Hall Effect measurment system HP1000V-MPSH // INS2408589
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RT to 1000°C Hall Effect Station
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Integrated 0.5T permanent magnet with polarity reversal
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Vacuum-tight chamber
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External micromanipulator probers
Hall Effect measurment system HP1000V-MPSH // INS2408589 DESCRIPTION
This unique Hall Effect measurment system combines precision temeprature control from rt to 1000°C with a vacuum-tight chamber and external micromanipulated probers to create a powerfull tool for extreme-environment material characterization. Integrated water cooling channels connect to a recirculating chiller to keep the probe station frame cool during operation, even while holding at 1000°C for extended durations.
Supporting material and singulated device samples up to 20mm x 20mm, INS2408589 includes a 0.5T permanent magnet and 4x DC probers (coaxial or triaxial), making it ideal for testing wide-bandgap semiconductors or novel materials.
An optical window provides a full view of the sample for probe landing via an optional digital microscope system, after which the microscope is easily rotated out of the way to accomodate the permanent magnet.
The INS2408589 is compatible with a wide range of measurment tools, including Lakeshore's M91 Fasthall controller, giving you the flexibility to choose a new instrument which bests suits your needs or utilize existing hardware.
Lakeshore M91 FastHall Measurement Controller
The MeasureReady® M91 is an immensely powerful and versatile all-in-one Hall Effect measurement system. With automated measurement optimization, fast measurement speeds, and easy to use interface, the M91 makes analyzing samples under 4-point or Hall Bar incredibly simple. It makes for a comprehensive Hall measurement setup when paired with the Instec Hall Effect measurment system HP1000V-MPSH // INS2408589.
An all-in-one Hall analysis system, the M91 Fast Hall controller can be used with any magnet system and adds state of the art Hall measurement capabilities to any lab. The unique and powerful software and computation of the M91 removes the need for polarity switching of magnets and enables incredibly fast and accurate measurement even for low mobility samples.
It combines the features of a switching matrix, data collection software, nanovoltmeter, current source, contact evaluator, and Hall analysis software in one easy to use touchscreen unit. It can be used with permament magnets, electromagnets, superconducting magnets, and has measurement capabilities down to 10-3 cm2/Vs
M91Electrical Specifications
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Hall Voltage Resolution |
1µV |
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Noise |
0.1 µV (RMS) |
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Resistance Range |
10mΩ to 10MΩ, up to 200GΩ with optional upgrade |
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Hall Mobility |
10-3 to 106 cm2/V s, automatically calculated by software |
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Connectors |
Triaxial BNC |
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Measurement Loops |
Up to 3 Sourcing and 3 Measurement Ports |
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Typical measurement time |
A few seconds |
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Power Requirement |
100V to 240V (universal) |
M91Operational Specifications
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Size |
216 mm × 87 mm × 369 mm (8.5 in × 3.4 in × 14.5 in), half rack |
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Weight |
3.2kg |
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Certification |
CE Mark |
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Warm-up Time |
30 Minutes |
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Power Consumption |
35W Maximum |
M91 Example Test Materials
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Solar cells |
OPVs, a:Si, µc-Si, CdTe, CuInGaSe |
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Organic electronics |
OTFTs, Pentacene, Chalcogenides, OLEDs |
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Transparent conducting oxides |
InSnO (ITO), ZnO, GaZnO, InGaZnO (IGZO) |
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III-V semiconductors |
InP, InSb, InAs, GaN, GaP, GaSb, AIN based devices, high electron mobility transistors (HEMTs) and heterojunction bipolar transistors |
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II-VI semiconductors |
CdS, CdSe, ZnS, ZnSe, ZnTe, HgCdTe |
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Elemental semiconductors |
Ge, Si on insulator devices (SOI), SiC, doped diamond SiGe based devices: HBTs and FETs |
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Transition-metal Di-chalcogenides (TMDC) |
WS2, WSe2, MoS2, HfS2 |
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Other conducting materials |
Metal oxides, Organic and Inorganic conductors |
And More...
