1.
The empirical study on influences of television energy consumption on power system frequency and its control strategies in significant holidays
重要节日电视机功耗对电网频率影响及控制策略的实证研究
2.
Little power comsuption which is half as many as that of non-resonant vibrating screen.
功耗低，电能消耗约为非共振筛机的二分之一。
3.
Consumption Calculation of SPWM wave-driven Stirling Refrigerator;
SPWM波驱动斯特林制冷电机的功耗计算
4.
Compensating Reactive Power Loss of Wind Farm With Reactive Power Generated by Wind Turbine Generators
利用风力发电机的无功功率补偿风电场无功损耗
5.
Functional prototype of high definition TV
高清晰度电视功能样机
6.
color TV high power transmitter
大功率彩色电视发射机
7.
output power of the TV transmitter
电视发射机输出功率
8.
Research on the Key Technologies of Low-Power Proportional Electro-Mechanical Converter
低功耗比例电—机械转换器关键技术研究
9.
Design and Application of A Reliable and Power Saving Operating Table Control Circuit
待机无功耗手术床控制电路的设计与应用
10.
The high power density asynchronism mater produces loss in movement, which causes the internal temperature of mater rising very high.
高功率密度异步电动机在运行中产生损耗，引起电动机温升很高。
11.
A television left on standby will still consume about one-third of the power it uses when the screen is active.
电视待机还是会消耗电力，约是开机状态的三分之一。
12.
Low-Voltage and Low-Power Current-Feedback Operational Amplifiers Applied for Audio/Video Chip on the Mp4;
Mp4音视频芯片中低压低功耗电流反馈运算放大器的设计
13.
A Research on Low Power Video Decoding and Video Optimization in Mobile Streaming Media Technology of Transmission Based on AVS;
基于AVS的手机流媒体系统低功耗解码及视频优化技术研究
14.
The limited value and testing method of electrical energy consumption for broadcasting receiver of colour and monochromic television
GB12021.7-1989彩色及黑白电视广播接收机电耗限定值及测试方法
15.
Bi-polar,small loss at high frequency,Use for correction of horizontal deflection current in TVs.
双极性品，高频损耗小，适用于电视机水平偏转电流校正用。
16.
The latter can be measured by the power requirements of the motor or the amount of twist on a wire suspending the spindle.
后者可以从电机消耗的功率或轴上金属丝的扭曲程度来确定。
17.
Design of a Low Power Protection IC for the Charging and Discharging of the Lithium Battery;
低功耗锂电池充放电保护芯片的设计
18.
Strengthening Reactive Voltage Management to Lower Power Line Loss;
加强无功电压管理 降低电网线路损耗