1) frequency-temperature characteristics
频率-温度特性
1.
Methods Based on the piezoelectric resonance principles, the mechanics of quartz tuning-fork flexural vibration frequency was analyzed to determine the first order frequency-temperature characteristics.
方法基于压电谐振理论,分析音叉式石英片弯曲振动机理,利用石英晶体的一阶频率-温度特性,设计出ZYtw(θ/)双转角音叉式石英温度传感器。
2) frequency and temperature characteristics
频率及温度特性
3) frequency temperature characteristic
频率温度特性
1.
A new type of single base three-electrode quartz crystal resonator was designed and the frequency temperature characteristic of it in air environment was analyzed.
设计了一种新型的单基三电极石英晶体谐振器,并在大气环境条件下测试分析了这种谐振器的频率温度特性,验证了其频率-温度特性与已有的单基单电极谐振器的频率-温度特性基本一致,曲线为三次曲线。
4) temperature and frequency-dependent magnetic susceptibility
磁化率的温度和频率特性
5) frequency vs temperature range stability
频率温度稳定性
1.
In this paper, it is introduced about how to utilize digital frequency temperature compensation circuit (DFTCC) to improve DRO s frequency vs temperature range stability.
本文介绍了一种利用数字频率温度补偿装置来提高DRO的频率温度稳定性的方法。
6) temperature-frequency
温度-频率
1.
It changes the transfer way of temperature-voltage to be the one of temperature-frequency being used mostly nowadays,so that the design comes true.
本文介绍了一种基于集成电路的观赏鱼养殖用高精度恒温控制器,通过将目前普遍采用的温度-电压信号传输更换为温度-频率信号传输,实现高精密度恒温控制。
补充资料：电力负荷电压及频率特性
电力负荷电压及频率特性
voltage and frequency characteristics of load
d一0 rl}一ft一he dlonyo]一P一nl口texing电力负荷电压及频率特性(voltage andfrequeney eharaeteristies of load)见负荷静态特性及负荷动态特性。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条