CY9519 Co Spinel Q Switch Crystal Dia. 5 mm T0=30%

Co Spinel Q Switch Crystal Dia. 5 mm T0=30% Description

Co Spinel Q Switch Crystal Dia. 5 mm T0=30% features a 5 mm diameter crystal disc manufactured with a precise 30% T0 tolerance, ensuring stable switching behaviour in electronic substrates. Its cobalt spinel composition exhibits chemical inertness and thermal stability, essential for maintaining performance under varying temperatures. The disc size conforms to standard substrate dimensions, facilitating direct integration into established semiconductor processing equipment and microelectronic systems.

Co Spinel Q Switch Crystal Dia. 5 mm T0=30% Applications

Electronics
- Used as a switching component in optical modulators to achieve controlled light modulation by leveraging the material's stable dielectric properties.
- Applied as a substrate element in electronic switch arrays to enhance signal consistency through its uniform microstructure.

Industrial
- Employed as a critical component in sensor assemblies to achieve accurate signal detection by taking advantage of the material's chemical inertness and thermal stability.

Co Spinel Q Switch Crystal Dia. 5 mm T0=30% Packing

The crystal substrates are packaged in anti-static, clean-room grade pouches and secured within foam-lined boxes to protect against mechanical shock and contamination. Storage guidelines recommend a controlled temperature and humidity environment. Additional packaging options, including vacuum sealing and specialised coatings, are available to suit specific handling or transportation needs, ensuring the material remains uncontaminated and mechanically intact.

Frequently Asked Questions

Q1: How does the controlled T0 parameter affect the performance of the Co Spinel Q Switch Crystal?
A1: The 30% T0 parameter is critical for ensuring consistent switching characteristics and thermal stability. It directly influences the uniformity and response of the crystal substrate, which is essential for precise electronic switching applications in semiconductor devices.

Q2: What methods are utilised to verify the crystal's uniformity and composition?
A2: Surface metrology techniques, including scanning electron microscopy (SEM) and statistical process control, are deployed to verify uniformity and compositional accuracy. These methods help in identifying potential defects and ensure that the crystal meets the required specification for integration.

Q3: Can the substrate dimensions be adjusted for different manufacturing setups?
A3: While the standard diameter is 5 mm, customisation options for dimensions and tolerances are available. Adjustments can be made upon request to align with specific manufacturing equipment and process requirements, ensuring compatibility with diverse assembly protocols.

Additional Information

Cobalt spinel materials are extensively studied in the field of materials science due to their stable crystalline structures and desirable thermal properties. The inherent chemical inertness and mechanical strength make these substrates suitable for applications that demand consistent performance under variable operating conditions. Researchers continue to explore the interplay between crystal structure and functional properties to optimise materials for electronic and sensor applications.

Understanding the fundamental properties of spinel crystals helps in configuring devices that require precise control of electrical and thermal characteristics. This material class is instrumental in advancing substrate technology, particularly in environments where dimensional stability and controlled switching are critical for device performance.