1) Capacitor discharge circuit
电容放电开关
2) switched capacitor charge amplifier
开关电容电荷放大器
3) switched-capacitor
开关电容
1.
Application of switched-capacitor band-pass filter in water supply pipeline net leakage point orientation system;
开关电容带通滤波器在管网泄漏点定位中的应用
2.
A Study on Switched-capacitor DC/DC Converters Theory;
开关电容DC/DC变换器的理论研究
3.
Study on High-Speed High-Precision Switched-Capacitor Amplifier Circuit;
高速高精度开关电容放大器电路研究
4) switched capacitor
开关电容
1.
Design and Study of Auto-tracking Filter Based on Switched Capacitor;
基于开关电容的自动跟踪滤波器的设计及研究
2.
Application of digital switched capacitor filtering technology;
数字化开关电容滤波技术应用
3.
During the periodical charging and discharging operation in the capacitors, current stress is usually very high for conventional switched capacitor converter,and its efficiency is much decreased as the output current is increased.
传统的开关电容变换器在电容周期性的充放电过程中会产生很大的电流应力,并且随着输出电流的增加,变换器的效率将急剧下降。
5) switching capacitor
开关电容
1.
To study the effect of low-frequency magnetic field on the solution ice crystal formation process under the condition of slow temperature-dropping rate, a device to produce alternated magnetic field was designed by using switching capacitor.
为了研究在低降温速率条件下,低频磁场对基本生物溶液相变过程冰晶形成的影响,运用开关电容技术研制了低频旋转磁场发生装置。
2.
A kind of switching capacitor circuit, which can transform the positive voltage into the negative one according to the principles of Dickson charge pump, is developed in this paper.
以Dickson电荷泵的基本原理为出发点,研究了一种将正电压输入转为负电压输出的开关电容电路。
3.
In this paper a driving system with sensorless and brushless DC motor is studied,the lowpass design method for switching capacitor is discussed in detail.
对无传感器无刷直流电机的驱动系统进行了研究 ,详细论述了开关电容低通滤波器的设计方法。
6) capacitive switches
电容开关
1.
The RF MEMS capacitive switches have demonstrated great potential in microwave phase shifters and millimeter-wave circuits and devices due to their very low loss,low power consumption,and low cost characteristics.
为降低Ka波段分布式MEMS移相器容性开关的驱动电压,提出不同形状新型低弹性系数铰链梁结构MEMS电容开关的机电设计概念。
2.
A novel capacitive switches structure for the distributed RF MEMS phase shifters is presented based on the analysis of the operation principle .
通过分析MEMS电容开关的工作原理,设计出一种适合分布式射频MEMS移相器电路的新型电容开关。
3.
In this paper,a novel method for the analysis of switching time and dynamic be- havior of the electrostatic driven RF MEMS capacitive switches applied to microwave distributed MEMS phase shifters is presented.
提出一种适合于分析微波分布式MEMS移相器静电驱动电容开关的开启时间和动态特性的新方法。
补充资料：低压电容放电
分子式：
CAS号：
性质：发射光谱分析中的激发光源。它与高压火花光源高电压、小电容相反，而采用低电压(200～1000V)，大电容(数十微法)得到大的放电能量。利用高频火花引燃，具有电弧至火花的多种放电形式，应用范围很广，并与光电直读光谱仪配套。
CAS号：
性质：发射光谱分析中的激发光源。它与高压火花光源高电压、小电容相反，而采用低电压(200～1000V)，大电容(数十微法)得到大的放电能量。利用高频火花引燃，具有电弧至火花的多种放电形式，应用范围很广，并与光电直读光谱仪配套。
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