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Impedance characteristics of carbon nitride films for humidity sensors

机译:湿度传感器用氮化碳膜的阻抗特性

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摘要

Carbon nitride films were deposited on silicon substrate for humidity sensors with meshed electrodes by reactive RF magnetron sputtering system with DC bias. The surface of carbon nitride films had a good uniformity with the grain size of about 30 nm. The EDS analysis revealed that the chemical formula of the carbon nitride film could be expressed between C_7N_4 and C_3N and these results also revealed those quite agree with XPS results. The films have very high resistivity, the characteristic of which can be expected to use for insulating films on the Si fabrication. The impedance of the sample deposited on the Si-wafer decreased from 118 kΩ to 4 kΩ in the relative humidity range of 5-95%. Hysteresis of the film deposited on the Si-wafer was about 4.2% of full scale output.
机译:通过具有直流偏置的反应性射频磁控溅射系统,在带有网状电极的湿度传感器的硅基板上沉积氮化碳膜。氮化碳膜的表面具有约30nm的晶粒尺寸的良好均匀性。 EDS分析表明,氮化碳膜的化学式可以表示在C_7N_4和C_3N之间,这些结果也表明那些与XPS结果非常吻合。该膜具有非常高的电阻率,可以预期其特性可用于在Si制造上绝缘膜。在5-95%的相对湿度范围内,沉积在Si晶圆上的样品的阻抗从118kΩ降至4kΩ。沉积在硅晶圆上的薄膜的磁滞约为全尺寸输出的4.2%。

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