提出了一种适用于电容检测型微机械陀螺的信号检测电路并分析了其对噪声的抑制能力。
A circuit used for detecting the signal of the micromachined gyroscope with capacitive detection is pre-sented, and its capability of restraining noise is also analyzed.
在单片机用户系统的设计中，必须对硬件和软件进行具体仿真。通过分析单片机系统的晶振电路、上电总清和负载能力来解决实际遇到的问题。
This paper introduces simulation methods of MCU hardware and software systems and help to solve actual problems by analyzing crystal circuit, electriferous reset and load capacity of the systems.
并对电路的线性度和故障检测能力进行了实验和分析。
Experiments upon the linearity and fault detecting capacity of the circuit are performed and the results are analyzed.
通过学习和了解四大电路的基本工作原理，逐步分析其电路特性，提高对主板电路的认识和分析能力。
We learn the basic working principles and analyze the characteristics of the circuits, which enhanced our ability to realize and analyze the circuits of the main board.
这个技术大大扩展了卡诺图的化简能力，在数字电路分析和设计中有着广泛的应用。
The Vem technique greatly expands the simplified capability of K-map and its use covers a lot of area of digital analysis ?nd design in a wide va-riaty of applications.
分析表明，基于离散付里叶变换原理的相位测量方法具有测量精度高、抗干扰能力强、电路设计简单等特点。
The analysis shows, compared with the traditional methods, the DFT method is characterized with high measuring accuracy, favorable anti-disturbance ability and simple circuitry.
介绍了如何使用EW B的参数扫描功能对模拟电路进行分析。将EW B引入教学后丰富了教学内容，提高了学生分析问题的能力。
This article introduces how to simulate circuits with EWBs parameter sweep function. Using EWB can enrich teaching contents and improve students practical skill.
对记录器抗高过载能力进行理论分析和试验证明，从电路和结构设计方面考虑提高抗高过载能力。
Theoretic analysis and experiment prove to the anti-high over-loaded capacity of recorder, the anti-high over-loaded capacity in circuit and structure design is improved.
对于现有的微波毫米波集成电路的分析和设计能力可以有数量级的提高，全面真实地刻画微波毫米波集成电路的电磁模型，大幅度地缩短电路设计周期。
It can greatly improve the MMIC analysis and design ability as well as much more exactly found the MMIC EM model and prominently reduce the MMIC design cycle.
对于现有的微波毫米波集成电路的分析和设计能力可以有数量级的提高，全面真实地刻画微波毫米波集成电路的电磁模型，大幅度地缩短电路设计周期。
It can greatly improve the MMIC analysis and design ability as well as much more exactly found the MMIC EM model and prominently reduce the MMIC design cycle.
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