f8e318cd-d2b0-408e-9d44-7cb7a7c4bcc3 12 1000 10000
f8e318cd-d2b0-408e-9d44-7cb7a7c4bcc3.dat 16 122636.7(3258)/mV 0 0 0 -11137 0 I
f8e318cd-d2b0-408e-9d44-7cb7a7c4bcc3.dat 16 33715.2(-24970)/mV 0 0 0 -28449 0 II
f8e318cd-d2b0-408e-9d44-7cb7a7c4bcc3.dat 16 31967.8(-23576)/mV 0 0 0 -24415 0 III
f8e318cd-d2b0-408e-9d44-7cb7a7c4bcc3.dat 16 68220.2(24453)/mV 0 0 0 9150 0 AVR
f8e318cd-d2b0-408e-9d44-7cb7a7c4bcc3.dat 16 60400(22273)/mV 0 0 0 -12971 0 AVL
f8e318cd-d2b0-408e-9d44-7cb7a7c4bcc3.dat 16 32900.7(-24233)/mV 0 0 0 4687 0 AVF
f8e318cd-d2b0-408e-9d44-7cb7a7c4bcc3.dat 16 49459.6(21175)/mV 0 0 0 -4619 0 V1
f8e318cd-d2b0-408e-9d44-7cb7a7c4bcc3.dat 16 40328.6(10334)/mV 0 0 0 19943 0 V2
f8e318cd-d2b0-408e-9d44-7cb7a7c4bcc3.dat 16 33607.2(-10817)/mV 0 0 0 28790 0 V3
f8e318cd-d2b0-408e-9d44-7cb7a7c4bcc3.dat 16 29126.2(-26942)/mV 0 0 0 -12490 0 V4
f8e318cd-d2b0-408e-9d44-7cb7a7c4bcc3.dat 16 35604.2(-26091)/mV 0 0 0 -11410 0 V5
f8e318cd-d2b0-408e-9d44-7cb7a7c4bcc3.dat 16 41526.5(-25240)/mV 0 0 0 -5089 0 V6