Giga-tronics 58542 - Page 245

Power Sensors
Publication 21555, Rev. E, September 2002 B-11
2. (Optional) DIAG:SENS<1 OR 2>:EEPROM:CALFR?
a.) Query sensor 1 (or 2) standard cal factor start frequency, number of standard frequencies and
number of special frequencies.
b.) Read the standard cal from the input buffer and extract the start frequency and number of
standard frequencies.
c.) Calculate and set the frequencies of the cal factor table.
3.
DIAG:SENS<1 or 2>:EEPROM:CALFST?
a.) Query sensor 1 (or 2) standard cat factor table.
b.) Read the standard cal from the input buffer and extract the standard cal factor; e.g., INPUT
(GPIB address).
c.) DIAG:SENS<1 OR 2>:EEPROM:CALFSTspace”0.02,
0.03,0.04,0.05,0.06,0.07,0.08,0.09,0.10,0.11,0.12,0.13,0.14,0.15,0.16,0.17,0.18” form to
write to editor buffer.
d.) Set the sensor standard cal factor table.
e.) Make changes from the table and put them back into the table.
f.) After all changes are made, put the table back into the input buffer.
4.
DIAG:SENS<1 or 2>:EEPROM:WRITE 0
a.) Write sensor 1 (or 2) EEPROM data into the 58542 buffer. If no password has been set up,
use 0 for a password.
b.) Restore the input buffer from step 3.d above to the EEPROM buffer (e.g., OUTPUT [GPIB]
address, input buffer).
c.) Write sensor 1 (or 2) editor buffer data into the EEPROM with the password number, e.g.,
OUTPUT (GPIB address, DIAG:SENS1 (OR 2):EEPROM:WRITE 0).
d.) Editing the EEPROM routine is complete.