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Automated Cryogenic Probe Station Magnetic Field Probe Station
Cryogenic In-Plane Magnetic Field Probe Station Product Introduction The PS1DX-Cryo closed-loop cryogenic in-plane magnetic field probe station is designed for transport testing of magnetic materials and spintronic devices, making it the optimal choice for low-temperature magnetic transport measurements. The probe station provides comprehensive control and testing software for automated and systematic testing solutions. Users can monitor and control the temperature and
Product Details
Highlight:
Automated Cryogenic Probe Station
,Magnetic Field Probe Station
,Automated Magnetic Probe Station
Name:
Cryogenic Probe Station
Vacuum:
Low-temperature Vacuum <1.2E-3Pa
Magnetic Field:
Water-cooled Electromagnet, In-plane Direction, ±0.65 T Strength
Sample Space:
Sample Holder Diameter Up To 51 Mm
Number Of Probe Arms:
4 Probe Arms
Thermal Anchor:
Probe Arms And Sample Stage Temperature Difference <10 K
Sample Rotation Range:
360 Degrees
Probe Arm Stroke:
X+Z, 50 Mm-25 Mm-25 Mm
Vibration:
Sample Stage Vibration <1 μm (peak-to-peak)
Basic Properties
Place of Origin:
CHINA
Brand Name:
Truth Instruments
Model Number:
PS1DX-Cryo
Trading Properties
Price:
Price Negotiable | Contact us for a detailed quote
Payment Terms:
T/T
Product Description
Cryogenic In-Plane Magnetic Field Probe Station
Product Introduction
The PS1DX-Cryo closed-loop cryogenic in-plane magnetic field probe station is designed for transport testing of magnetic materials and spintronic devices, making it the optimal choice for low-temperature magnetic transport measurements. The probe station provides comprehensive control and testing software for automated and systematic testing solutions. Users can monitor and control the temperature and magnetic field of the probe station in real-time via software, and perform testing sequences for semiconductor materials, micro/nano devices, magnetic materials, and spintronic devices, including magnetoresistance, second harmonic, spin torque - ferromagnetic resonance, and spin pumping.
Equipment Performance
| Equipment Performance Indicator | Description |
|---|---|
| Sample Temperature | <8 K-420 K |
| Temperature Stability | <±20 mK (8 K-420 K) |
| Magnetic Field | Water-cooled electromagnet, in-plane direction, ±0.65 T strength |
| Vibration | Sample stage vibration <1 μm (peak-to-peak) |
| Vacuum | Low-temperature vacuum <1.2E-3Pa |
| Probe Arm Stroke | X-Y-Z, 50 mm-25 mm-25 mm |
| Needling Range | Any point within 25 mm diameter |
| Number of Probe Arms | 4 probe arms |
| Thermal Anchor | Probe arms and sample stage temperature difference <10 K |
| Sample Space | Sample holder diameter up to 51 mm |
| Sample Rotation Range | 360 degrees |
| Sample Holder Type | Ground, coaxial, triaxial options |
| DC Probe | ZN50, tip material tungsten or beryllium copper |
| Frequency Range | 0-50 MHz with low-temperature coaxial cable, 0-1 GHz with semi-rigid coaxial cable |
| Microwave Probe | GSG, tip material tungsten |
| Frequency Range | 0-40 GHz with K-type connector, 0-67 GHz with 1.85 mm connector |
| Electrical Leakage Current | <100 fA@1 V |
| Optical Microscope | 0.75 X-3.75 X continuous zoom |
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