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[SCMAdvanced_PCB_design_and_layout_for_EMC

Description:
Platform: | Size: 3929088 | Author: 柳昆 | Hits:

[Otheremi-layout

Description: 印刷电路板设计--在真实世界里的EMI控制-Printed circuit board design- in the real world EMI control
Platform: | Size: 617472 | Author: 柴亮 | Hits:

[SCMS5PC100_PCB_Layout_Guide

Description: 三星Cortex-A8处理器S5PC100的Layout guide,从过孔、分层、布线、EMI方面都有参考价值-Samsung Cortex-A8 processor S5PC100 the Layout guide, from the vias, layer, layout, EMI useful aspects
Platform: | Size: 344064 | Author: 王菁 | Hits:

[matlabourdev_581404

Description: 本文講述了一個基於FAN4800 連續PFC 前端的雙管正激電源的功率級設計。回顧了這種電源的設計選擇。討論的實際課題包括功 率器件選型,電磁設計,佈局和電磁干擾 (EMI),目的在於幫助工程師加速並改善其設計。-This article about a front-end based on the FAN4800 PFC consecutive two-transistor forward power stage power supply design. Review this power supply design options. The actual topics discussed include the selection of power devices, electromagnetic design, layout, and electromagnetic interference (EMI), designed to help engineers to speed up and improve its design.
Platform: | Size: 536576 | Author: 侯国建 | Hits:

[OtherPCB-layout

Description: LAYOUT设计规范 可以提高产品的质量以及产品的EMI和EMC -LAYOUT DISENT
Platform: | Size: 440320 | Author: 黄奕 | Hits:

[Software EngineeringEthernet_layout-guide

Description: RTL8201 PCB Layout Guide Goal : (1) Make a Noise-free, power-stable, environment that suitable for RTL8201. (2) Reduce the possibility of EMI, EMC and their influence to the chip. (3) Simplify the task of routing signal trace, so as to make a better circuit for RTL8201.
Platform: | Size: 66560 | Author: J | Hits:

[Software EngineeringPCB-Design--Guidelines-for-Reduced-EMI

Description: guideline design PCB layout to reduce noise
Platform: | Size: 363520 | Author: sdk | Hits:

[OtherDC-DC-converter-PCB-layout

Description: DCDC变换器布局布线参考文档,以LM5175为例(Fundamental to careful system design of any DC/DC power converter is a well-planned and carefully executed printed circuit board (PCB) layout. An optimized layout leads to better performance, lower cost and faster time-to-market. Additionally, it can constitute a competitive advantage for the end equipment user owing to higher reliability (lower component temperature), easier regulatory compliance (lower conducted and radiated emissions), and improved space utilization (reduced solution volume and footprint))
Platform: | Size: 130048 | Author: 小蒋1204 | Hits:

[Software Engineering开关电源中的PCB LAYOUT

Description: 电源设计中PCB的布局很重要,PCB的布局将直接影响EMI。该资料详细的介绍了开关电源PCB设计的方法(The layout of PCB is very important in power design, and the layout of PCB will directly affect EMI. This information introduces the design method of switching power supply PCB in detail.)
Platform: | Size: 288768 | Author: dongshao | Hits:

[Industry researchHigh-Speed Layout Guidelines

Description: High-Speed Layout Guidelines for Reducing EMI for LVDS Serdes Design
Platform: | Size: 126050 | Author: 2245757503 | Hits:

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