第十章 Operational Amplifiers：介绍差分放大电路的概念，应用和工作原理。10.1集成运放中的电流源电路:本节来考虑一种利用前面讲解的模块化电路，构成的集成运算放大电路。[单选题]Under difference-mode operation, the difference-mode voltage gain for this circuit is （ ）.
10.2零点漂移和差模信号共模信号:本节讲解了零点漂移的概念，这是直接耦合方式所带来的一个缺点，为了克服零点漂移，我们在集成运算放大器的输入端采用了差分放大输入，我们讲解了差模信号，共模信号的基本概念，通过对信号的分解，我们很容易理解差动放大电路对零点漂移的抑制能力。
10.3差动放大电路分析:本节主要来分析差动放大电路的工作原理。
10.4差动放大电路的传输特性:本节来看当输入和输出为大信号时，电路的特性有什么变化。
10.5带恒流源的差动放大电路及本章总结:本节主要介绍带恒流源的差动放大电路，并对本章进行总结。
选项:[40, 0.08, 80, 0.0397]
[单选题]The operational amplifier will only slightly amplify signals （ ）.选项:[that are common on both the inputs, when the supply voltages are less then ±5 V, when the supply voltages are more then ±25 V, that are different on both the inputs]
[单选题]When a given op-amp has a common-mode input of 10 V, the output of the device is 10 V. When the device has a differential input of 2 mV, the output of the device is 10 V. What is the CMPR of the device? （ ）选项:[5000 : 1, 1000 : 1, 5,000,000 : 1, 5 : 1]
[多选题]
The bandwidth of an amplifier is （ ）.
选项:[the range of frequencies between the lower and upper 3 dB frequencies, the range of frequencies over which gain remains relatively constant , the range of frequencies found using
][单选题]The inverting and noninverting inputs to an op-amp are used to drive a(n) （ ） amplifier.选项:[differential, noninverting, inverting, open-loop]
温馨提示支付 ￥1.00 元后可查看付费内容,请先翻页预览!
