
( Brand: Jdsu ), ( Manufacturer Part Number: 5431-G1 ), ( Part Type: Laser ), ( Wavelength: 798nm ), ( Output Power: 200 Mw )
The SDL-5431-G1 Laser Diode is a high-performance, single-mode laser diode specifically designed for Raman spectroscopy applications. This 200mW, 798nm laser diode offers exceptional beam quality and stability, making it an ideal choice for researchers and analysts seeking precise and reliable results.
The SDL-5431-G1 is a single JDSU (JDS Uniphase) Raman spectroscopy laser diode, which means it is optimized for use in Raman scattering experiments. Its wavelength of 798nm is within the optimal range for many chemical and biological materials, ensuring robust and sensitive Raman signals.
This laser diode features a single-mode operation, which reduces the spectral width of the emitted light and minimizes the noise in the Raman spectra. This results in improved resolution and signal-to-noise ratio, leading to more accurate and detailed spectral analysis.
The SDL-5431-G1 is a robust and reliable laser diode, designed for long-term use in demanding laboratory environments. It is packaged in a high-quality, thermally-stabilized housing to ensure stable output power and wavelength over time. The laser diode is also compatible with standard optical mounts, allowing for easy integration into a variety of Raman spectroscopy systems.
In summary, the SDL-5431-G1 Laser Diode is a versatile and high-performance instrument for Raman spectroscopy applications. Its single-mode operation, optimal wavelength, and robust construction make it an essential tool for researchers and analysts in fields such as chemistry, materials science, and biology.
1. High Power Output: The SDL-5431-G1 laser diode offers a power output of 200mW, which is suitable for many Raman spectroscopy applications.
2. Specific Wavelength: The laser diode emits light at a wavelength of 798nm, which is ideal for certain Raman spectroscopy experiments, as it reduces interference from fluorescence and improves signal-to-noise ratio.
3. Single JDSU Raman Spectroscopy: The laser diode is specifically designed for use in JDSU Raman spectroscopy, ensuring compatibility and optimized performance.
4. Single Mode Operation: The SDL-5431-G1 operates in single-mode, which can provide a more focused and stable beam, enhancing the quality of Raman spectra.
Cons:1. Limited Wavelength Range: The 798nm wavelength may not be suitable for all Raman spectroscopy experiments, as other wavelengths might be required to analyze different types of samples.
2. Higher Cost: Compared to other laser diodes, the SDL-5431-G1 may be more expensive due to its specific design and high power output suitable for Raman spectroscopy.
3. Potential Overheating: High power laser diodes like the SDL-5431-G1 can generate significant heat, which may require additional cooling measures to maintain optimal performance.
Conclusion:The SDL-5431-G1 laser diode is a valuable tool for Raman spectroscopy applications due to its high power output and specific wavelength. However, its limited wavelength range and potentially higher cost compared to general-purpose laser diodes should be considered. If the specific wavelength and high power output are essential for your Raman spectroscopy experiments, the SDL-5431-G1 laser diode is a recommended choice. Otherwise, it's advisable to evaluate other laser diodes with a broader wavelength range and more affordable pricing.
Don't let this fool you - it is powerful enough to set things on fire and can cause burns permanent eye damage. They are model number SDL-5431-G1.
11 and for providing the user with all necessary safety warnings information. Please before buying if you require a shipping method that is not listed.
Warranty items listed as-is do not include any.
You should always use a static strap when handling sensitive devices such as this. There are several different diodes in the 5400 family.
These are made by spectra diode labs sdl which is now part of jds uni phase lumen tum.
85 w a typ fem beam divergence: 9 degrees parallel, 30 perpendicular to junction threshold current: 40ma operating 270ma brand new 200 milliard, 798nm, single-mode infrared laser diode in 9mm sot-148 window g1 package.
Laser diode 200MW 798nm single mode Jdsu SDL-5431-G1 raman spectroscopy product features diffraction limited beam tem00 transverse package: 9mm sot-148 window package cw output power: 200 mw wave length : nm spectral width : 3 slope efficiency. Items listed as new or used are guaranteed to arrive in the condition described listing.
Applications image recording printing spectral analysis optical data storage point to communications here for the complete sheet 5400 series. Be sure to look at the 5430 section for correct data this part.
This laser diode must be attached to a heat sink if before it is powered. 11 which pertain to complete laser products.