CY9536 Co Spinel Q Switch Crystal 5x5 mm T0=80%

Co Spinel Q Switch Crystal 5x5 mm T0=80% Description

Co Spinel Q Switch Crystal 5x5 mm T0=80% is a spinel-based substrate configured in a 5x5 mm format with a T0 parameter set at 80%, indicating the intended thermal threshold for switching behaviour. The uniform dimensions allow compatibility with standard substrate handling equipment. The product is synthesised under controlled high-temperature conditions with monitored cooling rates to achieve stable electrical and thermal responses needed for switching applications.

Co Spinel Q Switch Crystal 5x5 mm T0=80% Applications

1.       Electronics
   - Used as a switching interface in microelectronic circuits to achieve modulation of electrical signals by leveraging its stable cobalt spinel structure.
   - Applied in sensor modules where the defined T0 parameter assists in maintaining expected thermal performance under variable ambient conditions.

2.       Industrial Research
   - Employed as a calibration reference in laboratory setups to obtain uniform responses during thermal cycle experiments by utilising its controlled switching behaviour.
   - Serves as a test substrate in material studies to monitor charge transport mechanisms derived from its spinel crystal properties.

Co Spinel Q Switch Crystal 5x5 mm T0=80% Packing

The crystals are packaged in anti-static trays and secured in sealed, foam-lined corrugated boxes to mitigate shock and moisture exposure. The packaging is designed to prevent contamination and mechanical abrasions during transit and storage. It is recommended that the substrate be stored in a low-humidity, temperature-controlled environment. Customised labelling and compartmentalisation options are available to align with specific storage and handling requirements.

Frequently Asked Questions

Q1: How does the T0=80% parameter influence the crystal's switching performance?
A1: The T0=80% parameter indicates the thermal threshold at which the substrate alters its electrical properties. This value is critical in defining the temperature range for effective switching, thus ensuring that the material exhibits the expected behaviour during thermal cycling in practical applications.

Q2: What methods are used to verify the crystallographic orientation of the substrate?
A2: The substrate undergoes X-ray diffraction and scanning electron microscopy analysis. These techniques confirm the crystallographic alignment and evaluate defect levels, ensuring that the spinel structure meets the required standards for switching applications.

Q3: Are standard dimensions fixed, or can they be adjusted for specific needs?
A3: Standard dimensions are set at 5x5 mm; however, customisation may be available upon inquiry. Dimensional modifications are considered based on processing constraints and the impact on crystallographic and thermal performance in targeted application environments.

Additional Information

Spinel crystals, particularly those with cobalt integration, exhibit unique electrical phase transitions under thermal variations. Their stable lattice structure and defined thermal thresholds make them valuable for studies in conductive switching and material characterisation in academic and industrial research settings.

Stanford Advanced Materials (SAM) employs a combination of advanced synthesis protocols and microscopic evaluation techniques to ensure the uniformity of its spinel substrates. This approach supports ongoing research in semiconductor processing and sensor development, shedding light on material behaviour under controlled experimental conditions.