阅读说明：本技术 抖动补偿装置、光学装置和相机 (Jitter compensation device, optical device, and camera ) 是由 田赫 于 2019-12-02 设计创作，主要内容包括：一种抖动补偿装置、光学装置(100)和相机(1000),该抖动补偿装置包括定子组(40,80)和动子组(60),定子组(40,80)用于驱动动子组(60)移动,动子组(60)用于与成像单元(30)固定连接,定子组(40,80)和动子组(60)设于成像单元(30)背向成像面(321)的一侧。通过定子组(40,80)驱动动子组(60)移动的方式,能够带动成像单元(30)移动,而定子组(40,80)和动子组(60)均设置在成像单元(30)背向成像面(321)的一例,即不需在成像单元(30)的四周侧面驱动成像单元(30)移动,可以缩减成像单元(30)四周的尺寸,抖动补偿装置适应于成像单元(30)的外形而层叠设置的方式也更便于光学装置(100)和相机(1000)的结构紧凑化设计,尺寸小,便于携带和使用。(A shake compensation device, an optical device (100) and a camera (1000) comprises stator groups (40, 80) and a rotor group (60), wherein the stator groups (40, 80) are used for driving the rotor group (60) to move, the rotor group (60) is used for being fixedly connected with an imaging unit (30), and the stator groups (40, 80) and the rotor group (60) are arranged on one side, opposite to an imaging surface (321), of the imaging unit (30). The imaging unit (30) can be driven to move by the way that the stator groups (40 and 80) drive the moving group (60) to move, the stator groups (40 and 80) and the moving group (60) are arranged on one side of the imaging unit (30) back to the imaging surface (321), namely, the imaging unit (30) does not need to be driven to move on the peripheral side surface of the imaging unit (30), the peripheral size of the imaging unit (30) can be reduced, and the shake compensation device is suitable for the appearance of the imaging unit (30) and is arranged in a stacked mode, so that the optical device (100) and the camera (1000) are more convenient to design in a compact structure, small in size and convenient to carry and use.)