EXFO PM-1600 High-Speed Power Meter - Manual (Page 76)

Performing Typical Tests with Your PM-1600
66 PM-1600
Using the Analog Output
The user interface can be used to determine the operating power levels
and to optimize the analog output range. Choose the optimum power
range for your application. The following table provides the voltage vs.
power information for each available manual range.
Manual Range Power vs. Voltage a
a. At 1310 nm.
LR1, HR1 2.15 V ± 25 %
b
at 18.30 dBm
c
b. Large uncertainty is due to detector responsivity at 1310 nm.
c. Not guaranteed due to detector saturation.
LR2, HR2 2.15 V ± 25 % b at 9.90 dBm c
LR3, HR3 2.15 V ± 25 %
b
at −10.09 dBm
LR4, HR4 2.15 V ± 25 % b at −29.87 dBm
LR5 2.15 V ±25%
b
at −49.61 dBm or at 44.94
dBm for PM-16XXW models
LR6 2.15 V ±25%
b
at -69.61 dBm or at 64.10
dBm for PM-16XXW models
Performing Typical Tests with Your PM-1600
66 PM-1600
Using the Analog Output
The user interface can be used to determine the operating power levels
and to optimize the analog output range. Choose the optimum power
range for your application. The following table provides the voltage vs.
power information for each available manual range.
Manual Range Power vs. Voltage a
a. At 1310 nm.
LR1, HR1 2.15 V ± 25 %
b
at 18.30 dBm
c
b. Large uncertainty is due to detector responsivity at 1310 nm.
c. Not guaranteed due to detector saturation.
LR2, HR2 2.15 V ± 25 % b at 9.90 dBm c
LR3, HR3 2.15 V ± 25 %
b
at −10.09 dBm
LR4, HR4 2.15 V ± 25 % b at −29.87 dBm
LR5 2.15 V ±25%
b
at −49.61 dBm or at 44.94
dBm for PM-16XXW models
LR6 2.15 V ±25%
b
at -69.61 dBm or at 64.10
dBm for PM-16XXW models