单片机与嵌入式系统应用
單片機與嵌入式繫統應用
단편궤여감입식계통응용
Microcontrollers & Embedded Systems
2015年
10期
62-64
,共3页
3D打印机%伺服电机%PCIE总线%PI3EQX5801%PEX8311%X7043
3D打印機%伺服電機%PCIE總線%PI3EQX5801%PEX8311%X7043
3D타인궤%사복전궤%PCIE총선%PI3EQX5801%PEX8311%X7043
3D printer%servo motor%PCIE bus%PI3EQX5801%PEX8311%X7043
为了使3D打印机的多个伺服电机运动得更快、更精确，提出一种基于PCIE总线运动控制系统的解决方案，并设计完善了整个运动控制系统的硬件架构。该系统的创新之处在于硬件部分通过PI3EQX5801对PCIE总线信号进行加强处理，使PCIE总线信号在经过长达1～3 m的传输后仍保持高度的有效性。实际应用表明，此系统具有响应时间短、定位准确的特点，满足设计要求。
為瞭使3D打印機的多箇伺服電機運動得更快、更精確，提齣一種基于PCIE總線運動控製繫統的解決方案，併設計完善瞭整箇運動控製繫統的硬件架構。該繫統的創新之處在于硬件部分通過PI3EQX5801對PCIE總線信號進行加彊處理，使PCIE總線信號在經過長達1～3 m的傳輸後仍保持高度的有效性。實際應用錶明，此繫統具有響應時間短、定位準確的特點，滿足設計要求。
위료사3D타인궤적다개사복전궤운동득경쾌、경정학，제출일충기우PCIE총선운동공제계통적해결방안，병설계완선료정개운동공제계통적경건가구。해계통적창신지처재우경건부분통과PI3EQX5801대PCIE총선신호진행가강처리，사PCIE총선신호재경과장체1～3 m적전수후잉보지고도적유효성。실제응용표명，차계통구유향응시간단、정위준학적특점，만족설계요구。
In order to make the servo motors of 3D printer to run faster and more accurate ,a motion control system based on PCIE bus is proposed .The hardware architecture of the system is designed .The innovation of the system is that the hardware part uses the PI3EQX5801 to reinforce processing of the PCIE bus signal ,and the signal can remain high availability after the transmission of 1~3 me‐ters .The practical application shows that the system has the advantages of short response time and accurate positioning ,then it can meet the design requirements .
