CY9522 Co Spinel Q Switch Crystal Dia. 5 mm T0=40%

Co Spinel Q Switch Crystal Dia. 5 mm T0=40% Description

Co Spinel Q Switch Crystal Dia. 5 mm T0=40% is a spinel-structured crystal substrate with a diameter of 5 mm and a T0 value of 40%. The material exhibits stable crystalline properties essential for controlled switching in electronic circuits. Its structural integrity and low defect density contribute to consistent performance in processes such as signal modulation and substrate interfacing. The controlled T0 parameter ensures reproducibility in operational conditions.

Co Spinel Q Switch Crystal Dia. 5 mm T0=40% Applications

Electronics
- Used as a switching substrate in integrated circuits to achieve controlled signal transitions by leveraging its stable spinel structure.
- Applied as a component in precision oscillators to moderate frequency stability through its consistent crystalline performance.

Industrial
- Serves as a key element in sensor interfaces for monitoring electrical parameters by exploiting its defined T0 response characteristics.

Co Spinel Q Switch Crystal Dia. 5 mm T0=40% Packing

The crystal substrates are packaged in an anti-static, cushioned container to prevent mechanical damage and contamination. Each unit is individually sealed using moisture-barrier packaging to preserve its crystalline properties. A moisture-absorbent insert is included to maintain optimal storage conditions. Custom packaging options such as vacuum sealing and lab-grade containers are available to meet specific storage and transportation requirements.

Frequently Asked Questions

Q1: What role does the T0=40% parameter play in the crystal’s performance?
A1: The T0=40% parameter defines the temperature range with optimal switching behaviour. This control ensures that the crystal’s electronic response remains consistent under defined thermal cycles during operation.

Q2: How is the spinel structure verified during production?
A2: The spinel structure is confirmed using scanning electron microscopy (SEM) in conjunction with X-ray diffraction (XRD) analysis. These techniques detect crystallographic orientation and defect density to maintain consistency.

Q3: Can the crystal be integrated into existing semiconductor processing workflows?
A3: Yes, the 5 mm diameter format and controlled switching characteristics facilitate its incorporation into standard semiconductor fabrication processes without extensive process modification.

Additional Information

Spinel crystals are extensively used in research and industrial settings because of their unique crystalline structure and controlled switching properties. The controlled composition and defect management are crucial for applications where consistent electronic performance is necessary.

Understanding the interplay between crystalline orientation and material properties can lead to refinements in electronic substrate applications. Advances in characterisation techniques such as SEM and XRD allow for detailed assessment of material performance, which drives future enhancements in materials used for high-precision electronic devices.