A unified method for fast modelling of dc-dc switching converters in continuous conduction mode (CCM) is proposed in this paper.
本文提出了工作在连续导通情况下DC—DC开关转换器的快速建模的统一方法。
In dc-dc converts, the average dc output voltage must be controlled to equal a desired level, though the input voltage and the output load may fluctuate.
对于直流-直流变流器，虽然输入电压和输出负载会波动，直流输出电压必须控制在一个希望的水平。
In the following example, we replace it with our test domain of "dc=CIFS2k3,dc=in,dc=ibm,dc=com".
在下面的示例中，我们使用 "dc=CIFS2k3,dc=in,dc=ibm,dc=com"测试域替换它。
The search base specified is dc=testadsserver,dc=local.
指定的搜索基为dc=testadsserver,dc=local。
Add the sending server's server ID to the Trusted servers field; in our example: cn=wasserver1,dc=demo,dc=ibm,dc=net.
将发送服务器的服务器ID添加到受信任的服务器字段，在我们的示例中：cn=wasserver1,dc=demo, dc=ibm, dc=net。
An optimized design of the monolithic switched capacitor DC-DC converter is presented.
提出了一种针对单片集成开关电容dc - DC变换器进行优化的设计方案。
A new Scheme was presented to efficiently improve the dynamic performances of DC-DC converter.
提出了一种能够有效改善DC - DC变换器动态性能的方案。
A dynamic slope compensation circuit applied to boost DC-DC converters is introduced in this paper.
介绍一种用于升压型DC - DC转换器的动态斜坡补偿电路。
This paper gives a design of self-regulation slope compensation circuit applied to buck DC-DC converters.
本文给出一种用于降压型DC-DC转换器的自调节型斜坡补偿电路。
DC-DC should be used properly, these application data will help engineers to design better power supply network.
DC需要合理的使用，下面的应用资料有助于应用工程师设计出更优秀的供电系统。
Modeling analysis DC-DC switching converters is the key step to study, analyze and design switching power supplies.
DC开关变换器的建模分析是研究开关电源的基础，对开关电源的分析与设计具有重要意义。
DC-DC switching converter is a time-variant and non-linear dynamic system, and it is difficult to analyze and design.
DC开关变换电路是一个时变的、非线性的动态系统，它的分析与设计一直是一个难题。
With the development of electronics industry, DC-DC converters have been widely used in lots of electronic equipments.
随着消费电子产业的蓬勃发展，DC - DC转换器在电子产品里得到了广泛的应用。
DC-DC converters are the kernel parts in the switching power supplies. There are abundant dynamical behaviors in them.
DC变换器是开关电源的核心部分，有着极其丰富的动力学行为。
Because of the effect of parasitic elements the output voltage and power transfer efficiency of DC-DC converters are limited.
由于寄生参数的影响，DC - DC升压变换器的输出电压和功率传递效率受到限制。
In the design of current-mode PWM DC-DC converters, the slope compensation method is widely used to prevent sub-harmonic oscillation.
设计电流模脉冲宽度调制直流转换器时，人们广泛采用斜坡补偿电路来消除谐波振荡。
The under voltage lockout is especially suitable for the application in the power management ICs such as charger, DC-DC converter, etc.
本文设计的欠压闭锁电路可用于充电器和DC-DC转换器等电源管理芯片。
In this paper, a nonlinear discrete time domain modeling and computer aided analysis technique is presented for Switched DC-DC Converters.
本文介绍了开关型直流变换器的非线性离散时域模型的建立及其机辅分析方法。
In order to meet the requirements, a current-mode boost DC-DC converter with current sensing technology on chip is designed in this thesis.
为了适应市场需求，本文分析设计了一种带片上电流感应技术的电流模式升压DC - DC变换器。
This paper introduces the theory of slope compensation and presents a piecewise linear slope compensation circuit for peak current mode boost DC-DC converter.
结合一款升压型直流-直流变换器，介绍了峰值电流模式中的斜坡补偿基本原理，提出了一种分段线性斜坡补偿电路。
A novel digital control strategy based on linear change of inductor current is presented, which is easy to be realized with digital control methodology for DC-DC converters.
为获得DC - DC变换器易于实现的数字控制方法，提出了一种基于电感电流线性变化的数字控制策略。
Since the effect of parasitic elements limits the output voltage and power transfer efficiency of DC-DC converters, voltage lift technique opens a good way to improve circuit characteristics.
受寄生元件的影响，DC - DC升压变换器的输出电压和功率传递效率受到限制，电压举升技术为改善电路特性提供了好方法。
In the design of current-mode PWM DC-DC converters, the slope compensation method widely used to prevent sub-harmonic oscillation can significantly weaken the load capacity under a high duty cycle.
电流模pwm集成dc - DC变换器设计中，为了防止亚谐波振荡而普遍采用的斜坡补偿，会在占空比较大时严重影响芯片的带载能力。
Domino format: uid=jb013/ou=secret/dc=spies/dc=com
Domino格式：uid=jb013/ou=secret/dc=spies/dc=com
Select the suffix dc=ibm,dc=com and click on Edit ACL.
选择后缀dc=ibm,dc=com，然后单击Edit ACL。
The example above uses puppet.domain.com as the domain name when installing Windows ADS, so the root domain will have the Distinguished Name (DN) of dc=puppet,dc=domain,dc=com.
在安装WindowsADS时，上述示例使用 puppet.domain.com作为域名，这样根域将具有一个可分辨名称（Distinguished Name，DN）dc=puppet,dc=domain,dc=com。
Enter the distinguished name of the wpsbind user: uid=wpsbind,cn=users,dc=ibm,dc=com.
输入wpsbind用户的专有名称 (distinguished name)：uid=wpsbind,cn=users,dc=ibm,dc=com 。
The Distinguished Name to authenticate, the rootdn specified in slapd.conf, is "cn=Manager,dc=ibm,dc=com".
在slapd.conf 中定义的rootdn 身份验证识别名是 “cn=Manager,dc=ibm,dc=com”。
The Distinguished Name for this user in this scenario is: uid=taiuser,cn=trustedusers,dc=ibm,dc=com.
在该场景中，这个用户的专有名称为：uid=taiuser,cn=trustedusers,dc=ibm,dc=com 。
In other words, the directory hierarchy in IBM Tivoli Directory Server (ou=secret,dc=spies,dc=com) differs from that in Domino (ou=secret/o=spies).
也就是说，IBMTivoliDirectoryServer (ou=secret,dc=spies,dc=com)中的目录层次结构不同于Domino (ou=secret/o=spies) 中的目录层次结构。
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