11:10:32 SNSI1N Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.001 Smoothed Linear PS DCCT

Time down: 1.00 ms

Imax = +431.05 A Imin = +12.88 A

Integration time = .00498 s

Idiff = ‑415.681 Max Idot = 230850 A/s

Ips2 = +429.10 A Ips1 = +13.42 A

Idiff2 = +417.464 Max Idot = 230850 A/s

Theta is ‑84.57° CW dB = (295,‑288)(304,‑304)(288,‑293)

Vc1 Max +791.33134 mV Min ‑98.24655 mV

Integral: +1.25972 mV‑s Aperture: 2.97 ms +1.22877 mV‑s

Offset Corrected Integral: +1.29920 mV‑s

Vc2 Max +632.53872 mV Min ‑87.65518 mV

Integral: 983.89 uV‑s Aperture: 2.97 ms +1.00147 mV‑s

Offset Corrected Integral: +1.04027 mV‑s

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

11:10:32 SNSI1N Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.001 Smoothed Linear PS DCCT

Time down: 1.00 ms

Imax = +431.05 A Imin = +12.88 A

Integration time = .00498 s

Idiff = +412.637 Max Idot = ‑383710 A/s

Ips2 = +14.78 A Ips1 = +427.41 A

Idiff2 = ‑413.074 Max Idot = ‑383710 A/s

Theta is ‑85.21° CW dB = (287,‑290)(269,‑268)(291,‑289)

Vc1 Max +0.08455 V Min ‑1.41058 V

Integral: ‑1.21272 mV‑s Aperture: 2.97 ms ‑1.22973 mV‑s

Offset Corrected Integral: ‑1.13443 mV‑s

Vc2 Max +0.06633 V Min ‑1.15847 V

Integral: ‑1.00843 mV‑s Aperture: 2.97 ms ‑1.00269 mV‑s

Offset Corrected Integral: ‑932.81 uV‑s

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

11:13:43 SNSI1N Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.002 Smoothed Linear PS DCCT

Time down: 1.00 ms

Imax = +640.51 A Imin = +13.14 A

Integration time = .00498 s

Idiff = ‑624.203 Max Idot = 357640 A/s

Ips2 = +637.84 A Ips1 = +13.64 A

Idiff2 = +626.848 Max Idot = 357640 A/s

Theta is ‑6.65° CW dB = (379,377)(419,418)(376,376)

Vc1 Max +1.14204 V Min ‑0.14886 V

Integral: +1.85963 mV‑s Aperture: 2.97 ms +1.84506 mV‑s

Offset Corrected Integral: +2.05196 mV‑s

Vc2 Max +130.29824 mV Min ‑940.51637 mV

Integral: ‑1.51144 mV‑s Aperture: 2.97 ms ‑1.50486 mV‑s

Offset Corrected Integral: ‑1.67657 mV‑s

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

11:13:43 SNSI1N Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.002 Smoothed Linear PS DCCT

Time down: 1.00 ms

Imax = +640.51 A Imin = +13.14 A

Integration time = .00498 s

Idiff = +620.889 Max Idot = ‑597110 A/s

Ips2 = +16.07 A Ips1 = +636.96 A

Idiff2 = ‑620.666 Max Idot = ‑597110 A/s

Theta is ‑6.76° CW dB = (374,375)(358,358)(376,377)

Vc1 Max +0.15184 V Min ‑2.09533 V

Integral: ‑1.83806 mV‑s Aperture: 2.97 ms ‑1.84789 mV‑s

Offset Corrected Integral: ‑1.75932 mV‑s

Vc2 Max +1.71046 V Min ‑0.13030 V

Integral: +1.49954 mV‑s Aperture: 2.97 ms +1.50721 mV‑s

Offset Corrected Integral: +1.43292 mV‑s

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

11:16:59 SNSI1N Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.003 Smoothed Linear

Time down: 1.00 ms

Imax = +622.52 A Imin = +12.98 A

Integration time = .00498 s

Idiff = ‑608.493 Max Idot = 326640 A/s

Ips2 = +621.59 A Ips1 = +13.10 A

Idiff2 = +608.313 Max Idot = 326640 A/s

Theta is ‑6.41° CW dB = (376,371)(430,430)(377,374)

Vc1 Max +1.12061 V Min ‑0.15719 V

Integral: +1.83897 mV‑s Aperture: 2.97 ms +1.84495 mV‑s

Offset Corrected Integral: +2.10013 mV‑s

Vc2 Max +139.77447 mV Min ‑921.56390 mV

Integral: ‑1.49516 mV‑s Aperture: 2.97 ms ‑1.50569 mV‑s

Offset Corrected Integral: ‑1.72875 mV‑s

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

11:16:59 SNSI1N Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.003 Smoothed Linear

Time down: 1.00 ms

Imax = +622.52 A Imin = +12.98 A

Integration time = .00498 s

Idiff = +607.007 Max Idot = ‑658530 A/s

Ips2 = +15.51 A Ips1 = +622.52 A

Idiff2 = ‑607.112 Max Idot = ‑658530 A/s

Theta is ‑6.87° CW dB = (376,378)(371,371)(376,378)

Vc1 Max +0.14945 V Min ‑2.09533 V

Integral: ‑1.84688 mV‑s Aperture: 2.97 ms ‑1.84825 mV‑s

Offset Corrected Integral: ‑1.82290 mV‑s

Vc2 Max +1.71757 V Min ‑0.12793 V

Integral: +1.50667 mV‑s Aperture: 2.97 ms +1.50709 mV‑s

Offset Corrected Integral: +1.47967 mV‑s

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

11:22:06 SNSI1N Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.004 Smoothed Linear

Time down: 1.00 ms

Imax = +1260.93 A Imin = +13.01 A

Integration time = .00498 s

Idiff = ‑1247.548 Max Idot = 687820 A/s

Ips2 = +1260.63 A Ips1 = +13.08 A

Idiff2 = +1247.593 Max Idot = 687820 A/s

Theta is ‑7.13° CW dB = (763,774)(744,744)(767,777)

Vc1 Max +2.20013 V Min ‑0.06728 V

Integral: +3.76027 mV‑s Aperture: 2.97 ms +3.78304 mV‑s

Offset Corrected Integral: +3.67018 mV‑s

Vc2 Max +0.05686 V Min ‑1.79575 V

Integral: ‑3.07183 mV‑s Aperture: 2.97 ms ‑3.08574 mV‑s

Offset Corrected Integral: ‑2.95504 mV‑s

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

11:22:06 SNSI1N Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.004 Smoothed Linear

Time down: 1.00 ms

Imax = +1260.93 A Imin = +13.01 A

Integration time = .00498 s

Idiff = +1242.772 Max Idot = ‑1.2885E+6 A/s

Ips2 = +17.59 A Ips1 = +1260.36 A

Idiff2 = ‑1243.058 Max Idot = ‑1.2885E+6 A/s

Theta is ‑6.59° CW dB = (772,768)(765,765)(774,771)

Vc1 Max +0.04883 V Min ‑4.22758 V

Integral: ‑3.78362 mV‑s Aperture: 2.97 ms ‑3.78961 mV‑s

Offset Corrected Integral: ‑3.74832 mV‑s

Vc2 Max +3.45409 V Min ‑0.06160 V

Integral: +3.08147 mV‑s Aperture: 2.97 ms +3.09129 mV‑s

Offset Corrected Integral: +3.06886 mV‑s

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

11:23:30 SNSI1N Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.005 Smoothed Linear

Time down: 1.00 ms

Imax = +1260.69 A Imin = +12.92 A

Integration time = .00498 s

Idiff = ‑1247.458 Max Idot = 690070 A/s

Ips2 = +1260.55 A Ips1 = +13.10 A

Idiff2 = +1247.593 Max Idot = 690070 A/s

Theta is ‑1.15° CW dB = (770,771)(753,752)(768,775)

Vc1 Max +2.04710 V Min ‑0.06133 V

Integral: +3.51056 mV‑s Aperture: 2.97 ms +3.50164 mV‑s

Offset Corrected Integral: +3.43363 mV‑s

Vc2 Max +0.07107 V Min ‑1.99475 V

Integral: ‑3.39584 mV‑s Aperture: 2.97 ms ‑3.41356 mV‑s

Offset Corrected Integral: ‑3.31529 mV‑s

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

11:23:30 SNSI1N Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.005 Smoothed Linear

Time down: 1.00 ms

Imax = +1260.69 A Imin = +12.92 A

Integration time = .00498 s

Idiff = +1242.652 Max Idot = ‑1.2923E+6 A/s

Ips2 = +17.71 A Ips1 = +1260.36 A

Idiff2 = ‑1242.908 Max Idot = ‑1.2923E+6 A/s

Theta is ‑0.88° CW dB = (767,771)(761,761)(771,773)

Vc1 Max +0.03096 V Min ‑3.97392 V

Integral: ‑3.48755 mV‑s Aperture: 2.97 ms ‑3.50575 mV‑s

Offset Corrected Integral: ‑3.45814 mV‑s

Vc2 Max +3.88763 V Min ‑0.04264 V

Integral: +3.40949 mV‑s Aperture: 2.97 ms +3.41887 mV‑s

Offset Corrected Integral: +3.36627 mV‑s

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

11:24:25 SNSI1N Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.006 Smoothed Linear

Time down: 1.00 ms

Imax = +1261.08 A Imin = +12.98 A

Integration time = .00498 s

Idiff = ‑1247.698 Max Idot = 651020 A/s

Ips2 = +1260.75 A Ips1 = +13.05 A

Idiff2 = +1247.353 Max Idot = 651020 A/s

Theta is ‑0.91° CW dB = (774,773)(775,775)(770,774)

Vc1 Max +2.05782 V Min ‑0.06490 V

Integral: +3.51789 mV‑s Aperture: 2.97 ms +3.50175 mV‑s

Offset Corrected Integral: +3.52397 mV‑s

Vc2 Max +0.07344 V Min ‑2.00659 V

Integral: ‑3.41890 mV‑s Aperture: 2.97 ms ‑3.42448 mV‑s

Offset Corrected Integral: ‑3.42695 mV‑s

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

11:24:25 SNSI1N Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.006 Smoothed Linear

Time down: 1.00 ms

Imax = +1261.08 A Imin = +12.98 A

Integration time = .00498 s

Idiff = +1243.163 Max Idot = ‑1.3043E+6 A/s

Ips2 = +17.68 A Ips1 = +1260.84 A

Idiff2 = ‑1243.418 Max Idot = ‑1.3043E+6 A/s

Theta is ‑0.68° CW dB = (769,770)(766,765)(774,773)

Vc1 Max +0.06788 V Min ‑3.98762 V

Integral: ‑3.48599 mV‑s Aperture: 2.97 ms ‑3.50680 mV‑s

Offset Corrected Integral: ‑3.46880 mV‑s

Vc2 Max +3.89710 V Min ‑0.06870 V

Integral: +3.41677 mV‑s Aperture: 2.97 ms +3.42956 mV‑s

Offset Corrected Integral: +3.39696 mV‑s

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

11:25:20 SNSI1N Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.007 Smoothed Linear

Time down: 1.00 ms

Imax = +1261.14 A Imin = +12.95 A

Integration time = .00498 s

Idiff = ‑1247.773 Max Idot = 648020 A/s

Ips2 = +1260.76 A Ips1 = +12.99 A

Idiff2 = +1247.503 Max Idot = 648020 A/s

Theta is ‑1.32° CW dB = (780,776)(794,793)(774,772)

Vc1 Max +2.07568 V Min ‑0.04644 V

Integral: +3.56583 mV‑s Aperture: 2.97 ms +3.53912 mV‑s

Offset Corrected Integral: +3.62960 mV‑s

Vc2 Max +0.05686 V Min ‑1.99001 V

Integral: ‑3.40994 mV‑s Aperture: 2.97 ms ‑3.39325 mV‑s

Offset Corrected Integral: ‑3.48646 mV‑s

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

11:25:20 SNSI1N Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.007 Smoothed Linear

Time down: 1.00 ms

Imax = +1261.14 A Imin = +12.95 A

Integration time = .00498 s

Idiff = +1243.613 Max Idot = ‑1.3193E+6 A/s

Ips2 = +17.53 A Ips1 = +1261.14 A

Idiff2 = ‑1243.869 Max Idot = ‑1.3193E+6 A/s

Theta is ‑1.39° CW dB = (769,769)(765,765)(774,774)

Vc1 Max +0.07145 V Min ‑3.97273 V

Integral: ‑3.51916 mV‑s Aperture: 2.97 ms ‑3.54393 mV‑s

Offset Corrected Integral: ‑3.50105 mV‑s

Vc2 Max +3.82129 V Min ‑0.07107 V

Integral: +3.37389 mV‑s Aperture: 2.97 ms +3.39773 mV‑s

Offset Corrected Integral: +3.35588 mV‑s

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

11:26:19 SNSI1N Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.008 Smoothed Linear

Time down: 1.00 ms

Imax = +1260.93 A Imin = +12.89 A

Integration time = .00498 s

Idiff = ‑1247.608 Max Idot = 653280 A/s

Ips2 = +1260.66 A Ips1 = +13.05 A

Idiff2 = +1247.593 Max Idot = 653280 A/s

Theta is ‑1.57° CW dB = (779,774)(797,797)(776,772)

Vc1 Max +2.08045 V Min ‑0.06193 V

Integral: +3.57700 mV‑s Aperture: 2.97 ms +3.55932 mV‑s

Offset Corrected Integral: +3.66000 mV‑s

Vc2 Max +0.06160 V Min ‑1.98764 V

Integral: ‑3.38894 mV‑s Aperture: 2.97 ms ‑3.38018 mV‑s

Offset Corrected Integral: ‑3.48962 mV‑s

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

11:26:19 SNSI1N Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.008 Smoothed Linear

Time down: 1.00 ms

Imax = +1260.93 A Imin = +12.89 A

Integration time = .00498 s

Idiff = +1243.298 Max Idot = ‑1.3336E+6 A/s

Ips2 = +17.63 A Ips1 = +1260.93 A

Idiff2 = ‑1243.478 Max Idot = ‑1.3336E+6 A/s

Theta is ‑1.92° CW dB = (769,774)(760,759)(773,778)

Vc1 Max +0.05597 V Min ‑4.07277 V

Integral: ‑3.54489 mV‑s Aperture: 2.97 ms ‑3.56402 mV‑s

Offset Corrected Integral: ‑3.50325 mV‑s

Vc2 Max +3.86630 V Min ‑0.06870 V

Integral: +3.36822 mV‑s Aperture: 2.97 ms +3.38478 mV‑s

Offset Corrected Integral: +3.30520 mV‑s

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

11:27:18 SNSI1N Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.009 Smoothed Linear

Time down: 1.00 ms

Imax = +1261.05 A Imin = +13.10 A

Integration time = .00498 s

Idiff = ‑1247.728 Max Idot = 668290 A/s

Ips2 = +1260.90 A Ips1 = +13.17 A

Idiff2 = +1247.743 Max Idot = 668290 A/s

Theta is ‑1.90° CW dB = (782,773)(757,757)(774,775)

Vc1 Max +2.09414 V Min ‑0.04942 V

Integral: +3.60447 mV‑s Aperture: 2.97 ms +3.56691 mV‑s

Offset Corrected Integral: +3.49008 mV‑s

Vc2 Max +0.06396 V Min ‑1.97343 V

Integral: ‑3.36732 mV‑s Aperture: 2.97 ms ‑3.37353 mV‑s

Offset Corrected Integral: ‑3.29482 mV‑s

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

11:27:18 SNSI1N Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.009 Smoothed Linear

Time down: 1.00 ms

Imax = +1261.05 A Imin = +13.10 A

Integration time = .00498 s

Idiff = +1243.118 Max Idot = ‑1.299E+6 A/s

Ips2 = +17.57 A Ips1 = +1260.69 A

Idiff2 = ‑1243.418 Max Idot = ‑1.299E+6 A/s

Theta is ‑1.74° CW dB = (770,771)(767,766)(777,774)

Vc1 Max +0.07383 V Min ‑4.06443 V

Integral: ‑3.54089 mV‑s Aperture: 2.97 ms ‑3.57266 mV‑s

Offset Corrected Integral: ‑3.52732 mV‑s

Vc2 Max +3.86867 V Min ‑0.06870 V

Integral: +3.36522 mV‑s Aperture: 2.97 ms +3.37849 mV‑s

Offset Corrected Integral: +3.34541 mV‑s

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

11:27:54 SNSI1N Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.010 Smoothed Linear

Time down: 1.00 ms

Imax = +1260.93 A Imin = +12.98 A

Integration time = .00498 s

Idiff = ‑1247.713 Max Idot = 687070 A/s

Ips2 = +1260.76 A Ips1 = +13.05 A

Idiff2 = +1247.773 Max Idot = 687070 A/s

Theta is ‑3.92° CW dB = (771,782)(755,755)(771,778)

Vc1 Max +2.13284 V Min ‑0.07622 V

Integral: +3.65293 mV‑s Aperture: 2.97 ms +3.65448 mV‑s

Offset Corrected Integral: +3.57904 mV‑s

Vc2 Max +0.05686 V Min ‑1.91894 V

Integral: ‑3.29129 mV‑s Aperture: 2.97 ms ‑3.27625 mV‑s

Offset Corrected Integral: ‑3.17852 mV‑s

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

11:27:54 SNSI1N Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.010 Smoothed Linear

Time down: 1.00 ms

Imax = +1260.93 A Imin = +12.98 A

Integration time = .00498 s

Idiff = +1243.028 Max Idot = ‑1.2893E+6 A/s

Ips2 = +17.57 A Ips1 = +1260.60 A

Idiff2 = ‑1243.238 Max Idot = ‑1.2893E+6 A/s

Theta is ‑3.55° CW dB = (773,769)(766,766)(776,775)

Vc1 Max +0.04883 V Min ‑4.10790 V

Integral: ‑3.64349 mV‑s Aperture: 2.97 ms ‑3.65942 mV‑s

Offset Corrected Integral: ‑3.61408 mV‑s

Vc2 Max +3.68389 V Min ‑0.05449 V

Integral: +3.25807 mV‑s Aperture: 2.97 ms +3.28098 mV‑s

Offset Corrected Integral: +3.24547 mV‑s

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

11:28:27 SNSI1N Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.011 Smoothed Linear

Time down: 1.00 ms

Imax = +1261.29 A Imin = +12.98 A

Integration time = .00498 s

Idiff = ‑1247.803 Max Idot = 672800 A/s

Ips2 = +1260.93 A Ips1 = +13.13 A

Idiff2 = +1247.743 Max Idot = 672800 A/s

Theta is +6.18° CW dB = (776,777)(750,750)(775,774)

Vc1 Max +1.82977 V Min ‑0.05835 V

Integral: +3.13917 mV‑s Aperture: 2.97 ms +3.13289 mV‑s

Offset Corrected Integral: +3.03188 mV‑s

Vc2 Max +0.07344 V Min ‑2.20559 V

Integral: ‑3.78631 mV‑s Aperture: 2.97 ms ‑3.77392 mV‑s

Offset Corrected Integral: ‑3.65340 mV‑s

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

11:28:27 SNSI1N Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.011 Smoothed Linear

Time down: 1.00 ms

Imax = +1261.29 A Imin = +12.98 A

Integration time = .00498 s

Idiff = +1243.148 Max Idot = ‑1.2968E+6 A/s

Ips2 = +17.63 A Ips1 = +1260.78 A

Idiff2 = ‑1243.508 Max Idot = ‑1.2968E+6 A/s

Theta is +6.24° CW dB = (772,770)(768,768)(777,775)

Vc1 Max +0.04406 V Min ‑3.54283 V

Integral: ‑3.11942 mV‑s Aperture: 2.97 ms ‑3.13677 mV‑s

Offset Corrected Integral: ‑3.10223 mV‑s

Vc2 Max +4.27852 V Min ‑0.05923 V

Integral: +3.75660 mV‑s Aperture: 2.97 ms +3.77947 mV‑s

Offset Corrected Integral: +3.74580 mV‑s

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

11:29:01 SNSI1N Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.012 Smoothed Linear

Time down: 1.00 ms

Imax = +1261.02 A Imin = +13.04 A

Integration time = .00498 s

Idiff = ‑1247.458 Max Idot = 668290 A/s

Ips2 = +1260.63 A Ips1 = +13.17 A

Idiff2 = +1247.563 Max Idot = 668290 A/s

Theta is 16.7° CW dB = (785,773)(786,786)(777,774)

Vc1 Max +1.45107 V Min ‑0.03394 V

Integral: +2.50252 mV‑s Aperture: 2.97 ms +2.47432 mV‑s

Offset Corrected Integral: +2.50354 mV‑s

Vc2 Max +0.07344 V Min ‑2.44250 V

Integral: ‑4.17780 mV‑s Aperture: 2.97 ms ‑4.18226 mV‑s

Offset Corrected Integral: ‑4.24627 mV‑s

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

11:29:01 SNSI1N Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.012 Smoothed Linear

Time down: 1.00 ms

Imax = +1261.02 A Imin = +13.04 A

Integration time = .00498 s

Idiff = +1243.163 Max Idot = ‑1.3373E+6 A/s

Ips2 = +17.65 A Ips1 = +1260.81 A

Idiff2 = ‑1243.238 Max Idot = ‑1.3373E+6 A/s

Theta is 16.49° CW dB = (767,774)(753,753)(773,776)

Vc1 Max +0.03751 V Min ‑2.79675 V

Integral: ‑2.45699 mV‑s Aperture: 2.97 ms ‑2.47739 mV‑s

Offset Corrected Integral: ‑2.41264 mV‑s

Vc2 Max +4.74759 V Min ‑0.07581 V

Integral: +4.17493 mV‑s Aperture: 2.97 ms +4.18829 mV‑s

Offset Corrected Integral: +4.06150 mV‑s

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

11:29:33 SNSI1N Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.013 Smoothed Linear

Time down: 1.00 ms

Imax = +1260.93 A Imin = +13.07 A

Integration time = .00498 s

Idiff = ‑1247.533 Max Idot = 669050 A/s

Ips2 = +1260.66 A Ips1 = +13.13 A

Idiff2 = +1247.563 Max Idot = 669050 A/s

Theta is ‑10.97° CW dB = (781,785)(783,783)(774,777)

Vc1 Max +2.33291 V Min ‑0.05002 V

Integral: +4.01285 mV‑s Aperture: 2.97 ms +3.97583 mV‑s

Offset Corrected Integral: +4.02297 mV‑s

Vc2 Max +0.03317 V Min ‑1.67729 V

Integral: ‑2.87812 mV‑s Aperture: 2.97 ms ‑2.84748 mV‑s

Offset Corrected Integral: ‑2.87007 mV‑s

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

11:29:33 SNSI1N Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.013 Smoothed Linear

Time down: 1.00 ms

Imax = +1260.93 A Imin = +13.07 A

Integration time = .00498 s

Idiff = +1243.238 Max Idot = ‑1.3343E+6 A/s

Ips2 = +17.66 A Ips1 = +1260.90 A

Idiff2 = ‑1243.328 Max Idot = ‑1.3343E+6 A/s

Theta is ‑10.84° CW dB = (770,768)(756,756)(776,775)

Vc1 Max +0.04525 V Min ‑4.46992 V

Integral: ‑3.95079 mV‑s Aperture: 2.97 ms ‑3.98018 mV‑s

Offset Corrected Integral: ‑3.88110 mV‑s

Vc2 Max +3.19823 V Min ‑0.03790 V

Integral: +2.82583 mV‑s Aperture: 2.97 ms +2.85101 mV‑s

Offset Corrected Integral: +2.78082 mV‑s

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

11:30:03 SNSI1N Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.014 Smoothed Linear

Time down: 1.00 ms

Imax = +1260.96 A Imin = +13.04 A

Integration time = .00498 s

Idiff = ‑1247.593 Max Idot = 652530 A/s

Ips2 = +1260.70 A Ips1 = +13.11 A

Idiff2 = +1247.353 Max Idot = 652530 A/s

Theta is ‑8.28° CW dB = (776,777)(785,785)(772,779)

Vc1 Max +2.25491 V Min ‑0.04228 V

Integral: +3.87453 mV‑s Aperture: 2.97 ms +3.85591 mV‑s

Offset Corrected Integral: +3.92312 mV‑s

Vc2 Max +0.04975 V Min ‑1.76258 V

Integral: ‑3.01584 mV‑s Aperture: 2.97 ms ‑3.02528 mV‑s

Offset Corrected Integral: ‑3.04806 mV‑s

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

11:30:03 SNSI1N Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.014 Smoothed Linear

Time down: 1.00 ms

Imax = +1260.96 A Imin = +13.04 A

Integration time = .00498 s

Idiff = +1242.833 Max Idot = ‑1.3238E+6 A/s

Ips2 = +17.68 A Ips1 = +1260.51 A

Idiff2 = ‑1242.998 Max Idot = ‑1.3238E+6 A/s

Theta is ‑8.00° CW dB = (771,774)(759,759)(775,776)

Vc1 Max +0.02024 V Min ‑4.36334 V

Integral: ‑3.83695 mV‑s Aperture: 2.97 ms ‑3.86096 mV‑s

Offset Corrected Integral: ‑3.77812 mV‑s

Vc2 Max +3.43750 V Min ‑0.01895 V

Integral: +3.01981 mV‑s Aperture: 2.97 ms +3.02929 mV‑s

Offset Corrected Integral: +2.96039 mV‑s

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

11:30:34 SNSI1N Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.015 Smoothed Linear

Time down: 1.00 ms

Imax = +1261.02 A Imin = +13.07 A

Integration time = .00498 s

Idiff = ‑1247.713 Max Idot = 680310 A/s

Ips2 = +1260.88 A Ips1 = +13.17 A

Idiff2 = +1247.864 Max Idot = 680310 A/s

Theta is ‑4.92° CW dB = (779,781)(775,775)(775,773)

Vc1 Max +2.17929 V Min ‑0.02858 V

Integral: +3.73851 mV‑s Aperture: 2.97 ms +3.72162 mV‑s

Offset Corrected Integral: +3.71928 mV‑s

Vc2 Max +0.02132 V Min ‑1.87866 V

Integral: ‑3.23277 mV‑s Aperture: 2.97 ms ‑3.19881 mV‑s

Offset Corrected Integral: ‑3.20458 mV‑s

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

11:30:34 SNSI1N Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.015 Smoothed Linear

Time down: 1.00 ms

Imax = +1261.02 A Imin = +13.07 A

Integration time = .00498 s

Idiff = +1243.253 Max Idot = ‑1.3268E+6 A/s

Ips2 = +17.68 A Ips1 = +1260.93 A

Idiff2 = ‑1243.358 Max Idot = ‑1.3268E+6 A/s

Theta is ‑5.02° CW dB = (771,769)(760,760)(775,776)

Vc1 Max +0.02144 V Min ‑4.16863 V

Integral: ‑3.70562 mV‑s Aperture: 2.97 ms ‑3.72609 mV‑s

Offset Corrected Integral: ‑3.65222 mV‑s

Vc2 Max +3.57728 V Min ‑0.02843 V

Integral: +3.17465 mV‑s Aperture: 2.97 ms +3.20437 mV‑s

Offset Corrected Integral: +3.13684 mV‑s

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

11:31:05 SNSI1N Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.016 Smoothed Linear

Time down: 1.00 ms

Imax = +1261.02 A Imin = +12.92 A

Integration time = .00498 s

Idiff = ‑1247.668 Max Idot = 690820 A/s

Ips2 = +1260.72 A Ips1 = +13.05 A

Idiff2 = +1247.803 Max Idot = 690820 A/s

Theta is +0.19° CW dB = (777,773)(775,774)(775,773)

Vc1 Max +2.02567 V Min ‑0.04406 V

Integral: +3.47413 mV‑s Aperture: 2.97 ms +3.46672 mV‑s

Offset Corrected Integral: +3.46401 mV‑s

Vc2 Max +0.05923 V Min ‑2.03265 V

Integral: ‑3.47440 mV‑s Aperture: 2.97 ms ‑3.47781 mV‑s

Offset Corrected Integral: ‑3.48245 mV‑s

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

11:31:05 SNSI1N Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.016 Smoothed Linear

Time down: 1.00 ms

Imax = +1261.02 A Imin = +12.92 A

Integration time = .00498 s

Idiff = +1243.463 Max Idot = ‑1.3133E+6 A/s

Ips2 = +17.56 A Ips1 = +1261.02 A

Idiff2 = ‑1243.568 Max Idot = ‑1.3133E+6 A/s

Theta is +0.00° CW dB = (770,774)(762,762)(774,777)

Vc1 Max +0.01667 V Min ‑3.94773 V

Integral: ‑3.45388 mV‑s Aperture: 2.97 ms ‑3.47119 mV‑s

Offset Corrected Integral: ‑3.41723 mV‑s

Vc2 Max +3.98002 V Min ‑0.02606 V

Integral: +3.47160 mV‑s Aperture: 2.97 ms +3.48408 mV‑s

Offset Corrected Integral: +3.41579 mV‑s

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

11:32:14 SNSI1N Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.017 Exponential Drop

Time down: 1.40 ms tau = 0.20

Imax = +1261.02 A Imin = +13.01 A

Integration time = .00538 s

Idiff = ‑1247.638 Max Idot = 649520 A/s

Ips2 = +1260.69 A Ips1 = +13.05 A

Idiff2 = +1247.323 Max Idot = 649520 A/s

Theta is +0.15° CW dB = (777,781)(785,785)(775,774)

Vc1 Max +2.03341 V Min ‑0.06788 V

Integral: +3.47509 mV‑s Aperture: 2.97 ms +3.46661 mV‑s

Offset Corrected Integral: +3.51457 mV‑s

Vc2 Max +0.05449 V Min ‑2.04213 V

Integral: ‑3.50843 mV‑s Aperture: 2.97 ms ‑3.47864 mV‑s

Offset Corrected Integral: ‑3.52857 mV‑s

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

11:32:14 SNSI1N Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.017 Exponential Drop

Time down: 1.40 ms tau = 0.20

Imax = +1261.02 A Imin = +13.01 A

Integration time = .00538 s

Idiff = +1247.248 Max Idot = ‑501600 A/s

Ips2 = +13.59 A Ips1 = +1260.84 A

Idiff2 = ‑1247.233 Max Idot = ‑501600 A/s

Theta is +0.16° CW dB = (776,772)(782,782)(776,775)

Vc1 Max +0.05895 V Min ‑8.65344 V

Integral: ‑3.47044 mV‑s Aperture: 2.97 ms ‑3.47201 mV‑s

Offset Corrected Integral: ‑3.50017 mV‑s

Vc2 Max +8.67549 V Min ‑0.06633 V

Integral: +3.46985 mV‑s Aperture: 2.97 ms +3.48432 mV‑s

Offset Corrected Integral: +3.51534 mV‑s

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

11:32:41 SNSI1N Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.018 Exponential Drop

Time down: 1.40 ms tau = 0.20

Imax = +1260.96 A Imin = +13.04 A

Integration time = .00538 s

Idiff = ‑1247.503 Max Idot = 670550 A/s

Ips2 = +1260.66 A Ips1 = +13.16 A

Idiff2 = +1247.593 Max Idot = 670550 A/s

Theta is +0.01° CW dB = (776,774)(784,783)(773,776)

Vc1 Max +2.02567 V Min ‑0.05895 V

Integral: +3.47962 mV‑s Aperture: 2.97 ms +3.46661 mV‑s

Offset Corrected Integral: +3.51404 mV‑s

Vc2 Max +0.05686 V Min ‑2.04924 V

Integral: ‑3.47348 mV‑s Aperture: 2.97 ms ‑3.47829 mV‑s

Offset Corrected Integral: ‑3.51376 mV‑s

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

11:32:41 SNSI1N Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.018 Exponential Drop

Time down: 1.40 ms tau = 0.20

Imax = +1260.96 A Imin = +13.04 A

Integration time = .00538 s

Idiff = +1247.248 Max Idot = ‑557160 A/s

Ips2 = +13.59 A Ips1 = +1260.84 A

Idiff2 = ‑1247.323 Max Idot = ‑557160 A/s

Theta is +0.12° CW dB = (774,776)(764,764)(775,776)

Vc1 Max +0.04585 V Min ‑8.58556 V

Integral: ‑3.46693 mV‑s Aperture: 2.97 ms ‑3.47142 mV‑s

Offset Corrected Integral: ‑3.42006 mV‑s

Vc2 Max +8.60205 V Min ‑0.05923 V

Integral: +3.48759 mV‑s Aperture: 2.97 ms +3.48384 mV‑s

Offset Corrected Integral: +3.43073 mV‑s

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

11:33:03 SNSI1N Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.019 Exponential Drop

Time down: 1.40 ms tau = 0.20

Imax = +1260.99 A Imin = +13.10 A

Integration time = .00538 s

Idiff = ‑1247.653 Max Idot = 690070 A/s

Ips2 = +1260.85 A Ips1 = +13.20 A

Idiff2 = +1247.713 Max Idot = 690070 A/s

Theta is +0.04° CW dB = (777,775)(774,774)(773,775)

Vc1 Max +2.03341 V Min ‑0.04168 V

Integral: +3.48510 mV‑s Aperture: 2.97 ms +3.46661 mV‑s

Offset Corrected Integral: +3.47093 mV‑s

Vc2 Max +0.04264 V Min ‑2.03739 V

Integral: ‑3.47751 mV‑s Aperture: 2.97 ms ‑3.47888 mV‑s

Offset Corrected Integral: ‑3.47348 mV‑s

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

11:33:03 SNSI1N Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.019 Exponential Drop

Time down: 1.40 ms tau = 0.20

Imax = +1260.99 A Imin = +13.10 A

Integration time = .00538 s

Idiff = +1247.188 Max Idot = ‑605220 A/s

Ips2 = +13.68 A Ips1 = +1260.87 A

Idiff2 = ‑1247.263 Max Idot = ‑605220 A/s

Theta is +0.20° CW dB = (774,775)(771,771)(776,775)

Vc1 Max +0.02084 V Min ‑8.47004 V

Integral: ‑3.46243 mV‑s Aperture: 2.97 ms ‑3.47201 mV‑s

Offset Corrected Integral: ‑3.44814 mV‑s

Vc2 Max +8.50729 V Min ‑0.02369 V

Integral: +3.48583 mV‑s Aperture: 2.97 ms +3.48432 mV‑s

Offset Corrected Integral: +3.46764 mV‑s

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

11:34:00 SNSI1N Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.020 1 ‑ Sqrt(t/T)

Time down: 1.21 ms tau = 1.10

Imax = +1261.08 A Imin = +13.01 A

Integration time = .00518 s

Idiff = ‑1247.698 Max Idot = 662290 A/s

Ips2 = +1260.76 A Ips1 = +13.07 A

Idiff2 = +1247.683 Max Idot = 662290 A/s

Theta is +0.27° CW dB = (779,772)(790,790)(776,773)

Vc1 Max +2.03341 V Min ‑0.05835 V

Integral: +3.47962 mV‑s Aperture: 2.97 ms +3.46707 mV‑s

Offset Corrected Integral: +3.53125 mV‑s

Vc2 Max +0.06160 V Min ‑2.03739 V

Integral: ‑3.47743 mV‑s Aperture: 2.97 ms ‑3.47805 mV‑s

Offset Corrected Integral: ‑3.55798 mV‑s

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

11:34:00 SNSI1N Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.020 1 ‑ Sqrt(t/T)

Time down: 1.21 ms tau = 1.10

Imax = +1261.08 A Imin = +13.01 A

Integration time = .00518 s

Idiff = +1246.091 Max Idot = ‑743380 A/s

Ips2 = +14.90 A Ips1 = +1260.99 A

Idiff2 = ‑1246.272 Max Idot = ‑743380 A/s

Theta is +0.14° CW dB = (773,774)(763,763)(775,775)

Vc1 Max +0.05478 V Min ‑5.54587 V

Integral: ‑3.46157 mV‑s Aperture: 2.97 ms ‑3.47014 mV‑s

Offset Corrected Integral: ‑3.41549 mV‑s

Vc2 Max +5.54834 V Min ‑0.06870 V

Integral: +3.47906 mV‑s Aperture: 2.97 ms +3.48301 mV‑s

Offset Corrected Integral: +3.42812 mV‑s

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

11:34:33 SNSI1N Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.021 1 ‑ Sqrt(t/T)

Time down: 1.21 ms tau = 1.10

Imax = +1260.87 A Imin = +12.98 A

Integration time = .00518 s

Idiff = ‑1247.413 Max Idot = 692320 A/s

Ips2 = +1260.51 A Ips1 = +13.10 A

Idiff2 = +1247.533 Max Idot = 692320 A/s

Theta is ‑0.05° CW dB = (773,780)(772,772)(772,776)

Vc1 Max +2.03162 V Min ‑0.02620 V

Integral: +3.47135 mV‑s Aperture: 2.97 ms +3.46696 mV‑s

Offset Corrected Integral: +3.46629 mV‑s

Vc2 Max +0.03080 V Min ‑2.04687 V

Integral: ‑3.49627 mV‑s Aperture: 2.97 ms ‑3.47864 mV‑s

Offset Corrected Integral: ‑3.46003 mV‑s

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

11:34:33 SNSI1N Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.021 1 ‑ Sqrt(t/T)

Time down: 1.21 ms tau = 1.10

Imax = +1260.87 A Imin = +12.98 A

Integration time = .00518 s

Idiff = +1245.701 Max Idot = ‑785430 A/s

Ips2 = +14.93 A Ips1 = +1260.63 A

Idiff2 = ‑1245.671 Max Idot = ‑785430 A/s

Theta is +0.05° CW dB = (773,773)(765,765)(775,776)

Vc1 Max +0.01489 V Min ‑5.66972 V

Integral: ‑3.46482 mV‑s Aperture: 2.97 ms ‑3.47177 mV‑s

Offset Corrected Integral: ‑3.43000 mV‑s

Vc2 Max +5.67863 V Min ‑0.03317 V

Integral: +3.46863 mV‑s Aperture: 2.97 ms +3.48420 mV‑s

Offset Corrected Integral: +3.43400 mV‑s

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

11:35:56 SNSI1N Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.022 1 ‑ Sqrt(t/T)

Time down: 1.76 ms tau = 1.60

Imax = +1261.08 A Imin = +13.04 A

Integration time = .00574 s

Idiff = ‑1247.608 Max Idot = 651020 A/s

Ips2 = +1260.78 A Ips1 = +13.17 A

Idiff2 = +1247.503 Max Idot = 651020 A/s

Theta is ‑0.16° CW dB = (773,789)(782,782)(771,778)

Vc1 Max +2.02388 V Min ‑0.02918 V

Integral: +3.47383 mV‑s Aperture: 2.97 ms +3.46614 mV‑s

Offset Corrected Integral: +3.51533 mV‑s

Vc2 Max +0.02606 V Min ‑2.05160 V

Integral: ‑3.52867 mV‑s Aperture: 2.97 ms ‑3.47936 mV‑s

Offset Corrected Integral: ‑3.49645 mV‑s

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

11:35:56 SNSI1N Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.022 1 ‑ Sqrt(t/T)

Time down: 1.76 ms tau = 1.60

Imax = +1261.08 A Imin = +13.04 A

Integration time = .00574 s

Idiff = +1246.422 Max Idot = ‑615730 A/s

Ips2 = +14.24 A Ips1 = +1260.66 A

Idiff2 = ‑1246.482 Max Idot = ‑615730 A/s

Theta is +0.20° CW dB = (775,767)(773,773)(776,774)

Vc1 Max +0.01369 V Min ‑4.63247 V

Integral: ‑3.46528 mV‑s Aperture: 2.97 ms ‑3.47131 mV‑s

Offset Corrected Integral: ‑3.45578 mV‑s

Vc2 Max +4.65757 V Min ‑0.02606 V

Integral: +3.45047 mV‑s Aperture: 2.97 ms +3.48313 mV‑s

Offset Corrected Integral: +3.47478 mV‑s

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

11:36:59 SNSI1N Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.023 1 ‑ Sqrt(t/T)

Time down: 2.42 ms tau = 2.20

Imax = +1261.23 A Imin = +13.07 A

Integration time = .0064 s

Idiff = ‑1247.563 Max Idot = 650270 A/s

Ips2 = +1260.72 A Ips1 = +13.16 A

Idiff2 = +1247.323 Max Idot = 650270 A/s

Theta is +0.09° CW dB = (772,778)(786,786)(774,775)

Vc1 Max +2.02507 V Min ‑0.06550 V

Integral: +3.45791 mV‑s Aperture: 2.97 ms +3.46707 mV‑s

Offset Corrected Integral: +3.52270 mV‑s

Vc2 Max +0.06633 V Min ‑2.04450 V

Integral: ‑3.49438 mV‑s Aperture: 2.97 ms ‑3.47876 mV‑s

Offset Corrected Integral: ‑3.53062 mV‑s

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

11:36:59 SNSI1N Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.023 1 ‑ Sqrt(t/T)

Time down: 2.42 ms tau = 2.20

Imax = +1261.23 A Imin = +13.07 A

Integration time = .0064 s

Idiff = +1247.248 Max Idot = ‑509110 A/s

Ips2 = +13.65 A Ips1 = +1260.90 A

Idiff2 = ‑1247.233 Max Idot = ‑509110 A/s

Theta is +0.57° CW dB = (784,769)(794,794)(780,769)

Vc1 Max +0.06312 V Min ‑3.93463 V

Integral: ‑3.48429 mV‑s Aperture: 2.97 ms ‑3.46827 mV‑s

Offset Corrected Integral: ‑3.52923 mV‑s

Vc2 Max +3.93501 V Min ‑0.08529 V

Integral: +3.47655 mV‑s Aperture: 2.97 ms +3.48004 mV‑s

Offset Corrected Integral: +3.58875 mV‑s

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

11:39:03 SNSI1N Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.024 Exponential Drop

Time down: 2.10 ms tau = 0.30

Imax = +1261.05 A Imin = +13.01 A

Integration time = .00608 s

Idiff = ‑1247.503 Max Idot = 691570 A/s

Ips2 = +1260.67 A Ips1 = +13.17 A

Idiff2 = +1247.593 Max Idot = 691570 A/s

Theta is ‑0.17° CW dB = (773,778)(767,767)(771,778)

Vc1 Max +2.03281 V Min ‑0.05180 V

Integral: +3.47688 mV‑s Aperture: 2.97 ms +3.46719 mV‑s

Offset Corrected Integral: +3.45056 mV‑s

Vc2 Max +0.05686 V Min ‑2.04213 V

Integral: ‑3.47980 mV‑s Aperture: 2.97 ms ‑3.47888 mV‑s

Offset Corrected Integral: ‑3.43147 mV‑s

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

11:39:03 SNSI1N Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.024 Exponential Drop

Time down: 2.10 ms tau = 0.30

Imax = +1261.05 A Imin = +13.01 A

Integration time = .00608 s

Idiff = +1247.533 Max Idot = ‑396470 A/s

Ips2 = +13.19 A Ips1 = +1260.72 A

Idiff2 = ‑1247.593 Max Idot = ‑396470 A/s

Theta is +0.13° CW dB = (775,776)(774,774)(775,775)

Vc1 Max +0.03037 V Min ‑6.68672 V

Integral: ‑3.46912 mV‑s Aperture: 2.97 ms ‑3.47084 mV‑s

Offset Corrected Integral: ‑3.46597 mV‑s

Vc2 Max +6.69496 V Min ‑0.03317 V

Integral: +3.48774 mV‑s Aperture: 2.97 ms +3.48420 mV‑s

Offset Corrected Integral: +3.47836 mV‑s

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

11:39:55 SNSI1N Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.025 Exponential Drop

Time down: 2.80 ms tau = 0.40

Imax = +1260.93 A Imin = +12.92 A

Integration time = .00678 s

Idiff = ‑1247.608 Max Idot = 654780 A/s

Ips2 = +1260.66 A Ips1 = +13.05 A

Idiff2 = +1247.233 Max Idot = 654780 A/s

Theta is ‑0.04° CW dB = (776,778)(778,778)(772,776)

Vc1 Max +2.03698 V Min ‑0.05061 V

Integral: +3.48418 mV‑s Aperture: 2.97 ms +3.46672 mV‑s

Offset Corrected Integral: +3.49127 mV‑s

Vc2 Max +0.05449 V Min ‑2.04450 V

Integral: ‑3.48511 mV‑s Aperture: 2.97 ms ‑3.47841 mV‑s

Offset Corrected Integral: ‑3.48511 mV‑s

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

11:39:55 SNSI1N Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.025 Exponential Drop

Time down: 2.80 ms tau = 0.40

Imax = +1260.93 A Imin = +12.92 A

Integration time = .00678 s

Idiff = +1247.683 Max Idot = ‑253800 A/s

Ips2 = +13.04 A Ips1 = +1260.72 A

Idiff2 = ‑1247.713 Max Idot = ‑253800 A/s

Theta is +0.28° CW dB = (776,774)(796,796)(776,772)

Vc1 Max +0.06193 V Min ‑5.48990 V

Integral: ‑3.46403 mV‑s Aperture: 2.97 ms ‑3.46605 mV‑s

Offset Corrected Integral: ‑3.55497 mV‑s

Vc2 Max +5.50095 V Min ‑0.06870 V

Integral: +3.48556 mV‑s Aperture: 2.97 ms +3.47873 mV‑s

Offset Corrected Integral: +3.58388 mV‑s

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

11:41:36 SNSI1N Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.026 Smoothed Linear

Time down: 1.00 ms

Imax = +1260.93 A Imin = +13.01 A

Integration time = .00498 s

Idiff = ‑1247.879 Max Idot = 669800 A/s

Ips2 = +1260.88 A Ips1 = +13.01 A

Idiff2 = +1247.924 Max Idot = 669800 A/s

Theta is +0.15° CW dB = (776,775)(768,768)(775,774)

Vc1 Max +2.05320 V Min ‑0.05903 V

Integral: +3.47405 mV‑s Aperture: 2.97 ms +3.46769 mV‑s

Offset Corrected Integral: +3.43739 mV‑s

Vc2 Max +0.05830 V Min ‑2.06571 V

Integral: ‑3.48481 mV‑s Aperture: 2.97 ms ‑3.47822 mV‑s

Offset Corrected Integral: ‑3.45137 mV‑s

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

11:41:36 SNSI1N Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.026 Smoothed Linear

Time down: 1.00 ms

Imax = +1260.93 A Imin = +13.01 A

Integration time = .00498 s

Idiff = +1242.998 Max Idot = ‑1.2998E+6 A/s

Ips2 = +17.69 A Ips1 = +1260.69 A

Idiff2 = ‑1243.268 Max Idot = ‑1.2998E+6 A/s

Theta is +0.08° CW dB = (771,772)(761,761)(775,776)

Vc1 Max +0.03395 V Min ‑3.99162 V

Integral: ‑3.45543 mV‑s Aperture: 2.97 ms ‑3.47291 mV‑s

Offset Corrected Integral: ‑3.40984 mV‑s

Vc2 Max +4.00559 V Min ‑0.03270 V

Integral: +3.46446 mV‑s Aperture: 2.97 ms +3.48377 mV‑s

Offset Corrected Integral: +3.41619 mV‑s

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

11:42:01 SNSI1N Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.027 Smoothed Linear

Time down: 1.00 ms

Imax = +1260.87 A Imin = +13.01 A

Integration time = .00498 s

Idiff = ‑1247.563 Max Idot = 647270 A/s

Ips2 = +1260.67 A Ips1 = +13.11 A

Idiff2 = +1247.503 Max Idot = 647270 A/s

Theta is +0.10° CW dB = (775,776)(782,782)(774,774)

Vc1 Max +2.04927 V Min ‑0.04998 V

Integral: +3.47190 mV‑s Aperture: 2.97 ms +3.46756 mV‑s

Offset Corrected Integral: +3.50177 mV‑s

Vc2 Max +0.04787 V Min ‑2.05884 V

Integral: ‑3.48478 mV‑s Aperture: 2.97 ms ‑3.47819 mV‑s

Offset Corrected Integral: ‑3.51096 mV‑s

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

11:42:01 SNSI1N Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.027 Smoothed Linear

Time down: 1.00 ms

Imax = +1260.87 A Imin = +13.01 A

Integration time = .00498 s

Idiff = +1243.028 Max Idot = ‑1.3223E+6 A/s

Ips2 = +17.57 A Ips1 = +1260.60 A

Idiff2 = ‑1243.238 Max Idot = ‑1.3223E+6 A/s

Theta is +0.11° CW dB = (772,771)(759,759)(775,775)

Vc1 Max +0.00923 V Min ‑3.95575 V

Integral: ‑3.45686 mV‑s Aperture: 2.97 ms ‑3.47231 mV‑s

Offset Corrected Integral: ‑3.39937 mV‑s

Vc2 Max +3.95962 V Min ‑0.01493 V

Integral: +3.46450 mV‑s Aperture: 2.97 ms +3.48312 mV‑s

Offset Corrected Integral: +3.40903 mV‑s

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

11:43:10 SNSI1N Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.028 Exponential Drop

Time down: 1.40 ms tau = 0.20

Imax = +1260.81 A Imin = +12.80 A

Integration time = .00538 s

Idiff = ‑1247.668 Max Idot = 684060 A/s

Ips2 = +1260.63 A Ips1 = +12.96 A

Idiff2 = +1247.743 Max Idot = 684060 A/s

Theta is +0.08° CW dB = (776,777)(775,775)(774,775)

Vc1 Max +2.04677 V Min ‑0.02764 V

Integral: +3.47561 mV‑s Aperture: 2.97 ms +3.46805 mV‑s

Offset Corrected Integral: +3.47136 mV‑s

Vc2 Max +0.02559 V Min ‑2.05481 V

Integral: ‑3.48734 mV‑s Aperture: 2.97 ms ‑3.47860 mV‑s

Offset Corrected Integral: ‑3.47767 mV‑s

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

11:43:10 SNSI1N Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.028 Exponential Drop

Time down: 1.40 ms tau = 0.20

Imax = +1260.81 A Imin = +12.80 A

Integration time = .00538 s

Idiff = +1247.203 Max Idot = ‑596210 A/s

Ips2 = +13.61 A Ips1 = +1260.81 A

Idiff2 = ‑1247.263 Max Idot = ‑596210 A/s

Theta is +0.14° CW dB = (775,775)(773,773)(776,775)

Vc1 Max +0.00465 V Min ‑8.59877 V

Integral: ‑3.47066 mV‑s Aperture: 2.97 ms ‑3.47269 mV‑s

Offset Corrected Integral: ‑3.45854 mV‑s

Vc2 Max +8.60481 V Min ‑0.00355 V

Integral: +3.48066 mV‑s Aperture: 2.97 ms +3.48374 mV‑s

Offset Corrected Integral: +3.47202 mV‑s

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

11:43:44 SNSI1N Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.029 Exponential Drop

Time down: 2.80 ms tau = 0.40

Imax = +1261.14 A Imin = +13.01 A

Integration time = .00678 s

Idiff = ‑1247.608 Max Idot = 646520 A/s

Ips2 = +1260.67 A Ips1 = +13.07 A

Idiff2 = +1247.653 Max Idot = 646520 A/s

Theta is +0.14° CW dB = (776,775)(789,789)(775,774)

Vc1 Max +2.04719 V Min ‑0.04444 V

Integral: +3.47241 mV‑s Aperture: 2.97 ms +3.46754 mV‑s

Offset Corrected Integral: +3.52993 mV‑s

Vc2 Max +0.04289 V Min ‑2.05481 V

Integral: ‑3.48408 mV‑s Aperture: 2.97 ms ‑3.47806 mV‑s

Offset Corrected Integral: ‑3.54330 mV‑s

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

11:43:44 SNSI1N Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.029 Exponential Drop

Time down: 2.80 ms tau = 0.40

Imax = +1261.14 A Imin = +13.01 A

Integration time = .00678 s

Idiff = +1247.608 Max Idot = ‑267320 A/s

Ips2 = +13.14 A Ips1 = +1260.75 A

Idiff2 = ‑1247.593 Max Idot = ‑267320 A/s

Theta is +0.11° CW dB = (776,776)(788,788)(774,774)

Vc1 Max +0.03258 V Min ‑5.47312 V

Integral: ‑3.47418 mV‑s Aperture: 2.97 ms ‑3.46672 mV‑s

Offset Corrected Integral: ‑3.52886 mV‑s

Vc2 Max +5.47863 V Min ‑0.03507 V

Integral: +3.48597 mV‑s Aperture: 2.97 ms +3.47757 mV‑s

Offset Corrected Integral: +3.53947 mV‑s

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

11:44:18 SNSI1N Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.030 1 ‑ Sqrt(t/T)

Time down: 0.44 ms tau = 0.40

Imax = +1260.99 A Imin = +13.04 A

Integration time = .00442 s

Idiff = ‑1247.788 Max Idot = 663790 A/s

Ips2 = +1260.87 A Ips1 = +13.08 A

Idiff2 = +1247.864 Max Idot = 663790 A/s

Theta is +0.10° CW dB = (775,776)(772,772)(774,774)

Vc1 Max +2.06345 V Min ‑0.02752 V

Integral: +3.47208 mV‑s Aperture: 2.97 ms +3.46778 mV‑s

Offset Corrected Integral: +3.45638 mV‑s

Vc2 Max +0.02773 V Min ‑2.06453 V

Integral: ‑3.48462 mV‑s Aperture: 2.97 ms ‑3.47836 mV‑s

Offset Corrected Integral: ‑3.46569 mV‑s

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

11:44:18 SNSI1N Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.030 1 ‑ Sqrt(t/T)

Time down: 0.44 ms tau = 0.40

Imax = +1260.99 A Imin = +13.04 A

Integration time = .00442 s

Idiff = +1242.502 Max Idot = ‑1.2104E+6 A/s

Ips2 = +18.46 A Ips1 = +1260.96 A

Idiff2 = ‑1242.878 Max Idot = ‑1.2104E+6 A/s

Theta is +0.09° CW dB = (771,771)(764,764)(775,776)

Vc1 Max +0.02788 V Min ‑9.30050 V

Integral: ‑3.45406 mV‑s Aperture: 2.97 ms ‑3.47322 mV‑s

Offset Corrected Integral: ‑3.42430 mV‑s

Vc2 Max +9.31715 V Min ‑0.02962 V

Integral: +3.46273 mV‑s Aperture: 2.97 ms +3.48431 mV‑s

Offset Corrected Integral: +3.43179 mV‑s

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

11:44:52 SNSI1N Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.031 1 ‑ Sqrt(t/T)

Time down: 0.55 ms tau = 0.50

Imax = +1260.84 A Imin = +12.89 A

Integration time = .00452 s

Idiff = ‑1247.548 Max Idot = 663040 A/s

Ips2 = +1260.61 A Ips1 = +13.07 A

Idiff2 = +1247.683 Max Idot = 663040 A/s

Theta is +0.08° CW dB = (775,776)(776,776)(774,775)

Vc1 Max +2.06154 V Min ‑0.03270 V

Integral: +3.47271 mV‑s Aperture: 2.97 ms +3.46722 mV‑s

Offset Corrected Integral: +3.47868 mV‑s

Vc2 Max +0.03081 V Min ‑2.06595 V

Integral: ‑3.48438 mV‑s Aperture: 2.97 ms ‑3.47768 mV‑s

Offset Corrected Integral: ‑3.48518 mV‑s

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

11:44:52 SNSI1N Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.031 1 ‑ Sqrt(t/T)

Time down: 0.55 ms tau = 0.50

Imax = +1260.84 A Imin = +12.89 A

Integration time = .00452 s

Idiff = +1243.328 Max Idot = ‑1.0798E+6 A/s

Ips2 = +17.24 A Ips1 = +1260.57 A

Idiff2 = ‑1243.538 Max Idot = ‑1.0798E+6 A/s

Theta is +0.05° CW dB = (771,772)(765,765)(775,776)

Vc1 Max +0.04075 V Min ‑8.29335 V

Integral: ‑3.45625 mV‑s Aperture: 2.97 ms ‑3.47291 mV‑s

Offset Corrected Integral: ‑3.43081 mV‑s

Vc2 Max +8.30432 V Min ‑0.03555 V

Integral: +3.46498 mV‑s Aperture: 2.97 ms +3.48394 mV‑s

Offset Corrected Integral: +3.43401 mV‑s

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

11:46:05 SNSI1N Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.032 1 ‑ Sqrt(t/T)

Time down: 0.88 ms tau = 0.80

Imax = +1261.05 A Imin = +12.95 A

Integration time = .00486 s

Idiff = ‑1247.698 Max Idot = 678810 A/s

Ips2 = +1260.75 A Ips1 = +13.05 A

Idiff2 = +1247.894 Max Idot = 678810 A/s

Theta is +0.11° CW dB = (775,776)(756,755)(774,774)

Vc1 Max +2.04564 V Min ‑0.04355 V

Integral: +3.47221 mV‑s Aperture: 2.97 ms +3.46798 mV‑s

Offset Corrected Integral: +3.38360 mV‑s

Vc2 Max +0.04147 V Min ‑2.05078 V

Integral: ‑3.48682 mV‑s Aperture: 2.97 ms ‑3.47860 mV‑s

Offset Corrected Integral: ‑3.39295 mV‑s

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

11:46:05 SNSI1N Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.032 1 ‑ Sqrt(t/T)

Time down: 0.88 ms tau = 0.80

Imax = +1261.05 A Imin = +12.95 A

Integration time = .00486 s

Idiff = +1244.965 Max Idot = ‑875540 A/s

Ips2 = +15.72 A Ips1 = +1260.69 A

Idiff2 = ‑1245.100 Max Idot = ‑875540 A/s

Theta is +0.10° CW dB = (774,773)(773,773)(775,776)

Vc1 Max +0.02008 V Min ‑6.56397 V

Integral: ‑3.46427 mV‑s Aperture: 2.97 ms ‑3.47300 mV‑s

Offset Corrected Integral: ‑3.46360 mV‑s

Vc2 Max +6.56990 V Min ‑0.02156 V

Integral: +3.47235 mV‑s Aperture: 2.97 ms +3.48408 mV‑s

Offset Corrected Integral: +3.47218 mV‑s

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

11:47:32 SNSI1N Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.000 Smoothed Linear

Time down: 1.00 ms

Imax = +1261.08 A Imin = +13.01 A

Integration time = .00498 s

Idiff = ‑1247.909 Max Idot = 675050 A/s

Ips2 = +1260.96 A Ips1 = +13.05 A

Idiff2 = +1247.954 Max Idot = 675050 A/s

Theta is +0.05° CW dB = (775,777)(759,759)(774,775)

Vc1 Max +2.04868 V Min ‑0.04688 V

Integral: +3.47246 mV‑s Aperture: 2.97 ms +3.46785 mV‑s

Offset Corrected Integral: +3.40299 mV‑s

Vc2 Max +0.04621 V Min ‑2.05529 V

Integral: ‑3.48535 mV‑s Aperture: 2.97 ms ‑3.47844 mV‑s

Offset Corrected Integral: ‑3.40639 mV‑s

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

11:47:32 SNSI1N Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.000 Smoothed Linear

Time down: 1.00 ms

Imax = +1261.08 A Imin = +13.01 A

Integration time = .00498 s

Idiff = +1242.878 Max Idot = ‑1.293E+6 A/s

Ips2 = +17.75 A Ips1 = +1260.63 A

Idiff2 = ‑1243.208 Max Idot = ‑1.293E+6 A/s

Theta is +0.10° CW dB = (772,771)(760,760)(775,776)

Vc1 Max +0.02556 V Min ‑3.98739 V

Integral: ‑3.45557 mV‑s Aperture: 2.97 ms ‑3.47299 mV‑s

Offset Corrected Integral: ‑3.40509 mV‑s

Vc2 Max +3.99185 V Min ‑0.02512 V

Integral: +3.46408 mV‑s Aperture: 2.97 ms +3.48382 mV‑s

Offset Corrected Integral: +3.41329 mV‑s

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

11:47:32 SNSI1N Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.000 Smoothed Linear

Time down: 1.00 ms

Imax = +1261.08 A Imin = +13.01 A

Integration time = .00498 s

Idiff = ‑1247.909 Max Idot = 675050 A/s

Ips2 = +1260.96 A Ips1 = +13.05 A

Idiff2 = +1247.954 Max Idot = 675050 A/s

Theta is +0.05° CW dB = (775,777)(759,759)(774,775)

Vc1 Max +2.04868 V Min ‑0.04688 V

Integral: +3.47246 mV‑s Aperture: 2.97 ms +3.46785 mV‑s

Offset Corrected Integral: +3.40299 mV‑s

Vc2 Max +0.04621 V Min ‑2.05529 V

Integral: ‑3.48535 mV‑s Aperture: 2.97 ms ‑3.47844 mV‑s

Offset Corrected Integral: ‑3.40639 mV‑s

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

11:47:32 SNSI1N Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.000 Smoothed Linear

Time down: 1.00 ms

Imax = +1261.08 A Imin = +13.01 A

Integration time = .00498 s

Idiff = +1242.878 Max Idot = ‑1.293E+6 A/s

Ips2 = +17.75 A Ips1 = +1260.63 A

Idiff2 = ‑1243.208 Max Idot = ‑1.293E+6 A/s

Theta is +0.10° CW dB = (772,771)(760,760)(775,776)

Vc1 Max +0.02556 V Min ‑3.98739 V

Integral: ‑3.45557 mV‑s Aperture: 2.97 ms ‑3.47299 mV‑s

Offset Corrected Integral: ‑3.40509 mV‑s

Vc2 Max +3.99185 V Min ‑0.02512 V

Integral: +3.46408 mV‑s Aperture: 2.97 ms +3.48382 mV‑s

Offset Corrected Integral: +3.41329 mV‑s

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

11:48:05 SNSI1N Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.033 Exponential Drop

Time down: 1.40 ms tau = 0.20

Imax = +1260.96 A Imin = +13.07 A

Integration time = .00538 s

Idiff = ‑1247.518 Max Idot = 686320 A/s

Ips2 = +1260.72 A Ips1 = +13.20 A

Idiff2 = +1247.683 Max Idot = 686320 A/s

Theta is +0.12° CW dB = (776,776)(776,776)(775,774)

Vc1 Max +2.05112 V Min ‑0.03491 V

Integral: +3.47610 mV‑s Aperture: 2.97 ms +3.46765 mV‑s

Offset Corrected Integral: +3.47468 mV‑s

Vc2 Max +0.03247 V Min ‑2.05623 V

Integral: ‑3.48672 mV‑s Aperture: 2.97 ms ‑3.47815 mV‑s

Offset Corrected Integral: ‑3.48592 mV‑s

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

11:48:05 SNSI1N Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.033 Exponential Drop

Time down: 1.40 ms tau = 0.20

Imax = +1260.96 A Imin = +13.07 A

Integration time = .00538 s

Idiff = +1247.293 Max Idot = ‑588700 A/s

Ips2 = +13.67 A Ips1 = +1260.96 A

Idiff2 = ‑1247.353 Max Idot = ‑588700 A/s

Theta is +0.12° CW dB = (775,775)(775,774)(776,776)

Vc1 Max +0.01865 V Min ‑8.58119 V

Integral: ‑3.47019 mV‑s Aperture: 2.97 ms ‑3.47304 mV‑s

Offset Corrected Integral: ‑3.46819 mV‑s

Vc2 Max +8.58324 V Min ‑0.01801 V

Integral: +3.48076 mV‑s Aperture: 2.97 ms +3.48412 mV‑s

Offset Corrected Integral: +3.47894 mV‑s

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

11:49:56 SNSI1N Up Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.034 1 ‑ Sqrt(t/T)

Time down: 1.21 ms tau = 1.10

Imax = +1260.87 A Imin = +12.95 A

Integration time = .00518 s

Idiff = ‑1247.563 Max Idot = 686320 A/s

Ips2 = +1260.61 A Ips1 = +13.05 A

Idiff2 = +1247.683 Max Idot = 686320 A/s

Theta is +0.13° CW dB = (776,776)(759,759)(775,774)

Vc1 Max +2.04171 V Min ‑0.04569 V

Integral: +3.47185 mV‑s Aperture: 2.97 ms +3.46781 mV‑s

Offset Corrected Integral: +3.39955 mV‑s

Vc2 Max +0.04313 V Min ‑2.05078 V

Integral: ‑3.48503 mV‑s Aperture: 2.97 ms ‑3.47826 mV‑s

Offset Corrected Integral: ‑3.41171 mV‑s

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

11:49:56 SNSI1N Down Ramp Aperture =1.E‑5

n:\\raw\\SNSinj\\SNSI1N.034 1 ‑ Sqrt(t/T)

Time down: 1.21 ms tau = 1.10

Imax = +1260.87 A Imin = +12.95 A

Integration time = .00518 s

Idiff = +1245.566 Max Idot = ‑750890 A/s

Ips2 = +15.06 A Ips1 = +1260.63 A

Idiff2 = ‑1245.581 Max Idot = ‑750890 A/s

Theta is +0.08° CW dB = (774,774)(773,772)(775,776)

Vc1 Max +0.02234 V Min ‑5.69526 V

Integral: ‑3.46612 mV‑s Aperture: 2.97 ms ‑3.47255 mV‑s

Offset Corrected Integral: ‑3.46069 mV‑s

Vc2 Max +5.70565 V Min ‑0.02346 V

Integral: +3.47469 mV‑s Aperture: 2.97 ms +3.48351 mV‑s

Offset Corrected Integral: +3.46776 mV‑s

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