
( Brand: Newport ), ( Manufacturer Part Number: 925B )
The Newport 925B JM Dual Shearing Optical Attenuator TSM161 is an advanced optical component designed for precise control of optical power levels in various applications. This attenuator, engineered by Newport Corporation's reputed Optics and Opto-mechanics Business Unit, has been developed to cater to the evolving demands of researchers, scientists, and engineers in the field of optics and photonics.
At its core, the 925B JM is a dual-shearing mechanism attenuator. This architecture allows for two independent, adjustable optical attenuation channels. Each channel can control and attenuate the power level of an incident optical beam with great precision, adding versatility to the device.
The shearing mechanism employed in this attenuator is a known technology for providing high contrast and excellent linearity between the attenuation position and the corresponding power level reduction. Each channel is adjustable from full power to complete obscuration, a width-of-half-maximum of about 0.4mm, catering to an insertion loss of less than 0.2dB.
The Newport 925B JM is an integral part of the TSM161 series. The compact and sturdy design of this series, combined with its user-friendly adjustment mechanism and high accuracy calibration, makes it an ideal solution for a wide range of applications. These applications include wavelength division multiplexing systems, spectroscopy, laser diagnostics, and other research and development efforts involving the manipulation of light.
Key features of the Newport 925B JM Dual Shearing Optical Attenuator TSM161 include:1. Dual-channel shearing mechanism for improved versatility
2. High precision control of optical power levels
3. Low insertion loss and high contrast
4. Linear response over a wide dynamic range
5. Compact and sturdy design suitable for use in various applications
In summary, the Newport 925B JM Dual Shearing Optical Attenuator TSM161 is a meticulously designed and expertly engineered component, purpose-built for researchers, scientists, and engineers seeking to control optical power levels with the required accuracy, versatility, and reliability that their groundbreaking work demands.
The Newport 925B JM Dual Shearing Optical Attenuator TSM161 is a versatile and advanced optical component used in various applications such as optical laboratory experiments, telecommunications, and industrial processes. This analysis will provide a balanced assessment of the benefits and drawbacks of purchasing this device.
Assessing the Advantages:1. Broadband Attenuation: The Newport 925B JM Dual Shearing Optical Attenuator TSM161 offers broadband attenuation across the visible and near-infrared spectral ranges from 350 nm to 1100 nm, which is widely used in numerous optical communication systems and laboratory experiments.
2. High Accuracy: With a typical attenuation uncertainty of 0.3 dB, this attenuator ensures high precision in applications requiring precise attenuation levels.
3. Value for Money: The device provides excellent value for money given its high accuracy and broadband attenuation capabilities, making it a cost-effective solution for researchers, engineers, and professionals in the optical field.
4. Compact Design: The compact size of the Newport 925B JM Dual Shearing Optical Attenuator TSM161 is an advantage, especially for those working in space-constrained environments or those requiring ease of transportation between laboratories or field sites.
5. Durable Construction: The attenuator is made from high-quality materials, ensuring a long service life even under heavy usage conditions.
Exploring the Disadvantages:1. Expensive: Despite its value for money, the Newport 925B JM Dual Shearing Optical Attenuator TSM161 remains a relatively expensive device, which might limit its accessibility for some researchers, particularly those operating on tight budgets.
2. Limited Wavelength Range: Although the attenuator covers a broad spectral range, it might not meet specific research applications that require attenuation at wavelengths outside of the visible and near-infrared regions.
3. Manual Control: The Newport 925B JM Dual Shearing Optical Attenuator TSM161 requires manual operation, which could be time-consuming for those requiring quick attenuation changes, especially in high-throughput applications.
In Conclusion:The Newport 925B JM Dual Shearing Optical Attenuator TSM161 is an excellent solution for researchers, engineers, and professionals in the optical field seeking high-precision, broadband attenuation capabilities in their experiments or applications. Its compact design, long-term durability, and cost-effectiveness make it a valuable addition to any optical laboratory or telecommunications network. However, its relatively high cost and limited wavelength coverage should be weighed against the specific requirements of potential buyers. Overall, the benefits of the Newport 925B JM Dual Shearing Optical Attenuator TSM161 far outweigh the disadvantages.
Recommendation:For those requiring a reliable, compact, high-precision, and cost-effective broadband optical attenuator, the Newport 925B JM Dual Shearing Optical Attenuator TSM161 is an excellent choice. Its wide spectral range, durability, and value for money make it a versatile and valuable addition to optical laboratories, telecommunications networks, and industrial processes.
Has some cosmetic wear.: COMES AS SHOWN. Used items have a 30-day return. Acquired from a reliable source.
No means to test.