Agilent Technologies 81689A Stud Sensor User Manual


 
Performance Test Instructions Performance Tests
Agilent 81480A and 81680A, 40A, 82A, 42A, & 89A Tunable Laser Modules Users Guide, Sixth Edition 63
5 Press the key beside the laser output to switch on the laser output.
6 Wait until the wavelength meter has settled, then, note the
wavelength displayed on the wavelength meter in the test record.
7 Increase the wavelength setting of Tunable Laser module by the
steps shown in the test record.
8 Repeat steps 6 and 7 up to the maximum wavelength values shown
in Table Table 7.
9 Repeat steps 4 through 8 another 4 times.
10 From each repetition of the measurements, pick the maximum and
minimum deviations, and note these values in the test record.
11 Determine the Relative Wavelength Accuracy Summary of all
repetitions:
a Pick the largest Maximum Deviation, and note it as the Largest
Maximum Deviation in the test record.
b Pick the smallest Minimum Deviation, and note it as the Smallest
Minimum Deviation in the test record.
Table 6 Initial Wavelength and Power Settings for Relative Wavelength Accuracy Tests
Module Wavelength [λ] Power [P]
Agilent 81480A 1370.200 nm 3.00 dBm
Agilent 81680A 1460.000 nm 3.00 dBm
Agilent 81640A 1510.000 nm 3.00d Bm
Agilent 81682A 1460.000 nm 3.00 dBm
Agilent 81682A (#003) 1460.000 nm 4.50 dBm
Agilent 81642A 1510.000 nm 3.00 dBm
Agilent 81642A (#003) 1510.000 nm 4.50 dBm
Agilent 81689A 1525.000 nm 3.00 dBm
Table 7 Maximum Wavelength for Relative Wavelength Accuracy Tests
Tunable Laser Module Maximum Wavelength Value
Agilent 81480A 1480 nm
Agilent 81680A 1580 nm
Agilent 81640A 1640 nm
Agilent 81682A 1580 nm
Agilent 81642A 1640 nm
Agilent 81689A 1575 nm