DLD:数字逻辑设计
《数字逻辑设计》(Digital Logic Design,简称DLD)是电子工程与计算机科学领域的重要基础课程,广泛应用于数字电路分析与系统开发。该缩写形式便于学术文献及工程文档中的高效书写与交流,其核心内容涵盖逻辑门电路、组合逻辑与时序逻辑设计等关键技术模块。
Digital Logic Design具体释义
Digital Logic Design的英文发音
例句
- At the same time, students can understand the close relationship between digital circuits and simulated circuits and understand the significance of EDA technology on digital logic design analysis.
- 同时要求同学能够理解数字逻辑电路与模拟电路之间的密切关系,了解EDA技术对于数字逻辑辑电路设计分析的重大意义。
- As a digital logic design engineer, a problem of designing a finite state machine is often met.
- 作为一个数字逻辑工程师,经常会碰到设计一个有限状态机的问题。
- Digital Logic Design(DLD) Based on Device PLSI / isPLSI
- 基于PLSI/isPLSI器件的逻辑设计
- The Timing Sensitive Digital Logic Design(DLD) Based on FPGA
- 利用FPGA设计时间敏感的数字电路
- In the second redundant digital logic design of interlock protection it is required to pay attention to the reasonable logic design and digital logic optimization so as to solve the interface problems between SCS and electric system and prevent the misoperation caused by disturbances.
- 在进行联锁保护的数字逻辑冗余的二次设计中,应注意逻辑设计合理、数字逻辑优化,要解决好电气与顺序控制系统(SCS)之间的接口问题,防止干扰信号造成误动等。
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