Control method for controlling burning and corresponding automatic chip burning equipment

Abstract

The invention provides a control method for controlling burned-chip transmission of automatic chip burning equipment, and automatic chip burning equipment. The burning equipment comprises an input device, a first control device, a burning device and an output device. The burning equipment is characterized in that the output device comprises a transmission connecting device which is at least used for being adaptively connected with a surface mounted device or a taping machine respectively. By improving the output device of the prior chip automatic online burning equipment and correspondingly improving the control method for controlling burned-chip transmission, the invention provides a control method for supporting two burning functions of automatic online burning and offline burning on burning equipment, and corresponding automatic chip burning equipment, thus the equipment can be directly used on production lines of surface mounted devices and taping machines, the chip inventory management can be simplified and the effect of the supply chain can be improved. The control method and corresponding automatic chip burning equipment are characterized in low cost, high yield, high speed, high quality, high efficiency and the like.

Description

technical field [0001] The present invention relates to semiconductor process equipment, especially chip programming equipment, and in particular to a control method for controlling the output of programmed chips to a mounter and a tape machine, and correspondingly to a chip mounter and a Automatic chip programming equipment with machine output of programmed chips. Background technique [0002] At present, semiconductor chips are rapidly developing toward high density, small size, light weight, and low power consumption. Among them, the semiconductor chip programming process is a relatively important process. Simply put, this process is a process of pouring programs into semiconductor chips by using professional programming equipment. Such a process can be completed by a professional electronic product manufacturer or a chip programming manufacturer. Generally speaking, professional chip programming has more advantages than the factory's own programming, such as high equip...

AI Technical Summary

Problems solved by technology

[0004] However, there is a very big defect in the current chip programming process, that is, it is impossible to control a programming device that supports both online programming and offline programming. Similarly, there is no way to support online programming. It also supports non-online programming burning equipment

This directly leads to the foundry manufacturers needing to purchase not only the burning equipment for automatic online burning, but also the burning equipment for off-line burning, which not only costs high, but also causes inflexibility in process operation

Images