Titlebook: Controlling Radiated Emissions by Design; Michel Mardiguian Book 2014Latest edition Springer International Publishing Switzerland 2014 EMC

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小隔間

Electric and Magnetic Fields from Simple Circuit Shapes,eir associated transmission cables is of paramount importance to proper EMI control. Unfortunately, precisely calculating the fields radiated by a modern electronic equipment is a hopeless challenge. In contrast to a CW transmitter, where the radiation source characteristics (e.g., transmitter outpu

Resign

Fields Radiated by Nonsinusoidal Sources,oadband (BB) spectrum. The simplified equations briefly described in Chap. 2 can be extrapolated to the majority of practical cases where the excitation signal is not a pure sine wave but a repetitive signal with a known period and waveform. In both cases, the prediction process consists of first pe

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General Strategy for Designing a Low-Radiation Product, of fast switching or continuous wave (CW) devices to be found in any equipment, there is practically no example of a product which, having been designed with complete disregard to these aspects, clears through the certification test with an OK label. Therefore, for sake of self-compatibility (i.e.,

上漲

Controlling Radiated Emissions at Chip and Integrated Circuit Level,not: a signal source and an antenna. The many fortuitous antennas have been discussed in Chap. .. This chapter will address the most elementary building block in the system with regard to its ability to act as an RF source. Choosing ICs designed with low-RF signature makes the whole process of EMC c

GUEER

Printed Circuit Board Design,ce level. In contrast, the PCB, as a building block, offers the first area in which a strong design action is possible. A multitude of EMC “war stories” arrive at the inevitable conclusion that an in-depth look at PCB design would have saved thousands of dollars in testing, last minute fixes, and re

GUEER

Controlling Radiated Fields from Switch-Mode Power Supplies,oday’s electronic equipment are using this type of regulator. With regard to EMI, SMPSs have always been a serious concern, primarily because of their conducted emissions but also, to a lesser extent, radiated emissions. The first aspect has been covered extensively in (1991), by J. Fluke. Therefore

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Reducing Radiated EMI Via Internal Cabling and Packaging,emblies do not radiate excessive noise. Such wirings will be found to radiate as a function of the intentional signals they carry, plus the spurious signals gathered and insufficiently filtered at each subassembly’s interface. This chapter is addressing only the internal aspect of precautions for re

深淵

Box Shielding,owever, more often than not, electronic cabinets or equipment housings are too often designed per one or a combination of the following approaches (which, in other circles, would be quoted as recipes for failure) This chapter provides an organized approach for answering the following questions: How

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