Campbell Scientific TDR100 Time Domain Reflectometry Systems - Manual (Page 48)

TDR100
;Apply Topp's 3rd order polynomial:
8: Polynomial (P55)
1: 1
Reps
2: 4 X Loc [ WC_CH3 ]
3: 4 F(X) Loc [ WC_CH3 ]
4: -0.053 C0
5: .292
C1
6: -0.055 C2
7: 0.0043 C3
8: 0.0
C4
9: 0.0 C5
;Measure Electrical Conductivity on the same CS610 TDR probe connected to Channel 3.
9: TDR100 Measurement (P119)
1: 0
SDM Address
2: 3 Electrical Conductivity
3: 3001 MMMP Mux & Probe Selection
4: 4 Waveform Averaging
5: 1 Vp
6: 250 Points
7: 9.5 Cable Length (meters)
8: 5 Window Length (meters)
9: .3 Probe Length (meters)
10: .085 Probe Offset (meters)
11: 5 Loc [ EC_CH3 ]
12: 1.74 Mult ;units = Siemens/meter
13: 0.0 Offset
;Get the raw waveform for the CS610 probe on Channel 3.
;When creating this program in Edlog, the user must reserve 259 input locations
;for data storage. How? In Edlog click on
;"Edit", select "Input Labels". In the Input Location Editor click on "Edit", select
;"Insert Block", and identify 259 input storage location for the captured waveform.
;Note: 9 parameter elements + 250 waveform data points = 259 input location/waveform.
10: TDR100 Measurement (P119)
1: 0
SDM Address
2: 1 Waveform (256 locs)
3: 3001 MMMP Mux & Probe Selection
4: 4 Waveform Averaging
5: 1 Vp
6: 250 Points
7: 9.5 Cable Length (meters)
8: 5 Window Length (meters)
9: .3 Probe Length (meters)
10: .085 Probe Offset (meters)
11: 11 Loc [ WF_1 ]
12: 1.0 Mult
13: 0.0 Offset
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