Our partner Lake Shore Cryotronics environment by Janis

CryoComplete

from Lake Shore Cryotronics

The CryoComplete is a turnkey solution for electrical measurements in cryogenic environments.

Features
  • VPF-100 LN2 reservior cryostat (77 K to 500 K)
  • Model 335 temperature controller
  • Calibrated silicon diode
  • M81-SSM-4 with BSC-10 and VM-10
  • PC with MeasureLink™
Latest updates

Everything you need to start making temperature-dependent, low level electrical measurements now has a name: CryoComplete™.

Our Partner Lake Shore Cryotronic launches CryoComplete™:  start making cryogenic electrical measurements and produce results as soon as it lands in your lab, right out of the box.      ...

Further information

The CryoComplete is designed as turnkey solution. While easy to use, the system’s performance doesn’t disappoint. Its industry-leading measurement electronics promote low-level DC measurements and three full channels of lock-in AC capability—the keys to unlocking difficult measurements. Best of all, our cryogenic experts have designed CryoComplete from top to bottom, using cryogenic best practices, to deliver end-to-end system specifications.

Standard system capabilities:

  • VPF-100 cryostat with model 335 temperature controller and calibrated silicon diode:
  • Operating temperature range: 77 K to 500 K​
  • Cryogen: Liquid nitrogen
  • Sample environment: Sample-in-vacuum
  • Temperature stability: 50 mK
  • Pour-fill reservoir capacity: 1.2 L LN2
  • Cooldown time: 15 min to 77 K
  • Working time: 8 h
  • Optical ports: 4 quartz windows
  • Electrical sample mount: Pre-wired mounting plate with 8 contact pins

Resistance/I-V measurements​:

  • Measurements: 100 µΩ to 1 GΩ* ​
  • Source modes: DC, sine, triangle, square​
  • Source ranges: 1 pA to 100 mA​
  • Source frequency: 100 µHz to 100 kHz (square <5 kHz)​
    *Upper impedance range limited to DC
  • Measurement limit: 10 V maximum​
  • Input impedance: >10 GΩ (differential)
  • Leakage current at sample: 50 pA at 10 V for coaxial or 50 fA at 10 V for guarded triaxial
  • Voltage noise at sample: <5 nV/√Hz at 83 Hz
  • Measure noise at sample (1/f): <100 nV

 

 

Measurement benefits

Common measurements

 

 

Simultaneous source/ measure

Synchronous source/ measure

Low-noise source/ measure

Dual AC/DC sourcing

Lock-in autoranging

Differential conductance, low-frequency

Differential conductance, high-frequency

Resistance, low-temperature

I-V characteristics

Thermal conductivity

Thermal transport

1D materials, thermoelectric materials

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Materials research

Nanodevices, superconducting devices, nonlinear devices

 

 

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Materials development

Linear systems, sensors

 

 

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Downloads

CryoComplete
The Beginner’s Guide to Cryostats and Cryocoolers

Contact

Dr. Simone Paziani
Dr. Simone Paziani

Contact

Quantum Design s.r.l.

Via Francesco Sapori, 27
00143 Roma
Italy

Phone:+39 06 5004204
Fax:+39 06 5010389
E-mail:italy@qd-europe.com
Dr. Simone PazianiSales Director
+39 06 5004204
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