论文部分内容阅读
按照特定用途所需的精确度和响应时间可把电动机驱动装置用的速度调节器分成四种类型。本文提出了可用于确定晶闸管驱动装置微处理机速度调节系统中微处理机需要的毕特数(二进制码数)和采样时间的公式。还为运用工程师推荐了从市场上供应的不同类型数学速度调节器中鉴定和选择最适当的微处理机的系统分类方法。
According to the accuracy and response time required for a particular application, speed regulators for motor drives can be divided into four types. This paper proposes a formula that can be used to determine the bit number (binary code number) and sampling time required by the microprocessor in the thyristor drive microprocessor speed adjustment system. It also recommended for the use of engineers the system classification method to identify and select the most appropriate microprocessor among the different types of mathematical speed regulators available on the market.