1.
Ultra-low voltage ultra-low power NMOS bulk-biased mixer
一种超低压超低耗NMOS衬底偏置混频器
2.
Hol mode low-loss transmission
Ｈｏｌ模低损耗传输
3.
MCU Low-Power Design Technology and Its Power Analysis;
MCU低功耗设计技术及其功耗分析
4.
Decrease of coal consumption by application of total consumption control method;
应用全面消耗管理法降低热电厂煤耗
5.
Power Calculation and Low Power Dissipation Design Techniques for the MSP430 MCUs;
MSP430微控制器的能耗计算与低功耗设计
6.
Enhancing the benchmark of energy consumption and reducing energy consumption of enterprise;
强化能源消耗对标 降低企业能源消耗
7.
DISCUSSION ON REDUCING THE ENERGY CONSUMPTION AND MATERIAL CONSUMPTION OF EXISTING PTA PLANTS
老PTA装置降低能耗和物耗的探讨
8.
minimum attenuation between output and input
输出与输入间最低衰耗
9.
TMDS Transition Minimized Differential Signaling
转换极低损耗微分信号
10.
Low Power Design for Viterbi Decoder;
Viterbi译码器的低功耗设计
11.
Low voltage driver and low current consumption.
拥有低电压驱动,低电流消耗的特性.
12.
DESIGN OF LOW COST,LOW LOSS LONG WAVELENGTH OPTICAL CIRCULATOR
低成本、低损耗长波长光环行器设计
13.
Less power loss and minimum thermal effect to peripheral components.
功率损耗低,对周边设备的热影响低.
14.
Design of Low-Voltage Low-Power CMOS Reference;
低压低功耗CMOS基准参考源的设计
15.
Research on A Novel Low Voltage Low Power Flash Memory Technology;
新型低压低功耗快闪存储器技术研究
16.
Research on Low Voltage Low Power Design of Sigma-Delta ADC;
Sigma-Delta ADC的低压低功耗设计技术研究
17.
Low-Voltage and Low-Power Rail-To-Rail CMOS Operational Amplifier;
低压低功耗Rail-to-Rail CMOS运算放大器
18.
The Design of High Speed, Low-voltage and Low-consumption CMOS/BiCMOS Operational Amplifiers;
高速低压低功耗CMOS/BiCMOS运算放大器设计