CY9534 Co Spinel Q Switch Crystal Dia. 5 mm T0=80%

Co Spinel Q Switch Crystal Dia. 5 mm T0=80% Description

Co Spinel Q Switch Crystal Dia. 5 mm T0=80% is engineered from cobalt spinel crystallites, offering a specific twin boundary fraction of 80% to optimise electronic switching. The 5 mm diameter facilitates standard substrate integration while maintaining a controlled crystalline environment. This consistency supports improved electronic interface behaviour and efficient operation in Q switch configurations for optical and semiconductor devices.

Co Spinel Q Switch Crystal Dia. 5 mm T0=80% Applications

Electronics and Semiconductor Applications
- Used as a substrate in optical Q switches within laser modules to achieve consistent modulation by leveraging controlled crystalline structure.
- Applied as a functional component in microelectronic circuits to stabilise switching performance through defined twin boundary characteristics.

Industrial Applications
- Serves as a sensor element in switching circuits to deliver rapid response times by utilising predictable electrical properties of the spinel structure.

Co Spinel Q Switch Crystal Dia. 5 mm T0=80% Packing

The product is packaged in anti-static, foam-lined pouches placed within rigid, sealed containers to minimise mechanical impact and contamination. Care is taken to maintain a dust-free, temperature-controlled environment during shipping and storage. Optional custom packaging, including moisture barriers and additional cushioning, is available to meet specific handling requirements.

Frequently Asked Questions

Q1: How does the 80% T0 specification affect the crystal's performance?
A1: The 80% T0 value indicates a controlled twin boundary fraction, which is critical for achieving uniform electronic switching. This parameter is measured using XRD techniques, ensuring consistent structural properties for stable device operation.

Q2: What quality control measures are in place during manufacturing?
A2: SAM implements XRD, AFM, and SEM analyses to monitor crystalline alignment and surface morphology. These techniques, coupled with in-process calibration, ensure the product adheres to defined T0 and dimensional tolerances.

Q3: Can this substrate integrate with standard semiconductor processing workflows?
A3: Yes, the Co Spinel Q Switch Crystal is produced with standardised dimensions and a smooth surface finish, allowing integration with existing semiconductor fabrication and device assembly processes.

Additional Information

Co spinel crystals exhibit unique structural characteristics that contribute to their functionality in electronic switching and optical modulation applications. The controlled twin boundary fraction plays a pivotal role in ensuring uniform electrical and optical properties, which are critical for advanced device performance.

Stanford Advanced Materials focuses on precise synthesis techniques and rigorous quality control methods to produce substrates with consistent crystalline properties. Ongoing research in spinel phase behaviour and defect minimisation supports advancements in material processing and integration for high-tech industrial applications.