According to pulse welding technology and system design method, a welding system is realized, including a main-loop circuit based on hard-switching inverter, a FPGA-based main control system, and a host system based on 32-bit MCU.
根据脉冲焊接工艺和系统设计方案,研究并设计了基于硬开关的主回路系统、基于FPGA的主控系统和基于32位MCU的上位机系统。
参考来源 - 全数字脉冲逆变焊接电源控制策略与应用的研究·2,447,543篇论文数据，部分数据来源于NoteExpress
Pulse welding method is effective to control heat input.
采用脉冲焊接的方式可以有效地控制热输入量。
With pulse welding function, the pulse current and time, basic current and time are adjustable independently, and user can select best parameters for welding different materials.
具有脉冲焊接功能，其脉冲电流、时间和基值电流、基值时间分别可调，用户可以选择最佳的参数配合进行不同材料的焊接。
According to the technological trait of pulse MAG welding, the pulse welding power source has been requested to have better dynamic character, biggish output power and upper reliability.
根据脉冲mag焊工艺特点，脉冲焊电源必须具有良好的动态特性、较大功率输出以及较高的可靠性。
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