Power IC的例句大全

High Voltage VDD-to-VSS ESD Protection in Power IC

功率集成电路中的高压电源和地之间的ESD保护

We build a synchronous rectifying switch power IC with high efficiency and good load characteristic following the requirements of the battery-powered portable equipments.

并具有良好大信号特性，以满足CPU、DSP和闪存等模块要求。根据电池供电便携式设备的要求，本论文设计了一款高效率、良好负载特性的双模式同步降压型开关电源IC。

Design of a lower working power IC card reader of multi-SAM module

一种多SAM模块的低功耗IC卡读卡器设计与实现

Simple Circuit Drives PCI Express with PCI Hot-Plug Power IC

用PCI热插拔功率IC驱动PCI Express的简单电路

At the end of this paper the differences between the VDMOS in Power IC and discrete device were mentioned in design.

同时还分析了集成电路中的VDMOS与普通分立VDMOS器件在器件结构设计上的主要差别。

In Power IC, crosstalk between high voltage power devices and low voltage devices can cause circuit operation failure and even latch-up.

在功率集成电路中，高压功率器件会对周围的低压电路产生串扰，从而造成电路失效甚至闭锁等现象。

The Design of Low Power IC Based on Adiabatic Circuits

一种基于绝热电路的集成电路低功耗设计

Design of smart switch-power IC

智能功率开关电源IC设计

Design of overtemperature protection circuit in power IC

功率集成电路中过热保护电路的设计

A Monolithic Smart Power IC Based on SOI CMOS/ LDMOS Technology

一种SOI CMOS/LDMOS单片智能功率集成电路

Yeah, and it's only good for pure analog power ic* which is horrible.

首先，用厂家提供的电源芯片做电源系统设计和设计电源芯片有很大的不同。

It adopts neuron chip and power IC and solves the prob-lem well.

它采用神经元芯片和电能计量芯片实现，较好的解决了这个问题。

Recently, the smart power management system has attracted more attentions due to the development of SoC ( System on a Chip) and Power SoC technology and it has made further progress with SPIC ( smart power IC) design.

近年来系统集成芯片和功率系统集成技术的发展更是对智能电源系统的开发提出了迫切的需求，从而进一步促进了对智能功率芯片设计技术的研究。

Monolithic Smart Power IC ( SPIC) has low cost, small volume, stable work, and many other advantages.

单片式智能功率集成电路具有成本低、体积小、工作稳定等诸多优点，自20世纪90年代中期问世以来已得到广泛应用。

Overtemperature protection circuit is very important for power IC.

过热保护电路对于功率集成电路而言无疑是十分重要的。

Mixed-Mode Simulation of High Voltage and Power IC

高压功率集成电路的混合模拟

A Simple Trimming Method Used in Power IC

一种用于集成电路的片上微调方法

Design of Thermal-Shutdown Circuit in Power IC

电源管理芯片中热关断电路的设计

This thesis carries out thorough and systematic research focusing on the inverter-based ultra-low-power IC design technique, optimizes traditional class-C inverter through circuit innovation, and proposes a new generation of class-C inverter.

本论文针对基于C类反相器的极低功耗IC设计技术进行了较为深入系统的研究，通过电路创新对传统C类反相器进行改造，推出了新一代C类反相器概念。

A Power IC Module for Inverter Systems

用于逆变器的功率IC模块