General Purpose High-precision USB Accelerometer, 3-Axis, Low-Noise, ±2.5g, 440Hz, Bus-Powered

• It utilizes STMicroelectronics' high-precision IC "LIS3DHH", which features ultra-low noise (45μg/√Hz) and low temperature drift (0.4mg/°C).
• The maximum sampling rate is 1KHz, with a bandwidth of 440Hz, enabling real-time processing.
• It operates via USB connection (bus-powered) and can be used with board PCs such as Raspberry Pi and Armadillo.
• A single PC can control multiple devices. By using a USB hub, dozens of devices can be connected simultaneously.
• Simple control commands compatible with Windows/Linux are provided, making it easy to integrate into applications.
• The utility software "TD-AppKit" allows real-time graph plotting (Windows only).
• It is ideal for applications in fields such as aviation, industrial, research, and security.
• This product is designed domestically, and mass production, customization, and support are available.

How to Use Control Commands

The standard control command "TD-USB" by Tokyo Devices is used.

(Retrieve data)
> td-usb tdsn7360 listen
0.133301,0.059132,1.000348 (←The X, Y, Z axis accelerations are returned in g units)

(Retrieve data continuously at 1000 samples/sec)
> td-usb tdsn7360 listen --loop
0.133301,0.059132,1.000348
0.120963,0.066502,1.000594
0.131389,0.061305,1.000233
...

(Log data as CSV)
> td-usb tdsn7360 listen --loop > log.csv

To integrate with user applications, you can call TD-USB as an external command from a program. It is available from Python, shell scripts, C#, labVIEW, and more. For details, refer to the integration samples in the TD-USB documentation.

Additionally, using the demo app "TD-AppKit", you can visualize graphs (TD-AppKit is Windows-only).

Contents

• Sensor unit
• USB cable

Specifications