
Powerful Narrow Linewidth Solid State Laser 220V For Gravitational Wave Detection
Contact Person : Phoebe Yu
Phone Number : 8618620854039
WhatsAPP : +8618620854039
Minimum Order Quantity : | 1 | Price : | Negotiable |
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Packaging Details : | International Shipping Package | Delivery Time : | 90-120 Working days |
Payment Terms : | T/T | Supply Ability : | 20PCS / 90-120Working days |
Place of Origin: | CHINA | Brand Name: | JINSP |
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Certification: | CE ISO9001 | Model Number: | LN1000 LN1200 |
Detail Information |
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Wave Length: | 1064nm 532nm | Power Stability: | < 0.1% Or < 1% |
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Beam Quality: | M2<1.2 M2<1.3 | Beam Divergence: | 0.2±0.05(mrad) |
Linewidth (kHz): | 1 Or 3 | Power Supply Voltage (V): | 220 |
Highlight: | Stable Ultra Narrow Linewidth Laser,Accurate Ultra Narrow Linewidth Laser,Accurate Nonplanner Ring Oscillator Laser |
Product Description
Attribute | Value |
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Wave length | 1064nm 532nm |
Power Stability | < 0.1% or < 1% |
Beam quality | M2<1.2 M2<1.3 |
Beam Divergence | 0.2±0.05(mrad) |
Linewidth (kHz) | 1 or 3 |
Power supply voltage (V) | 220 |
The LN series of narrow linewidth lasers delivers exceptional spectral purity, long coherence length, and minimal phase noise. These precision-engineered lasers provide stable, accurate light output for demanding scientific and industrial applications.
Product code | LN1000 | LN1200 |
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Wavelength(nm) | 1064 | 532 (Including iodine stabilizing system) |
Average Power (W) | 2 | 0.01 (Maximum to 0.05, Customization required) |
Power Stability | < 0.1% | < 1% |
Beam Divergence (mrad) | 1.2 @ 3mm Beam Waist | 2.3 @ 3mm Beam Waist |
Beam Quality | M2 < 1.2 | M2 < 1.3 |
Linewidth (kHz) | 1 | 3 |
Polarization | Linear | |
Power supply voltage (V) | 220 | |
Warm-up Time (min) | ~ 5 | ~ 10 |
Storage Temperature (°C) | -10 °C ~ 50°C |
High-power 1064nm narrow linewidth sources enhance interferometer coherence coefficients, enabling atomic-scale measurement precision within 300mm ranges. The exceptional wavelength stability significantly improves measurement accuracy for ultra-precision laser interferometers.
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