Lake Shore Cryotronics will discuss cryogenic thermometry and cooling products, along with solutions optimized for low-temperature material and device characterization, at next week’s International Cryogenic Engineering Conference/International Cryogenic Materials Conference in Daejeon, South Korea, and Quantum.Tech World in Boston, MA.
On display at both will be the Model 346, Lake Shore’s next-generation cryogenic temperature controller designed for rapid, precise temperature management, as well as its M81-SSM synchronous source measurement system, which is ideal for performing low-level measurements in low-temperature environments.
The 346 not only provides 300 mK to 1500 K temperature control but features four 100 W heater outputs that deliver a total of 400 W of power, enabling faster warmup and reducing turnaround time for sample exchange. It also has 10 standard sensor inputs, expandable up to 26 with option cards, so all but the most complex systems can be fully monitored and controlled with ease.
The M81-SSM system provides everything needed for sensitive I-V measurements — integrated, synchronized, and optimized in one unified system. It is available with balanced current source, voltage source, current measure, and voltage measure modules, as well as a source measure (SMU-10) module. Offering both DC and AC capabilities and an integrated lock-in, it is designed to handle the delicate nature of ultra-cold samples with low source noise and high measurement sensitivity.
In addition, Lake Shore will be available at both exhibitions to discuss:
- Other temperature controllers, including the Model 372 AC resistance bridge for ultra-low temperature control (it will be on display at Quantum.Tech World)
- Monitoring instrumentation, including the 240 Series sensor input modules for sensor monitoring in large-scale, PLC-based applications
- Cernox®, ULT Rox™, platinum, and other cryogenic temperature sensors
- LHe/LN2 and cryogen-free cryostats, including the CCS-CP, a <4 K to 300 K cryogen-free cryostat with a large sample space, and CCS-100, a closed-cycle optical model for <4 K to 325 K cooling (on display at Quantum.Tech World)
- Infinite Helium™, an award-winning, fully automated recirculating gas cooler system that enables a LHe cryostat to operate cryogen-free
- Cryogenic probe stations for performing on-wafer measurements at temperatures as low as 1.6 K and in fields as high as 2.5 T under vacuum
- Other material and device characterization solutions, including Hall effect measurement systems and instruments