Cost Effective Wafer Probe Station For Magnetic Film Measurement Product Description: Introducing the Wafer-Level Manual In-Plane Magnetic Field Probe Station, a cutting-edge solution for wafer-level electrical measurement with a focus on RH Testing. This innovative probe station is designed to provide precise testing functions for in-plane magnetic fields with a magnetic field resolution of PID Closed-loop Feedback Regulation and an impressive resolution of 0.05 mT. One of

Cryo Probe Station For In Plane Magnetic Device Transport Testing Product Description: The Cryogenic In-Plane Magnetic Field Probe Station is a cutting-edge tool designed for advanced research in electrical transport property testing and spin pumping measurement. This versatile system offers precise control and measurement capabilities for studying a wide range of materials and devices. Key features of this probe station include: Sample Rotation Range: 360 Degrees - The

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

In Plane Magnetic Probe Station For Precision Device Testing Product Description: The 1D In-Plane Magnetic Field Probe Station is a versatile and advanced tool designed for precise measurements of magnetic fields in a variety of research and industrial applications. Equipped with a range of source meters including the SR830, N5173B, Keithley 6221, and Keithley 2182A, this probe station offers unparalleled flexibility and compatibility with different experimental setups. One

Programmable Probe Station For Expandable Research And Development Product Description: The 1D In-Plane Magnetic Field Probe Station is a cutting-edge tool designed for precise and efficient testing of DC and RF devices. This versatile probe station offers a wide range of features and capabilities to meet the demands of modern research and development applications. One of the key features of this magnetic probe station is its optical magnification range, which spans from 0.75

GM Refrigerated Probe: 4 K-420K, 4-8 Arms & I-V/C-V/Optoelectronic Research Advanced Cryogenic Probe Station The Cryogenic Probe Station is a state-of-the-art 0-67 GHz microwave-compatible 4 K cryogenic probe station designed for advanced research and development in low-temperature physics, semiconductor testing, and microwave device characterization. This integrated system offers exceptional precision and versatility for ultra-low temperature environments ranging from 4 K to

PS-Cryo 4 K Cryogenic Probe Station The PS-Cryo 4 K cryogenic probe station is a state-of-the-art solution designed for precise electrical testing of samples at ultra-low temperatures ranging from 4 K to 420 K. This cost-effective system meets demanding requirements for researchers and engineers working with advanced materials and semiconductor devices at cryogenic temperatures. Key Features Low-vibration high-vacuum cryogenic probe station ensuring stable and precise

Cryogenic Vertical Superconducting Magnetic Field Probe Station Product Introduction The PS1DP-Cryo closed-loop cryogenic superconducting magnet probe station, based on a 4 K closed-loop cryogenic probe station, adds a ±3 T superconducting magnet, providing a low-temperature strong magnetic field environment for 2-inch samples. It can accommodate samples for electrical transport testing of 2D materials, spintronic devices, superconducting materials, and Hall effect testing of

Product Description: The PS-Cryo 4 K cryogenic probe station is an advanced and highly specialized instrument designed for precision testing and measurement at extremely low temperatures. Engineered to meet the demanding requirements of modern research and development in fields such as quantum computing, semiconductor device characterization, and cryogenic electronics, this probe station offers unparalleled performance and versatility. One of the standout features of the PS