MultiDimension Technology Co., Ltd. Axial High-Field USB Magnetometer USB2510A

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[Magnetometer Documentation] Download: MDT_USB Magnetometer.rar ( Custom compiled firmware for the USB Magnetometers is available upon request. Please contact jim.deak@dowaytech.c om for information pertaining to USB magnetometer firmware. ） General Description: The MDT USB2510A is a single-axis digital magnetometer that is intended for the measurement of magnetic fields aligned along the axis of the probe at frequencies less than 100 Hz. The MDT USB2510A combines a high-field magnetic field sensor with plug-and-play USB data acquisition electronics and software to provide a single-axis digital magnetometer system in a simple low-cost form factor. It is designed such that the user may use it directly combined with the proprietary MDT graphical user interface (GUI), controlled with a terminal emulator program, or integrated into the user’s custom written program. The GUI can be run on desktop computer, a notebook, or a Windows tablet. Additionally, the probe electronics may be reprogrammed by the user using freely available open source Arduino development tools. The MDT USB Magnetometer is thus a complete development tool that allows a user a simple means for experimenting with MDT sensors, sensor applications, and developing sensor algorithms. Features:(1) High-Field Sensing Technology; (2) Measurement Range of -30 kOe to 30 kOe; (3) 5 Digit Resolution; (4) Plug and Play USB Interface; (5) Powered from USB Bus; (6) Graphical User Interface; (7) Command Line User Interface; (8) Manual Range Selection; (9) Adjustable Filtering and Averaging; (10) Simple Zeroing and Calibration; (11) Customizable Linearization; (12) Documented Programming Interface; (13) Reconfigurable Hardware; (14) Manual and Automatic Triggering Applications: (1) High Field Laboratory Measurements; (2) Automated Data Acquisition and Control; (3) Materials Research; (4) Non Destructive Testing; (5) Magnetic Object Tracking; (6) Sensor Algorithm Development; (7) STEM Education; (8) Hobby and DIY

MultiDimension Technology Co., Ltd.

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MultiDimension Technology Co., Ltd.

San Jose, CA, United States

Axial High-Field USB Magnetometer
USB2510A

Axial High-Field USB Magnetometer USB2510A

[Magnetometer Documentation] Download: MDT_USB Magnetometer.rar

( Custom compiled firmware for the USB Magnetometers is available upon request. Please contact jim.deak@dowaytech.com for information pertaining to USB magnetometer firmware. ）

General Description: The MDT USB2510A is a single-axis digital magnetometer that is intended for the measurement of magnetic fields aligned along the axis of the probe at frequencies less than 100 Hz. The MDT USB2510A combines a high-field magnetic field sensor with plug-and-play USB data acquisition electronics and software to provide a single-axis digital magnetometer system in a simple low-cost form factor. It is designed such that the user may use it directly combined with the proprietary MDT graphical user interface (GUI), controlled with a terminal emulator program, or integrated into the user’s custom written program. The GUI can be run on desktop computer, a notebook, or a Windows tablet. Additionally, the probe electronics may be reprogrammed by the user using freely available open source Arduino development tools. The MDT USB Magnetometer is thus a complete development tool that allows a user a simple means for experimenting with MDT sensors, sensor applications, and developing sensor algorithms.

Features:(1) High-Field Sensing Technology; (2) Measurement Range of -30 kOe to 30 kOe; (3) 5 Digit Resolution; (4) Plug and Play USB Interface; (5) Powered from USB Bus; (6) Graphical User Interface; (7) Command Line User Interface; (8) Manual Range Selection; (9) Adjustable Filtering and Averaging; (10) Simple Zeroing and Calibration; (11) Customizable Linearization; (12) Documented Programming Interface; (13) Reconfigurable Hardware; (14) Manual and Automatic Triggering

Applications: (1) High Field Laboratory Measurements; (2) Automated Data Acquisition and Control; (3) Materials Research; (4) Non Destructive Testing; (5) Magnetic Object Tracking; (6) Sensor Algorithm Development; (7) STEM Education; (8) Hobby and DIY

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