Benchtop Tunable Laser Light Source With High Output Power And Fast Start

Benchtop Tunable Laser Light Source With High Output Power And Fast Start

Product characteristics

Adjustable output wavelength: The core feature of tunable laser light source is that its output wavelength can be continuously changed within a certain range. Depending on the product specifications, the wavelength tuning range can range from a few hundred nanometers to a few microns.
High precision: Tunable laser sources usually have high wavelength accuracy and resolution, which can meet the needs of precise spectral analysis.
Narrow line width: This type of light source has a narrow line width, usually less than 1MHz, which helps to improve the accuracy of spectral measurements.
Good power stability: The output optical power stability is good, which helps to ensure the accuracy of the experimental results.
Remote control: Some products support remote control, which is convenient for users to remote operation and monitoring.

Specification

Application field

Tunable laser sources are used in a wide range of applications, including:

Optical fiber sensing and testing: Used in DWDM/AWG/PLC and ATM systems, optical fiber sensor testing, PMD and PDL measurement.
Fiber optics and Telecommunications research: plays an important role in fiber optics /Telcom R & D lab tests and Impact Field test systems.
Scientific research: In the fields of spectroscopy, photochemistry, medicine, biology, integrated optics, pollution monitoring, etc., tunable laser sources provide strong support for experimental research.

Product examples

There are a number of benchtop tunable laser light source products available on the market, such as the KG-TLS series, LUNA Phoenix 1400 and others. These products have different wavelength tuning ranges, output power, accuracy and stability characteristics, users can choose the right products according to specific needs.

In summary, the benchtop tunable laser source has a wide range of application prospects and market demand, and its characteristics of high precision, narrow line width and good power stability make it an important tool in spectral analysis and scientific research experiments.