GMRC using logic analyzer 1680a can help them to solve this problem.
GMRC的工程师使用逻辑分析仪1680A可以帮助设计者有效地解决这个问题。
In this paper we characterize the hardware-software support of the displaying part of intelligent logic analyzer.
本文阐述了智能逻辑分析仪显示部分的硬件与软件支持。
This paper introduces the design and realization of a high-speed and low-cost virtual logic analyzer based on FPGA and USB2.0 bus.
本文介绍了一种基于FPGA的USB2.0高速、低成本的虚拟逻辑分析仪的设计原理与实现方法。
Sound knowledge on electronic circuit theory, capable to use electronic instruments (oscilloscope, logic analyzer) for problem investigation.
必要的电子电路理论知识，会应用示波器、逻辑分析仪等仪器仪表于问题调查分析。
Making use of logic analyzer, oscillograph and bus analyzer, we can design and test the superhigh density FPGA, and transmit the signal to the instrument through probe and linker.
设计和验证超高密度FPGA的方法是采用逻辑分析仪、示波器和总线分析仪，通过测试头和连接器把信号送到仪器上。
On the basis of above mentioned, this thesis discusses the research and design of virtual logic analyzer based on the full use of FPGA technology and virtual instrument technology.
正是基于此，本文充分运用FPGA技术和虚拟仪器技术，开展了虚拟逻辑分析仪系统的研究与设计。
Logic analyzer: 16 fast deep memory digital channels allow you to see key numerical and timing relationships.
逻辑分析仪：16个快速的深存储器数字通道让您看到关键的数值和定时关系。
Logic analyzer: 16 integrated deep memory digital channels are added, which can display the key data and time.
逻辑分析仪：添加了16个集成的深存储器数字通道，可显示关键的数据值和时间关系。
Logic Analyzer is used for testing the digital information in the digital system, whose structure is complex and the cost is higher.
逻辑分析仪的测试对象是数字系统中的数字信息，其结构复杂，成本较高。
However, the traditional measuring instruments such as DSO, DMM, Logic Analyzer have only focus on a certain number of signal or electrical parameters.
然而，传统的测量仪器如示波器，万用表，逻辑分析仪等都只是针对某一些信号或者电参数的测量。
However, the traditional measuring instruments such as DSO, DMM, Logic Analyzer have only focus on a certain number of signal or electrical parameters.
然而，传统的测量仪器如示波器，万用表，逻辑分析仪等都只是针对某一些信号或者电参数的测量。
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