仿效卡诺图设计了以异或门为基本电路的电路设计用图—异或图。
The XOR map is presented that is a graphic for design base on exclusive-OR gate circuits and is follow the example of the Karnaugh map.
改进异或门拓扑结构实现的二倍频器，结构简单、实用，降低了电路复杂度。
The clock signal is obtained by using a frequency doubler which USES a modified XOR topology, so that the complexity of the system is reduced.
改进的异或门中，利用LC谐振回路作为异或门的负载，提取出希望得到的频率分量。
Using LC tank circuit as the load of modified XOR, the frequency component desired can be extracted out.
本文结合二进制数字PS K信号和异或门的特点，组成了一个十分简单的异或门二进制psk。
Basing on the properties of binary digital PSK and exclusive-OR gate, this paper gives a quite simple exclusive-OR gate for binary PSK.
本文结合二进制数字PS K信号和异或门的特点，组成了一个十分简单的异或门二进制psk。
Basing on the properties of binary digital PSK and exclusive-OR gate, this paper gives a quite simple exclusive-OR gate for binary PSK.
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