仿真结果表明，采用5位数控方式调谐电容阵列，调谐时间误差不超过三个时钟周期，满足系统要求。
Simulation results showed that, with 5 CNC mode tuning capacitor arrays, the tuning time error was no more than three clock cycles, which meets requirements of the system.
精确的测量和跟踪是自动调谐式消弧线圈精确地补偿系统电容电流、有效地熄灭接地点电弧的前提和基础。
Precisely measuring and tracing is a precondition and basis of arc-suppression coil with automatic tuning accurately compensating system capacitive current and efficiently quenching ground arc.
电路采用可编程电容阵列，可快速调谐，以保证模块稳定。
In this circuit, programmable capacitor arrays were used to rapidly tune parameters, which ensured stability of the module.
在准确测量脱谐度和电容电流的基础上，可实现对消弧线圈的精确调谐。
The precise tuning of the arc-suppression coil can be realized on the basis of the precise value of the tuning-off degree and the capacitive current.
在高频电路中，有时用到电容耦合回路，其调谐特性和频率特性与耦合系数直接相关。
The capacitor coupling circuits are applied in the high frequency circuit. It concern the coupling coefficient that the resonance property and frequency property.
介绍了电调谐滤波器设计原理及在同址干扰中的应用，采用伪梳状线思想对传统结构滤波器进行优化，提出两端均为电容调谐的电调滤波器结构。
The configuration of the electrical tunable band-pass filter is optimized based on the pseudo-combline, and the improved filter is tuned with capacitors at both the two ends of the filter.
同时在考虑消弧线圈自身损耗电导和线路对地电导的基础上，推导了电网对地电容电流和消弧线圈调谐参数的实时计算方法。
Based on arc suppression coil self-loss conductance and line-to-ground conductance, the power grid-to-ground capacitive current and arc suppression coil tuning parameters is calculated.
电容器是各种电子设备中的基本元件，广泛地应用于对电子电路进行旁路、耦合、滤波和调谐等。
Capacitors are essential components of virtually every type of electronic equipment. They are widely used for bypassing, coupling, filtering, and tuning electronic circuits.
VCO的调谐能力通常由可变电容来实现，要获得低相位噪声，需要高Q值的片上可变电容。
The tunability of VCO is normally provided by a variable capacitor. Achieving low phase noise requires a high-Q on-chip variable capacitor.
通过优化集成电感的设计，同时采用NMOS管和开关电容阵列作为可变电容，使该设计具有较低的相位噪声和较宽的调谐范围。
Through inductor optimization, the VCO has a low phase noise and a wide tuning range with switched capacitor array and NMOS varactor.
文章从性能方面对调谐型IPC以及非调谐型IPC的两个基本方案，即并联电容型IPC和并联电感型IPC做了比较。
In this paper, the performance of tuned IPC is compared with that of two basic projects of non tuned IPC, i. e., the non tuned IPC with shunt capacitance and that with shunt inductance.
重新设计采用了调谐式电容器组后，谐振现象消失。
After the tunable capacitor bank is used in the re-design, the resonance phenomenon disappeared.
重新设计采用了调谐式电容器组后，谐振现象消失。
After the tunable capacitor bank is used in the re-design, the resonance phenomenon disappeared.
应用推荐