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Vibration-proof Design on Measuring Circuit for Drill Footage

机译:钻孔探测电路的防振设计

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The real-time drill footage and velocity needs precisely measuring in the field of drilling. The paper studies the vibration-proof circuit based on the photoelectric encoder technique for measuring such parameters. According to the features of four kinds of interference pulses, some methods on preventing against their interventions are put forward respectively. The first (I) and second (II) interference pulses can be removed by special hardware, and the third (III) and forth (IV) ones can be removed by real-time compensation. The vibration-proof circuit has been designed with Verilog Hardwire Description Language (Verilog HDL) and complex programmable logic device (CPLD) using the theories of designing synchronizing circuit. The circuit simulation results show that the designed circuit can work well under the bad drilling environment.
机译:实时钻孔镜头和速度需要精确测量钻孔领域。本文研究了基于测量此类参数的光电编码器技术的防振电路。根据四种干涉脉冲的特征,分别提出了一些防止干预的方法。第一(I)和第二(II)干扰脉冲可以通过特殊硬件去除,并且可以通过实时补偿去除第三(III)和第四(IV)。防振电路已经设计为Verilog HardWire描述语言(Verilog HDL)和复杂的可编程逻辑设备(CPLD),使用设计同步电路的理论。电路仿真结果表明,设计的电路可以在钻井环境不足。

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