基本的步进电机控制电路介绍[外文翻译].rar
基本的步进电机控制电路介绍[外文翻译],包含中文翻译和英文原文，内容详细完整，建议下载参考！中文： 4532 字英文： 14922字符绪论本文讲解的是基本的也是最终的步进电机的驱动电路。 这个电路集中讨论一个问题, 给电机的各相绕组轮流通电, 并且控制它给各相绕组的通电次序。 这个驱动电路直接接到电机绕组和电源上, 并且...
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基本的步进电机控制电路介绍[外文翻译]
包含中文翻译和英文原文，内容详细完整，建议下载参考！
中文： 4532 字
英文： 14922字符
绪论
本文讲解的是基本的也是最终的步进电机的驱动电路。 这个电路集中讨论一个问题, 给电机的各相绕组轮流通电, 并且控制它给各相绕组的通电次序。 这个驱动电路直接接到电机绕组和电源上, 并且由一个数字系统控制它的导通与关闭。
本文包括所有类型的电机,基本的电路必须能够控制一个不定相数的电机, 对H－桥电路需要控制一个两相永磁电机。下面用一个实际例子说明各相绕组的驱动电路, 但这些例子没有打算作为商业中控制电路的使用说明, 在这里提供的信息也没有打算去替代那些制造商提供的一些关于步进电机的数据表。
本文只包括最基本的步进电机各相绕组的控制电路。并且我们假设， 所有这些电路为电机电源提供的驱动电压没有大于电机的额定电压。下个部分, 基于当前的有限的驱动电路, 列举一些实用的高性能驱动电路 ......
Basic Stepping Motor Control Circuits
Introduction
This section of the stepper tutorial deals with the basic final stage drive circuitry for stepping motors. This circuitry is centered on a single issue, switching the current in each motor winding on and off, and controlling its direction. The circuitry discussed in this section is connected directly to the motor windings and the motor power supply, and this circuitry is controlled by a digital system that determines when the switches are turned on or off.
This section covers all types of motors, from the elementary circuitry needed to control a variable reluctance motor, to the H-bridge circuitry needed to control a bipolar permanent magnet motor. Each class of drive circuit is illustrated with practical examples, but these examples are not intended as an exhaustive catalog of the commercially available control circuits, nor is the information given here intended to substitute for the information found on the manufacturer's component data sheets for the parts mentioned.
This section only covers the most elementary control circuitry for each class of motor. All of these circuits assume that the motor power supply provides a drive voltage no greater than the motor's rated voltage, and this significantly limits motor performance. The next section, on current limited drive circuitry, covers practical high-performance drive circuits ......
包含中文翻译和英文原文，内容详细完整，建议下载参考！
中文： 4532 字
英文： 14922字符
绪论
本文讲解的是基本的也是最终的步进电机的驱动电路。 这个电路集中讨论一个问题, 给电机的各相绕组轮流通电, 并且控制它给各相绕组的通电次序。 这个驱动电路直接接到电机绕组和电源上, 并且由一个数字系统控制它的导通与关闭。
本文包括所有类型的电机,基本的电路必须能够控制一个不定相数的电机, 对H－桥电路需要控制一个两相永磁电机。下面用一个实际例子说明各相绕组的驱动电路, 但这些例子没有打算作为商业中控制电路的使用说明, 在这里提供的信息也没有打算去替代那些制造商提供的一些关于步进电机的数据表。
本文只包括最基本的步进电机各相绕组的控制电路。并且我们假设， 所有这些电路为电机电源提供的驱动电压没有大于电机的额定电压。下个部分, 基于当前的有限的驱动电路, 列举一些实用的高性能驱动电路 ......
Basic Stepping Motor Control Circuits
Introduction
This section of the stepper tutorial deals with the basic final stage drive circuitry for stepping motors. This circuitry is centered on a single issue, switching the current in each motor winding on and off, and controlling its direction. The circuitry discussed in this section is connected directly to the motor windings and the motor power supply, and this circuitry is controlled by a digital system that determines when the switches are turned on or off.
This section covers all types of motors, from the elementary circuitry needed to control a variable reluctance motor, to the H-bridge circuitry needed to control a bipolar permanent magnet motor. Each class of drive circuit is illustrated with practical examples, but these examples are not intended as an exhaustive catalog of the commercially available control circuits, nor is the information given here intended to substitute for the information found on the manufacturer's component data sheets for the parts mentioned.
This section only covers the most elementary control circuitry for each class of motor. All of these circuits assume that the motor power supply provides a drive voltage no greater than the motor's rated voltage, and this significantly limits motor performance. The next section, on current limited drive circuitry, covers practical high-performance drive circuits ......
