Mobile terminal and photographing device thereof

Abstract

The embodiment of the invention provides a mobile terminal and a photographing device thereof. The photographing device comprises a camera module interface circuit. The camera module interface circuit is arranged on a mainboard and comprises a baseband circuit and an optical anti-shake drive module. The optical anti-shake drive module is connected with the baseband circuit. The photographing device also comprises an optical anti-shake camera module. The optical anti-shake camera module comprises an anti-shake motor module, a focus motor module, a Hall module and a camera module circuit board. The anti-shake motor module, the focus motor module and the Hall module are connected with the optical anti-shake drive module. The camera module circuit board comprises at least one image sensor module and a first gyroscope module. Each image sensor module is connected with the baseband circuit. The first gyroscope module is connected with the baseband circuit and the optical anti-shake drive module. According to embodiment of the terminal and the device, the partial heating problem and the inter-module interference problem of the optical anti-shake drive module can be effectively solved, the anti-shake performance of the camera is improved, the layout space is reduced, and the reliability and user experience are improved.

Description

technical field [0001] The present invention relates to the technical field of mobile terminals, in particular to a photographing device for a mobile terminal and a mobile terminal. Background technique [0002] At present, camera technology with optical anti-shake has been applied in mobile phones. With the rapid development of mobile phones, users' requirements are getting higher and higher. The anti-shake performance) is better. In addition, the requirements for the optical image stabilization camera module are getting higher and higher in the design of mobile phones. Affect the optical image stabilization performance and camera effect of the mobile phone, and may cause the local temperature of the whole machine to be too high, reducing the comfort of the user experience. [0003] related technologies, such as figure 1 As shown, the internal circuit of the optical image stabilization camera module mainly includes an image sensor module (image sensing module) circuit, a ...

AI Technical Summary

Problems solved by technology

[0005] First, the heating of the optical image stabilization camera module circuit board is a big problem, and as users pursue higher and higher camera pixels, higher frame rates, and higher optical performance, these all mean heat generation. It is getting more and more serious, and the heat dissipation design of the ultra-thin mobile phone in the area of ​​the optical image stabilization camera module is limited, and the application of the optical image stabilization camera module will face the bottleneck of solving the heat dissipation problem

[0006] Second, the gyroscope is sensitive to temperature, and the temperature change on the circuit board of the optical image stabilization camera module will cause the data of the shake angular velocity detected by the gyroscope to drift, which directly affects the optical image stabiliza

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