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Design and performance evaluation of PIC16F77A microcontroller based fluid velocity meter

机译:基于PIC16F77A单片机的流速仪的设计与性能评估。

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This paper elucidates simple design method of a low cost digital velocity meter based on PIC16F77A microcontroller. This digital velocity meter identifies the linear velocity of any fluids as well as any kind of movable objects. LASER and light dependent resistor are two cardinal sensors to design this meter. By this sensor any moving object or moving fluid's initial and final time is calculated at a certain distance. An electrical switch measure this time duration of certain distance very precisely. With this input signal by using the velocity formula the single chip microcontroller compute the velocity. Then the computed formats of velocity are displayed in a 16×2 character LCD. It also shows the time duration of objects to pass the two sensors. This design process is more effective than others as it is more economical, efficient and simple.
机译:本文阐明了基于PIC16F77A微控制器的低成本数字速度计的简单设计方法。该数字速度计识别任何流体的线速度以及任何类型的可移动物体。激光和光依赖电阻是两个主要传感器,用于设计该仪表。通过该传感器,任何移动物体或移动流体的初始和最终时间都在一定距离下计算。电气开关非常精确地测量该距离的持续时间。通过使用该输入信号使用速度公式,单个芯片微控制器计算速度。然后,计算的速度格式显示在16×2字符LCD中。它还显示了通过两个传感器的物体的持续时间。这种设计过程比其他设计更有效,因为它更经济,高效,简单。

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