There are two kinds of mode, increment and decision, used for microprogram sequential control.
微程序的顺序控制方式有两大类：增量方式和断定方式。
The control system can realize welding sequential control and 2 beats or 4 beats sequential control mode.
控制系统可按焊接工艺要求实现焊接工作时序控制以及二拍、四拍的时序控制方式。
The way of data transfer in DMA mode, control method of logical programmable device and design of driver program are discussed to solve the key point of sequential transmission.
给出DMA工作方式下数据传输的设计方法，可编程逻辑器件的控制逻辑和驱动程序设计，解决了数据传输连续性的关键问题。
The way of data transfer in DMA mode, control method of logical programmable device and design of driver program are discussed to solve the key point of sequential transmission.
给出DMA工作方式下数据传输的设计方法，可编程逻辑器件的控制逻辑和驱动程序设计，解决了数据传输连续性的关键问题。
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