c26c4406-48a8-4ed2-a0ef-0d7ab066d90c 16 1000 1169
c26c4406-48a8-4ed2-a0ef-0d7ab066d90c.dat 16 213701.4(-26572)/mV 0 0 0 -2698 0 I
c26c4406-48a8-4ed2-a0ef-0d7ab066d90c.dat 16 55180.2(-29847)/mV 0 0 0 -5865 0 II
c26c4406-48a8-4ed2-a0ef-0d7ab066d90c.dat 16 70858.5(-29708)/mV 0 0 0 -32115 0 III
c26c4406-48a8-4ed2-a0ef-0d7ab066d90c.dat 16 89309.3(29844)/mV 0 0 0 32218 0 AVR
c26c4406-48a8-4ed2-a0ef-0d7ab066d90c.dat 16 183144.1(24624)/mV 0 0 0 12364 0 AVL
c26c4406-48a8-4ed2-a0ef-0d7ab066d90c.dat 16 61970.7(-29825)/mV 0 0 0 17452 0 AVF
c26c4406-48a8-4ed2-a0ef-0d7ab066d90c.dat 16 108941.4(24982)/mV 0 0 0 9373 0 V1
c26c4406-48a8-4ed2-a0ef-0d7ab066d90c.dat 16 53020.7(1244)/mV 0 0 0 12079 0 V2
c26c4406-48a8-4ed2-a0ef-0d7ab066d90c.dat 16 40079.6(-19486)/mV 0 0 0 18801 0 V3
c26c4406-48a8-4ed2-a0ef-0d7ab066d90c.dat 16 46826.2(-28306)/mV 0 0 0 20215 0 V4
c26c4406-48a8-4ed2-a0ef-0d7ab066d90c.dat 16 51096(-30206)/mV 0 0 0 10923 0 V5
c26c4406-48a8-4ed2-a0ef-0d7ab066d90c.dat 16 57566.6(-29099)/mV 0 0 0 -10166 0 V6
c26c4406-48a8-4ed2-a0ef-0d7ab066d90c.dat 16 56037.4(-32782)/mV 0 0 0 -31423 0 VCGMAG
c26c4406-48a8-4ed2-a0ef-0d7ab066d90c.dat 16 70555.6(-29710)/mV 0 0 0 -25707 0 vx
c26c4406-48a8-4ed2-a0ef-0d7ab066d90c.dat 16 84231.6(-30006)/mV 0 0 0 16135 0 vy
c26c4406-48a8-4ed2-a0ef-0d7ab066d90c.dat 16 123998.2(-4758)/mV 0 0 0 -18004 0 vz