1) quiescent bias current
静态偏置电流
1.
7mA of a quite low quiescent bias current ,29.
在 3 5V电压下 ,该放大器的最大线性输出功率为30dBm ,增益达到 2 9 1dB ,对应的功率附加效率为 4 3 4 % ,临近沟道抑制比达到 - 10 0dBc,而静态偏置电流很低 ,只有 10 9 7mA 。
2) quiescent biasing
静态偏置
3) bias current
偏置电流
1.
Under normal operation state,the load of the three-phase full-controlled rectifier is an impedance;under fault state,the load becomes an impedance plus even frequency reverse electromotive force due to the even frequency reverse electromotive force generated in the FCL dc bias coil,the dc bias current includes the dc component and even.
为提高偏置电流系统的控制精度,设计了一种运用模糊PID在线修改控制器参数的新型偏置电流控制系统。
2.
The effect of bias current on the performanc e of active magnetic beari ng(AMB)is studied in this paper.
研究了电磁轴承偏置电流对其性能的影响 ,给出了电磁轴承电磁设计的基本原则和基本步骤 ,将电磁轴承的设计分成两个步骤 ,即不考虑铁心磁阻的初始设计和考虑铁心磁阻的校算设计 。
3.
The paper carried out the reasoning of the formula which implies the relationship between optical modulation depth and the input level of a optical transmitter and the formula implied between single channel modulation depth and bestir level & bias current.
推导出光调制度与光发射机输入电平的关系算式、激励电平与激光器偏置电流和单频道调制度的关系算式,分析系统频道数变化对调制度恒定型光发射机激励电平的影响规律,同时分析常见光发射机标称输入电平的标示方式、结构特点和具体应用调试方法。
4) quiescent current
静态电流
1.
Fault localization algorithm combining quiescent current and transient current;
一种将静态电流与动态电流相结合的集成电路故障定位算法
2.
The quiescent current of the amplifier is only 0.
设计了一种静态电流约为0。
3.
A low quiescent current LDO is presented in this thesis,which is designed and simulated based on SMIC 0.
18um Logic CMOS工艺设计和仿真的低静态电流低压差线性稳压器(LDO)电路结构。
5) IDDQ
静态电流
1.
Recently, a novel fault diagnosis technology including IDDQ and IDDT has developed rapidly.
基于电流的故障诊断方法包括静态电流诊断方法(IDDQ)和动态电流诊断方法(IDDT),是近期发展起来的新方法。
2.
Based on the technology of IDDQ and IDDT, this paper studies the method of fault diagnosis in circuit by applying theory of wavelet analysis and classification in pattern recognition.
本文以集成电路的故障检测和定位为主线,在采用静态电流检测(IDDQ)和动态电流检测(IDDT)技术的基础上,结合模式识别中的小波分析及分类决策理论,对电路的故障诊断进行了较为系统的研究。
6) static bias device
静态偏置机构
补充资料：标准冲击电流波形(见冲击电流发生器)
标准冲击电流波形(见冲击电流发生器)
standard impulse current wave form
blaozhun ehonglld}0n4一u box]ng标准冲击电流波形(standard impulse currentwave form)见冲击电流发生器。
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