
( Brand: Newport ), ( Manufacturer Part Number: 05RP02-32 ), ( Part Type: Plate )
The 05RP02-32 Newport Quartz Wave Plate is a high-quality optical component designed for use in various applications that require wave plate functionality. This wave plate has a thickness of 3.2 mm and is made of superior-grade quartz material, ensuring durability and stability even under high-power laser operation.
The wave plate's retardance is zero-order at a wavelength of 1050 nm, which means it introduces a phase shift of 2 radians (or 360 degrees) to the light passing through it. This feature is essential in applications that require the maintenance of the original polarization state of the light, such as in holography, polarization interferometry, and other advanced optical techniques.
The 12.7 mm diameter of the wave plate allows it to be easily integrated into various optical systems, making it a versatile component for use in a wide range of applications. The precision manufacturing of the wave plate ensures a high degree of parallelism and flatness, ensuring accurate and consistent performance.
In summary, the 05RP02-32 Newport Quartz Wave Plate is an excellent choice for those requiring a high-performance wave plate with zero-order retardance at 1050 nm. Its high-quality quartz material, precise manufacturing, and easy integration into various optical systems make it an invaluable component for a wide range of applications in the fields of optics, photonics, and laser technology.
Pros of buying 05RP02-32 Newport Quartz Wave Plate 12.7 mm, 1050 nm, Ret Zero-Order:1. High-quality material: Newport wave plates are made of high-quality quartz, ensuring durability and accuracy.
2. Wide tuning range: This wave plate has a retardance of zero-order at 1050 nm, which means it can be used over a wide range of wavelengths with minimal distortion.
3. Precise manufacturing: Newport wave plates are manufactured with high precision, ensuring accurate retardance and wave plate thickness.
4. Reputable brand: Newport is a reputable brand in the field of optics, known for its high-quality products and excellent customer support.
Cons of buying 05RP02-32 Newport Quartz Wave Plate 12.7 mm, 1050 nm, Ret Zero-Order:1. High price: Newport wave plates are expensive due to their high-quality material and precise manufacturing.
2. Limited availability: Newport wave plates may not be readily available in local stores, and you may need to order them online.
3. Long delivery time: If you order the wave plate online, it may take several weeks to deliver, depending on your location.
Conclusion:If you require a high-quality wave plate with a wide tuning range and precise manufacturing, the 05RP02-32 Newport Quartz Wave Plate 12.7 mm, 1050 nm, Ret Zero-Order is a great option. Although it is expensive, its durability, accuracy, and excellent reputation make it a worthwhile investment for many applications. However, if you are looking for a more affordable option, you may want to consider wave plates from other brands.
Recommendation:If you are looking to purchase the 05RP02-32 Newport Quartz Wave Plate 12.7 mm, 1050 nm, Ret Zero-Order, I recommend doing your research and comparing prices from various online retailers to ensure you are getting the best deal. Additionally, make sure to check the shipping time and delivery options before making your purchase to avoid any unexpected delays.
7mm in diameter and optimized for 1050 nm. Zero-order wave plates are temperature insensitive phase retarders for moderate band width applications. Typical zero-order wave plates have a temperature coefficient of 0.
Buyer pays for return shipping.
Shipping is free. The 05RP02-32 is a 2 retardation zero-order quartz half wave plate, 12. These zero-order wave plates are constructed of two quartz plates, air-spaced to allow for use with high-power lasers, in a standard 12.
Zero-order wave plates are moderately insensitive to wave length change, which makes them ideal for laser diode or unable applications. Was bought new and never used.
4mm diameter housing for easy mounting into a holder.