vrm

Analysis of VRM Topology Applied to 48 V Power Supply System

适用于48V供电系统的VRM拓扑分析

Furthermore , the suitable control methods of VRM are discussed .

同时对适用于VRM的控制方法进行了论述。

The voltage regulation module ( VRM ) present situation and the development

电压调节模块（VRM）的现状与发展

Research on Isolated Half Bridge VRM Topology with Low Voltage High Current Output

隔离型半桥低压大电流VRM标准拓扑研究

Studies of VRM Circuit Topology and Control Method

VRM电路拓扑与控制方法研究

Study on a Continuous Wave High Power Solid State Laser with a VRM Output Coupler

带变反射率耦合输出镜的连续高功率Nd：YAG激光器的研究

The Research on a High Frequency ( MHz ) Two-stage VRM

一种高频（MHz）两级VRM的研究

Distributed Voltage Regulator Module , VRM , for CPU Core Voltage

用于CPU内核的分布式电压调节模块

Experimental results proved the theoretical analysis , and the feasibility of this VRM design was verified .

通过对实验波形的分析，验证了理论分析的正确性和本文VRM设计方案的可行性。

The blocking process for TRM and VRM is explained in present study .

本文解释热剩磁和粘滞剩磁的阻挡过程。

With the development of the microprocessor , it poses new challenges for VRM .

随着微处理器的不断发展，对其供电电源VRM提出了新的要求。

Experimental comparison of the output beam quality for the Nd ∶ glass slab laser with VRM

板条激光器VRM光腔输出激光光束质量实验比较

It is necessary to define its basic theories and major contents in order to further research about VRM .

为了进一步开展广泛而深入地研究，首先需要明确其主要基础理论及重要研究内容。

The ring-ADC is verified to meet the requirements for digital VRM controller application .

延迟环ADC满足VRM数字控制芯片应用要求。

VRM is one kind of POL converter .

VRM就是一种特殊的POL变换器。

Improved Double Frequency Buck Converter for VRM

用于电压调整模块的改进型双频Buck变换器

A novel differential geometry nonlinear decoupled control is proposed on integrating magnetic Voltage Regulator Module ( VRM ) .

试图利用微分几何理论实现磁集成电压调整模块非线性解耦控制。

The research of multi-phase interleaving VRM paralled planar passive integration

多相交错并联VRM中平面无源集成的研究

Cassegrain Unstable Resonator with Variable Reflectivity Mirror ( VRM ) Output Coupler

由变反镜耦合输出的卡塞格林非稳腔激光技术研究

Analysis on the Risk Factors of AMI 、 VRM and VRM Accompanied by CHF after AMI

AMI、AMI后心室重构及心室重构伴充血性心力衰竭的危险因素分析

Since the application of coupled integrating magnetic techniques , circuit characteristics analysis , modeling and control have become the focus and difficulty of VRM research .

由于耦合磁集成技术的引入，变换器建模、特性分析和控制器设计一直都是电压调整模块研究的重点和难点。

VRM ( Voltage Regulator Module ) is the newly developed DC-DC converting technique for powering CPU .

VRM（VoltageRegulatorModule）就是为解决CPU供电问题提出的新型DC-DC电源变换器结构。

Dual stator variable reluctance motor ( VRM ) has high nonlinear characteristics , and results in difficulties when torque control is required .

针对直接驱动双定子变磁阻电机存在严重的非线性，转矩控制困难，对负载扰动敏感的控制难点，给出一种此类电机的高性能控制算法。

In fact , this thesis proposes a 4-phase to 8-phase switching VRM power supply module .

本论文实际设计了一项4相切换到8相的VRM电源模块。

The VRM can be synchronized with a second instance of VRM running on another server to provide backup .

VRM也可以与其他服务器中的VRM二审程序同步运行，以确保数据的备份。

Several method to improve the fast response capability in VRM research are given in the paper , especially the V2 control model are analyzed in detail .

列出了几种VRM研究中提高快速瞬态响应性能的方法，特别对V2控制方法进行了详细分析。

In this paper , a non-isolated multiphase VRM with integrated coupled magnetic is introduced to improve steady and dynamic performances .

为了提高变换器的稳态和动态性能，本文提出一种新型集成耦合磁路的非隔离式电压调整模块。

Research on Planar Integrated Magnetics Whose DC-bias Can be Eliminated in 4 Phase Interleaving VRM

四相电压调整模块中平面型可消除直流偏磁集成磁件研究

Planar integrating magnetic Voltage Regulator Module ( VRM ) is a special , flux coupled , switching nonlinear power electronic converter .

平面磁集成电压调整模块是一种特殊的磁耦合、时变、开关非线性电力电子变换器。

Experimental results showed that the use of array integrated magnetics in four-phase VRM have preferable steady output voltage and dynamic performance .

实验结果表明使用阵列式集成磁件的四相并联同步整流VRM的稳态输出电压和动态响应较好，同时也验证了阵列式磁集成VRM的可行性。