1、A new high Q switched-capacitor (SC) filter using a single amplifier is presented. An optimal design for minimizing capacitor spreads of the circuit is obtained.───本文提出了一个新的高q单放大器开关电容(SC)滤波器，给出了该电路最大与最小电容比最小的最优设计。
2、All the speakers hook up to a single amplifier.───所有喇叭都接在单一的扩音器上。
3、This paper discusses a method of characterizing the gain of the laser pulse amplifier using its gain fluence curves, and studies gain fluence curves of a single amplifier.───提出利用放大器的增益通量曲线来全面描述放大器增益特性的方法。
single amplifier（英语使用场景）
1、A new high Q switched-capacitor (SC) filter using a single amplifier is presented. An optimal design for minimizing capacitor spreads of the circuit is obtained.
2、All the speakers hook up to a single amplifier.
3、This paper discusses a method of characterizing the gain of the laser pulse amplifier using its gain fluence curves, and studies gain fluence curves of a single amplifier.
single amplifier（意思翻译）
单级放大器
single amplifier（相似词语短语）
1、inverting amplifier───[电子]反相放大器；[电子]倒相放大器；反相放大器，倒相放大器
2、buffer amplifier───隔离放大器；[电子]缓冲放大器
3、amplifier───n.[电子]放大器，扩大器；扩音器
4、biquadratic amplifier───双二次放大器
5、modeling amplifier───模拟放大器
6、single father───单身父亲
7、single───adj.单一的；单身的；单程的；n.一个；单打；单程票；vi.击出一垒安打；vt.选出
8、power amplifier───[电子]功率放大器
9、swamped amplifier───淹没放大器
single amplifier（双语使用场景）
1、A new high Q switched-capacitor (SC) filter using a single amplifier is presented. An optimal design for minimizing capacitor spreads of the circuit is obtained.───本文提出了一个新的高q单放大器开关电容(SC)滤波器，给出了该电路最大与最小电容比最小的最优设计。
2、All the speakers hook up to a single amplifier.───所有喇叭都接在单一的扩音器上。
3、This paper discusses a method of characterizing the gain of the laser pulse amplifier using its gain fluence curves, and studies gain fluence curves of a single amplifier.───提出利用放大器的增益通量曲线来全面描述放大器增益特性的方法。
single amplifier（英语使用场景）
1、A new high Q switched-capacitor (SC) filter using a single amplifier is presented. An optimal design for minimizing capacitor spreads of the circuit is obtained.
2、All the speakers hook up to a single amplifier.
3、This paper discusses a method of characterizing the gain of the laser pulse amplifier using its gain fluence curves, and studies gain fluence curves of a single amplifier.