Power IC

The power IC has been dramatically developed thanks to the fast growing of the electronic products market, the rapid development of information technology as well as the adequate motivation of technology innovation.

近年来，电子产品市场增长仍然迅猛，信息技术发展仍然方兴未艾，技术创新的动力和活力依然充足，藉于此，功率集成电路也得以迅速发展。

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。

Design of Thermal-Shutdown Circuit in Power IC

电源管理芯片中热关断电路的设计

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 smart switch-power IC

智能功率开关电源IC设计

In now days, the Power IC is not only applied as Power interface, but also directly applied in a lots of fields, such as power supply, electronic of motor.

当前，POWER IC不仅作为接口，还可以直接用于其他许多方面，因而有广泛的产品市场。

With the development of Smart Power IC and the increasing demand of the non-polluting efficient power-saving energy, electronic ballast has been paid more and more attentions on.

随着智能功率集成电路技术的发展和国际上对无污染高效率低功耗的绿色能源的需求越来越大，电子镇流器作为其在照明领域的一个典型应用正逐渐受到重视。

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。

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 is recognized by foreign partners for settling some technical problems in power IC such as compatibility between digital and analog modules, voltage resistance.

由于解决了模拟与数模混合集成电路尤其是功率集成电路设计中的一些技术难点问题，包括数字模块与模拟模块的兼容问题，耐压问题等，设计得到了国外合作伙伴的认可。

A Power IC Module for Inverter Systems

用于逆变器的功率IC模块

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。

Motor Drive ICs, to be one of the important branches of the applications of SPIC, have symbolized the harmonic combination of the Controlled IC and Power IC within a single chip.

光碟机马达驱动芯片作为功率集成电路的一个重要分支，充分体现了控制集成电路与功率器件在单一芯片上的有机结合。

A new monolithic 600V smart power IC capable of interfacing between TTL or CMOS logic and three phase bridge to drive MOS gated power switches is presented.

介绍了一种600V单片式智能驱动集成电路，它可连接于TTL、CMOS逻辑电路与三相桥式电路之间，用以驱动MOS栅极器件。

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

The rapidly growing market of monolithic smart power IC's ( SPIC) greatly accelerates the evolution of BCD technology.

飞速增长的单芯片智能功率集成电路（SPIC）市场，极大地推动了BCD工艺的发展。

Mixed-Mode Simulation of High Voltage and Power IC

高压功率集成电路的混合模拟

HVIC makes it possible to fabricate high voltage devices and low voltage control circuit in one chip. It also makes power IC simpler and the price, weight and volume of power IC decrease.

将高压器件和低压器件集成在同一芯片上的高压集成电路的出现，使功率电路得以简化，在价格、体积、重量等方面都大大减小。

Since compound semiconductor has potentially numerous applications in high temperature, radiation hard, and high power IC device, the study of defects in compound semiconductors has been increasing using positron annihilation technique.

由于化合物半导体在制备高温、高频、大功率和抗辐射IC器件中极具潜力，因此人们越来越多的利用正电子湮灭技术对化合物半导体进行缺陷研究。

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。

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

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

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。

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

In addition to design methods and schematic of the main cell circuit modules, this paper also put forward measures of reducing switching noise on monolithic switching power IC.

文中除了对芯片设计方法、思路及主要电路模块结构的设计方案进行讨论外，还提出了减小单片集成开关电源噪声的措施。

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

Design of overtemperature protection circuit in power IC

功率集成电路中过热保护电路的设计

Advances in semiconductor technology led to the rapid development of integrated circuits, in particular, has made great development in recent years, power IC, the IC market has also increased.

半导体技术的进步促进集成电路的飞速发展，特别是近年来功率集成电路取得了很大的发展，集成电路的市场也在增大。

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。

CMOS Integrated Circuits Test for Anti Latch up, Anti Electrostatic and Research of Electrostatic Precautionary Measures Research on a Method of Latch up Immunity in Power IC

CMOS IC抗闩锁、抗静电的测试及防护措施的研究功率集成电路中一种抗闩锁方法研究