A Novel Methodology for High Speed Board Design: Prevent Crosstalk, Improve Signal & Power Integrity and Reduce EM Emission

 
9783659184369: A Novel Methodology for High Speed Board Design: Prevent Crosstalk, Improve Signal & Power Integrity and Reduce EM Emission

Current high-speed designs demand a board designer’s extensive knowledge of the issues like transmission line effect, EMI, and crosstalk. Modern PCB design concerned with board material, signal and power stacking, connectors, cables, vias, and trace dimensions. With such designs, the complexity of PCB design increases with the aspects of SI which originate noise and instability. Crosstalk is a major noise that interferes with SI. The noise voltage in the reference or ground of a PCB is often the cause of unwanted radiated emission. Power supply planes attribute to the noise voltage. A Gigabit Ethernet design is developed to analyze various issues on PCB designs like Crosstalk, SI & PI, EMI and Thermal variations. Techniques are investigated to reduce the radiated EM fields, improve power delivery system of the design and eliminate the crosstalk related to routing the high speed signals. SI analysis & thermal analysis help to improve design characteristics. EMI results are within the limits of FCC-CLASS B/ VCCI-CLASS B standards with crosstalk within the limit of 100mV. The design is developed to achieve DFA/DFM/DFT for the manufacturing process of high speed & high dense PCB.

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About the Author:

Thiagarajan Kandasamy is currently ‘MANAGER’ EDA Team in GuidevisionInc, South Korea. During his experience of more than 12 years,Thiagarajan has accumulated Expert-level skills in PCB layouts andimplementing DFT, DFM, SI & EMI/EMC in PCB designs. He obtained hisMaster of Science in “VLSI System Design” with Merit from CoventryUniversity, UK.

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Kandasamy, Thiagarajan
ISBN 10: 3659184365 ISBN 13: 9783659184369
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Descripción Estado de conservación: New. Publisher/Verlag: LAP Lambert Academic Publishing | Prevent Crosstalk, Improve Signal & Power Integrity and Reduce EM Emission | Current high-speed designs demand a board designer s extensive knowledge of the issues like transmission line effect, EMI, and crosstalk. Modern PCB design concerned with board material, signal and power stacking, connectors, cables, vias, and trace dimensions. With such designs, the complexity of PCB design increases with the aspects of SI which originate noise and instability. Crosstalk is a major noise that interferes with SI. The noise voltage in the reference or ground of a PCB is often the cause of unwanted radiated emission. Power supply planes attribute to the noise voltage. A Gigabit Ethernet design is developed to analyze various issues on PCB designs like Crosstalk, SI & PI, EMI and Thermal variations. Techniques are investigated to reduce the radiated EM fields, improve power delivery system of the design and eliminate the crosstalk related to routing the high speed signals. SI analysis & thermal analysis help to improve design characteristics. EMI results are within the limits of FCC-CLASS B/ VCCI-CLASS B standards with crosstalk within the limit of 100mV. The design is developed to achieve DFA/DFM/DFT for the manufacturing process of high speed & high dense PCB. | Format: Paperback | Language/Sprache: english | 165 gr | 220x150x6 mm | 112 pp. Nº de ref. de la librería K9783659184369

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Descripción LAP Lambert Academic Publishing Jul 2012, 2012. Taschenbuch. Estado de conservación: Neu. Neuware - Current high-speed designs demand a board designer s extensive knowledge of the issues like transmission line effect, EMI, and crosstalk. Modern PCB design concerned with board material, signal and power stacking, connectors, cables, vias, and trace dimensions. With such designs, the complexity of PCB design increases with the aspects of SI which originate noise and instability. Crosstalk is a major noise that interferes with SI. The noise voltage in the reference or ground of a PCB is often the cause of unwanted radiated emission. Power supply planes attribute to the noise voltage. A Gigabit Ethernet design is developed to analyze various issues on PCB designs like Crosstalk, SI & PI, EMI and Thermal variations. Techniques are investigated to reduce the radiated EM fields, improve power delivery system of the design and eliminate the crosstalk related to routing the high speed signals. SI analysis & thermal analysis help to improve design characteristics. EMI results are within the limits of FCC-CLASS B/ VCCI-CLASS B standards with crosstalk within the limit of 100mV. The design is developed to achieve DFA/DFM/DFT for the manufacturing process of high speed & high dense PCB. 112 pp. Englisch. Nº de ref. de la librería 9783659184369

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Descripción LAP Lambert Academic Publishing Jul 2012, 2012. Taschenbuch. Estado de conservación: Neu. Neuware - Current high-speed designs demand a board designer s extensive knowledge of the issues like transmission line effect, EMI, and crosstalk. Modern PCB design concerned with board material, signal and power stacking, connectors, cables, vias, and trace dimensions. With such designs, the complexity of PCB design increases with the aspects of SI which originate noise and instability. Crosstalk is a major noise that interferes with SI. The noise voltage in the reference or ground of a PCB is often the cause of unwanted radiated emission. Power supply planes attribute to the noise voltage. A Gigabit Ethernet design is developed to analyze various issues on PCB designs like Crosstalk, SI & PI, EMI and Thermal variations. Techniques are investigated to reduce the radiated EM fields, improve power delivery system of the design and eliminate the crosstalk related to routing the high speed signals. SI analysis & thermal analysis help to improve design characteristics. EMI results are within the limits of FCC-CLASS B/ VCCI-CLASS B standards with crosstalk within the limit of 100mV. The design is developed to achieve DFA/DFM/DFT for the manufacturing process of high speed & high dense PCB. 112 pp. Englisch. Nº de ref. de la librería 9783659184369

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Descripción LAP LAMBERT Academic Publishing, 2012. Paperback. Estado de conservación: New. book. Nº de ref. de la librería M3659184365

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Descripción LAP Lambert Academic Publishing, Germany, 2012. Paperback. Estado de conservación: New. Aufl.. Language: English . Brand New Book ***** Print on Demand *****.Current high-speed designs demand a board designer s extensive knowledge of the issues like transmission line effect, EMI, and crosstalk. Modern PCB design concerned with board material, signal and power stacking, connectors, cables, vias, and trace dimensions. With such designs, the complexity of PCB design increases with the aspects of SI which originate noise and instability. Crosstalk is a major noise that interferes with SI. The noise voltage in the reference or ground of a PCB is often the cause of unwanted radiated emission. Power supply planes attribute to the noise voltage. A Gigabit Ethernet design is developed to analyze various issues on PCB designs like Crosstalk, SI PI, EMI and Thermal variations. Techniques are investigated to reduce the radiated EM fields, improve power delivery system of the design and eliminate the crosstalk related to routing the high speed signals. SI analysis thermal analysis help to improve design characteristics. EMI results are within the limits of FCC-CLASS B/ VCCI-CLASS B standards with crosstalk within the limit of 100mV. The design is developed to achieve DFA/DFM/DFT for the manufacturing process of high speed high dense PCB. Nº de ref. de la librería AAV9783659184369

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Descripción LAP Lambert Academic Publishing. Paperback. Estado de conservación: New. Paperback. 112 pages. Dimensions: 8.7in. x 5.9in. x 0.3in.Current high-speed designs demand a board designers extensive knowledge of the issues like transmission line effect, EMI, and crosstalk. Modern PCB design concerned with board material, signal and power stacking, connectors, cables, vias, and trace dimensions. With such designs, the complexity of PCB design increases with the aspects of SI which originate noise and instability. Crosstalk is a major noise that interferes with SI. The noise voltage in the reference or ground of a PCB is often the cause of unwanted radiated emission. Power supply planes attribute to the noise voltage. A Gigabit Ethernet design is developed to analyze various issues on PCB designs like Crosstalk, SI and PI, EMI and Thermal variations. Techniques are investigated to reduce the radiated EM fields, improve power delivery system of the design and eliminate the crosstalk related to routing the high speed signals. SI analysis and thermal analysis help to improve design characteristics. EMI results are within the limits of FCC-CLASS B VCCI-CLASS B standards with crosstalk within the limit of 100mV. The design is developed to achieve DFADFMDFT for the manufacturing process of high speed and high dense PCB. This item ships from multiple locations. Your book may arrive from Roseburg,OR, La Vergne,TN. Paperback. Nº de ref. de la librería 9783659184369

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