LDO的例句大全

The designed LDO circuit include bandgap reference, thermal protect circuit, limit current circuit, fast turn on circuit.

本文设计的LDO电路还包含带隙基准源，过温保护电路，限流电路，快速启动电路。

This paper gives a novel CMOS thermal protect circuit for LDO, it has the function "temperature delay" avoiding the problem "thermal swing".

但双极型过温保护电路本身存在热振荡的问题。给出一种新型的CMOS过温保护电路，他具有温度迟滞功能，有效地避免了芯片出现热振荡。

Based on the frequency-domain analysis of conventional single-loop LDO, a dual-loop LDO regulator structure with fast transient response is proposed, which improves dc open-loop gain while maintaining the unity gain bandwidth, thus increasing the transient response of LDO regulator.

通过对传统单环LDO的频域分析，提出一种快速瞬态响应的双环路LDO稳压器结构，在保证单位增益带宽不变的前提下提高直流增益，进而提高LDO电路的瞬态性能。

Low Drop-out ( LDO) voltage regulators are indispensable in the power management systems.

在电源管理系统中，低压降线性稳压（Low Drop-out，LDO）电路是其不可或缺的关键模块。

design and implementation of ldo linear power chip with large current and high stability

大电流、高稳定性LDO线性电源芯片的设计和实现

the design of ldo power management chip with dual electronic switches

带有双电子开关的LDO电源管理芯片的设计

design of constant current ldo driver for power white led

恒流LD O型串联大功率白光LED驱动器的设计

stability analysis and frequency compensation technique for on-chip ldo voltage regulator

片上低压降电源调节器的稳定性分析和频率补偿

stability is an important issue in the design of ldo linear regulators.

稳定度一直是在设计低压降线性稳压器的过程中一个重要的议题。

the performance of ldo circuit is improved with these modules.

通过这些模块的设计，对传统LDO电路进行了改进与优化，改善了传统LDO电路的性能。

design of a dual-loop ldo regulator with fast transient response

一种快速瞬态响应双环路LDO稳压器的设计

with the development of soc wireless communication, more and more research focus on full on-chip ldo.

随着SOC无线通讯芯片的发展，全集成的低压差线性稳压器成为了近年来国际上的一个研究热点。

a dynamic miller compensation circuit for ldo regulators

利用动态密勒补偿电路解决LDO的稳定性问题

a voltage controlled current source for ldo frequency compensation

一种用于低压降稳压器频率补偿的压控电流源

an internal dynamic frequency compensation circuit of ldo regulator

一种LDO稳压器内部动态频率补偿电路的设计

deep studies are made on ldo which is a key member of power management ic.

LDO作为电源管理IC的重要成员，对其研究也日益深入。

the selection of ldo regulator for cell phone design

为蜂窝电话设计选择LDO

a technology for protection from latch-up based on current rejection by ldo

基于LDO限流技术的辐射闩锁防护技术

design of mobile compensation circuit in ldo

LDO中动态补偿电路的设计

a dynamic leakage circuit is added to improve the transient response of the ldo.

为提高整体芯片瞬态响应特性，还设计了一个动态泄放电路。