CY9535 Co Spinel Q Switch Crystal 3x3 mm T0=80%

Co Spinel Q Switch Crystal 3x3 mm T0=80% Description

Co Spinel Q Switch Crystal 3x3 mm T0=80% is a cobalt-based spinel crystal substrate fabricated with strict control over its T0 phase purity. The 3x3 mm dimension enables compatibility with standard semiconductor processing equipment. The specified T0=80% indicates the degree of phase concentration necessary for consistent switching performance. Its defined structure and low defect density assist in maintaining electrical stability when integrated into advanced electronic systems.

Co Spinel Q Switch Crystal 3x3 mm T0=80% Applications

Electronics
- Used as a switching element in semiconductor devices to achieve precise signal modulation by leveraging its controlled crystalline phase.
- Applied as a component in optoelectronic assemblies to maintain consistent light modulation by utilising its metal oxide properties.

Industrial
- Used as a sensor substrate in electronic modules to reduce electromagnetic interference by leveraging its spinel structure.
- Frequently applied in control systems to achieve stable circuit performance through its consistent phase properties.

Co Spinel Q Switch Crystal 3x3 mm T0=80% Packing

The crystal substrate is individually packaged in an anti-static enclosure with foam padding to mitigate physical shock. It is stored in temperature-controlled, low-humidity conditions to prevent moisture exposure. The packaging includes dust-proof seals and optional vacuum packaging to avoid contamination. Custom packaging options are available to match specific storage and shipping requirements, ensuring the substrate’s integrity during transit.

Frequently Asked Questions

Q1: How does the T0=80% specification affect the switching performance?
A1: T0=80% defines the proportion of the target phase present in the crystal, which is critical for consistent switching behaviour in electronic circuits. Maintaining this ratio reduces operational variability and supports stable device performance.

Q2: What quality control measures are used to ensure dimensional accuracy?
A2: Stanford Advanced Materials (SAM) utilises precise metrology and scanning electron microscopy to verify the 3x3 mm dimensions and surface flatness. These protocols help minimise deviations and ensure compatibility with standard integration processes.

Q3: What are the recommendations for interfacing this substrate with other circuit components?
A3: Use standardised contact interfaces and conductive adhesives to secure effective electrical connections. The substrate’s material properties support stable operation within established circuit parameters when proper interfacing techniques are applied.

Additional Information

Cobalt spinel crystals belong to a class of metal oxide materials known for their distinct cubic structure and predictable phase behaviour. These properties are essential when constructing components that require precise switching and stable electrical characteristics. Understanding the underlying crystallography and processing methods aids in integrating these substrates into complex electronic systems.

In the field of advanced electronics, material uniformity and phase control are critical. Techniques such as X-ray diffraction and electron microscopy play a significant role in ensuring that each substrate meets stringent specifications. This scientific rigour facilitates the development of devices that demand high precision and reproducibility.