d2:quick_start_opls
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d2:quick_start_opls [2018/12/10 16:49] – [D2-150 Alignment] Michael Radunsky | d2:quick_start_opls [2021/08/26 15:26] (current) – external edit 127.0.0.1 | ||
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At this point you should have two lasers temperature stabilized and running at their operating current. The two lasers should be within a few GHz of the same frequency of each other. (If unsure of the laser frequency, you can use a spectroscopy module to get one laser on transition and then temporarily move the spectroscopy module to the other laser to get it near the same transition.) | At this point you should have two lasers temperature stabilized and running at their operating current. The two lasers should be within a few GHz of the same frequency of each other. (If unsure of the laser frequency, you can use a spectroscopy module to get one laser on transition and then temporarily move the spectroscopy module to the other laser to get it near the same transition.) | ||
- | ===== D2-150 Alignment ===== | + | ===== D2-250 or D2-150 Alignment ===== |
//This section assumes you are using the [[d2: | //This section assumes you are using the [[d2: | ||
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<WRAP right round box 450px>< | <WRAP right round box 450px>< | ||
- | Plug the fiber into either the D2-160 or D2-135-FC (obsolete). If using the D2-160, use a short RF SMA cable to connect the D2-160 to the D2-135-SMA. Look at the D2-135' | + | Plug the fiber into either the D2-160 or D2-135-FC (obsolete). If using the D2-160, use a short RF SMA cable to connect the D2-160 to the D2-135-SMA. Look at the D2-135' |
===== D2-135 Locking ===== | ===== D2-135 Locking ===== | ||
d2/quick_start_opls.1544460574.txt.gz · Last modified: 2021/08/26 14:26 (external edit)