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首页> 外文期刊>Microelectronics & Reliability >Electrical characteristics measurement of transistors by 4 tips-0.2 micron probing technique in Semiconductor Failure Analysis
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Electrical characteristics measurement of transistors by 4 tips-0.2 micron probing technique in Semiconductor Failure Analysis

机译:半导体故障分析中采用4针尖-0.2微米探测技术测量晶体管的电特性

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摘要

While the mass production of CMOS transistor technology in Integrated Circuits achieves the 180-nm and lowers sizes, confident device failure analysis process requires all electrical characteristics measurement of single transistor in the die internal circuitry. This paper reports experimental results of a 4 tips-0.2 micron probing technique in the Nice Device Failure Analysis Laboratory (NDAL) during the threshold voltage/BVDSS measurement of single transistor and forward/reverse current leakage measurement of single junction in complex gates of current integrated circuits.
机译:集成电路中CMOS晶体管技术的批量生产实现了180 nm的尺寸并减小了尺寸,但可靠的器件故障分析过程需要对裸片内部电路中的单个晶体管进行所有电特性测量。本文报告了尼斯器件故障分析实验室(NDAL)的4尖-0.2微米探测技术在单个晶体管的阈值电压/ BVDSS测量和电流集成的复杂门中单个结的正向/反向电流泄漏测量期间的实验结果电路。

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