Publications are available in the following categories:
decoupling
- – When it comes to power distribution network design, put your trust in analysis by Dr. Eric Bogatin, Printed Circuit Design and Manufacture
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High Speed Decoupling Strategies with Fewer Capacitors, Freescale Technology Forum
(4 MB) [PDF]
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Low-power, High-intercept Interface to the ADS5424 14-bit, 105-MSPS Converter for Undersampling Application
(10, 489 Kb) [PDF]
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Integrating the Right Decoupling Capacitor: Busting the 9 Greatest Capacitor Myths
(71 pages, 2,211 Kb) [PDF]
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Decoupling Capacitors, A Designer’s Roadmap to Optimal Decoupling Networks for Integrated Circuits
(72 pages, 4,007 Kb) [PDF]
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Reducing Switching Transients from ICs in Power Distribution Systems (PDS) on PCBs, 10th Annual Automotive Electronics Council Reliability Workshop
(24 pages, 1,329 Kb) [PDF]
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The Quantitative Measurement of the Effectiveness of Decoupling Capacitors in Controlling Switching Transients from Microprocessors
(16 pages, 1,430 Kb) [PDF]
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PPT Presentation: The Quantitative Measurement of the Effectiveness of Decoupling Capacitors in Controlling Switching Transients from Microprocessors
(17 pages, 2,911 Kb) [PDF]
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Considerations for Capacitor Selection in FPGA Designs
(9 pages, 398 Kb) [PDF]
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Presentation: Considerations for Capacitor Selection in FPGA Designs
(31 pages, 2,054 Kb) [PPT]
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High Performance FPGA Bypass Filter Networks, Steve Weir, Scott McMorrow, Teraspeed® Consulting Group LLC
(20 pages, 2,851 Kb) [PDF]
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Presentation: High Performance FPGA Bypass Filter Networks, Steve Weir, Scott McMorrow, Teraspeed® Consulting Group LLC
(39 pages, 2,031 Kb) [PPT]
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Santa Clara Valley Chapter of the IEEE-EMC Society; "Does position matter? Locating bypass capacitors for effective power distribution and EMC control", Steve Weir, Teraspeed® Consulting Group LLC
[PDF]
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PPT Presentation: Grounding Requirements for Optimum Performance Results with X2Y® Technology on a Printed Circuit Board
(17 pages, 548 Kb) [PDF]
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X2Y® Technology Used for Decoupling
(5 pages, 488 Kb) [PDF]
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Comparison of MLCC and X2Y® Technology for Use in Decoupling Circuits
(6 pages, 582 Kb) [PDF]
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PPT Presentation: Comparison of MLCC and X2Y® Technology for Use in Decoupling Circuits
(17 pages, 1,078 Kb) [PDF]
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X2Y® Integrated Passive Devices
(12 pages, 858 Kb) [PDF]
EMI Suppression
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Interference Suppression Using a Balanced MLCC
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Design and Performance Evaluation of DUT Support Equipment for Automotive EMC Testing - Published Manuscript
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Design and Performance Evaluation of DUT Support Equipment for Automotive EMC Testing - Session Presentation
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Analog Devices: A Designer's Guide to Instrumentation Amplifiers (2nd Edition)" by Charles Kitchin and Lew Counts, Chapter V
(17 pages, 514 Kb) [PDF]
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A Better Approach to DC Power Filtering
(5 pages, 855 Kb)[PDF]
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Companion Presentation: A Better Approach to DC Power Filtering
(13 pages, 1,566 Kb) [PDF]
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X2Y Capacitors Reduce EMI/RFI Susceptibility Of Computer Equipment
[PDF]
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Reducing EMI/RFI Susceptibility
[PDF]
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A High Frequency Broadband Filter
(3 pages, 103 Kb)[PDF]
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Suppression Techniques using X2Y® as a Broadband EMI Filter: 2003 IEEE International Symposium on EMC, Boston, MA
(31 pages, 6,804 Kb) [PDF]
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Suppression Techniques using X2Y®as a Broadband EMI Filter: 2003 IEEE International Symposium on EMC, Boston, MA
(31 pages, 6,804 Kb) [PDF]
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X2Y-Broadband FiIter
(in German) (2 pages, 787 Kb) [PDF]
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RF Filtering for Audio Amplifier Circuits
(5 pages, 193 Kb) [PDF]
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A Broadband Filter Proves Itself in Multiple Dielectrics
(7 pages, 687 Kb)[PDF]
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Seattle IEEE EMC: New X2Y Filter Technology Emerges as Single Component Solution For Noise Suppression
(67, 3,577 Kb) [PDF]
DC Motors
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Case Study of Filtered Connector Application in Blower Motor to Meet EMC Requirements
[PDF]
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Presentation: Electromagnetic Compatibility of Direct Current Motors in an Automobile Environment
(23 pages, 746 Kb) [PDF]
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Electromagnetic Compatibility of Direct Current Motors in an Automobile Environment
(15 pages, 685 Kb) [PDF]
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DC Motor EMI Suppression: Presented at Ford Motor Company JUL 27, 2004
(37 pages, 2,119 Kb) [PDF]
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X2Y® Technology in DC Motors
(68 pages, 3,909 Kb) [PDF]
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Using Image Planes on DC Motors to Filter High Frequency Noise
(5 pages, 523 Kb) [PDF]
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Companion Presentation: Using Image Planes on DC Motors to Filter High Frequency Noise
(16 pages, 492 Kb) [PDF]
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GTEM cell simplifies EMC test
[PDF]
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Broad Band Testing of Low Cost Filter Solutions for DC Motors
(2.31 MB, 2,356 Kb)[PDF]
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Broadband KuTEM Omni-Cell Testing of Small DC Motors for a Low Cost Filter Solution
(5, 2,995 Kb) [PDF]
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Noise Measurement on a Small Motor Using Different Types of Suppression
(10 pages, 280 Kb) [PDF]
Filtered Connectors
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ITT/Cannon: Motor Connector with Integral X2Y® Capacitor
(30 pages, 3,259 Kb)[PDF]
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EMI Filter Connectors, Then and Now: Amphenol Aerospace, Long Island Section of the IEEE EMC Society
(61 pages, 633 Kb) [PDF]
Testing
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Measurement and Comparative S21 Performance of Raw and Mounted Decoupling Capacitors, by Steve Weir of Steve Weir Design Engineering
(4 pages, 533 Kb) [PDF]
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A Microwave Test Fixture for Measuring Four-Terminal Passive Components from DC-10GHz
(7 pages, 278 Kb) [PDF]
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Low Cost Test Method for Making Dual Line Measurements
(3 pages, 698 Kb) [PDF]
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Dynamic Testing Of A Dual Line Filter For Common And Differential Mode Attenuation Using a Spectrum Analyzer
(6 pages, 576 Kb) [PDF]
Trade Journal Publications
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Exploring Advances in Microwave and Millimeter Wave Devices
[PDF]
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A SPICE Model for a Capacitive Circuit from kHz to GHz
(6 pages, 229 Kb)[PDF]
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Components Vendors See a Rebound on the Way for Faltering Economy [PDF]
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Capacitive Technology Filters and Decouples With Fewer Parts
[PDF]
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Tantalum Capacitor Options Weighed
[PDF]
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Automotive Designs Accelerate Demand for Passive Components
[PDF]
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New Capacitor Technology
(8 pages, 2,676 Kb) [PDF]
