Datasheet for #sbcw6269 UP Recommendations
Contents
1. sbcw6269 UP 30C 0 47A 30C 0 44A 30C 0 41A 30C 0 38A 30C 0 35A 30C 0 32A 7 Spectral density normalized to 1 0 2990 1991 1992 1993 1994 1995 1996 1997 Wavenumber cm 1 Figure 6 spectra at 30C for various DC currents all monomode on mode 1 up to 0 474 see Fig 2 amp 3 sbcw6269 UP lt i S 20C 0 34A ho T 20C 0 41A 20C 0 3dA 20C 0 3dA gt gt P 9 U KR Oo o Spectral density normalized to 1 o o O A m o ILLLB A B L L 0 838 1989 1990 1991 1992 1993 1994 1995 Wavenumber cm 1 Figure 7 spectra at 20C for various DC currents monomode on mode 1 up to 0 444 then bimode see Fig 2 amp 3 6 sbcw6269 UP sbcw6269 UP 10C 0 47A 10C 0 44A 10C 0 41A 7 10C 0 39A 10C 0 37A Spectral density normalized to 1 0 2986 1987 1988 1989 1990 1991 1992 1993 1994 Wavenumber cm 1 Figure 8 spectra at 10C for various DC currents monomode on mode 1 up to 0 444 then bimode see Fig 2 amp 3 sbcw6269 UP 1 2 4 0C 0 47A 0C 0 44A 0C 0 42A 0C 0 4A Spectral density normalized to 1 a EEEE I E 0 5 984 1985 1986 1987 1988 1989 1990 1991 1992 1993 Wavenumber cm 1 Figure 9 spectra at 0C for various DC cur2. 1 Figure 2 Output power as a function of the singlemode emission frequencies and tem peratures sbcw6269 UP 0 48 T T T T T T T T 30C 20C 0 46 L LOEO 10C 0 44 n m 4 0 42 n J T 0 4L 0 38 4 0 36 4 0 34 A 4 0 35985 1986 1987 1988 1989 1990 1991 1992 1993 1994 1995 Frequency cm 1 Figure 3 Applied DC current as a function of singlemode emission frequencies and tem peratures 2 sbcw6269 UP Ajam v cm P mW Temp C Uraszn V TA 5012 5 1995 0 2 30 9 7 0 32 5014 1994 4 1 3 30 9 9 0 35 5015 5 1993 8 2 8 30 10 1 0 38 5017 2 1993 1 4 7 30 10 3 0 41 5018 9 1992 5 6 9 30 10 5 0 44 5020 8 1991 7 9 2 30 10 7 0 47 5017 4 1993 0 20 9 7 0 34 5018 4 1992 7 0 6 20 9 8 0 36 5019 5 1992 2 1 3 20 9 9 0 38 5021 2 1991 6 2 5 20 10 1 0 41 5022 9 1990 9 0 10 9 7 0 37 5024 1990 4 0 7 10 9 8 0 39 5025 2 1990 1 5 10 10 0 41 5027 1989 3 2 7 10 10 2 0 44 5028 7 1988 6 0 2 0 9 8 0 4 5029 9 1988 1 0 8 0 9 9 0 42 5034 7 1986 2 0 1 10 9 9 0 43 5036 1985 7 0 9 10 10 0 45 5022 8 1990 9 3 9 20 10 3 0 44 Table 1 singlemode optical output power as function of operating parameters sbcw6269 UP 12 T T T T T T T T power g0G y oL oo oL os buc e us 48 voltage 30C Rage 206 10 power 100 47 voltage 10C KO power 0C o voltage oe 16 E powe e a6 m j e E 158 2
3. AL P S Quantum Cascade Solutions Passage Max Meuron 1 3 CH 2000 Neuchatel Tel 41 32 729 95 10 LAS RS Case Postale 1766 Switzerland Fax 41 32 721 36 19 Datasheet for 7 sbcw6269 UP Recommendations Please read the User Manual and have a look at the FAQ at http www alpeslasers ch a 142 WARNING Operating the laser with higher current or voltage than speci fied in this document may cause damage and will result in loss of warranty unless Alpes Lasers has permitted to do so WARNING Beware of the polarity of the laser This laser has to be powered with negative current on the laser contact bonding pad corre sponding to the label laser on the LLH and the positive current on the base contact submount corresponding to the label base on the LLH To use with a power supply ILX Lightwave LDX 3232 or equivalent TR 5 as UI ES Emission A 9 5 15 lo sxess 4x Figure 1 Support mounting for sbcw6269 UP please note that the laser is connected to the UP pad drawned in blue 1 sbcw6269 UP sbcw6269 UP 1 0 if T T T T T T T 30C 20C 9 i 100 ms 4 0C m 10C 8 4 7 6 4 t 5 a a 4 i 3 4 2 4 1 E x ET m M T fi 9 loas 1986 1987 1988 1989 1990 1991 1992 1993 1994 1995 Frequency cm
4. o mr oo o E PON ENT J4 amp gs 9 o 6 M 198 amp E l1 2 uU LL er sn enun oer a i2 UR 1159 2 l 410 0 i l i l l l i i i 1 0 0 05 0 1 0 15 02 025 03 035 04 045 0 5 Current A Figure 4 voltage and avg power vs current in continuous wave operation the solid squares indicate the maximum singlemode emitted power 3 sbcw6269 UP sbcw6269 UP 12 T power 30 voltage 30 power 20 voltage power 1 voltage 1 power 0 voltage 0 power 1 10 Voltage V O D C A C1 o N co co Light mW avg on power meter L L C 0 005 04 015 02 025 03 035 04 045 O05 Current A Figure 5 voltage and avg power vs current in continuous wave operation including the multimode region Note at 25C Ith 315mA Vth 9 7V 2 wires measurements Maximum operation current 0 47A for all temperatures 4 7 sbcw6269 UP Figure 4 spectra at different temperatures for various DC currents Vc 0 908 VGS 0 908 V8E 0 908 Vi 8 988 V9 0 20c Vvv 0 908 V8 0 390z VLv 0 908 VLV 0 DOc VZE 0 D0L V6 0 90H VtEO BOF Vvv 0 90L viro Bal VecV O0 90 Vrv O 00 VZv 0 20 vero SOL VSv 0 904 VZv 0 904 1 2 od e O S O N O 1988 1990 1992 1994 1996 1986 0 pezijeuuou Ajisuap jesjoeds 5 sbcw6269 UP Wavenumber cm 1
5. rents monomode on mode 1 up to 0 42A then bimode see Fig 2 amp 3 7 7 sbcw6269 UP sbcw6269 UP 10C 0 47A 10C 0 45A 10C 0 43A Spectral density normalized to 1 0 2982 1984 1986 1988 1990 1992 Wavenumber cm 1 Figure 10 spectra at 10C for various DC currents monomode on mode 1 up to 0 45A then bimode see Fig 2 amp 3 8 7 sbcw6269 UP
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