Speed planning method for chip packaging control and chip packaging control device
A technology of speed planning and chip packaging, applied in the direction of program control, digital control, electrical program control, etc., can solve problems such as difficulty in functioning and fixed displacement, and achieve the effects of improving accuracy, preventing overshoot, and suppressing residual vibration
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Embodiment 1
[0066] A speed planning method for chip packaging control, the point trajectory speed curve of the packaging control is an asymmetric S-curve, and the movement of the point is driven by a shaft motor, such as figure 1 As shown, the asymmetrical S-curve is divided into seven operating stages according to the acceleration and deceleration characteristics: acceleration and acceleration segment 0-T 1 , uniform acceleration section T 1 -T 2 , deceleration acceleration section T 2 -T 3 , constant velocity section T 3 -T 4 , Acceleration and deceleration section T 4 -T 5 , Uniform deceleration section T 5 -T 6 and deceleration section T 6 -T 7 , the planning method includes:
[0067] S1: Set the interpolation cycle, the number of interpolation cycles at the start end, the number of interpolation cycles at the stop end, the allowable excitation energy intensity value, the upper limit of the adjustment change rate, the speed modification resolution, and the acceleration modi...
Embodiment 2
[0123] The present invention further provides a chip packaging control device for realizing the above speed planning method, such as figure 2 As shown, it includes a host computer 1, a drive-control integrated controller 2, an X-axis linear motor 51, a Y-axis linear motor 52, a Z-axis linear motor 53, and an IO actuator 54; the host computer 1 and the drive-control integrated control The device 2 is connected by communication, and the drive-control integrated controller 2 is connected by communication with the X-axis linear motor 51, the Y-axis linear motor 52, the Z-axis linear motor 53, and the IO actuator 54;
[0124] The drive-control integrated controller 2 includes a motion control unit 3 and a drive control unit 4, the motion control unit 3 communicates with the upper computer 1 and the drive control unit 4, and the drive control unit 4 communicates with the X-axis The linear motor 51, the Y-axis linear motor 52, the Z-axis linear motor 53, and the IO actuator 54 are c...
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