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电与液结合所带来的好处已有许多资料证明。这种结合产生的极高精度及控制的灵活性,远远超出了全机械的结构。然而,这种系统的价格往往达到数千美元。所以,在许多情况下,使它们的应用限制在与所要求的性能相比,成本是次要的场合。以上这样的情况可以通过一种新的方法——流体传动伺服技术得到改变。凭借今天的微处理机的本领及速度,就有可能使相对简单的机械元件成为高性能的液压和气动系统,而成本大大降低。
The benefits of the combination of electricity and liquidity have been documented. This combination of high accuracy and control flexibility goes well beyond full mechanical construction. However, the price of such a system often reaches several thousand dollars. Therefore, in many cases, limiting their application to the cost is a secondary issue compared to the required performance. The above situation can be changed by a new method, Fluid Drive Servo Technology. With the power and speed of today’s microprocessors, it is possible to make relatively simple mechanical components a high-performance hydraulic and pneumatic system at a much lower cost.