Conductive mechanism and its mathematical model of thick-film strain resistors

Yiwu Ma, Jianqun Chen, P. Ding, Minqiang Li
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Abstract

Some thick-film resistors base on Bi/sub 2/Ru/sub 2/O/sub 7/ were evaluated. The resistors are made by screen-printing thick film paste on Al/sub 2/O/sub 3/ substrates. After printing and drying, the thick-film pastes are fired in a belt furnace. We discuss the conduction mechanism and a strain sensitive mathematical model of thick-film resistors through calculating and taking the measurements of the gauge factor (GF). We also interpreted the phenomenon through the strain sensitive model, and explained the strain sensitive phenomenon, such as the GF mounts up with the barrier height's augmention.
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厚膜应变电阻的导电机理及其数学模型
对几种基于Bi/sub 2/Ru/sub 2/O/sub 7/的厚膜电阻器进行了评价。电阻器是通过丝网印刷在Al/sub 2/O/sub 3/衬底上粘贴厚膜制成的。印刷和干燥后,厚膜浆料在带式炉中烧制。通过计算和测量厚膜电阻器的规系数(GF),讨论了厚膜电阻器的传导机理和应变敏感数学模型。我们还通过应变敏感模型对这一现象进行了解释,并解释了GF随势垒高度的增大而升高的应变敏感现象。
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