Atec Agilent-3577A - Manual (Page 3)

Display: 0.01 deg/div to 200 deg/div (0.00018 rad/div to 3.49
rad/div)
Accuracy (at 100 kHz, 25°C,
and Full Scale Input)
± 2.0°
Error
Input Level Relative
to Full Scale Input
Dynamic Accuracy
± .4 deg
± .2 deg
± .5 deg
± 1.5 deg
± 7.5 deg
0 dB to -10 dB
-10 dB to -50 dB
-50 dB to -60 dB
-60 dB to -80 dB
-80 dB to -100 dB
Reference Level Resolution 0.01°
Temperature Stability Typically <± 0.05 deg/°C
Time Stability Typically <± 0.05°/hour at 25°C
POLAR DISPLAY
CHARACTERISTICS
Range, Resolution, Display Units, Dynamic Accuracy, Frequency
Response, Uncertainty, Crosstalk, Reference Level, and Stability
specifications are the same as the corresponding magnitude and
phase characteristics.
Full Scale Magnitude Range
Absolute (A, B, R): 0.1 nV to 10 V
Ratio (A/R, B/R, A/B): 10
-10
to 10
20
REAL, IMAGINARY
DISPLAY
CHARACTERISTICS Range, Dynamic Accuracy, Frequency Response, Uncertainty,
Crosstalk, Stability specifications are the same as the
corresponding magnitude and phase characteristics.
DELAY CHARACTERISTICS
Range 1 ps to 20,00s
Resolution .01ns/div to 1000s/div
Normalized Accuracy
Dynamic Phase Accuracy +2nS
360 X Aperture [Hz]
Aperture Range 0.5% to 16% of frequency span
Reference Level ± 10
3
S
GENERAL DISPLAY CHARACTERISTICS
Traces
No. Traces
Two simultaneous traces may be present with a rectangular
graticule. One trace with polar or Smith graticules.
Markers: Each trace has one main marker and an offset marker.
Markers indicate data at corresponding trace coordinates in the
same units as used to set the Reference Level. Markers can be
used to modify certain display parameters. Marker resolution is
the same as horizontal display function.
Graticules
Rectangular Graticule 0% to 100% full scale deflection on 0.05% increments.