Privacy statement: Your privacy is very important to Us. Our company promises not to disclose your personal information to any external company with out your explicit permission.
Here you can find the related products in NLW-ECL Module (SM Fiber), we are professional manufacturer of NLW-ECL Module (SM Fiber). We focused on international export product development, production and sales. We have improved quality control processes of NLW-ECL Module (SM Fiber) to ensure each export qualified product.If you want to know more about the products in NLW-ECL Module (SM Fiber), please click the product details to view parameters, models, pictures, prices and other information about NLW-ECL Module (SM Fiber).Whatever you are a group or individual, we will do our best to provide you with accurate and comprehensive message about NLW-ECL Module (SM Fiber).
Applications: 1. Rb Atomic clock; Features: 1. Circular beam spot and low divergence angle; 2. Single-transverse-mode and linear polarization; 3. Narrow linewidth (spectral width); 4. High single mode power, up to 3mW.
Applications: 1. Coherent optical communication 2. LIDAR 3. Optical sensing and detection 4. Seeder for high power lasers 5. RF and microwave photonics 6. Spectroscopy 7. Scientific research Features & Functions: 1. Frequency-stabilised external-cavity semiconductor laser 2. Center wavelength 1064±1nm 3. Single frequency emission 4. Narrow linewidth 5. Long coherence length 6. Low phase noise & Relative intensity noise (RIN) 7. Excellent power and wavelength stability 8. SMF and PM...
Applications: 1. Rb Atomic clock; Features: 1. Circular beam spot and low divergence angle; 2. Single-transverse-mode and linear polarization; 3. Narrow linewidth (spectral width) 4. Non-Magnetic material employed. 5. Operating temperature: 50±5℃.
Applications: 1. Rb Atomic clock; Features: 1. Circular beam spot and low divergence angle; 2. Single-transverse-mode and linear polarization; 3. Narrow linewidth (spectral width) 4. Non-Magnetic material employed. 5. Operating temperature: 60±5℃.
Applications: 1. Rb Atomic clock; 2. Rb Magnetometer; 3. Quantum sensing. Features: 1. Circular beam spot and low divergence angle; 2. Single-transverse-mode and linear polarization; 3. Narrow linewidth (spectral width) 4. Non-Magnetic material employed. 5. Operating temperature: 70±5℃.
Applications: 1. Rb Atomic clock; Features: 1. Circular beam spot and low divergence angle; 2. Single-transverse-mode and linear polarization; 3. Narrow linewidth (spectral width) 4. Non-Magnetic material employed. 5. Operating temperature: 80±5℃.
Applications: 1. Rb Chip Scale Atomic Clock (CSAC). Features: 1. Circular beam spot and low divergence angle; 2. Single-transverse-mode and linear polarization; 3. Narrow linewidth (spectral width) 4. Non-Magnetic material employed. 5. High operating temperature (>85℃).
Applications: 1. Rb Magnetometer. Features: 1. Circular beam spot and low divergence angle; 2. Single-transverse-mode and linear polarization; 3. Narrow linewidth (spectral width); 4. Non-Magnetic material employed; 5. High single mode power.
Applications: 1. Rb Magnetometer. Features: 1. Circular beam spot and low divergence angle; 2. Single-transverse-mode and linear polarization; 3. Narrow linewidth (spectral width) 4. Non-Magnetic material employed. 5. High single mode power.
Applications: 1. Rb Magnetometer. Features: 1. Circular beam spot and low divergence angle; 2. Single-transverse-mode and linear polarization; 3. Narrow linewidth (spectral width) 4. Non-Magnetic material employed. 5. High single mode power.
Applications: 1. Rb Magnetometer; 2. Quantum sensing. Features: 1. Circular beam spot and low divergence angle; 2. Single-transverse-mode and linear polarization; 3. Narrow linewidth (spectral width); 4. Non-Magnetic material employed; 5. High single mode power, up to 1.5mW.
Applications: 1. Quantum sensing. Features: 1. Circular beam spot and low divergence angle; 2. Single-transverse-mode and linear polarization; 3. Narrow linewidth (spectral width); 4. Non-Magnetic material employed; 5. High single mode power, up to 3mW.
Applications: 1. Cs Atomic clock; 2. Cs Magnetometer; 3. Quantum sensing. Features: 1. Circular beam spot and low divergence angle; 2. Single-transverse-mode and linear polarization; 3. Narrow linewidth (spectral width) 4. Non-Magnetic material employed. 5. Operating temperature: 70±5℃.
Applications: 1. Cs Atomic clock; 2. Cs Magnetometer; 3. Quantum sensing. Features: 1. Circular beam spot and low divergence angle; 2. Single-transverse-mode and linear polarization; 3. Narrow linewidth (spectral width) 4. Non-Magnetic material employed. 5. Operating temperature: 80±5℃.
Applications: 1. Cs Atomic clock; 2. Cs Magnetometer; 3. Quantum sensing. Features: 1. Circular beam spot and low divergence angle; 2. Single-transverse-mode and linear polarization; 3. Narrow linewidth (spectral width) 4. Non-Magnetic material employed. 5. High operating temperature (>85℃).
Applications: 1. Cs Atomic clock; 2. Cs Magnetometer; 3. Quantum sensing. Features: 1. Circular beam spot and low divergence angle; 2. Single-transverse-mode and linear polarization; 3. High single mode power(1mW); 4. Non-Magnetic material employed; 5. Operating temperature: 50±5℃.
Applications: 1. Cs Atomic clock; 2. Cs Magnetometer; 3. Quantum sensing. Features: 1. Circular beam spot and low divergence angle; 2. Single-transverse-mode and linear polarization; 3. High single mode power(1mW); 4. Non-Magnetic material employed; 5. Operating temperature: 60±5℃.
Applications: 1. Cs Atomic clock; 2. Cs Magnetometer; 3. Quantum sensing. Features: 1. Circular beam spot and low divergence angle; 2. Single-transverse-mode and linear polarization; 3. High single mode power(1mW); 4. Non-Magnetic material employed; 5. Operating temperature: 70±5℃.
Applications: 1. Cs Atomic clock; 2. Cs Magnetometer; 3. Quantum sensing. Features: 1. Circular beam spot and low divergence angle; 2. Single-transverse-mode and linear polarization; 3. High single mode power(1mW); 4. Non-Magnetic material employed; 5. Operating temperature: 70±5℃.
Applications: 1. Biology; 2. Ultraviolet light applications; 3. Medical. Features: 1. Small volume; 2. Customizable package type; 3. Optically pumped frequency doubling.
Privacy statement: Your privacy is very important to Us. Our company promises not to disclose your personal information to any external company with out your explicit permission.
Fill in more information so that we can get in touch with you faster
Privacy statement: Your privacy is very important to Us. Our company promises not to disclose your personal information to any external company with out your explicit permission.