ABB GDB021BE 模拟量模块

GDB021BE根据上面给出的规则，输出继电器2 FlexLogic"方程如上所示。左边是一堆框，示输出继电器2的FlexLogic"消息。在盒舒堆的右边是如何解释方程的。在本例中，四输入OR门的输入题分比差分0P，Inst Diff OP，以及异或门的输出和AND门的输出。GDB021BE双输入和的输入门是GDB021BE的输出，非]和输出继电器2。非门的输入是逻辑输入2.双输入异或门]的输入为虚拟输出1和逻辑输入1。对于所有人这些门，输入在门本身之前。

According to the rules given above, GDB021BE outputs the FlexLogic "equation for relay 2 as shown above. On the left is a pile of boxes that display the FlexLogic" message for relay 2. How to interpret the equation on the right side of the Heshu pile. In this example, the input question score of the four input OR gate is 0P, Inst Diff OP, and the output of the XOR gate and the output of the AND gate. The input gate of GDB021BE dual input sum is the output of GDB021BE, not the sum output relay 2. The input of non gate is logic input 2. The input of dual input XOR gate gate] is virtual output 1 and logic input 1. For all of these doors, input comes before the door itself.