作为模拟电路与数字电路的接口电路，高性能的模数转换器对整个设计系统的实现非常重要。
As a special interface connected with analog and digital circuits, high performance analog-to-digital converter is much more important in whole system design.
数字电路板作为系统的核心部件，负责整个软件算法和通讯等功能的实现，它的功能要求与稳定性至关重要。
As the core components of the system, digital circuit board is responsible for the entire software algorithms and communication functions.
总结出的这些效应规律可为了解和掌握CMOS数字电路器件与系统整体HPM效应机理规律提供一定的参考价值。
These findings can provides a good reference value for the study of high power microwave (HPM) interference effects towards the CMOS digital circuit devices and systems.
异步设计与同步设计是两种基本的数字电路系统实现方法。
The asynchronous design and synchronous design are the two basic methods in implementing the digital system.
异步设计与同步设计是两种基本的数字电路系统实现方法。
The asynchronous design and synchronous design are the two basic methods in implementing the digit system.
阐述了利用CPLD对多道脉冲幅度分析器数字电路进行系统集成的设计原理与方法，对系统的特点和设计中的技术要点作了详细的探讨。
The working principle and design methods of this digital circuitry and system integration with CPLD are also introduced. The features and technical points in system designation are discussed as well.
用CPLD作频率计数字电路的核心部件，可简化频率计的硬件电路，提高系统的工作速度，节约设计与制造成本。
Using CPLD as the core of the circuit, it can simplify the hardware circuit, improve operational speed and save production cost.
用CPLD作频率计数字电路的核心部件，可简化频率计的硬件电路，提高系统的工作速度，节约设计与制造成本。
Using CPLD as the core of the circuit, it can simplify the hardware circuit, improve operational speed and save production cost.
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