本发明涉及一种具有至少一个传感器装置驱动质量块（10），以及至少一个检测质量（18），其中，所述至少一个检测质量（18）通过至少一个耦合结构（20），耦合到所述至少一个驱动质量块（10），所述 至少一个谐波振荡的至少一个的驱动到所述传感器装置的固定器（12）运动质量块（10）通过在至少一个检测运动的科里奥利力沿检测（24）相对于的预定方向的装置中的至少一个检测质量（18）是可移动的，并且其中所述传感器装置包括至少 包括的移动信息（30）相对于至少一个的序列（由至少一个的至少一个谐波振荡运动的装置驱动质量块（10）中的至少一个检测质量的激励序列移动的移动检测装置的一个序列（28），通过装置（18）和/或至少一个部分质量 60）的 耦合结构（20）沿检测方向（24）不同的驱动方向（16）中的一个可被确定。 本发明还涉及一种用于操作这样的传感器装置的方法。 此外，本发明涉及一种用于确定相对于一个物理量的主体的旋转的方法。

The invention relates to a sensor device having at least one driving mass (10), and at least one detection mass (18), wherein the at least one detection mass (18) is so coupled via at least one coupling structure (20) at least one driving mass (10) that the at least one detection mass (18) during at least a harmonic oscillating movement of the at least one driving mass (10) by means of a Coriolis force in at least a detection movement along a predetermined direction of detection (24) with respect to a holder (12) of the sensor device is displaceable, and wherein the sensor device comprises at least a subsequent movement detection device (28), by means of which a subsequent movement information (30) with respect to at least one means of at least one harmonic oscillatory motion of at least one driving mass (10) excited consequence movement of the at least one detection mass (18) and / or at least one partial mass ( 60) of the coupling structure (20) along one of the detection direction (24) different drive direction (16) can be determined. The invention also relates to a method for operating such a sensor device. Furthermore, the invention relates to a method for determining a physical quantity with respect to a rotation of a body.