terminal signal meaning in Chinese
终止信号
Examples
- This paper particularly introduces each circuit schematics and terminal signal processing methods . the radio frequency channel is analyzed in detail
对实现系统的各部分电路及终端的信号处理方法作了较为详细的介绍。 - Information technology - international standardized profiles fvt2nn - virtual terminal basic class - register of control object type definitions - fvt2114 - terminal signal titles control object
信息技术.国际标准数据区fvt2nn .虚拟终端的基本分类.控制对象类型定义寄存器.第16部分: fvt2114 .终端信号标题控制对象 - The zfp28 cdna sequence is 4104 bp and contains a 2076 bp orf that encodes and 868 amino acids protein with an n - terminal signal peptide , two krab domain , and 14 c - termianal c2h2 zinc finger motifs
Zfp28基因长4076个碱基，含8个外显子，在基因组dna上长18kb 。它编码的蛋白质全长868个氨基酸，含1个信号肽， 2个krab框和14个c2h2型的锌指。 - The complete human znf325 cdna sequence is 2697bp and contains a 1389 - bp open reading frame ( orf ) that encodes a 462 amino acid protein with 15 zinc finger c2h2 motifs . the complete human znf359 cdna sequence is 3270bp and contains a 1932 - bp open read ing frame ( orf ) that encodes a 643 amino acid protein with an n - terminal krab domain and 16 c - terminus zinc finger c2h2 motifs . the zfp28 cdna sequence is 4104bp and contains a 2076 - bp open reading frame ( orf ) that encodes an 868 amino acid protein with an n - terminal signal peptide , two krab domains and 14 c - terminal c2h2 zinc finger motifs
Znf325长2697个碱基，含有一个长为1389个碱基的开放阅读框，编码一个长为462个氨基酸的蛋白质，它包含15个c2h2型锌指结构； znf359长3270个碱基，含有一个长为1932个碱基的开放阅读框，编码一个长为643个氨基酸的蛋白质，它包含一个n -端krab结构域和16个c -端c2h2型锌指结构； zfp28长4104个碱基，含有一个长为2076个碱基的开放阅读框，编码一个长为868个氨基酸的蛋白质，它包含一个n -端信号肽，两个krab结构域和14个c -端c2h2型锌指结构。 - Secondly , a network based on multi - terminal components modeling methodology was applied to model mems at system - level by the analogy and mixed - signal modeling tool of vhdl - ams , for the system - level model of mems is a mixed signal model , which has attributes of multi - energy domains coupling , multi - signals mixed and interacting between discrete - event subsystems and continuous - time subsystems . with this method , the whole system can be divided into some subsystems defined as multi - terminal components ; the behavior of the subsystems depends only on their terminal signals ; the information exchange between subsystems was done by the signals at their terminals . the continuous - time systems or discrete - event systems can be modeled and simulated with this method , which satisfied the requirements of nonlinear systems and large signals analysis
同时，针对mems的系统级模型是一个混合信号模型，具有多能量域耦合、多信号混合、离散事件子系统与连续时间子系统交互的特点，使用vhdl - ams作为混合信号模型建模的工具，采用多端口组件网络建模方法建立了mems系统级模型，把微型机电系统分解为多个子系统或组件，各子系统被定义为多端口组件，子系统的内部行为通过其端口行为来描述，子系统间的能量与信号的交换通过组件的端口映射来实现，从而实现了对连续时间系统和离散事件系统的建模与仿真，满足了非线性系统以及大信号分析要求。