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™

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	X	X				X				X
Materials research	Nanodevices, superconducting devices, nonlinear devices			X			X	X	X	X
Materials development	Linear systems, sensors			X