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The design of SCR-based dual direction ESD protection circuit with low trigger voltage

机译:低触发电压基于SCR的双向ESD保护电路的设计

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In this paper, a SCR(Silicon Controlled Rectifier)-based dual directional ESD protection circuit is proposed. The proposed protection circuit can provide effective protection for ICs against ESD (Electrostatic Discharge) in the both positive and negative directions. To analysis its electrical characteristics, it is verified through the TLP(Transmission Line Pulse) system. Also thermal reliability under high temperature conditions (300K-500K) is verified. In the measurement results, it has trigger voltage of 10.16V and holding voltage of 4.64V. It is shown that the proposed protection circuit has superior characteristics compared to the conventional SCR. In addition, these characteristics make the proposed protection circuit has area efficiency. As a result, the proposed dual directional ESD protection circuit can discharge ESD current in four stress mode (PD, ND, PS, NS) with superior characteristics and reliability.
机译:本文提出了一种基于可控硅整流器的双向ESD保护电路。所提出的保护电路可以为IC提供正向和负向的有效保护,使其免受ESD(静电放电)的影响。为了分析其电气特性,通过TLP(传输线脉冲)系统对其进行了验证。还验证了高温条件下(300K-500K)的热可靠性。在测量结果中,其触发电压为10.16V,保持电压为4.64V。结果表明,与传统可控硅相比,该保护电路具有优良的特性。另外,这些特性使得所提出的保护电路具有面积效率。结果,所提出的双向ESD保护电路可以以优异的特性和可靠性在四种应力模式(PD,ND,PS,NS)下释放ESD电流。

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