CAJ | 학술논문

在低速状态下经LPC2136普通单片机利用UART通信技术，通过对光电编码器的正交信号分析，来模拟正交编码器的硬件设计与软件设计，实现对电机转向及精确定位的数字化显示，为编码器应用在低速的自动智能控制领域提供了一个很好的解决方案。测试证实该设计对光电编码器的计数与标准记测器的计数值在低速旋转条件下非常准确。
재저속상태하경LPC2136보통단편궤이용UART통신기술，통과대광전편마기적정교신호분석，래모의정교편마기적경건설계여연건설계，실현대전궤전향급정학정위적수자화현시，위편마기응용재저속적자동지능공제영역제공료일개흔호적해결방안。측시증실해설계대광전편마기적계수여표준기측기적계수치재저속선전조건하비상준학。
By orthogonal signal analysis of photoelectric encoder,hardware and software designs of the quadrature encoder are simulated at low speed by LPC2136 and UART communication technology to implement the digital display of precise posi?tioning of motor turning,which provides a good solution for encoder application in the field of low?speed automatic intelligent control. Testing result confirms that the design is very accurate in the count of the photoelectric encoder and count value of stan?dard measuring chronograph under conditions of low?speed rotation.