Here is our latest generation of repetition rate-locked ultrafast fiber laser, the XFiber RLocking, characterized by its compact size and high stability. This laser employs an all-polarization-maintaining fiber optical chain, delivering highly reliable mode-locked pulse operation. It features high-speed FPGA data processing for real-time display and monitoring of comb teeth frequencies. By utilizing multi-stage temperature control management and active temperature compensation, it overcomes external disturbances, enabling long-term continuous stable operation in various environments. When using a rubidium atomic clock as the RF reference frequency, the repetition rate locking reaches the mHz level. This product offers exceptional stability
and integration, making it suitable for applications in molecular spectroscopy, THz asynchronous sampling, dual-comb distance measurement, precision metrology, and time-frequency transfer, among others.
Key Features:
High Stability and Low Phase Noise: Ideal for optical communication systems, providing stable and reliable signals for long-distance, high-speed data transmission.
Precision Timing Resolution: Suitable for high-precision distance measurement and radar systems, ensuring accurate and efficient performance.
Optical Frequency Comb Technology: Utilized for precise time and frequency standards, as well as high-precision frequency measurement in spectroscopy.
Molecular Spectroscopy: Analyzes molecular structures and dynamics, offering high-resolution measurement of molecular rotation-vibration spectra, especially in dual-comb spectroscopy.
Terahertz (THz) Wave Generation and Detection: This function facilitates the generation and detection of THz radiation, particularly in asynchronous optical sampling systems.
Precision Measurement: Essential for physical experiments requiring extreme measurement accuracy, such as gravitational wave detection and quantum optics experiments.
Time and Frequency Transfer: Used for synchronizing time and frequency standards in distributed systems, including satellite navigation and communication networks.
Fiber Optic Sensors: Ideal for developing high-sensitivity fiber optic sensors for measuring physical quantities like temperature, pressure, and vibration.
Technical Specifications:
Laser Type: Repetition Rate Locked Ultrafast Fiber Laser
Wavelength: Customizable to meet specific application requirements
Repetition Rate: Stable and adjustable within a defined range
Pulse Width: Ultrafast pulses for high-resolution applications
Power Stability: Exceptional stability for consistent performance
Operating Temperature: Wide range to accommodate various environmental conditions
Size: Compact and portable design for ease of use in different settings
Applications:
Optical Communication
Laser Ranging and Radar Systems
Optical Frequency Comb Applications
Molecular Spectroscopy
THz Wave Generation and Detection
Precision Measurements in Physics Experiments
Time and Frequency Standard Synchronization
Fiber Optic Sensor Development
Our Repetition Rate Locked Ultrafast Fiber Laser is a testament to China's advancements in laser technology. It offers a combination of performance, reliability, and innovation. Contact us today to explore how this product can enhance your research and industrial applications.
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