CY9539 Co Spinel Q Switch Crystal 5x5 mm T0=85%

Co Spinel Q Switch Crystal 5x5 mm T0=85% Description

The Co Spinel Q Switch Crystal 5x5 mm T0=85% features tightly controlled dimensions that ensure compatibility with standard semiconductor processing systems. Its T0=85% feature indicates a controlled light transmission parameter, critical in tuning optical responses. The substrate, based on a cobalt spinel structure likely corresponding to CoAl₂O₄, exhibits low defect density and uniform composition. This results in enhanced performance in integrating optical switches and related electronic subsystems, while providing a smooth surface for precise patterning.

Co Spinel Q Switch Crystal 5x5 mm T0=85% Applications

Electronics
- Used as an isolation substrate in high-frequency circuits to achieve minimised signal interference by leveraging its low dielectric loss.
- Employed as a component in optical modulators to control light paths, capitalising on its defined transmission parameter.

Industrial
- Applied as an optical switch in sensor arrays to achieve consistent modulation by leveraging its T0=85% specification.
- Used as a calibration element in precision optical instruments to maintain consistent throughput and performance.

Co Spinel Q Switch Crystal 5x5 mm T0=85% Packing

Each crystal is individually sealed in an anti-static pouch and cushioned within a foam-lined container to reduce mechanical damage during transit. The packaging is designed to prevent contamination from moisture and particulates, and the substrates are stored at controlled room temperatures. Custom labelling and compartmentalised packaging options are available to meet specific processing and storage requirements.

Frequently Asked Questions

Q1: How does the T0=85% specification influence optical performance?
A1: This specification defines the substrate’s light transmission control, which is critical for devices requiring calibrated optical responses. The consistency in T0 assists in achieving predictable performance in optical modulators and sensors.

Q2: What quality control measures ensure the uniformity of the crystal substrate?
A2: Stanford Advanced Materials employs x-ray diffraction and optical surface inspection during production. These techniques monitor crystalline orientation and defect density, ensuring that the substrate maintains a uniform and reproducible quality.

Q3: Can this crystal be integrated into existing semiconductor processing workflows?
A3: Yes, the 5x5 mm dimensions and controlled material properties are designed to match standard semiconductor and optical device fabrication protocols, ensuring smooth integration with existing processing equipment.

Additional Information

Cobalt spinel materials, typically represented by the formula CoAl₂O₄, are extensively studied for their optical and electronic properties. Their crystalline structure offers stability and controlled transmission characteristics essential for high-performance substrates in various industrial applications.

Advancements in crystal growth and inspection techniques have greatly improved the reproducibility and uniformity of such materials. This progress not only enhances device performance but also facilitates new applications in photonics and semiconductor technologies, where precise optical modulation is imperative.