CY9526 Co Spinel Q Switch Crystal 3x3 mm T0=50%

Co Spinel Q Switch Crystal 3x3 mm T0=50% Description

Co Spinel Q Switch Crystal 3x3 mm T0=50% is a cobalt oxide spinel featuring a cubic crystal structure with precise 3x3 mm dimensions. Its T0=50% parameter reflects carefully controlled doping to achieve a defined switching threshold. This uniform composition supports stable electrical conduction and switching behaviour, making it a beneficial component in designs requiring compact integration and consistent performance in electronic applications.

Co Spinel Q Switch Crystal 3x3 mm T0=50% Applications

Electronics
- Used as a switching component in RF circuits to stabilise signal modulation by leveraging controlled doping and uniform crystallography, reducing signal interference.
- Applied as an interfacial substrate in microelectronic assemblies to minimise resistance variations, ensuring consistent electrical performance.

Industrial
- Employed as a sensor element in automation systems to detect electrical fluctuations by utilising its predictable switching response, thereby enhancing system accuracy.

Co Spinel Q Switch Crystal 3x3 mm T0=50% Packing

The crystal is packaged in anti-static containers with foam padding to guard against mechanical damage during transit. It is enclosed in moisture-proof, sealed materials to prevent contamination. The substrate should be stored under ambient, controlled conditions to maintain its physical integrity. Options for customised packaging are available to meet specialised handling or integration requirements.

Frequently Asked Questions

Q1: How does the T0=50% composition affect switching performance?
A1: The T0=50% specification indicates a controlled doping level that directly influences the electrical switching threshold. This consistency minimises conductivity variations and improves performance in high-frequency circuits by ensuring stable charge transport across the crystal.

Q2: What key factors should be considered when integrating this crystal into a circuit?
A2: Integration requires attention to matching impedance and interface compatibility. The defined 3x3 mm dimensions facilitate standard substrate mounting, while environmental control during operation, such as thermal management, helps maintain the crystal’s switching accuracy.

Q3: What testing methods validate the properties of this crystal?
A3: The quality control process typically involves X-ray diffraction for structure verification and scanning electron microscopy for surface integrity assessment. These techniques confirm the uniform doping and crystallographic consistency essential for reliable switching performance.

Additional Information

Spinel crystals possess a cubic lattice structure that contributes to their stable physical and electrical properties. Cobalt-based spinels, in particular, demonstrate predictable switching behaviour due to controlled doping processes. Their defined electrical characteristics are critical for applications requiring secure and consistent performance in compact devices.

Advances in crystal growth and processing techniques have enhanced the reproducibility of spinel substrates. This continuous improvement supports their integration in diverse electronic systems, where maintaining material uniformity and precise electrical thresholds is essential for optimal device functionality.