清单2展示了同样的概念，但本例中创建的是一个函数，用于封装乘法表计算背后的逻辑。
Listing 2 shows the same concept, but in this case, you create a function that encapsulates the logic behind this calculation.
通过给出一个用通用阵列逻辑芯片GAL开发二进制比例乘法器的事例，详细介绍了用GAL芯片开发高集成度逻辑电路的方法。
By giving an example which USES GAL to develop a binary ratio multiplier, the author explains in detail the method of using GAL chip to develop a high-density integrated circuit.
数字信号处理器包含了中央算术逻辑单元、乘法器单元、移位器单元、排序器单元、辅助寄存器单元、中断单元的设计。
The digit signal processor embodies the center arithmetic logic unit, Multiplier unit, Shifter unit, Sequencing unit, Auxiliary register unit, interception unit.
当选择信号为逻辑高电平（1）时，乘法器510传输反相器504的输出信号给发生器404的输出作为输出信号VOUT。
When the select signal is a logic high (1), multiplexer 510 transmits the output signal of inverter 504 to the output of generator 404 as output signal VOUT.
当选择信号为逻辑高电平（1）时，乘法器510传输反相器504的输出信号给发生器404的输出作为输出信号VOUT。
When the select signal is a logic high (1), multiplexer 510 transmits the output signal of inverter 504 to the output of generator 404 as output signal VOUT.
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