AMS:模拟和混合信号
“模拟和混合信号”(Analog and Mixed Signal)通常缩写为AMS,这一简称在电子工程、通信系统和集成电路设计等领域被广泛采用,既能简化书写,又便于日常技术交流。它指的是同时处理连续变化的模拟信号与离散数字信号的系统或电路技术,是连接真实物理世界与数字信息处理的重要桥梁。
Analog and Mixed Signal具体释义
Analog and Mixed Signal的英文发音
例句
- VHDL AMS is an extension of VHDL to analog and mixed signal domain.
- VHDL-AMS是VHDL向模拟和混合信号(AMS)领域的扩展。
- VHDL-AMS provides a uniform modeling and simulation method for analog and mixed signal system. As the most general unit in analog circuit, the VHDL-AMS model of operational amplifier can be divided into three parts : input level, middle level, and output level.
- VHDL-AMS语言为模拟和混合信号(AMS)系统设计提供了统一的建模和仿真方法,作为模拟电路中最为通用的单元,运算放大器的VHDL-AMS模型可以划分为输入级、中间级和输出级3个部分。
- Development of Analog and Mixed Signal(AMS) BIT Technology
- 模拟和混合信号(AMS)BIT技术
- Among the many testing methods of analog and mixed signal circuits booming up in recent years, the pseudorandom testing technique is easier to generate testing stimuli and the current-based testing method could magnify the response differences between fault-free circuits and faulty circuits.
- 近年来提出的很多种模拟及混合信号电路测试方法中,伪随机测试法易于产生测试激励,基于电流的测试法能使正常电路和故障电路的频率响应的差别增大。
- Integrated circuits are classified as digital circuits, analog circuits and mixed signal circuits according to their functions.
- 集成电路按功能可分为数字电路、模拟电路和数模混合电路。
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