Demonstration of improvement of specific on-resistance versus breakdown voltage tradeoff for low-voltage power LDMOS

Author:

Xu ZhaozhaoORCID,Liu Donghua,Hu Jun,Jin Feng,Yang Xinjie,Duan Wenting,Yue Wei,Fang Ziquan,Qian Wensheng,Kong Weiran,Zou Shichang

Publisher

Elsevier BV

Subject

General Engineering

Reference19 articles.

1. Best-in-class LDMOS with ultra-shallow trench isolation and p-buried layer from 18V to 40V in 0.18μm BCD technology;Jin,2017

2. A novel divided STI-based nLDMOSFET for suppressing HCI degradation under high gate bias stress;Mori,2018

3. Planar dual gate oxide LDMOS structures in 180nm power management technology;Sharma,2012

4. Low on-resistance high voltage thin layer SOI LDMOS transistors with stepped field plates;Hara,2017

5. The influence of shallow trench isolation angle on hot carrier effect of STI-based LDMOS transistors;Alimin,2017

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1. Experiments of a Novel Low-Voltage LDMOS With Ultrashallow Low-Resistance Path Modulated by Bulk Superjunction;IEEE Transactions on Electron Devices;2024-01

2. A novel LDMOS with optimized electric field distribution to eliminate substrate assisted depletion effect;Microelectronics Journal;2022-10

3. Analysis of Gate Oxides in LDMOS for Radiation Hardening Against SEGR;2022 International Conference on Intelligent Controller and Computing for Smart Power (ICICCSP);2022-07-21

4. Low On-Resistance LDMOS with Stepped Field Plates from 12V to 40V in 300-MM 90-NM BCD Technology;2022 China Semiconductor Technology International Conference (CSTIC);2022-06-20

5. Breakdown-Voltage Enhancing in LDMOS by Introducing Buffered Step Doping Technique;2022 First International Conference on Electrical, Electronics, Information and Communication Technologies (ICEEICT);2022-02-16

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