Fluke 6060B Instruction Manual page 73

INSTALLATION AND OPERATION
To convert hexadecimal numbe
(Since the most significant digit is F, the number is negative.)
Using Step d; 16 4
FF9C is -· · 1 00.
2. Amplitude qua
Example:
The Displayed Amplitude (in this figure) is -100 with a resolution of A.
3. If the Relative Amplitude mode is off, the data stored in the reference a
4 . I f the Relative Frequency mode is off, the data stored i n the reference frequency
5 . F M and F M Step quantities have a number and a resolution associated with
6. The checksum data is calculated by adding the data in the learn string, two
The memory location code must be an unsigned integer indicating the memory
location to be learned. Memory location
settings. Memory location
Table 2-3.
2-52
((((( 15 . 1 6) + 1 5) . 1 6) + 9) . 16)
65536, 65436 - 65536
=
n
This applies to the D
tities have a number and a resolution associated with them
splayed Amplitude, Reference Amplitude, and Amplitude
i
Step.
Use the following procedure to identify the resolution of an amplitude quantity:
If
a. the resolution is A or B (hexadecimal), the resolution of the number is 0. 1
dBm or 0. 1 dB units.
a. The actual displayed amplitude is -10.0 dBm.
n
b. If the stored resolutio is 0 through 9 (hexadecimal), the amplitude quantity
is in volts. To convert the number to the actual amplitude in nanovolts,
multiply the amplitude number by the power of ten represented by the
resolution.
Example: An Amplitude Step of 12, with a resolution of 6 would be an
actual amplitude step of 12,000,000 nV or 1 2 mY.
location is not used.
location is not used.
them. To convert the number to the FM quantit
the power of ten represented by the resolution. If the Low-Rate FM option is
installed, the FM quantity, adjusted by the resolution, has a resolution of 0. 1 Hz.
Example: The FM number (in this figure) is 500, with a resolution of 10 Hz. The
actual FM deviation is 5000 Hz.
hexadecimal digits at a time. The total, inclu
to a number whose least significant two hexadecimal di
98
re f ers to the Instrument Preset State as listed in
r
FF9C:
+
12 65436
=
-100. The signed decimal equivalent to
=
y
in Hz, multiply the number by
di g
the checksum, should add up
n
NOTE
99
re fers to the current instrument
.
m
plitude
g
its are 0 l .
I