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Stabilized Laser Systems

Hz-Level Rack Mounted Laser System SLS-INT-1550-200-3
Stable Laser Systems
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Hz-Level Rack Mounted Laser System SLS-INT-1550-200-3
This turn-key 3Hz Linewidth stabilized laser offers excellent stability in a convenient rack-mount box. We’ve integrated a high-finesse Fabry-Perot cavity, a temperature-controlled vacuum housing, vacuum pump, optics, input laser, and control electronics into a 4U high rack-mount box, while maintaining the frequency stability for ...

Specifications
Wavelength Range: 1530-1565nm
Output Power: 10 mW
Stabilized Laser Linewidth: 3 Hz
Daily Laser Drift: 40 kHz
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Hz-Level Rack Mounted Laser System SLS-INT-1550-200-1
Stable Laser Systems
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Hz-Level Rack Mounted Laser System SLS-INT-1550-200-1
Our fully integrated cavity-stabilized laser system has been engineered to maximize performance and convenience in a compact footprint, combining high stability and ease of use. Everything needed to stabilize your laser has been incorporated into a convenient 19-inch, 6U rack mount box. This self-contained system includes a ...

Specifications
Wavelength Range: 1530-1565nm
Output Power: 80 mW
Stabilized Laser Linewidth: 1 Hz
Daily Laser Drift: 1 kHz
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Premium Stabilized Laser System SLS-XXX-300-1
Stable Laser Systems
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Premium Stabilized Laser System SLS-XXX-300-1
Stable Laser Systems proudly offers a wide range of complete stabilized laser systems built to suit the user’s needs. High-performance systems are available with linewidths less than 1 Hz and less than 20 kHz of daily frequency drift at room temperature. This stellar performance is achieved by use of a ...

Specifications
Wavelength Range: 698-1756nm
Output Power: 10 mW
Stabilized Laser Linewidth: 1 Hz
Daily Laser Drift: 20 kHz
Data Sheet Inquire Price

Frequently Asked Questions

A stabilized laser system is a type of laser that maintains a constant output power and frequency over time and temperature.

Stabilized lasers are commonly used in precision measurements, spectroscopy, and telecommunications, among other fields.

A stabilized laser system typically uses a feedback loop to monitor and adjust the laser output to maintain stability.

Stabilized lasers offer higher accuracy, repeatability, and stability compared to non-stabilized lasers.

Factors to consider include the required stability, power, wavelength, and beam quality, as well as cost and ease of use.

Looking for stabilized laser systems for your research or industrial application? FindLight offers a wide selection of laser systems sourced from leading suppliers that deliver high performance and stability. Stabilized laser systems are essential for applications that require high-precision measurements or for use in sensitive environments where temperature and vibration can affect the laser's output. Our range of stabilized laser systems includes various wavelengths and power outputs to meet your specific requirements. Explore our selection of stabilized laser systems from trusted suppliers to find the perfect solution for your needs.

Did You know?

Did you know that fiber optic couplers are ingenious devices that play a pivotal role in modern communication networks? These devices meticulously manage the distribution of light from a main fiber into one or more branch fibers. The versatility of fiber couplers lies in the variety of forms and types that they come in - from three or four-port couplers adept at signal splitting to combiner couplers that amalgamate multiple light streams. In addition, there are distribution couplers, often referred to as Star couplers, which efficiently manage a single input to distribute it across multiple outputs. Notably, Wavelength Division Multiplexing (WDM) and De-multiplexing couplers stand out for their ability to transmit multiple light signals through a single fiber, each at a different wavelength. This is particularly revolutionary as it significantly increases the data transmission capacity of fiber networks. Fiber couplers facilitate power transfer through two primary mechanisms. The first is through the core interaction, which involves butt-jointing the fibers, allowing power transfer through the fiber core cross-section. The second is through surface interaction, where the transfer occurs normal to the axis, and is primarily facilitated through the cladding. These couplers are indispensable across various industries and applications. For instance, in cable TV systems, they're utilized to ensure the signals are efficiently distributed to numerous households. In the realm of scientific research, fiber couplers are used in interferometers where precise measurements are paramount. Additionally, they are fundamental in the resonators of fiber lasers, contributing to the generation of coherent light. Moreover, fiber amplifiers employ these couplers to boost the signal strength without necessitating the conversion of light signals into electrical ones.
Read more in our Blog
External links:
1 - Fiber Optic Coupler
2 - Couplers and Splitters
3 - Browse all Fiber Optomechanics
4 - Need Fiber Optic Collimators?