Abstract
The device reliability of narrow poly-emitter bipolar transistors with very shallow junctions is studied experimentally. The excess base current due to nonuniform poly doping, which is typically seen in such devices, is found not to accelerate device degradation. The lower doping at the emitter edge due to known perimeter depletion and emitter plug effects (PPEs) leads to a reduced increase in base current per perimeter length with stress. The results show that bipolar device scaling can probably be pursued to a point where PPEs start to appear, and that lateral emitter grading is effective in improving the device reliability. >
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