READ ME File For 'DATASET for Study on the temperature dependent characteristics of O-band bismuth-doped fiber amplifier'

Dataset DOI:https://doi.org/10.5258/SOTON/D1002 

ReadMe Author: Yu Wang, Naresh K Thipparapu, Siyi WANG, Pranabesh BARUA, David J Richardson, Jayanta Sahu, University of Southampton

This dataset supports the publication:
Yu Wang, Naresh K Thipparapu, Siyi WANG, Pranabesh BARUA, David J Richardson, Jayanta Sahu. (2019)
Study on the temperature dependent characteristics of O-band bismuth-doped fiber amplifier. Optics Letters

Description:
The excel file contains all experimental data used for generating Fig.2 to Fig.7

The figures are as follows:

Fig. 2 (a). Temperature dependent gain and NF characteristics of BDF-1 in the single pass BDFA for -10 dBm signal powers (fiber length = 210 m, total launched pump power = 771 mW)

Fig. 2 (b). Temperature dependent gain and NF characteristics of BDF-1 in the single pass BDFA for -23 dBm signal powers (fiber length = 210 m, total launched pump power = 771 mW)

Fig. 3 (a). Temperature dependent gain and NF characteristics of BDF-1 in the double pass BDFA for -10 dBm signal powers (fiber length = 210 m, total launched pump power = 771 mW)

Fig. 3 (b). Temperature dependent gain and NF characteristics of BDF-1 in the double pass BDFA for -23 dBm signal powers (fiber length = 210 m, total launched pump power = 771 mW)

Fig. 4. The gain and NF variation with pump power of BDF-1 in the double pass BDFA at +20 and -60 ºC (fiber length = 210 m)

Fig. 5. The gain and NF variation with signal power of BDF-1 in the double pass BDFA at +20 and -60 ºC (fiber length = 210 m)

Fig. 6 (a). Temperature dependent gain and NF characteristics of BDF-2 (fiber length = 240 m) in the double pass BDFA for a signal power of -10 dBm

Fig. 6 (b). Temperature dependent gain and NF characteristics of BDF-3 (fiber length = 300 m) in the double pass BDFA for a signal power of -10 dBm

Fig. 7. The gain and NF variation with temperature of BDF-1, BDF-2, BDF-3 at 1330 nm, in the double pass BDFA for a signal power of -10 dBm. The dashed lines were used to calculate the TDG coefficient (dB/ºC).

Date of data collection 2019-04-01 to 2019-07-31

Related projects:
UK Engineering and Physical Sciences Research Council (EPSRC) under the “Airguide Photonics” Programme Grant (EP/P030181/1) 

Dataset available under a CC BY 4.0 licence

Publisher: University of Southampton, U.K.

Date: Oct 2019