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 · the yaw rate about a single axis (commonly referred to as "vibrating" or "Coriolis-effect" gyroscopes), and are a true inertial sensor, capable of sensing angular rate anywhere

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Page 1:  · the yaw rate about a single axis (commonly referred to as "vibrating" or "Coriolis-effect" gyroscopes), and are a true inertial sensor, capable of sensing angular rate anywhere
Page 2:  · the yaw rate about a single axis (commonly referred to as "vibrating" or "Coriolis-effect" gyroscopes), and are a true inertial sensor, capable of sensing angular rate anywhere
Page 3:  · the yaw rate about a single axis (commonly referred to as "vibrating" or "Coriolis-effect" gyroscopes), and are a true inertial sensor, capable of sensing angular rate anywhere
Page 4:  · the yaw rate about a single axis (commonly referred to as "vibrating" or "Coriolis-effect" gyroscopes), and are a true inertial sensor, capable of sensing angular rate anywhere
Page 5:  · the yaw rate about a single axis (commonly referred to as "vibrating" or "Coriolis-effect" gyroscopes), and are a true inertial sensor, capable of sensing angular rate anywhere
Page 6:  · the yaw rate about a single axis (commonly referred to as "vibrating" or "Coriolis-effect" gyroscopes), and are a true inertial sensor, capable of sensing angular rate anywhere