CY9533 Co Spinel Q Switch Crystal 5x5 mm T0=70%

Co Spinel Q Switch Crystal 5x5 mm T0=70% Description

Co Spinel Q Switch Crystal 5x5 mm T0=70% is a crystal substrate with a spinel structure derived from cobalt compounds. Its 5x5 mm dimensions ensure compatibility with standard equipment for device integration, and the T0=70% specification characterises its switching threshold. The controlled microstructure minimises variability, allowing for predictable performance in studies involving electrical modulation and signal switching. Its crystalline uniformity provides a consistent platform for controlled experimentation.

Co Spinel Q Switch Crystal 5x5 mm T0=70% Applications

Electronics Applications
- Used as a switching element in RF circuits to achieve frequency modulation by leveraging the crystal's defined T0 value.
- Applied as a component in precision signal conditioning systems to reduce noise by utilising the material’s stable switching characteristics.

Industrial Sensor Systems
- Used as a sensing component in temperature monitoring devices to achieve accurate readings by leveraging the crystal’s predictable electrical behaviour.
- Applied as a control switch in automation equipment to enhance process stability by employing its consistently defined switching threshold.

Optoelectronic Modules
- Serves as a dynamic switch in optical communication systems to minimise signal distortion by utilising the material’s controlled switching properties.

Co Spinel Q Switch Crystal 5x5 mm T0=70% Packing

The crystal is packaged in an anti-static, cushioned container to limit exposure to mechanical shock and particulate contamination. It is sealed within moisture-barrier pouches and stored under controlled temperature conditions to preserve its crystalline properties. The packaging can be customised with additional labelling, compartmentalisation, or reinforced barriers to meet specific storage and transportation requirements.

Frequently Asked Questions

Q1: How does the specified T0 value influence the material’s switching performance?
A1: The T0=70% value provides a clear threshold for the switching behaviour of the crystal, allowing users to predict its performance in electronic circuits. This specification helps in calibrating devices to operate within defined electrical regimes and ensures consistency during repeated operations.

Q2: What storage conditions are recommended to maintain the crystal’s integrity?
A2: The crystal should be stored in a temperature-controlled, low-humidity environment. Anti-static packaging and cushioning materials are advised to prevent mechanical stress and particulate contamination, thus preserving its microstructural properties over time.

Q3: Are there standard procedures for customisation of the crystal dimensions or properties?
A3: SAM offers customisation on dimensions and minor property adjustments through controlled processing parameters. Consultation with technical support is recommended to align specific application requirements with the available customisation options.

Additional Information

Co spinel crystals are part of a broader category of materials known for their unique crystal structures and electrical properties. The spinel structure, often seen in naturally occurring minerals, is replicated in these engineered substrates to offer consistent performance in switching applications. Their behaviour under varying temperature and electrical stresses is a subject of ongoing research in materials science.

The study of spinel crystals extends into fields such as semiconductor physics and advanced circuit design. Understanding the relationship between crystal structure and electrical response is essential for developing new devices that operate efficiently under diverse conditions. This broader context highlights the value of precise manufacturing and thorough material characterisation.