c6dc3d0c-0c2f-476e-ad10-112e53be3e5c 12 1000 10000
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c6dc3d0c-0c2f-476e-ad10-112e53be3e5c.dat 16 29207.4(-26378)/mV 0 0 0 -25440 0 II
c6dc3d0c-0c2f-476e-ad10-112e53be3e5c.dat 16 29873(-25859)/mV 0 0 0 -4321 0 III
c6dc3d0c-0c2f-476e-ad10-112e53be3e5c.dat 16 56071.9(25758)/mV 0 0 0 -17582 0 AVR
c6dc3d0c-0c2f-476e-ad10-112e53be3e5c.dat 16 57549.1(22624)/mV 0 0 0 -22501 0 AVL
c6dc3d0c-0c2f-476e-ad10-112e53be3e5c.dat 16 29678.6(-26405)/mV 0 0 0 19321 0 AVF
c6dc3d0c-0c2f-476e-ad10-112e53be3e5c.dat 16 53497.1(25077)/mV 0 0 0 21316 0 V1
c6dc3d0c-0c2f-476e-ad10-112e53be3e5c.dat 16 47019.9(9257)/mV 0 0 0 15355 0 V2
c6dc3d0c-0c2f-476e-ad10-112e53be3e5c.dat 16 46914.7(-23091)/mV 0 0 0 -9168 0 V3
c6dc3d0c-0c2f-476e-ad10-112e53be3e5c.dat 16 25296.6(-25573)/mV 0 0 0 -11442 0 V4
c6dc3d0c-0c2f-476e-ad10-112e53be3e5c.dat 16 28035.9(-24707)/mV 0 0 0 13766 0 V5
c6dc3d0c-0c2f-476e-ad10-112e53be3e5c.dat 16 35909(-24463)/mV 0 0 0 22502 0 V6