|
Size: 1371
Comment:
|
Size: 1386
Comment:
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| Deletions are marked like this. | Additions are marked like this. |
| Line 6: | Line 6: |
| || EOSpace Ultra-Low Loss || [[https://www.eospace.com/phase-modulator|EOSpace]]|| ??? || ??? || 5 V || 3 dB || ??? || || AdvR-Inc KTP Custom Modulator || [[http://www.advr-inc.com/ktpmodulators/|AdvR-Inc]] || ??? || 8 V || 4 dB || 250 mW || |
|| EOSpace Ultra-Low Loss || [[https://www.eospace.com/phase-modulator|EOSpace]] || ??? || ??? || 5 V || 3 dB || ??? || || AdvR-Inc KTP Custom Modulator || [[http://www.advr-inc.com/ktpmodulators/|AdvR-Inc]] || ??? || ??? || 8 V || 4 dB || 250 mW || |
The 40-meter 1064nm fiber laser needs an EOM and amplifier for controlling the laser frequency. This is a table of potential fiber EOMs and some interesting parameters.
Fiber EOM Name |
Webpage |
Datasheet |
Cost |
Pi Phase Voltage (V_pi) |
Attenuation (Loss) |
Max Continuous Power Capacity |
Jenoptik |
??? |
6 V |
4 dB |
300 mW |
||
iXblue NIR-MPX-LN-2 |
??? |
3 V |
3 dB |
100 mW |
||
EOSpace Ultra-Low Loss |
??? |
??? |
5 V |
3 dB |
??? |
|
AdvR-Inc KTP Custom Modulator |
??? |
??? |
8 V |
4 dB |
250 mW |
|
Optilab PM-1064-15 |
??? |
8.1 V |
3.5 dB |
40 mW |