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High-Sensitivity Magnetic Detection Laser
High-Sensitivity Magnetic Detection Laser

High-Sensitivity Magnetic Detection Laser

Designed specifically for precision magnetic detection, this laser operates at a wavelength of 1083 nm and employs advanced frequency-stabilization technology to ensure highly stable laser frequency, meeting the requirements for high-precision measurements.

It is suitable for applications such as quantum sensing, geomagnetic detection, and scientific research experiments, offering reliable performance and excellent stability. Its compact design allows for easy integration, providing a stable light source for high-end magnetic measurement applications and supporting accurate data acquisition and analysis.

Product Features

  • High Frequency Stability

  • Low Noise

  • High Environmental Adaptability

  • Compact Structure

  • Stable Performance

Typical Applications

  • Quantum Sensing

  • Geomagnetic Detection

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Technical ParameterUnitSpecification
MinTypicalMax
Central Wavelengthnm1083.2
Laser Mode/Single Longitudinal Mode, Continuous Wave
Output PowermW100
LinewidthkHz<50
Optical Signal-to-Noise RatiodB>50
Output Power Stability (P-P)%≤0.5
Wavelength Thermal Tuning Rangenm0.2
Polarization Extinction RatiodB23
Operating VoltageVDC5
Operating Temperature℃-2050
Storage Temperature℃-4080
Output Fiber Type/PM980
Output Fiber Lengthm0.6
Output Fiber Connector/FC/APC
Dimensionsmm205 (L) × 150 (W) × 28 (H)

Designed specifically for precision magnetic detection, this laser operates at a wavelength of 1083 nm and employs advanced frequency-stabilization technology to ensure highly stable laser frequency, meeting the requirements for high-precision measurements.

It is suitable for applications such as quantum sensing, geomagnetic detection, and scientific research experiments, offering reliable performance and excellent stability. Its compact design allows for easy integration, providing a stable light source for high-end magnetic measurement applications and supporting accurate data acquisition and analysis.

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