1) Class AB Audio Power Amplifier
AB类音频功率放大器
2) class AB power amplifier
AB类功率放大器
1.
The essay compares the output rate of class AB power amplifier with calss D s,and affirms the advantages of class D in high efficiency,and sums up its principle of work,and also carries on the design and analysis of class D power parameter.
分析比较了AB类功率放大器与D类功率放大器的输出率,肯定了D类功率放大器效率高的优点,总结了D类功率放大器的工作原理,并对D类功率参数进行了设计分
2.
These parameters extracted are used for a design of 1900MHz two-stage class AB power amplifier with very low quiescent power consumption.
采用模拟退火算法提取出异质结双极晶体管器件的大信号 Gum mel- Poon模型参数 ,利用所提取出的模型参数设计出具有很低静态功耗的 190 0 MHz两级 AB类功率放大器 。
3.
Design and Implementation of a High Linearity CMOS Class AB Power Amplifier;
文章主要分析了AB类功率放大器中的主要非线性源—栅源电容对电路性能的影响,并且使用了一个PMOS管并联的技术来补偿这种影响,最后利用这种技术,采用JAZZ0。
3) class D audio power amplifier
D类音频功率放大器
1.
Compared with class AB audio power amplifier, class D audio power amplifier has an obvious advantage which is high efficiency.
D类音频功率放大器与AB类音频功率放大器相比有效率高的显著优点。
2.
As the great requirement of high efficiency in audio power amplifier products, class D audio power amplifier has been developed rapidly in recent years.
近年来,音频功放类产品高效率的性能需求,使D类音频功率放大器迅速发展。
4) audio power amplifier
音频功率放大器
1.
TIM of audio power amplifier is always described by time domain in the past, but it is difficult when the related tache of amplifier in the time domain is designed to remove TIM.
描述音频功率放大器的瞬变互调失真 (TIM)总是在时间域中方便 ,但要消除TIM ,在时间域对放大器中的那些环节进行设计就出现困难。
2.
This paper puts forward an over current protection circuit for CMOS class-D audio power amplifier applications.
基于Class-D音频功率放大器的应用,采用失调比较器及单边迟滞技术,提出了一种过流保护电路,其核心为两个CMOS失调比较器。
3.
Integrated circuit of a class-D audio power amplifier with very high efficiency using CMOS technol- ogy is presented in this paper.
通过分析基于CMOS工艺的D类音频功率放大器构成、驱动实现、性噪比、失真度等方面的特性来简要描述此类电路的设计思路。
5) audio frequency power amplifier
音频功率放大器
1.
The problems in its application on audio frequency power amplifier and the main methods to solve them are pointed out.
分析了高频开关电源的特点及将其应用到音频功率放大器中所遇到的主要问题,以及解决这些问题的基本方法。
2.
The causes of the phenomena are explored by studying the characteristics of audio frequency power amplifier and the pulse modulation of the high-frequency switch power supply.
通过研究音频功率放大器电源的工作特点和高频开关电源的脉冲调控过程,分析了产生这一现象的原因。
6) audio-frequency power amplifier
音频功率放大器
1.
Transmission of audio-frequency power amplifier and its efficiency;
浅谈音频功率放大器功率传输及效率
2.
Power transmission and efficiency issues in audio-frequency power amplifier are discussed.
讨论音频功率放大器功率传输及效率问题。
补充资料：[3-(aminosulfonyl)-4-chloro-N-(2.3-dihydro-2-methyl-1H-indol-1-yl)benzamide]
分子式：C16H16ClN3O3S
分子量：365.5
CAS号：26807-65-8
性质：暂无
制备方法：暂无
用途：用于轻、中度原发性高血压。
分子量：365.5
CAS号：26807-65-8
性质：暂无
制备方法：暂无
用途：用于轻、中度原发性高血压。
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