Automatic Detecting System of TCXO′s Compensate Voltage;
温补晶振补偿电压自动测试系统
Research of the Stress-compensated TCXO and the Development of the Practical Counter;
应力补偿温补晶振的研究及实用频率计的研制
Just fundamental frequency crystals are compensated in traditional TCXO with analog method through controlling voltage, so the scope of crystal oscillator is limited.
传统的温补晶振都是通过压控来实现模拟补偿,采用的是基频晶体谐振器,因此大大限制了温补晶振晶体谐振器的选取范围,新型温度补偿晶体振荡器不仅可以使用AT切的基频晶体,而且可以使用AT切、SC切泛音晶体,不仅明显拓宽了可使用晶体的范围,改善了温补晶振的频率温度特性,而且对大量传统的数字温补和微机温补晶振中存在的体积庞大、价格昂贵、功耗较高等问题都得到改善,因而具有更大的市场应用价值。
1305GHz temperature compensated crystal oscillator(TCXO),based on the development of third overtone mode 355MHz high frequency inverted mesa crystal resonators with ion beam etching Technique.
1305 GHz温补晶体振荡器(TCXO)的方法。
This paper introduces a new type of programmable temperature compensated crystal oscillator(TCXO).
介绍了一种新型的可编程温补晶振(TCXO),它是在传统的温补晶振基础上,结合锁相技术及新工艺研制而成。
The Best Approximation Algorithm Applied on ATCXO;
最佳一致逼近算法在模拟温补晶振中的应用
Research of the Stress-compensated TCXO and the Development of the Practical Counter;
应力补偿温补晶振的研究及实用频率计的研制
A Study of New Temperature Compensated Crystal Based on Force-frequency Characteristic and Temperature-frequency Characteristic
力频和温频相结合的新型温补晶振研究
Ultra-low Frequency Rectangle Wave Signal Generator with High Stability Based on TCXO
基于温补晶振的高稳定度超低频矩形波发生器
Industrialized Research of Temperature Compensated Crystal Based on Analog-Digital Method;
基于模拟—数字相结合的新型温补晶振的产业化设计
Design of Intelligent Programmable high-accuracy Time-controller Using TCXO;
采用温补晶振的高精度智能可编程时间控制器的设计
TCCO =temperature compensated crystal oscillator
温度补偿晶体振荡器
temperature compensated crystal oscillator
温度补偿石英晶体振荡器
Design of TCXO Chip;
一种温度补偿晶体振荡器芯片的设计
A Study of New Temperature Compensated Crystal Based on Force-frequency Characteristic;
基于力频特性的新型温度补偿晶体振荡器研究
temperature-controlled crystal oscillator
温度控制晶体振荡器
The Microcomputer Compensated Crystal Oscillator Based on TLC320AC02I;
基于TLC320AC02I的微机补偿晶体振荡器
Study on a 120MHz Low Phase Nosie Oven Controlled Crystal Oscillator
120MHz低相噪恒温晶体振荡器的研究
Development of 100 MHz Low-Phase-Noise Oven Crystal Oscillator
100MHz低噪声恒温石英晶体振荡器研制
Mechanism research of TCSC resonance caused by thyristor out of control
可控串补晶闸管失控引起的振荡现象机理研究
Temperature Dependence of the Low-amplitude Screening Spatial Solitons in Photorefractive Crystal;
光折变晶体中低振幅屏蔽孤子的温度特性
Development of Oven Controlled Crystal Oscillator Synchronous Control Device Based on Adaptive PID
基于自适应PID的恒温晶振同步控制装置研制
Study on Thermal Compensation for the Angle Error of Solid Vibration Gyro;
固态振动陀螺角度误差的全温补偿研究
Temperature Compensation of Vibrating-wire Sensor Based on LMBP Neural Network
基于LMBP神经网络的振弦式传感器温度补偿
