Anritsu Spectrum Master MS2711D Programming Manual page 88

38) Reference Level Maximum
39) Reference Level Maximum
40) Reference Level Maximum (Lowest byte)
41) Scale Minimum
42) Scale Minimum
43) Scale Minimum
44) Scale Minimum (Lowest byte)
45) Scale Maximum
46) Scale Maximum
47) Scale Maximum
48) Scale Maximum (Lowest byte)
49) Marker Minimum
50) Marker Minimum (Lower byte)
51) Marker Maximum
52) Marker Maximum (Lower byte)
53) Limit Y Minimum
54) Limit Y Minimum
55) Limit Y Minimum
56) Limit Y Minimum (Lowest byte)
57) Limit Y Maximum
58) Limit Y Maximum
59) Limit Y Maximum
60) Limit Y Maximum (Lowest byte)
61) Attenuation Minimum
62) Attenuation Maximum
63) Amplitude Units Minimum
64) Amplitude Units Maximum
65) Detection Algorithm Minimum
66) Detection Algorithm Maximum
67) External Reference Frequency Minimum
68) External Reference Frequency Minimum
69) External Reference Frequency Minimum
70) External Reference Frequency Minimum (Lowest byte)
71) External Reference Frequency Maximum
72) External Reference Frequency Maximum
73) External Reference Frequency Maximum
74) External Reference Frequency Maximum (Lowest byte)
75) Trigger Type Minimum
76) Trigger Type Maximum
77) Sweep Average Minimum
78) Sweep Average Maximum
79) Trace Math Minimum
80) Trace Math Maximum
81-200) Not Used
427
Value sent as (value * 1000)
428
Value sent as (value * 1000)
429
Value sent as data point on the display. Equivalent frequency = (point * span / ( # data points – 1 ) ) + start
frequency.
430
Value sent as data point on the display. Equivalent frequency = (point * span / ( # data points – 1 ) ) + start
frequency.
431
Value sent as (value * 1000) + 270,000
432
Value sent as (value * 1000) + 270,000
433
Reference frequency in MHz
434
Reference frequency in MHz
87
427
(Highest byte)
428
(Highest byte)
429
(Higher byte)
430
(Higher byte)
431
(Highest byte)
432
(Highest byte)
433
434
(Highest byte)
(Highest byte)