
( Brand: Newport ), ( Manufacturer Part Number: 05RP02-32 ), ( Part Type: Plate )
The Newport 05RP02-32 Quartz Wave Plate is a premium optical component, specifically designed for applications requiring precise manipulation of light waves. This wave plate, with a unique part number 05RP02-32, is a key component in various optical systems due to its exceptional properties.
Measuring 12.7mm in thickness, this wave plate is engineered to provide optimal performance at a wavelength of 1050nm. The use of high-quality quartz material ensures excellent temperature stability, minimizing the effects of thermal dissipation on the wave plate's performance.
The zero-order property of this wave plate is particularly noteworthy. It means that the wave plate does not alter the phase of the incident light wave until the second pass, ensuring that the light wave maintains its original phase relationship with other waves. This feature is crucial in many applications, such as polarization control, optical modulation, and non-linear optics.
The Newport 05RP02-32 Quartz Wave Plate is an ideal choice for researchers, engineers, and scientists who demand high precision and consistency in their optical experiments. Its robust construction, coupled with its exceptional optical properties, makes it a reliable and versatile component in a wide range of applications.
In summary, the Newport 05RP02-32 Quartz Wave Plate is a high-performance optical component designed for precision applications. Its unique properties, including its 12.7mm thickness, 1050nm wavelength operation, zero-order performance, and high-quality quartz material, make it an indispensable tool in the field of optical science and technology.
1. High-quality Quartz material: Quartz wave plates offer excellent thermal stability, making them suitable for temperature-sensitive applications.
2. Precise wave plate retardance (zero-order): This ensures the wave plate provides the desired phase shift, reducing potential errors in your experiments.
3. Specific dimensions (12.7mm): The given size may be suitable for your specific application or equipment.
4. Wavelength (1050nm): This wavelength falls within the visible and near-infrared range, making it suitable for a variety of applications in science and technology.
Cons:1. Potentially high cost: Quartz wave plates can be more expensive compared to other materials like calcite or mica.
2. Brittleness: Quartz is a brittle material and may be prone to cracking if mishandled or subjected to sudden temperature changes.
3. Limited availability: Quartz wave plates may not be as readily available as other materials, which could delay delivery times.
Conclusion:The 05RP02-32 Newport Quartz Wave Plate offers several advantages, including its high-quality material, precise retardance, and specific dimensions. However, its high cost, brittleness, and potential limited availability are important factors to consider.
Recommendation:If temperature stability, precise retardance, and the specific wavelength and dimensions are crucial for your application, the 05RP02-32 Newport Quartz Wave Plate could be a suitable choice. However, carefully weigh the pros and cons and consider your budget, experimental requirements, and availability before making a decision. Alternatively, you might want to explore other materials like calcite or mica if they meet your needs more suitably or at a lower cost.
4mm diameter housing for easy mounting into a holder. Typical zero-order wave plates have a temperature coefficient of. Shipping is free.
These zero-order wave plates are constructed of two quartz plates, air-spaced to allow for use with high-power lasers, in a standard buyer pays return shipping. This item retails for approx.
7mm in diameter and optimized for 1050 nm. The 05RP02-32 is a 2 retardation zero-order quartz half wave plate, 12.
Zero-order wave plates are temperature insensitive phase retarders for moderate band width applications Zero-order wave plates are moderately insensitive to wave length change, which makes them ideal for laser diode or unable applications c. Was bought new and never used.