Note: The software tool used to collect this data is included with the sensor purchase. It allows you to gather data directly from the VS123 sensor to a MICROSOFT EXCEL® spreadsheet. This will be very helpful if you need to debug mechanical control algorithm. You can analyze your mechanical system with the help from Excel's tools in a snap!

• Gyroscope Noise Floor (estimated): 3 counts peak-to-peak. See conditions.
  See Gyro X noise plot here.
  See Gyro Y noise plot here.
  See Gyro Z noise plot here.
  
• Accelerometer Noise Floor (estimated): 8 counts peak-to-peak. See conditions.
  See Accelerometer X noise plot here.
  See Accelerometer Y noise plot here.
  See Accelerometer Z noise plot here.
  
• Here you can see the MICROSOFT EXCEL® spreadsheet with real data taken from the VS123 sensor.
  The conditions used for this data are:
       100Hz acquisition speed.
       Internal digital filter = 3.
       Gyros gain = 10 (6.7 counts = 1 deg/sec).
       Accelerometers gain: 1 G = 700 counts.
       Number of points 1000 (10 seconds).
       Tool used: software example included with the sensor.
  
• Temperature drift of zero and gain: Not yet determined.

We are specialized in embedded microprocessor systems for instrumentation, data acquisition systems, chemical and physical analysis equipment, motion controllers, laboratory equipment and industrial quality control.

If you want to make prototypes or need a low cost, custom made solution, contact us!