Model SMM 770 Scanning Magnetic Microscope System
TRISTAN TECHNOLOGIES --Page
70
2.45e-5, 2.45e-5, 2.45e-5, 2.45e-5, 2.45e-5, 2.45e-5, 2.45e-5, 2.45e-5, 2.45e-5;
2.45e-5, 2.45e-5, 2.45e-5, 2.45e-5, 2.45e-5, 2.45e-5, 2.45e-5, 2.45e-5, 2.45e-5;
2.45e-5, 2.45e-5, 2.45e-5, 2.45e-5, 2.45e-5, 2.45e-5, 2.45e-5, 2.45e-5, 2.45e-5;
2.45e-5, 2.45e-5, 2.45e-5, 2.45e-5, 2.45e-5, 2.45e-5, 2.45e-5, 2.45e-5, 2.45e-5;
2.45e-5, 2.45e-5, 2.45e-5, 2.45e-5, 2.45e-5, 2.45e-5, 2.45e-5, 2.45e-5, 2.45e-5;
2.45e-5, 2.45e-5, 2.45e-5, 2.45e-5, 2.45e-5, 2.45e-5, 2.45e-5, 2.45e-5, 2.45e-5;
2.45e-5, 2.45e-5, 2.45e-5, 2.45e-5, 2.45e-5, 2.45e-5, 2.45e-5, 2.45e-5, 2.45e-5;
2.45e-5, 2.45e-5, 2.45e-5, 2.45e-5, 2.45e-5, 2.45e-5, 2.45e-5, 2.45e-5, 2.45e-5;”
Measure_Time_(s)=1.0
Duration over which to measure SQUID signal. This data block is then used to calculate DC
offset, AC amplitude, and AC phase relative the the excitation sensing.
Settle_Time_(s)=0.100
Duration to wait after a discrete SloScan stage movement, and before acquisition of a block
of data for analysis.
Sample_Rate_(Hz)=1000
Data acquisition rate. Allowed values are in the range of 10 to 50000 Hz.
HighPassFilter=DC
Default iMAG high-pass filtering. Either "DC" or "0.3Hz".
LowPassFilter=off
Default iMAG low-pass filtering. Either "off", "5Hz", "500Hz", or "5kHz".
Gain=x1
Default iMAG gain. Either "x1", "x2", "x5", "x10", "x20", "x50", "x100", "x200", or "x500".
Offset=0
Default iMAG offset. Integer in the range of 0 to 100.
Slew=normal
Default iMAG slew. Either "normal" or "slow".
[Filter]
Active=FALSE
Default enable/disable of the software filtering. Either "TRUE" or "FALSE".
Topology=IIR_Butterworth
Default software filter topology. Either "IIR_Butterworth", "IIR_Chebyshev",
"IIR_InverseChebyshev", "IIR_Elliptic", "IIR_Bessel", or "FIR_Window".
Type=Lowpass
Default software filter type. Either "Lowpass", "Highpass", "Bandpass", or "Bandstop".
FIR_Window=None