薄膜电阻

  • 网络Sheet resistance;FILM RESISTOR;thin film resistor;MFR
薄膜电阻薄膜电阻
  1. 研究溅射屏栅电压为700V时,不同热处理温度对Ni-Cr合金薄膜电阻稳定性的影响。

    Research sputtering gridded voltage of 700V , various heat recasts Ni-Cr alloy sheet resistance stability . 4 .

  2. 利用X射线衍射和能量散射X射线能谱表征方法,并结合薄膜方块电阻的测定,探讨了热处理方式和热处理温度对薄膜化学组成及薄膜电阻的影响。

    Then , the effects of heat treatment and temperature on the chemical composition and sheet resistance of the prepared films were investigated by XRD , EDXS and sheet resistance measurements .

  3. PET载体薄膜电阻的断裂原理分析及改进方案

    Analysing the reason of break-down of film-mode resistor with PET carrier and it 's improvement program

  4. 氧化钒薄膜电阻PSPICE模型及特性分析

    Characteristics Analysis and PSPICE Model of Vanadium Oxide Thin Film Resistance

  5. TiO2介孔薄膜电阻对染料敏化太阳能电池光电转换性能的影响

    Influence of resistance of TiO_2 mesoporous films on photoelectric properties of dye-sensitized solar cells

  6. 研究了NiFe层厚度对薄膜电阻变化量ΔR的影响。

    The effect of thickness of NiFe on the AMR value of the films has been studied .

  7. 氧气氛退火对BST薄膜电阻热敏特性的影响

    BST Thin-film Resistor : Effect of Annealing Under Oxygen on Thermosensitive Characteristics

  8. 研究了这一合金薄膜电阻温度系数TCR随热处理温度的变化以及它与非晶度的关系。

    The temperature coefficient of resistance with tempering temperature and its relationship with non-crystallinity was studied .

  9. 研究自转方式与行星运转方式对Ni-Cr合金薄膜电阻阻值均匀性的影响。

    Explore different sputtering time recasts Ni-Cr alloy film resistor . 2 . On the way and the rotation of the planets on the Ni-Cr alloy thin film resistor uniformity . 3 .

  10. 透明导电氧化物(TCO)被广泛应用于太阳能电池、平板显示器、气敏元件、薄膜电阻和光电器件等,其中ITO薄膜是研究热点之一。

    Transparent conductive oxides ( TCO ) are widely used in solar cells , flat panel displays , gas sensors , thin film resistors , and optoelectronic devices , ITO film is one of the focus .

  11. 实验结果表明,薄膜电阻在303~673K温度范围内对可见光和热具有良好的灵敏特性,同时MIS电容对相对湿度有很高的灵敏度。

    Measurements show that the film resistor has superior sensitivity for visible light and a thermal sensitivity within the range 303 ~ 673 K , while the MIS capacitor is highly sensitive to relative humidity .

  12. 初始反应物中Sb含量应该在6~9%之间,以得到较低的薄膜电阻:焙烧成膜后保温时间应该在30~60min之间。

    The antimony atom content in the initial reactant should be controlled between 6 ~ 9 % to lower film resistance . The heat holding time for film baking should be controlled between 30 ~ 60 minutes .

  13. 基于噪声调制的薄膜电阻加热温度控制系统

    Temperature control system based on noise modulation for thin-film resistor heater

  14. 用于红外探测的掺硼非晶硅薄膜电阻的热电特性研究

    Thermoelectric Characteristics of Boron Doped a-Si Resistor Used in Infrared Detector

  15. 薄膜电阻器件的低频噪声测试方法研究

    Investigation of Low Frequency Noise Measurement Methods for Thin Film Resistor

  16. 合金薄膜电阻应变式压力传感器的研究进展

    Development and Investigation Trends of Alloy Thin Film Piezoresistive Sensor

  17. 氧化铟锡薄膜电阻温度曲线中的滞后现象

    The Hysteresis in the Resistance-temperature Variation of Indium Tin Oxide Thin Films

  18. 导电薄膜电阻测量技术的可靠性研究

    On the reliability of resistance measurement of conducting thin films

  19. 另一种常见电阻是薄膜电阻。

    Another common type of resistor is the thin-film resistor .

  20. 方便、廉价的高稳定微带电路铬薄膜电阻

    A Convenient and Low Cost Chromium Thin Film Resistor for Microstrip Circuits

  21. 制作高薄层电阻值Cr/SiO薄膜电阻的探讨

    Exploration of Preparation High Spuare Resistor Cr / SiO Thin Film Resistors Plam

  22. 室温红外探测薄膜电阻温度系数测试技术

    Test of Temperature Coefficient of Resistance for Room Temperature IR Detection Thin Film

  23. 镍薄膜电阻作为多功能传感器的温度敏感元件

    Nickel film resistors as temperature sensitive components in pressure and temperature multifunction sensors

  24. 热处理工艺对合金薄膜电阻及其稳定性的影响

    Effects of heat treatment process on alloy thin film resistance and its stability

  25. 薄膜电阻稳定,不随温度变化。

    The resistance of films is stable and does not alter with temperature .

  26. 铂薄膜电阻器件表面保护的研究

    Study on surface protection of film platinum resistor

  27. 碳纳米管薄膜电阻的热敏特性测试

    Resistance Thermal Sensitivity Characteristic of Carbon Nanotubes Film

  28. 电器触点间的接触电阻包括收缩电阻和薄膜电阻。

    The contact resistance between contacts is composed of contraction resistance and velamen resistance .

  29. 采用适当的组分,利用补偿模式可以更好的制备出性价比较高的薄膜电阻。

    Through appropriate distribution ratio we can get better thin-film resistors by compensatory model .

  30. 薄膜电阻应变传感器中的绝缘隔离

    Insulation in the Thin Film Resistance Strain Gauge