CY9531 Co Spinel Q Switch Crystal Dia. 5 mm T0=70%

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

Co Spinel Q Switch Crystal Dia. 5 mm T0=70% is a ceramic substrate engineered with a spinel crystal structure to deliver controlled optical and mechanical properties. The 5 mm diameter ensures compatibility with standard processing equipment, while the T0=70% specification supports consistent performance in applications requiring precise light modulation. The material exhibits chemical stability and thermal resistance, making it suitable for integration into advanced electronic and photonic systems. Detailed crystallographic control minimises defects and ensures dimensional stability.

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

Electronics
- Used as an optical modulator element in photonic circuits to achieve efficient light switching by employing defined transmissive properties.
- Applied as a substrate in semiconductor packaging to reduce thermal expansion mismatches by utilising its stable spinel structure.

Industrial
- Serves as a precise reference element in optical sensors to enhance detection accuracy by exploiting its consistent crystal orientation.
- Frequently used in fine-scale electronic assembly systems to maintain dimensional accuracy under varying thermal loads through its intrinsic ceramic stability.

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

Co Spinel Q Switch Crystals are packaged in antistatic trays with foam cushioning to absorb shock and prevent surface damage. The substrates are sealed in nitrogen-flushed, moisture-resistant pouches to guard against contamination. Storage is recommended in a temperature-controlled environment away from high humidity. Options for custom labelling and compartmentalised shipping boxes are available to suit specific logistics and handling requirements.

Frequently Asked Questions

Q1: What measures are taken to control the crystal orientation during manufacturing?
A1: SAM employs X-ray diffraction analysis during production to monitor crystal orientation and ensure that the T0=70% specification remains consistent. This method minimises deviations in crystal lattice formation and ensures compatibility with optical applications.

Q2: How does the 5 mm diameter specification benefit standard processing equipment?
A2: The 5 mm diameter aligns with common substrate dimensions used in semiconductor and photonic manufacturing, facilitating integration without requiring additional resizing. This dimension supports automated handling and reduces processing complexity.

Q3: What are the handling considerations for maintaining the integrity of the spinel structure?
A3: It is essential to store the substrates in a dry, temperature-regulated environment and use antistatic, cushioned packaging to prevent mechanical stress and electrostatic discharge. Proper handling minimises the risk of microfractures and maintains the precise spinel configuration.

Additional Information

Spinel crystals exhibit a cubic structure that is significant in optical and electronic applications due to their balanced refractive index and thermal stability. Their resistance against environmental influences makes them a key material in substrates for lighting modulation and waveguiding. Advanced synthesis methods and precise thermal treatments refine the spinel structure, enhancing performance in integrated circuits and optical devices. This broadens the potential of spinel materials in future photonic and electronic systems.