CY9546 Co Spinel Q Switch Crystal Dia. 5 mm T0=97%

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

Co Spinel Q Switch Crystal Dia. 5 mm T0=97% is a spinel-based substrate with a diameter of 5 mm and a transmission level of 97%. The crystal structure is achieved through controlled growth techniques that ensure uniformity and minimal defect density. Its optical clarity and chemical stability make it suitable for integration in optoelectronic systems. Detailed surface inspection and composition analysis support its usage in environments requiring precise material performance and dimensional consistency.

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

1.       Electronics
   - Used as a passive optical component in integrated circuits to refine signal modulation by leveraging its high transmission rate.
   - Applied as a substrate in sensor assemblies to maintain dimensional stability and improve signal-to-noise ratios.

2.       Industrial
   - Serves as an optical window in high-temperature processing systems to achieve controlled light transmission by leveraging its stable chemical composition.
   - Used in calibration equipment where consistent optical properties are required to ensure accurate measurements.

3.       Scientific Research
   - Applied in spectroscopy instruments to achieve precise light filtering by utilising its consistent crystal structure.
   - Frequently used in material analysis systems to enhance detection accuracy through its tailored transmission properties.

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

The product is packaged in protective, anti-static containers lined with foam to minimise mechanical impact. It is stored under controlled temperature and humidity conditions to prevent contamination. The packaging includes a sealed enclosure to reduce exposure to ambient particulates. Custom packaging options are available to accommodate specific handling and transportation requirements, ensuring material integrity during shipment and storage.

Frequently Asked Questions

Q1: What methods are used to verify the crystal structure of the Co Spinel substrate?
A1: The substrate undergoes X-ray diffraction and microscopic surface analysis to verify the crystal structure, ensuring that uniformity and grain alignment meet the required tolerances for optical applications.

Q2: How does the 97% transmission factor impact its performance in optical systems?
A2: A 97% transmission factor indicates minimal signal loss. This level of efficiency supports enhanced performance in devices such as optical sensors and imaging systems, where precise light propagation is critical.

Q3: Are there specific storage conditions to maintain the substrate's properties?
A3: Yes, the substrate must be stored in a controlled environment with regulated temperature and low humidity to prevent contamination and degradation of the crystal structure during long-term storage.

Additional Information

Spinel materials are widely studied for their unique optical and electronic characteristics. Their stable crystal lattice structure and phase stability make them suitable for various scientific instruments and industrial applications. Research in spinel substrates continues to evolve as improvements in synthesis and inspection techniques further enhance their practical performance.

Advancements in crystal growth methods have allowed for tighter control over material uniformity and defect density. This progress supports broader applications across optical, electronic, and sensor systems, reinforcing the importance of high-precision substrates in modern technological environments.