CY9525 Co Spinel Q Switch Crystal Dia. 5 mm T0=50%

Co Spinel Q Switch Crystal Dia. 5 mm T0=50% Description

Co Spinel Q Switch Crystal Dia. 5 mm T0=50% is a cobalt-based crystal substrate characterised by a 5 mm diameter and a T0 threshold parameter at 50%. It exhibits a highly uniform spinel structure, verified through X-ray diffraction and electron microscopy, ensuring dimensional accuracy and minimised defect density. Such characteristics facilitate its integration in Q-switch modules by providing consistent optical modulation and structural stability in laser and high-frequency electronic applications.

Co Spinel Q Switch Crystal Dia. 5 mm T0=50% Applications

1.       Electronics and Optical Modules
   - Used as a Q-switch element in solid-state lasers to regulate pulse durations by leveraging the substrate’s controlled threshold properties.
   - Applied in optical modulators to achieve precise signal gating by utilising its uniform crystalline structure.

2.       Industrial Instrumentation
   - Employed in high-frequency switching systems to manage energy transitions, benefiting from its dimensional precision and stable spinel matrix.
   - Frequently used in sensors where consistent optical feedback is critical, driven by its calibrated T0 parameter.

Co Spinel Q Switch Crystal Dia. 5 mm T0=50% Packing

The crystal is secured in anti-static foam and wrapped in protective inert gas-filled pouches to limit contamination. It is then enclosed in a moisture-barrier container to prevent environmental exposure. Storage recommendations include a controlled, cool, and dry environment. Packaging options can be customised with added cushioning or compartmentalised trays to meet specific handling and storage protocols.

Frequently Asked Questions

Q1: What methods are used to evaluate the crystalline uniformity of the product?
A1: SAM employs X-ray diffraction and scanning electron microscopy to assess the crystalline phase and uniformity. These techniques ensure that the spinel structure is maintained consistently, vital for the substrate’s optical performance.

Q2: How is the T0 parameter confirmed during production?
A2: The T0 parameter is verified using calibrated optical transmission measurements and spectral analysis to ensure that the 50% threshold is accurately maintained. This evaluation is critical for consistent switching performance in operational environments.

Q3: What storage conditions are recommended to maintain substrate quality?
A3: It is advised to store the substrate in a low-humidity, temperature-controlled environment, preferably in its original moisture-barrier packaging, to prevent contamination and preserve the material’s structural integrity over time.

Additional Information

Spinel crystals are a well-studied class of materials known for their cubic crystal structure and chemical stability. Their properties make them suitable for optical and electronic applications where material consistency and precise switching behaviour are essential. Advances in synthesis and characterisation techniques have enabled enhanced control over these properties, ensuring that substrates meet the rigorous demands of modern optical systems.

Understanding the relationship between crystalline structure and optical performance is key in fields such as laser engineering and semiconductor processing. The use of advanced analysis methods, such as X-ray diffraction and electron microscopy, facilitates the development and validation of materials engineered for specific switching functions and overall efficiency in various industrial applications.