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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. 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. High single mode power.
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.
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. 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. High single mode power（1mW）； 4. 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. 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. Operating temperature: 80±5℃.
The company produces a high-power edge emission laser chip type products, including the Fabry-Pero (FP) type single-mode / multi-mode laser chip type. Product advantages include: high output power, multi-mode chip maximum output power of 20W, single-mode chip maximum output power of 1W; high beam mass, single-mode laser chip beam mass of M2 <1.5. The laser chip center wavelength ranged from 760 nm to 1550 nm. Device structure includes wide strip, narrow strip, cone structure, etc. Chip...
The company produces a high-power edge emission laser chip type products, including the Fabry-Pero (FP) type single-mode / multi-mode laser chip type. Product advantages include: high output power, multi-mode chip maximum output power of 20W, single-mode chip maximum output power of 1W; high beam mass, single-mode laser chip beam mass of M2 <1.5. The laser chip center wavelength ranged from 760 nm to 1550 nm. Device structure includes wide strip, narrow strip, cone structure, etc. Chip...
The company produces a high-power edge emission laser chip type products, including the Fabry-Pero (FP) type single-mode / multi-mode laser chip type. Product advantages include: high output power, multi-mode chip maximum output power of 20W, single-mode chip maximum output power of 1W; high beam mass, single-mode laser chip beam mass of M2 <1.5. The laser chip center wavelength ranged from 760 nm to 1550 nm. Device structure includes wide strip, narrow strip, cone structure, etc. Chip...
The company produces a high-power edge emission laser chip type products, including the Fabry-Pero (FP) type single-mode / multi-mode laser chip type. Product advantages include: high output power, multi-mode chip maximum output power of 20W, single-mode chip maximum output power of 1W; high beam mass, single-mode laser chip beam mass of M2 <1.5. The laser chip center wavelength ranged from 760 nm to 1550 nm. Device structure includes wide strip, narrow strip, cone structure, etc. Chip...
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 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. 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: 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. Scientific research； 2. Optical pumped laser development. Features： 1. Soldered on the Cu or other mounts； 2. Customizable package type； 3. Optically pumped.
Applications: 1. Scientific research； 2. Frequency conversion and tuning； 3. Optical pumped laser development. Features： 1. Soldered on the Cu or other mounts； 2. Customizable package type； 3. Optically pumped.
Features： 1. Soldered on the Cu or other mounts； 2. Customizable package type； 3. Optically pumped.
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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.