
( Brand: Newport ), ( Manufacturer Part Number: 935-10 )
The Newport 935-10 High-Energy Attenuator is a versatile and precision-engineered optical component designed for applications requiring precise control over optical power levels. This attenuator features a 10mm aperture, providing a generous opening to accommodate a wide variety of optical fibers and assemblies.
The Newport 935-10 High-Energy Attenuator is designed to handle high-energy optical signals with minimal attenuation loss and excellent signal integrity. With an adjustable range of 0-25dB, this attenuator offers exceptional flexibility, allowing users to fine-tune the optical power level to suit their specific experimental requirements.
The attenuator's design ensures stable and repeatable performance, with a low insertion loss that maintains the clarity and quality of the optical signal. The attenuation is achieved through a unique absorption-based mechanism, which provides a stable and reliable attenuation over a wide range of wavelengths, from the ultraviolet to the infrared spectrum.
The Newport 935-10 High-Energy Attenuator is constructed from high-quality materials and is designed for long-term durability and reliability. It is compatible with single-mode and multimode fibers and can be easily integrated into a variety of optical systems, including telecommunications, research, and industrial applications.
In summary, the Newport 935-10 High-Energy Attenuator is a high-performance optical component that offers exceptional flexibility, precision, and durability. Its 10mm aperture and 0-25dB adjustable range make it an ideal choice for applications requiring precise control over optical power levels, while its high-energy handling capabilities and wide wavelength compatibility make it a versatile and valuable addition to any optical system.
**High-Energy Attenuator (935-10 Newport) - A Comprehensive Analysis**
**Pros:**1. High-Quality Construction: The attenuator is designed and manufactured by Newport, a renowned brand in the scientific community, ensuring high-quality and reliable performance.
2. Wide Attenuation Range: With a range of 0-25dB, this attenuator offers a significant level of adjustability, making it suitable for a variety of applications.
3. Large Aperture: The 10mm aperture allows for high-power applications, making it ideal for high-energy experiments or measurements.
4. Base Mounting: The base mounting design provides stability and ease of installation, reducing the potential for misalignment or vibration.
**Cons:**1. Cost: As a high-end product from a reputable brand, the attenuator may be more expensive than some alternatives in the market.
2. Limited Frequency Range: While suitable for many applications, the attenuator's performance may be limited in frequencies outside its specified range.
3. Potential for Over-Attenuation: With a maximum attenuation of 25dB, it may not be suitable for applications requiring more significant attenuation.
**Conclusion:**The 935-10 Newport High-Energy Attenuator offers a high-quality, adjustable, and high-power solution for various scientific applications. Its large aperture and base mounting design contribute to its stability and versatility. However, its cost and limited frequency range are potential drawbacks.
**Recommendation:**If you are engaged in high-power, high-energy experiments or measurements within the attenuator's frequency range and budget is not a significant concern, the 935-10 Newport High-Energy Attenuator could be an excellent choice. However, if cost is a concern or your application requires a different frequency range, you may want to consider alternative attenuators that better suit your specific needs.
Enjoy the is a high-energy variable attenuator, with 10mm aperture diameter and English mounting screws. This is a used Newport NRC high-energy variable laser attenuator with 10mm aperture, 0-25DB attenuation range.
These attenuator are based on the principle of Fresnel reflection from four un coated, counter-rotating UV fused silica wedged plates. It comes with several installation base plates and screws. It was tested and works. The 935 variable attenuator have a large dynamic range, broadband transmission, and high damage threshold, with negligible beam deviation.