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- A man-machine interaction system is designed for the digital welding power source by using the MSP430F149 SCM as the controller. 以MSP430F149型单片机为主控芯片,设计实现了数字化焊接电源人机交互系统。
- digital welding power 数字化焊接电源
- digital welding power source 数字化焊接电源
- A digital IGBT inverter AC/DC pulsed TIG welding power sources based on DSP is developed,which adopts TMS320F240 series DSP as a core of the control system. 基于数字信号处理器(DSP)进行了数字化IGBT逆变交直流方波脉冲TIG焊机的研制,采用TI公司的TMS320F240型DSP作为控制系统的核心芯片。
- A digital IGBT inverter AC/DC pulsed TIG welding power sources based on DSP is developed, which adopts TMS320F240 series DSP as a core of the control system. 摘要基于数字信号处理器(DSP)进行了数字化IGBT逆变交直流方波脉冲TIG焊机的研制,采用TI公司的TMS320F240型DSP作为控制系统的核心芯片。
- It is perfectphase trigger circuit for arc welding power source of scr. 该相控触发电路是晶闸管整流弧焊电源的理想触发电路。
- With the cooperation of two pulsed welding power sources,we can realize high-speed welding and good weld shape. 采用两台脉冲焊接电源协同工作的方式,可以实现高速焊接,改善焊缝成形。
- TIG welding power source made from SCR and bifilar winding energy saving inductor is introduced in this paper. 研制了一种用双绕组储能电抗器构成的晶闸管TIG焊电源。
- The development of thyristor puls plasma arc welding power source is introduced in this paper. 本文介绍了晶闸管脉冲等离子弧焊电源的研制成果。
- The paper deals with the basic principles of the pulsed square wave AC MIG/TIG welding power source. 主要介绍双凹波形脉冲氩弧焊电源的工作原理。
- A type of switched HF pulse TIG welding power source is introduced in this paper. 本文介绍一种开关式高频脉冲TIG焊电源。
- Digital welding machine now becomes more and more popular,it adopts DSP as controlling kernel for triggering the main circuit of the new kind of twelve-phase SCR CO 2 shielded welding machine. 介绍了一种晶闸管弧焊电源用新型无同步变压器的同步控制电路,实现了对自然换相点的精密同步控制,并能跟踪自然换相点的漂移,克服了传统同步控制电路的不足。
- Abstract The development of inverter welding power source is the inexorable trend of welding power source orientation. 逆变焊接电源是焊接电源的主要发展方向之一。
- A main circuit of thyristor arc welding power source is designed and its working course is analyzed in this paper. 设计了一种晶闸管整流式平特性弧焊电源主电路,分析了其工作过程。
- The varible polarity output process of the inverter AC arc welding power source we designed is a very quickly alternating dynamic one. 设计的逆变交流弧焊电源输出变极性过程是极其快速变化的动态过程。
- According to the mechanism of underwater welding,develop a pulsed-wire feeding system controlled by MCU and working with underwater welding power. 根据水下焊接的机理,研制出一种由单片机控制的脉动送丝机构与水下脉冲焊接电源相配合的送丝机。
- The primary factors affected welding depth and width have been studied, for example: welding power、speed、defocusing parameter and flow parameter. 进行了厚钢板和汽车齿轮的激光焊接实验,实际测量了激光功率、焊接速度、离焦量、辅助气体等工艺参数对焊接质量的影响。
- The measuring method of the dynamic characteristic of arc welding power source is always a difficult problem in welding. 弧焊电源动特性的测定方法在焊接研究中一直是一个很难解决的课题。
- full digital welding powersource 全数字化焊接电源
- Controlled system is tested by program debuging and circuit experiment,it can satisfy the requirement of soft switch inverter welding power source. 最后通过软件调试和硬件电路的测试验证了所设计的控制系统能够满足软开关逆变电源的控制要求。