1) self-bias
自偏置
1.
Design of a new type self-biased current mode loop filter;
新型自偏置电流模环滤波器设计
2.
It uses the traditional principle of bandgap reference together with the self-bias structure and startup circuit to get the stable voltage output and good temperature coefficient.
它利用带隙基准的基本原理,结合自偏置结构以及适当的启动电路,获得了相对稳定的电压值以及较好的温度系数。
3.
This paper introduces a low supply voltage band -gap reference circuit which used a self-bias cascode current mirror.
因此介绍了一种采用自偏置低压共源共栅电流源的带隙基准电路结构,用两个电阻代替了偏置电路。
2) self-bias
自给偏置
1.
Years of teaching practice prove that students can easily understand self-bias effect caused by emitter,while a fair proportion of the students cannot understand self-bias effect caused by base electrode.
多年的教学实践表明,学生很容易理解发射极电阻的自给偏置效应,但还是有相当一部分学生不理解基极自给负偏置产生的原因。
3) self-biased circuit
自偏置电路
4) Self-biased-current
自偏置电流
5) adaptive bias
自适应偏置
1.
A Low - Power adaptive biasing circuit is introduced to reduce the stand - by power dissipation without affection the transient performance by providing a very small biasing current, whose task is the compensation of the threshold voltages of the transistors.
主要研究一种低电压、低功耗的自适应偏置电路结构。
2.
It is implemented in two common-emitter stages with adaptive bias circuit which is used to improve linearity.
功率放大器工作在A类状态,由两级共发射极放大电路组成,并利用自适应偏置技术改善了功放的线性度。
3.
To avoid PVT variations in traditional voltage-bias linear power amplifier,a PVT-insensitive current-bias linear power amplifier is described with novel low-coupling adaptive bias circuit and an improved Load-Pull simulation method.
为了改善常用电压偏置功率放大器对偏置电压、温度和工艺的敏感影响,提出了一种新型的低耦合自适应偏置电路结构,并采用改进的负载牵引仿真方法,通过在Jazz SiGe BiCMOS0。
6) auto-bulk-biased
自动体偏置
1.
New auto-bulk-biased multi-threshold SOI CMOS circuit operating at high temperature;
一种自动体偏置多阈值电压高温SOI CMOS电路
补充资料:偏置屈服应力
分子式:
CAS号:
性质:应力-应变曲线偏离线性达到规定应变百分数的应力。也有称作残余变形屈服应力。该规定的变形量是人们事先商定的(偏置)。这种场合往往是由于该材料的应力、应变曲线不出现明显的屈服点,故作此规定。以统一衡量材料的力学性能,便于互相比较。当然,规定的该值不应超过该材料的拉伸强度值。
CAS号:
性质:应力-应变曲线偏离线性达到规定应变百分数的应力。也有称作残余变形屈服应力。该规定的变形量是人们事先商定的(偏置)。这种场合往往是由于该材料的应力、应变曲线不出现明显的屈服点,故作此规定。以统一衡量材料的力学性能,便于互相比较。当然,规定的该值不应超过该材料的拉伸强度值。
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