Anti-shake gimbal

Abstract

The present invention discloses an anti-shake gimbal, comprising an upper carrier, a lower carrier, a bracket, a frame, a base, a magnet assembly, and a circuit assembly. The upper carrier cooperates with the lower carrier to mount a motor and is arranged within the frame. The base is mounted at the bottom of the frame. The circuit assembly is mounted on the side of the frame. The magnet assembly is mounted on the side of the carrier and cooperates with the circuit assembly to drive the lower carrier when power is applied. The bracket is mounted inside the lower carrier and is provided with a carrier-matching portion and a base-matching portion extending toward a corner of the lower carrier. The carrier-matching portion cooperates with the upper carrier and the lower carrier and is capable of rotating relative to the upper carrier and the lower carrier. The base-matching portion cooperates with the frame and the base and is capable of rotating relative to the frame or the base. The anti-shake gimbal of the present invention has the advantages of stable performance and good anti-shake effect.

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