CY9548 Co Spinel Q Switch Crystal 5x5 mm T0=97%

Co Spinel Q Switch Crystal 5x5 mm T0=97% Description

Co Spinel Q Switch Crystal 5x5 mm T0=97% is a cubic spinel structure crystal substrate with dimensions of 5x5 mm. The T0 value indicates a measured optical transmittance of approximately 97%, signifying limited light scattering. The substrate is processed to obtain a flat surface finish and uniform crystallographic orientation, making it suitable for integration in optical switching systems and semiconductor fabrication where dimensional and optical consistency are critical.

Co Spinel Q Switch Crystal 5x5 mm T0=97% Applications

1.       Optoelectronic Devices
   - Used as an optical substrate in beam switching modules to address light scattering issues by employing its high transmittance. This optimises signal fidelity in photonic circuits.
   - Applied as an optical window in laser assemblies to overcome interface irregularities by leveraging its uniform crystallinity.

2.       Semiconductor Processing
   - Utilised as a substrate for thin-film deposition in integrated circuits to mitigate surface defects by using its precisely controlled flatness.
   - Employed in microfabrication steps to support uniform patterning by taking advantage of its consistent dimensional integrity.

Co Spinel Q Switch Crystal 5x5 mm T0=97% Packing

The crystal substrates are individually secured in anti-static pouches and placed within foam-lined boxes to mitigate mechanical impact and environmental contamination. The packaging strategy aims to maintain flatness and surface quality during transit. Storage in a controlled low-humidity, ambient temperature environment is recommended. Options for custom labelling and compartmentalised inserts are available for specific processing requirements.

Frequently Asked Questions

Q1: What handling precautions are necessary for these crystal substrates?
A1: Use static-dissipative gloves and clean room protocols to avoid surface contamination and mechanical damage. The flat and delicate surface may be affected by particulate accumulation, so handling should be performed in a controlled environment.

Q2: How is the T0 value of 97% verified in the production process?
A2: The T0 value is determined using calibrated optical transmittance measurements. Each substrate undergoes routine inspection with spectrophotometric analysis to quantify light passage efficiency.

Q3: Can these substrates be integrated with standard semiconductor fabrication processes?
A3: Yes, the 5x5 mm dimensions and flat surface finish conform to typical semiconductor process specifications. The substrate’s characteristics facilitate film deposition, patterning, and etching required in microelectronic manufacturing.

Additional Information

Spinel materials exhibit a cubic crystal structure that promotes isotropic properties beneficial in optoelectronics. The uniform crystallinity plays a critical role in minimising light scattering, which is essential for high-precision optical applications. Research in spinel substrates stresses the importance of controlled growth conditions and rigorous surface inspections to achieve the desired optical and dimensional properties.

The development of Co Spinel Q Switch Crystal substrates integrates established synthesis techniques with meticulous quality control measures. Advanced characterisation methods, such as scanning electron microscopy and spectroscopic analysis, are employed to monitor crystal growth and surface morphology, thereby supporting applications in high-performance optical and semiconductor devices.