d3fdcdd7-db28-40d1-8827-7f1dc7ed1fd3 16 1000 1406
d3fdcdd7-db28-40d1-8827-7f1dc7ed1fd3.dat 16 161740.7(-9126)/mV 0 0 0 -17829 0 I
d3fdcdd7-db28-40d1-8827-7f1dc7ed1fd3.dat 16 36097.2(-27248)/mV 0 0 0 21041 0 II
d3fdcdd7-db28-40d1-8827-7f1dc7ed1fd3.dat 16 36305.8(-26871)/mV 0 0 0 12968 0 III
d3fdcdd7-db28-40d1-8827-7f1dc7ed1fd3.dat 16 69666.6(26898)/mV 0 0 0 -28267 0 AVR
d3fdcdd7-db28-40d1-8827-7f1dc7ed1fd3.dat 16 69904(24854)/mV 0 0 0 11100 0 AVL
d3fdcdd7-db28-40d1-8827-7f1dc7ed1fd3.dat 16 36357.8(-27243)/mV 0 0 0 -22034 0 AVF
d3fdcdd7-db28-40d1-8827-7f1dc7ed1fd3.dat 16 88859.2(10153)/mV 0 0 0 -5410 0 V1
d3fdcdd7-db28-40d1-8827-7f1dc7ed1fd3.dat 16 24935.8(10802)/mV 0 0 0 -812 0 V2
d3fdcdd7-db28-40d1-8827-7f1dc7ed1fd3.dat 16 30465.5(2281)/mV 0 0 0 -1928 0 V3
d3fdcdd7-db28-40d1-8827-7f1dc7ed1fd3.dat 16 24987.9(-18825)/mV 0 0 0 32223 0 V4
d3fdcdd7-db28-40d1-8827-7f1dc7ed1fd3.dat 16 33604.3(-28649)/mV 0 0 0 -12082 0 V5
d3fdcdd7-db28-40d1-8827-7f1dc7ed1fd3.dat 16 43904.8(-25525)/mV 0 0 0 7046 0 V6
d3fdcdd7-db28-40d1-8827-7f1dc7ed1fd3.dat 16 43537(-32777)/mV 0 0 0 -29206 0 VCGMAG
d3fdcdd7-db28-40d1-8827-7f1dc7ed1fd3.dat 16 65002.1(-27525)/mV 0 0 0 22018 0 vx
d3fdcdd7-db28-40d1-8827-7f1dc7ed1fd3.dat 16 51665.2(-29082)/mV 0 0 0 -13495 0 vy
d3fdcdd7-db28-40d1-8827-7f1dc7ed1fd3.dat 16 59622.9(-5768)/mV 0 0 0 -12595 0 vz