lu_result_verification.m

Ansys电机电磁、振动和噪声分析流程 手把手，一步一步详细介绍

Multisim对噪声的分析 Analog designers rely on datasheets to define the specification of their circuit designs. Although datasheets include the specifications of a component and remain an indispensable resource, they lack information of how parts will behave within different configurations. This is why circuit simulation is a critical tool in the design flow to complement datasheets to provide the insight needed to improve design performance and reduce iterations. In this series of application notes, we review how NI Multisim and devices from semiconductor industry partners can use simulation to improve design performance. This article provides an overview of the theory behind the Noise Analysis feature in NI Multisim and describes how to use it. It also provides a guideline for verifying the inclusion of noise effects in an operational-amplifier macro-model and uses a practical example to illustrate the benefit of adopting simulation in the design flow.

国外有关多相电机的振动与噪声分析书籍。对研究多相电机和常规电机的振动与噪声具有很强的实用价值。本书分上下两部上传。

除湿机风机异常噪声分析及优化

国外比较经典的研究多相电机振动与噪声的书籍。对于多相电机和传统电机的减振降噪均具有实用价值。本人找了很久的。书籍分上下两部分上传。

经典电路分析

包含频谱分析仪，网路分析仪，噪声指数分析，最大功率传输放大器

TPA3110D2音频功放POP噪声分析及控制方法，主要分析POP声是怎么产生，分析其工作过程、产生原理。在应用TPA3110电路时，如何设计才能有效控制POP声的产生。

对于电路设计较为简单或大部分噪声都集中在平坦频带之内的放大器来说，要评估其输出噪声 可说较为容易，但如果来源各异的噪声如热噪声及1/f噪声各有不同的带宽，又或者噪声并不集中 在放大器的平坦频带范围内，在这两种应用情况下，要评估放大器的输出噪声将变得相当复杂