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| * After talking with NeoLase, one candidate is the NeoVan-2S-HP. Quote and specs: [[attachment:NeoLase_Quote_Spec.pdf|Quote|]]. | * After talking with NeoLase, one candidate is the NeoVan-2S-HP. Quote and specs: [[attachment:NeoLase_QuoteSpec.pdf|Quote|]]. Paper about this amplifier performance: [[https://doi.org/10.1364/OL.44.000719 | OL.44.000719]] |
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----- ==== Power Calculation ==== P_arm = Pin * T_IMC * T_FI * alpha_MM * G_PR * T_BS * G_arm ==== Why Fiber and not Free Space ? ==== Because fiber seems to be the way of the future... |
Fiber amplifier
For investigating Ponderomotive effects, we may need ~100 kW circulating in the arm cavities. For this, we are looking at getting an amplifier to boost the 1W input we have right now. Some formal quotes / info from talking to sales reps:
After talking with NeoLase, one candidate is the NeoVan-2S-HP. Quote and specs: Quote. Paper about this amplifier performance: OL.44.000719
- Optional air cooling in case we want to avoid water cooling.
- Need to confirm that the amplifier can be integrated with out Acromag slow control system.
Quote from OpticalEngines: Quote_opticalEngines
Spoke with rep from NPphotonics - expected quote is <$30,000 for an amplifier only.
NuFern (now Coherent) does not make amplifiers anymore, only MOPA.
Power Calculation
P_arm = Pin * T_IMC * T_FI * alpha_MM * G_PR * T_BS * G_arm
Why Fiber and not Free Space ?
Because fiber seems to be the way of the future...