Testbench on a Chip: A Yield Test Vehicle for Resistive Memory Devices

Luke R. Upton, Guénolé Lallement, M. Scott, Joyce E. S. Taylor, R. Radway, D. Rich, M. Nelson, S. Mitra, B. Murmann
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Abstract

Many emerging resistive memory characterization efforts are constrained to small-batch, device-level studies due to a lack of test structure read/write bandwidth. To address this issue, we present a Yield Test Vehicle (YTV) for characterizing resistive RAM (RRAM) at the array level in SkyWater’s 130 nm technology. The YTV provides 16-bit word read/write access with 7 bits (3.3 µS - 425 µS) of linear reference conductance range, and an onboard controller prevents excessive cell writes responsible for yield deterioration. The 100 mm2 YTV die has an aggregate 8.8 Mb capacity and operates at a clock frequency of up to 50 MHz. The readout’s wide input conductance dynamic range and modular peripheral circuit design allow rapid adaptation for characterizing other resistive memory technologies.
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片上测试台:电阻式存储器的良率测试工具
由于缺乏测试结构读/写带宽,许多新兴的电阻式存储器特性研究都局限于小批量、器件级的研究。为了解决这个问题,我们提出了一种Yield Test Vehicle (YTV),用于在SkyWater的130纳米技术中表征阵列级电阻性RAM (RRAM)。YTV提供7位(3.3µS - 425µS)线性参考电导范围的16位字读/写访问,板载控制器防止导致产量下降的过度单元写入。100 mm2 YTV芯片的总容量为8.8 Mb,时钟频率高达50 MHz。该读出器的宽输入电导动态范围和模块化外围电路设计允许快速适应表征其他电阻式存储技术。
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