敏感电阻

  • 网络sensitive resistance
敏感电阻敏感电阻
  1. 在这种类型传感器的设计中,敏感电阻的选择是一个关键。

    It is pivotal to choose the sensitive resistance during the design of this sensor .

  2. 确定了敏感电阻的最佳布置区域,提高了传感器的灵敏度;(3)对压力传感器芯片的设计。

    The best designing field of sensitive resistance can be determined and sensitivity of transducer can be improved . ( 3 ) The pressure transducer chip is designed .

  3. ZnO/Co2O3敏感电阻单元材料V-I非线性及NTC效应

    V-I Nonlinear and Negative Temperature Coefficient of ZnO / Co_2O_3 Base Unit Material of Sensitive Resistance

  4. 单桥结构尺寸为1mm×1.2mm,厚度为30-35μm,利用铂薄膜制做加热器,并经反溅刻蚀和激光修调,形成标称阻值(0℃)为10Ω的热敏感电阻。

    The size of each bridge is about 1 mm × 1.2 mm and the thickness is 30-35 μ m. The platinum film is used to form the heater , which is sputtering etched and laser modified to form the thermal sensitive resister of 10 Ω at 0 ℃ .

  5. 敏感电阻电桥的应变电源电路

    A Strain Power Circuit for Wheatstone Bridge with Sensitive Resistor

  6. 高敏感电阻系列热双金属耐腐蚀问题

    Anti-Corrosion of Thermo Bimetals of High Sensible Resistor Series

  7. 双调零低漂移敏感电阻电桥

    The Sensitive Double-zeroing Resistor Bridge with Low Drif

  8. 基于电学敏感原理的电阻层析成像技术(ERT),由于可视化、无辐射、低成本等优点,在两相流动参数的检测中具有很广阔的发展前景。

    Electrical resistance tomography ( ERT ) is a kind of process tomography technique based on the principle of electrical sensitivity . The technique has an expansive developing foreground in two-phase flow parameter measurement because of its advantages such as visualization , non-radiation , and low cost .

  9. 从敏感芯片热敏电阻材料的选取、悬桥结构设计和制备、芯片封装结构设计等方面进行了详细的理论分析和反复的实践验证。

    Theory analysis and experiment verification are carried out on the following aspects : sensitive resistance material choice , structure of the sensitive resistance design and manufacture , signal process circuit design .

  10. 电阻应变仪的实质是一种测量敏感元件微小的电阻变化电子仪器。

    The essential of resistance strain gauge is a kind of electronic instrument for measuring minute resistance variation of sense organ .

  11. 本文设计的微气压传感器的制作工艺与集成电路工艺兼容,结构上主要包括加热电阻、敏感元件和测试电阻等三部分。

    The micro gas pressure sensor designed in this thesis can be fabricated using an IC compatible process , and it is composed of a heating resistor , a sensitive element and a testing resistor .