180nm HVIC technology for digital AC/DC power conversion

机译：用于数字AC / DC电源转换的180nm HVIC技术

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A new high-voltage integrated circuit (HVIC) technology has been developed and optimized for AC/DC power conversion applications that require increased digital content. This cost-effective process uses 3.3V CMOS and a 180nm backend process to provide about 10X greater digital circuit density compared to conventional 0.5um 5V CMOS solutions. Excellent analog circuit performance is maintained. For the first time, reliable 700V devices are demonstrated using shallow trench isolation (STI) oxide over a double-RESURF drift region.

机译：针对需要增加数字内容的AC / DC电源转换应用，已经开发并优化了一种新的高压集成电路（HVIC）技术。与传统的0.5um 5V CMOS解决方案相比，这种具有成本效益的工艺使用3.3V CMOS和180nm后端工艺来提供大约10倍的数字电路密度。保持了出色的模拟电路性能。首次展示了在双REsurf漂移区域上使用浅沟槽隔离（STI）氧化物的可靠700V器件。

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来源
《2017 29th International Symposium on Power Semiconductor Devices and IC's》|2017年|287-290|共4页
会议地点 Sapporo(JP)
作者
Don Disney; Wen-Cheng Lin; XiaoXin Liu; Swapnil Pandey; Jongjib Kim;
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作者单位

Technology Development, GLOBALFOUNDRIES, Singapore;

Technology Development, GLOBALFOUNDRIES, Singapore;

Technology Development, GLOBALFOUNDRIES, Singapore;

Technology Development, GLOBALFOUNDRIES, Singapore;

Technology Development, GLOBALFOUNDRIES, Singapore;

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原文格式 PDF
正文语种 eng
中图分类
关键词
AC-DC power convertors; CMOS digital integrated circuits; isolation technology; power integrated circuits;

机译：AC-DC电源转换器; CMOS数字集成电路;隔离技术;电源集成电路;

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专利

1. The 6th International Conference on Power and Energy Systems Engineering (CPESE 2019), September 20–23, 2019, Okinawa, Japan An inductor-less universal switched-capacitor converter realizing dc/dc, ac/dc, dc/ac, and ac/ac conversion [J] . Kei Eguchi, Ratanaubol Rubpongse, Akira Shibata, Energy Reports . 2020,第1期

机译：2019年9月20日至23日的第6次国际电力和能源系统会议（CPESE 2019），日本冲绳，日本电感较少的通用开关电容转换器实现DC / DC，AC / DC，DC / AC和AC /交流转换
2. Minimization of power and area of digital modulator for cellular communication using cadence in 180nm, 90nm and 45nm CMOS technology [J] . S.M Usha, H.B Mahesh Indian Journal of Science and Technology . 2020,第25期

机译：180nm，90nm和45nm CMOS技术的CADENCES的蜂窝通信功率和地区的功率和面积最小化
3. Design and Implementation of Low Power Small Area Digital Input/Output Cell as a Standard Cell Using 180nm Technology [J] . Ankur Beohar, R. K. Baghel International Journal of Applied Engineering Research . 2010,第19期

机译：低功耗小面积数字量输入/输出单元作为标准单元的180nm设计与实现
4. 180nm HVIC technology for digital AC/DC power conversion [C] . Don Disney, Wen-Cheng Lin, XiaoXin Liu, International Symposium on Power Semiconductor Devices and IC s . 2017

机译：180NM用于数字交流/直流电源转换的HVIC技术
5. High-frequency quasi-single-stage (QSS) isolated AC-DC and DC-AC power conversion [D] . Wang, Kunrong 1998

机译：高频准单级（QSS）隔离式AC-DC和DC-AC电源转换
6. Deep-learning-powered photonic analog-to-digital conversion [O] . Shaofu Xu, Xiuting Zou, Bowen Ma, 2019

机译：深度学习供电的光子模数转换
7. Single Power-conversion AC-DC Converter with High Power Factor [O] . Yong-Won Cho, Chun-Yoon Park, Bong-Hwan Kwon 2014

机译：具有高功率因数的单电源转换AC-DC转换器

180nm HVIC technology for digital AC/DC power conversion

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