High-Low Temperature Hall Effect Testing System

Describe：The HMS system (available in HMS-200A and HMS-200B models) is a professional testing system mainly used for Hall effect measurement and related parameter analysis of materials. It is widely applicable to research on semiconductor materials, magnetic materials, high-temperature superconducting materials and other functional materials, providing reliable data support for material performance research in fields such as semiconductor wafer processing, solar cells and magnetic storage.

Model：HMS
Manufacturer：Congtical
Update time：2025-10-13
Visits：179

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Thermal analyzer

(MMS)Variable temperature microscope measurement system (RMS)Variable temperature resistivity measurement system (SMS)Variable temperature tensile measurement system (DMS)Dielectric temperature spectrum measurement system (HEM)Hall effect tester (TPA)Thermoelectric performance analyzer (TMS)High-Low Temperature Thermoelectric Parameter Testing System (HMS)High-Low Temperature Hall Effect Testing System

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Introduce

1.Product Applications

Semiconductor Material Research: By studying electron mobility and carrier concentration, we understand the temperature-dependent laws and scattering mechanisms of semiconductor materials. The research mainly focuses on semiconductor wafer manufacturing processes, solar cells, and other related fields.
Magnetic Material Research: This research focuses on the Hall effect and magnetoresistance effect, providing crucial support for the development of areas such as magnetic storage and magnetic sensors. Additionally, for some spintronic materials, variable-temperature Hall effect measurement is helpful for exploring the application potential of new spintronic devices.
Other Materials: Research related to materials such as high-temperature superconducting materials and two-dimensional materials.

2.Product Features

Fast Temperature Change Rate: Supports rapid switching of current and magnetic field directions. Data processing is conducted via the Van der Pauw method, outperforming similar products on the market.
High-Precision Measurement: Achieves a maximum temperature control precision of ±0.1℃, and maintains ±0.3℃ temperature control across the entire temperature range.
High Uniformity: The error does not exceed 1%.
Automatic Control Function: Testing can be performed via a touchscreen and a host computer. The software interface is concise, clear, intuitive, and easy to operate.

3.Product Parameter

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High-Low Temperature Hall Effect Testing System

1.Product Applications

2.Product Features

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