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FSFLK-DS Datasheet(PDF) 23 Page - Freescale Semiconductor, Inc |
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FSFLK-DS Datasheet(HTML) 23 Page - Freescale Semiconductor, Inc |
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23 / 37 page ![]() Freescale Sensor Fusion Library for Kinetis MCUs Freescale Semiconductor, Inc. NOTE: Results that follow are simulated nonlinearity and other factors. See Simulation Environments to be improved from the 4.17 plots shown here. 4.8.2 Gyro Offset Step Response Gyro Offset Step Response plots are shown in Accelerometer+Gyro algorithms, respectively and provide an indication of the responsiveness of the system to changes in gyro offsets. The simulation artificially introduces a step in the modeled gyro offset. However, under normal circumstances, gy change such as this would likely occur are: • at powerup • if the gyro has an autonomous offset cancellation circuit (which Freescale recommends be turned OFF). Figure 14. Gyro Freescale Sensor Fusion Library for Kinetis MCUs, Rev. 0.7, 9/2015 Results that follow are simulated build 4.17 using basic sensor models which include noise effects, but ignore Simulation Environments for details. Build 5.00 dynamic performance is expected to be improved from the 4.17 plots shown here. Gyro Offset Step Response Gyro Offset Step Response plots are shown in Figure 14 and Figure 15 for 9-axis and Accelerometer+Gyro algorithms, respectively and provide an indication of the responsiveness of the system to changes in gyro offsets. The simulation artificially introduces a step in the modeled gyro offset. However, under normal circumstances, gyro offsets change very slowly. The only times that a change such as this would likely occur are: if the gyro has an autonomous offset cancellation circuit (which Freescale recommends be turned Gyro Offset Step Response for 9-Axis algorithm odels which include noise effects, but ignore uild 5.00 dynamic performance is expected axis and 6- axis Accelerometer+Gyro algorithms, respectively and provide an indication of the responsiveness of the system to changes in gyro offsets. The simulation artificially introduces a step in the modeled gyro ro offsets change very slowly. The only times that a if the gyro has an autonomous offset cancellation circuit (which Freescale recommends be turned |
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