta is ‑0.28° CW dB = (773,774)(763,763)(775,775)

Vc1 Max +0.01805 V Min ‑6.09724 V

Integral: ‑3.48395 mV‑s Aperture: 2.97 ms ‑3.49076 mV‑s

Offset Corrected Integral: ‑3.43890 mV‑s

Vc2 Max +6.04615 V Min ‑0.01611 V

Integral: +3.45384 mV‑s Aperture: 2.97 ms +3.46192 mV‑s

Offset Corrected Integral: +3.40827 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

14:11:22 SNSI1B Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.031 1 ‑ Sqrt(t/T)

Time down: 1.21 ms tau = 1.10

Imax = +1260.80 A Imin = +13.19 A

Integration time = .00518 s

Idiff = ‑1247.242 Max Idot = 647270 A/s

Ips2 = +1260.52 A Ips1 = +13.28 A

Idiff2 = +1247.227 Max Idot = 647270 A/s

Theta is ‑0.24° CW dB = (776,775)(787,787)(775,774)

Vc1 Max +2.06208 V Min ‑0.05081 V

Integral: +3.49133 mV‑s Aperture: 2.97 ms +3.48630 mV‑s

Offset Corrected Integral: +3.54318 mV‑s

Vc2 Max +0.04787 V Min ‑2.04745 V

Integral: ‑3.46406 mV‑s Aperture: 2.97 ms ‑3.45713 mV‑s

Offset Corrected Integral: ‑3.51643 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

14:11:22 SNSI1B Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.031 1 ‑ Sqrt(t/T)

Time down: 1.21 ms tau = 1.10

Imax = +1260.80 A Imin = +13.19 A

Integration time = .00518 s

Idiff = +1245.770 Max Idot = ‑734370 A/s

Ips2 = +15.03 A Ips1 = +1260.80 A

Idiff2 = ‑1245.905 Max Idot = ‑734370 A/s

Theta is ‑0.25° CW dB = (774,773)(774,774)(775,775)

Vc1 Max +0.02216 V Min ‑5.49189 V

Integral: ‑3.48511 mV‑s Aperture: 2.97 ms ‑3.49064 mV‑s

Offset Corrected Integral: ‑3.48603 mV‑s

Vc2 Max +5.44211 V Min ‑0.02583 V

Integral: +3.45458 mV‑s Aperture: 2.97 ms +3.46167 mV‑s

Offset Corrected Integral: +3.45825 mV‑s

\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_

14:11:43 SNSI1B Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.032 1 ‑ Sqrt(t/T)

Time down: 1.21 ms tau = 1.10

Imax = +1260.92 A Imin = +13.10 A

Integration time = .00518 s

Idiff = ‑1247.527 Max Idot = 654780 A/s

Ips2 = +1260.79 A Ips1 = +13.26 A

Idiff2 = +1247.497 Max Idot = 654780 A/s

Theta is ‑0.37° CW dB = (774,777)(787,787)(773,775)

Vc1 Max +2.06553 V Min ‑0.03503 V

Integral: +3.49217 mV‑s Aperture: 2.97 ms +3.48589 mV‑s

Offset Corrected Integral: +3.54918 mV‑s

Vc2 Max +0.03412 V Min ‑2.05148 V

Integral: ‑3.46349 mV‑s Aperture: 2.97 ms ‑3.45664 mV‑s

Offset Corrected Integral: ‑3.50821 mV‑s

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14:11:43 SNSI1B Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1B.032 1 ‑ Sqrt(t/T)

Time down: 1.21 ms tau = 1.10

Imax = +1260.92 A Imin = +13.10 A

Integration time = .00518 s

Idiff = +1245.680 Max Idot = ‑744880 A/s

Ips2 = +15.24 A Ips1 = +1260.92 A

Idiff2 = ‑1245.875 Max Idot = ‑744880 A/s

Theta is ‑0.23° CW dB = (774,773)(767,767)(776,775)

Vc1 Max +0.02824 V Min ‑5.53335 V

Integral: ‑3.48358 mV‑s Aperture: 2.97 ms ‑3.49066 mV‑s

Offset Corrected Integral: ‑3.45232 mV‑s

Vc2 Max +5.48097 V Min ‑0.02559 V

Integral: +3.45385 mV‑s Aperture: 2.97 ms +3.46174 mV‑s

Offset Corrected Integral: +3.42674 mV‑s

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