感应同步器位置测量系统是由感应同步器、模——数转换电路和微型计算机组成。微型计算机的应用,不仅节省了传统的数显表中的内计数器、外计数器及数字显示器等元器件,而且使整个系统具有自动误差修正及数据处理的智能。测量系统被微机软化后,功能更加齐全。例如测量直线位置的直线式感应同步器测量系统和测量轴角位置的旋转式感应同步器测量系统,除了传感器和时钟频率不同外,在硬件上无其他差异。同样的测量系统既可以测量绝对位置,一又可以测量相对位移,这种测量上的差别只在软件上表现出来。总之带有微型计 Induction Synchronizer Position Measurement System is composed of induction synchronizer, analog-digital conversion circuit and microcomputer. The application of microcomputer not only saves the internal counter, external counter and digital display in digital display, but also makes the whole system intelligent with automatic error correction and data processing. Measurement system is softened by the computer, the function is more complete. For example, a linear induction synchronizer measuring system for measuring linear positions and a rotary sensing synchronizer measuring system for measuring the angular position of a shaft have no hardware differences, except for the difference in sensor and clock frequency. The same measurement system can measure the absolute position, one can measure the relative displacement, the difference in this measurement is only shown in the software. In short with a micro-meter