One of the difficult and key items in analog electronics teaching is the dynamic analysis of basic amplifying circuit.
基本放大电路的动态分析是模拟电子技术教学中的一个重点，同时也是一难点。
It is expounded how to apply correctly convolution integral to circuit analysis and some key problems are discussed that should be paid attentions to in practical operation.
论述了如何把卷积积分正确地应用到电路分析中，并讨论了在电路分析中应用卷积积分要注意的关键问题。
The dissertation highlights the work principle of the feed-forward amplifier circuit, and then quantitative analysis of the key components parameters in the system.
本文着重介绍了前馈放大器电路的工作原理，并对系统中各关键器件的参数进行定量分析。
It introduces the project and key technology of modulation domain analysis, emphasis on the ZDT counter and the error compensation circuit based on FPGA.
介绍了调制域分析技术的原理，重点介绍基于FPGA的零空闲(ZDT)计数和测量补偿技术。
Abstract: it is expounded how to apply correctly convolution integral to circuit analysis and some key problems are discussed that should be paid attentions to in practical operation.
文摘：论述了如何把卷积积分正确地应用到电路分析中，并讨论了在电路分析中应用卷积积分要注意的关键问题。
Abstract: it is expounded how to apply correctly convolution integral to circuit analysis and some key problems are discussed that should be paid attentions to in practical operation.
文摘：论述了如何把卷积积分正确地应用到电路分析中，并讨论了在电路分析中应用卷积积分要注意的关键问题。
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