Key features
- Compact 1K cryogenic design (SDHe), optimized for laboratories with limited space but still requiring high low temperature performance.
- Cooling system using helium (He-3/He-4), allowing to reach and maintain a temperature range of about 1 K or lower, suitable for low temperature physics research.
- Integrated measurement system, supporting electrical, magnetic, and material characterization measurements in a cryogenic environment.
- Optimal cooldown time, helping to increase operational efficiency and reduce experiment preparation time.
- Compact, flexible design, easily integrated into existing measurement systems in the laboratory.
- High thermal stability, ensuring accurate measurement conditions over long periods.
- Supports superconducting material research and quantum devices, suitable for applications in superconducting circuits and quantum computing.
- Easier operation compared to large cryogenic systems, reducing laboratory infrastructure requirements.
Detailed description
- The 1K SDHe cryogenic measurement system (SDHe Measurement System) is a compact low-temperature experimental platform designed to meet modern research requirements in quantum physics, superconducting materials, and quantum computing technology. With a compact design but high performance, the system provides flexible and efficient access to cryogenic environments for R&D laboratories.
- The device uses cooling technology based on helium-3/helium-4, allowing it to reach temperature ranges of about 1 K or lower, suitable for experiments requiring high precision in extremely low-temperature conditions. Thanks to its optimized architecture, SDHe helps shorten cooldown time and simplifies the operation process compared to large-scale cryogenic systems.
- SDHe comes with an integrated measurement platform, supporting various types of measurements such as resistance measurement, magnetic characterization, and material property analysis in cryogenic environments. The system also easily integrates with external measurement devices such as current sources, voltage sources, lock-in amplifiers, and data acquisition (DAQ) systems, helping to expand experimental capabilities according to research needs.
- With its compact design, SDHe is particularly suitable for laboratories with limited space but still require low-temperature research capabilities. The system provides a balance between cryogenic performance, flexibility, and ease of operation, helping to optimize research efficiency in R&D environments.