
( Brand: Cvi Laser ), ( Manufacturer Part Number: QWPO-1550-05-2-R10 ), ( Part Type: Compound Laser )
The QWP-1550-05-2-R10 CVI Laser Compound Waveplate is a premium optical component designed for applications in the 1550nm wavelength range, particularly in the field of coherent anti-Stokes Raman scattering (CARS) microscopy and other laser-based spectroscopy techniques.
This waveplate is a crucial component for wavefront control and manipulation of polarization states in laser systems. It is a compound waveplate, meaning it consists of multiple quarter-wave plates combined to create a specific phase retardance. In this case, the QWP-1550-05-2-R10 offers a total phase retardance of 90 degrees at 1550nm, as indicated by the "R10" in its product code.
The waveplate is specifically designed for use with continuous-wave (CW) and pulsed lasers operating at 1550nm. It is made of high-quality Crystal Quartz (CVI) material, ensuring excellent temperature stability, high damage threshold, and low birefringence. The waveplate's dimensions are 1 inch by 2 inches, making it suitable for use in standard laboratory setups.
The QWP-1550-05-2-R10 CVI Laser Compound Waveplate is precision-manufactured to ensure excellent optical performance. It features a high transmission rate (>95%) and low insertion loss, ensuring efficient transfer of power through the waveplate. The waveplate's surfaces are highly polished to ensure low scatter loss and maintain high beam quality.
In summary, the QWP-1550-05-2-R10 CVI Laser Compound Waveplate is a high-quality optical component designed for use in 1550nm laser systems. Its 90-degree phase retardance, combined with its excellent temperature stability, high damage threshold, and low birefringence, make it an ideal choice for applications in CARS microscopy and other laser-based spectroscopy techniques.
1. High-quality product: The QWP-1550-05-2-R10 is manufactured by a reputable company, ensuring high-quality and reliability.
2. Broadband operation: This waveplate is designed for operation in the 1550nm region, making it suitable for a wide range of applications in the telecommunications industry and laser technology.
3. Customized birefringence: The compound waveplate design allows for precise control of the optical axis orientation and birefringence, which is essential for many laser applications.
4. Robust construction: The waveplate is built to withstand the rigors of high-power laser applications due to its durable materials and construction.
Cons:1. Limited wavelength range: While the QWP-1550-05-2-R10 operates in the 1550nm region, it may not be suitable for applications requiring different wavelengths.
2. Potential for polarization-dependent loss: As with any waveplate, there is a risk of polarization-dependent loss, which may affect the overall performance of the system.
3. Higher cost: Compared to some other waveplates, the QWP-1550-05-2-R10 may be more expensive due to its high-quality construction and customized birefringence.
Conclusion:The QWP-1550-05-2-R10 CVI Laser Compound Waveplate is a high-quality product designed for applications requiring 1550nm operation. Its customized birefringence, broadband operation, and robust construction make it a suitable choice for many laser applications. However, its limited wavelength range and potential for polarization-dependent loss are important factors to consider. If the application's wavelength requirements fall within the 1550nm range, and polarization-dependent loss can be managed, the QWP-1550-05-2-R10 is a recommended choice for its high-quality and versatility.
Recommendation:For applications outside the 1550nm range, it is advisable to consider other waveplate options with a broader wavelength range. Additionally, it is essential to carefully evaluate the impact of polarization-dependent loss on the overall system performance before making a purchase decision.
The compound design of these waveplate allows them to offer precise 2 retardation over a broad band width , as well excellent temperature stability. High energy, performance compound 2 retarder with increased band width and good thermal stability wave length : 1550 nm. Optical material: crystal quartz surface quality: 10-5 scratch and dig transmitted wavefront: 10 p-v at 633 tolerance: 200 to 23 parallelism: 5 arc sec.