Vibration Conformance Compensation Device and Compensation Method Thereof

A vibration conformance compensation device comprising:

• a linear motor including a vibrator and a coil for generating induced electromotive force by interacting with the vibrator,
• a signal generator connecting with the linear motor electrically and outputting a drive signal for driving the linear motor to vibrate;
• a working parameter feedback module connecting with the linear motor electrically and monitoring and returning real-time vibration state parameters of the linear motor,
• a processing module connecting with the working parameter feedback module electrically, having a target vibration state value which is set in the linear motor in advance for comparing the real-time vibration state parameters of the linear motor with the target vibration state value to obtain the comparison result;
• and
• a signal conditioning module connecting with the processing module and the signal generator electrically and adjusting the drive signal in accordance with the comparison result to make the vibration state of the linear motor consistent with the target vibration state.