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X2Y Attenuators (203)

Advanced Passive Component Solutions

X2Y Attenuators, LLC is an Intellectual Property Company that develops advanced passive component solutions for the electronics industry. Founded in June 1996, the company is headquartered in Nevada and has its main office in Erie, Pennsylvania.

Showing 1 to 200 of 203 entries
Datasheet PDF or ZIP
5989-5935EN - Ultra-Low Impedance Measurements Using 2-Port Measurements, ©2006 Agilent - Bypass / Decoupling 5989-5935EN : Ultra-Low Impedance Measurements Using 2-Port Measurements, ©2006 Agilent (PDF)
DecapMountingStructures 2008 01 - Electromagnetic Analysis of Decoupling Capacitor Mounting Structures with Simbeor (32 pages, 9800 Kb) Impact of PCB Stack-up and Capacitor Via Design In Power Distribution Design, IEEE EMC Society SCV Meeting - Bypass / Decoupling DecapMountingStructures 2008 01 : Electromagnetic Analysis of Decoupling Capacitor Mounting Structures with Simbeor (32 pages, 9800 Kb) Impact of PCB Stack-up and Capacitor Via Design In Power Distribution Design, IEEE EMC Society SCV Meeting (PDF)
Ug Pdn - Power Delivery Network (PDN) Tool User Guide, ©2009 Altera Corporation - Bypass / Decoupling Ug Pdn : Power Delivery Network (PDN) Tool User Guide, ©2009 Altera Corporation (PDF)
Cmcreplace - – Part 1: Common Mode Choke Replacement with X2Y®» Cmcreplace : – Part 1: Common Mode Choke Replacement with X2Y®» (PDF)
Cmcreplace2 - – Part 2: Common Mode Choke Replacement with X2Y® » Cmcreplace2 : – Part 2: Common Mode Choke Replacement with X2Y® » (PDF)
Fpgax2yft - – X2Y® vs. FT» Fpgax2yft : – X2Y® vs. FT» (PDF)
Decouple - – X2Y® for Noise Decoupling» Decouple : – X2Y® for Noise Decoupling» (PDF)
Cmcreplace - Part 1: Common Mode Choke Replacement with X2Y®» Cmcreplace : Part 1: Common Mode Choke Replacement with X2Y®» (PDF)
Cmcreplace2 - Part 2: Common Mode Choke Replacement with X2Y®» Cmcreplace2 : Part 2: Common Mode Choke Replacement with X2Y®» (PDF)
Fpgax2yft - – X2Y® vs. FT» Fpgax2yft : – X2Y® vs. FT» (PDF)
Decouple - – X2Y® for Noise Decoupling» Decouple : – X2Y® for Noise Decoupling» (PDF)
Cmcreplace - – Part 1: Common Mode Choke Replacement with X2Y®» Cmcreplace : – Part 1: Common Mode Choke Replacement with X2Y®» (PDF)
Cmcreplace2 - – Part 2: Common Mode Choke Replacement with X2Y® » Cmcreplace2 : – Part 2: Common Mode Choke Replacement with X2Y® » (PDF)
Fpgax2yft - – X2Y® vs. FT» Fpgax2yft : – X2Y® vs. FT» (PDF)
Decouple - – X2Y® for Noise Decoupling» Decouple : – X2Y® for Noise Decoupling» (PDF)
Super Patent Wagner - Super Patent - IP Portfolio Super Patent Wagner : Super Patent (PDF)
Cmcreplace - Part 1: Common Mode Choke Replacement with X2Y®» - IP Portfolio Cmcreplace : Part 1: Common Mode Choke Replacement with X2Y®» (PDF)
Cmcreplace2 - Part 2: Common Mode Choke Replacement with X2Y®» - IP Portfolio Cmcreplace2 : Part 2: Common Mode Choke Replacement with X2Y®» (PDF)
Fpgax2yft - – X2Y® vs. FT» - IP Portfolio Fpgax2yft : – X2Y® vs. FT» (PDF)
Decouple - – X2Y® for Noise Decoupling» - IP Portfolio Decouple : – X2Y® for Noise Decoupling» (PDF)
Jul24-06 - High Speed Decoupling Strategies with Fewer Capacitors, Freescale Technology Forum - Technical Library Jul24-06 : High Speed Decoupling Strategies with Fewer Capacitors, Freescale Technology Forum (PDF)
Jan1-06 - Low-power, High-intercept Interface to the ADS5424 14-bit, 105-MSPS Converter for Undersampling Application - Technical Library Jan1-06 : Low-power, High-intercept Interface to the ADS5424 14-bit, 105-MSPS Converter for Undersampling Application (PDF)
Jun22-06 - Integrating the Right Decoupling Capacitor: Busting the 9 Greatest Capacitor Myths - Technical Library Jun22-06 : Integrating the Right Decoupling Capacitor: Busting the 9 Greatest Capacitor Myths (PDF)
Jun21-06 - Decoupling Capacitors, A Designer’s Roadmap to Optimal Decoupling Networks for Integrated Circuits - Technical Library Jun21-06 : Decoupling Capacitors, A Designer’s Roadmap to Optimal Decoupling Networks for Integrated Circuits (PDF)
Mar24-05 - The Quantitative Measurement of the Effectiveness of Decoupling Capacitors in Controlling Switching Transients from Microprocessors - Technical Library Mar24-05 : The Quantitative Measurement of the Effectiveness of Decoupling Capacitors in Controlling Switching Transients from Microprocessors (PDF)
Mar23-05 - PPT Presentation: The Quantitative Measurement of the Effectiveness of Decoupling Capacitors in Controlling Switching Transients from Microprocessors - Technical Library Mar23-05 : PPT Presentation: The Quantitative Measurement of the Effectiveness of Decoupling Capacitors in Controlling Switching Transients from Microprocessors (PDF)
Mar22-05 - Considerations for Capacitor Selection in FPGA Designs - Technical Library Mar22-05 : Considerations for Capacitor Selection in FPGA Designs (PDF)
Mar21-05 - Presentation: Considerations for Capacitor Selection in FPGA Designs - Technical Library Mar21-05 : Presentation: Considerations for Capacitor Selection in FPGA Designs (PDF)
Jan31-06 - High Performance FPGA Bypass Filter Networks, Steve Weir, Scott McMorrow, Teraspeed® Consulting Group LLC - Technical Library Jan31-06 : High Performance FPGA Bypass Filter Networks, Steve Weir, Scott McMorrow, Teraspeed® Consulting Group LLC (PDF)
Jan30-05 - Presentation: High Performance FPGA Bypass Filter Networks, Steve Weir, Scott McMorrow, Teraspeed® Consulting Group LLC - Technical Library Jan30-05 : Presentation: High Performance FPGA Bypass Filter Networks, Steve Weir, Scott McMorrow, Teraspeed® Consulting Group LLC (PDF)
Jan15-2005 - 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 - Technical Library Jan15-2005 : 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)
Aug7-04(1) - PPT Presentation: Grounding Requirements for Optimum Performance Results with X2Y® Technology on a Printed Circuit Board - Technical Library Aug7-04(1) : PPT Presentation: Grounding Requirements for Optimum Performance Results with X2Y® Technology on a Printed Circuit Board (PDF)
Aug7-04(2) - Grounding Requirements for Optimum Performance Results with X2Y® Technology on a Printed Circuit Board - Technical Library Aug7-04(2) : Grounding Requirements for Optimum Performance Results with X2Y® Technology on a Printed Circuit Board (PDF)
Apr29-04 - X2Y® Technology Used for Decoupling - Technical Library Apr29-04 : X2Y® Technology Used for Decoupling (PDF)
Apr15-04 - Take Steps to Reduce Antiresonance in Decoupling - Technical Library Apr15-04 : Take Steps to Reduce Antiresonance in Decoupling (PDF)
Mar5-04 - Comparison of MLCC and X2Y® Technology for Use in Decoupling Circuits - Technical Library Mar5-04 : Comparison of MLCC and X2Y® Technology for Use in Decoupling Circuits (PDF)
Mar4-04 - PPT Presentation: Comparison of MLCC and X2Y® Technology for Use in Decoupling Circuits - Technical Library Mar4-04 : PPT Presentation: Comparison of MLCC and X2Y® Technology for Use in Decoupling Circuits (PDF)
Oct15-02 - X2Y® Integrated Passive Devices - Technical Library Oct15-02 : X2Y® Integrated Passive Devices (PDF)
Balmlcc - Interference Suppression Using a Balanced MLCC - Technical Library Balmlcc : Interference Suppression Using a Balanced MLCC (PDF)
04-26-07 SE MI IEEE EM - Demystifying Automotive EMC Applications:Filtering and Decoupling Strategies - Technical Library 04-26-07 SE MI IEEE EM : Demystifying Automotive EMC Applications:Filtering and Decoupling Strategies (PDF)
Aug14-06 - Design and Performance Evaluation of DUT Support Equipment for Automotive EMC Testing - Published Manuscript - Technical Library Aug14-06 : Design and Performance Evaluation of DUT Support Equipment for Automotive EMC Testing - Published Manuscript (PDF)
Aug14-06session - Design and Performance Evaluation of DUT Support Equipment for Automotive EMC Testing - Session Presentation - Technical Library Aug14-06session : Design and Performance Evaluation of DUT Support Equipment for Automotive EMC Testing - Session Presentation (PDF)
Oct2-05 - Analog Devices: A Designer's Guide to Instrumentation Amplifiers (2nd Edition)" by Charles Kitchin and Lew Counts, Chapter V - Technical Library Oct2-05 : Analog Devices: A Designer's Guide to Instrumentation Amplifiers (2nd Edition)" by Charles Kitchin and Lew Counts, Chapter V (PDF)
Aug9-04 - A Better Approach to DC Power Filtering - Technical Library Aug9-04 : A Better Approach to DC Power Filtering (PDF)
Aug9-04(2) - Companion Presentation: A Better Approach to DC Power Filtering - Technical Library Aug9-04(2) : Companion Presentation: A Better Approach to DC Power Filtering (PDF)
Feb10-04pdf - RFI Susceptibility Of Computer Equipment - Technical Library Feb10-04pdf : RFI Susceptibility Of Computer Equipment (PDF)
Oct01-03 - RFI Susceptibility - Technical Library Oct01-03 : RFI Susceptibility (PDF)
Sep15-03 - A High Frequency Broadband Filter - Technical Library Sep15-03 : A High Frequency Broadband Filter (PDF)
Aug23-03 - Suppression Techniques using X2Y® as a Broadband EMI Filter: 2003 IEEE International Symposium on EMC, Boston, MA - Technical Library Aug23-03 : Suppression Techniques using X2Y® as a Broadband EMI Filter: 2003 IEEE International Symposium on EMC, Boston, MA (PDF)
Aug21-03 - Suppression Techniques using X2Y®as a Broadband EMI Filter: 2003 IEEE International Symposium on EMC, Boston, MA - Technical Library Aug21-03 : Suppression Techniques using X2Y®as a Broadband EMI Filter: 2003 IEEE International Symposium on EMC, Boston, MA (PDF)
Aug1-03 - X2Y-Broadband FiIter - Technical Library Aug1-03 : X2Y-Broadband FiIter (PDF)
Mar1-03 - RF Filtering for Audio Amplifier Circuits - Technical Library Mar1-03 : RF Filtering for Audio Amplifier Circuits (PDF)
Dec1-01 - A Broadband Filter Proves Itself in Multiple Dielectrics - Technical Library Dec1-01 : A Broadband Filter Proves Itself in Multiple Dielectrics (PDF)
Nov27-02 - Seattle IEEE EMC: New X2Y Filter Technology Emerges as Single Component Solution For Noise Suppression - Technical Library Nov27-02 : Seattle IEEE EMC: New X2Y Filter Technology Emerges as Single Component Solution For Noise Suppression (PDF)
Motorcon - Case Study of Filtered Connector Application in Blower Motor to Meet EMC Requirements - Technical Library Motorcon : Case Study of Filtered Connector Application in Blower Motor to Meet EMC Requirements (PDF)
Feb14-05 - DC Motor EMI Suppression: Presented at Ford Motor Company JUL 27, 2004 - Technical Library Feb14-05 : DC Motor EMI Suppression: Presented at Ford Motor Company JUL 27, 2004 (PDF)
Jan25-05 - X2Y® Technology in DC Motors - Technical Library Jan25-05 : X2Y® Technology in DC Motors (PDF)
Aug8-04tp - Using Image Planes on DC Motors to Filter High Frequency Noise - Technical Library Aug8-04tp : Using Image Planes on DC Motors to Filter High Frequency Noise (PDF)
Aug8-04 - Companion Presentation: Using Image Planes on DC Motors to Filter High Frequency Noise - Technical Library Aug8-04 : Companion Presentation: Using Image Planes on DC Motors to Filter High Frequency Noise (PDF)
Jan1-01 - GTEM cell simplifies EMC test - Technical Library Jan1-01 : GTEM cell simplifies EMC test (PDF)
Nov1-00 - Broad Band Testing of Low Cost Filter Solutions for DC Motors - Technical Library Nov1-00 : Broad Band Testing of Low Cost Filter Solutions for DC Motors (PDF)
Aug21-00 - Broadband KuTEM Omni-Cell Testing of Small DC Motors for a Low Cost Filter Solution - Technical Library Aug21-00 : Broadband KuTEM Omni-Cell Testing of Small DC Motors for a Low Cost Filter Solution (PDF)
Mar15-05 - Cannon: Motor Connector with Integral X2Y® Capacitor - Technical Library Mar15-05 : Cannon: Motor Connector with Integral X2Y® Capacitor (PDF)
Jun10-03 - EMI Filter Connectors, Then and Now: Amphenol Aerospace, Long Island Section of the IEEE EMC Society - Technical Library Jun10-03 : EMI Filter Connectors, Then and Now: Amphenol Aerospace, Long Island Section of the IEEE EMC Society (PDF)
Nov4-04 - Measurement and Comparative S21 Performance of Raw and Mounted Decoupling Capacitors, by Steve Weir of Steve Weir Design Engineering - Technical Library Nov4-04 : Measurement and Comparative S21 Performance of Raw and Mounted Decoupling Capacitors, by Steve Weir of Steve Weir Design Engineering (PDF)
Apr24-03 - A Microwave Test Fixture for Measuring Four-Terminal Passive Components from DC-10GHz - Technical Library Apr24-03 : A Microwave Test Fixture for Measuring Four-Terminal Passive Components from DC-10GHz (PDF)
Dec1-00 - Low Cost Test Method for Making Dual Line Measurements - Technical Library Dec1-00 : Low Cost Test Method for Making Dual Line Measurements (PDF)
Apr17-00 - Dynamic Testing Of A Dual Line Filter For Common And Differential Mode Attenuation Using a Spectrum Analyzer - Technical Library Apr17-00 : Dynamic Testing Of A Dual Line Filter For Common And Differential Mode Attenuation Using a Spectrum Analyzer (PDF)
Jan1-05 - Exploring Advances in Microwave and Millimeter Wave Devices - Technical Library Jan1-05 : Exploring Advances in Microwave and Millimeter Wave Devices (PDF)
Dec15-03 - A SPICE Model for a Capacitive Circuit from kHz to GHz - Technical Library Dec15-03 : A SPICE Model for a Capacitive Circuit from kHz to GHz (PDF)
Jul1-99 - New Capacitor Technology - Technical Library Jul1-99 : New Capacitor Technology (PDF)
Cmcreplace - Part 1: Common Mode Choke Replacement with X2Y®» - Technical Library Cmcreplace : Part 1: Common Mode Choke Replacement with X2Y®» (PDF)
Cmcreplace2 - Part 2: Common Mode Choke Replacement with X2Y®» - Technical Library Cmcreplace2 : Part 2: Common Mode Choke Replacement with X2Y®» (PDF)
Fpgax2yft - – X2Y® vs. FT» - Technical Library Fpgax2yft : – X2Y® vs. FT» (PDF)
Decouple - – X2Y® for Noise Decoupling» - Technical Library Decouple : – X2Y® for Noise Decoupling» (PDF)
Cmcreplace - Part 1: Common Mode Choke Replacement with X2Y®» Cmcreplace : Part 1: Common Mode Choke Replacement with X2Y®» (PDF)
Cmcreplace2 - Part 2: Common Mode Choke Replacement with X2Y®» Cmcreplace2 : Part 2: Common Mode Choke Replacement with X2Y®» (PDF)
Fpgax2yft - – X2Y® vs. FT» Fpgax2yft : – X2Y® vs. FT» (PDF)
Decouple - – X2Y® for Noise Decoupling» Decouple : – X2Y® for Noise Decoupling» (PDF)
Ckt1mount - Best Mounting Practices for X2Y® Capacitors in Circuit - EMI Filtering Ckt1mount : Best Mounting Practices for X2Y® Capacitors in Circuit (PDF)
Get The Most - Get the Most from X2Y® Capacitors with Proper Attachment Techniques - EMI Filtering Get The Most : Get the Most from X2Y® Capacitors with Proper Attachment Techniques (PDF)
Cmcreplace - X2Y® Capacitors Versus Common Mode Filters - EMI Filtering Cmcreplace : X2Y® Capacitors Versus Common Mode Filters (PDF)
Decouple - X2Y® for Noise Decoupling - EMI Filtering Decouple : X2Y® for Noise Decoupling (PDF)
Amp - A Designer’s Guide to Instrumentation Amplifiers, 3rd Edition - EMI Filtering Amp : A Designer’s Guide to Instrumentation Amplifiers, 3rd Edition (PDF)
Balmlcc - Interference Suppression Using a Balanced MLCC - EMI Filtering Balmlcc : Interference Suppression Using a Balanced MLCC (PDF)
Audio - RF Filtering for Audio Amplifier Circuits - EMI Filtering Audio : RF Filtering for Audio Amplifier Circuits (PDF)
TechDay09kr Hpa Track2 1 Precision Analog Designs Demand GoodPCBLayouts JohnWu - Precision Analog Designs Demand Good PCB Layouts - EMI Filtering TechDay09kr Hpa Track2 1 Precision Analog Designs Demand GoodPCBLayouts JohnWu : Precision Analog Designs Demand Good PCB Layouts (PDF)
Emielectronics - Addressing EMI in Patient-Connected Electronics - EMI Filtering Emielectronics : Addressing EMI in Patient-Connected Electronics (PDF)
2004 - Ferrite Bead Removal - EMI Filtering 2004 : Ferrite Bead Removal (PDF)
2009 - DC-To-DC Converters using X2Y® Technology - EMI Filtering 2009 : DC-To-DC Converters using X2Y® Technology (PDF)
X2ybuck - EMC Guideline for Synchronous Buck Converter Design - EMI Filtering X2ybuck : EMC Guideline for Synchronous Buck Converter Design (PDF)
Applfilter - X2Y® EMI Filter Devices for Appliances - EMI Filtering Applfilter : X2Y® EMI Filter Devices for Appliances (PDF)
2002 - Replacing Feedthrough Capacitors with X2Y® Technology - EMI Filtering 2002 : Replacing Feedthrough Capacitors with X2Y® Technology (PDF)
X2yequivckt - X2Y® Equivalent Circuit for Models - EMI Filtering X2yequivckt : X2Y® Equivalent Circuit for Models (PDF)
X2y Libs Hspice Pc 20110622 - X2Y® HSPICE Component Library for PC - EMI Filtering X2y Libs Hspice Pc 20110622 : X2Y® HSPICE Component Library for PC (ZIP)
X2y Libs Hspice Unix 20110622 - X2Y® HSPICE Component Library for UNIX - EMI Filtering X2y Libs Hspice Unix 20110622 : X2Y® HSPICE Component Library for UNIX (ZIP)
X2y Libs Ispice 20110622 - X2Y® iSPICE Component Library for PC - EMI Filtering X2y Libs Ispice 20110622 : X2Y® iSPICE Component Library for PC (ZIP)
Cap X2y Jdi 0603 - X2Y® Components Library for Cadence Allegro® PCB PI option (Johanson Components) - EMI Filtering Cap X2y Jdi 0603 : X2Y® Components Library for Cadence Allegro® PCB PI option (Johanson Components) (ZIP)
Cap X2y Yag 0603 Cadence Allegro Pi - X2Y® Components Library for Cadence Allegro® PCB PI option (Yageo Components) - EMI Filtering Cap X2y Yag 0603 Cadence Allegro Pi : X2Y® Components Library for Cadence Allegro® PCB PI option (Yageo Components) (ZIP)
Libmeas - Measurement Overview for X2Y® Component Library - EMI Filtering Libmeas : Measurement Overview for X2Y® Component Library (PDF)
Libinstall - Installation Manual - EMI Filtering Libinstall : Installation Manual (PDF)
Pdn Tool V1 0 - Power Delivery Network (PDN) Tool - EMI Filtering Pdn Tool V1 0 : Power Delivery Network (PDN) Tool (ZIP)
Ug Pdn Gen Device - Power Delivery Network (PDN) Tool User Guide - EMI Filtering Ug Pdn Gen Device : Power Delivery Network (PDN) Tool User Guide (PDF)
Cmcreplace2 - Part 2: Common Mode Choke Replacement with X2Y®» - EMI Filtering Cmcreplace2 : Part 2: Common Mode Choke Replacement with X2Y®» (PDF)
Fpgax2yft - – X2Y® vs. FT» - EMI Filtering Fpgax2yft : – X2Y® vs. FT» (PDF)
Accurate Capacitor Inductance - Accurate Capacitor Inductance Extraction from s21 Measurements - Bypass / Decoupling Accurate Capacitor Inductance : Accurate Capacitor Inductance Extraction from s21 Measurements (PDF)
Measurement N Comparative S21 - Measurement and Comparative S21 Performance of Raw and Mounted Decoupling Capacitors - Bypass / Decoupling Measurement N Comparative S21 : Measurement and Comparative S21 Performance of Raw and Mounted Decoupling Capacitors (PDF)
Comparative Decoupling - X2Y Comparative Decoupling Performance in 4 Layer PCBs - Bypass / Decoupling Comparative Decoupling : X2Y Comparative Decoupling Performance in 4 Layer PCBs (PDF)
Comparative Device Only - Comparative Device-Only Measurements of X2Y®, Arrays and Ordinary Capacitors - Bypass / Decoupling Comparative Device Only : Comparative Device-Only Measurements of X2Y®, Arrays and Ordinary Capacitors (PDF)
Understand Cap Inductance - Understanding Capacitor Inductance and Measurement in Bypass Applications - Bypass / Decoupling Understand Cap Inductance : Understanding Capacitor Inductance and Measurement in Bypass Applications (PDF)
Bypass Capacitor Inductance - Bypass Capacitor Inductance, Data Sheet Simplicity to Practical Reality - Bypass / Decoupling Bypass Capacitor Inductance : Bypass Capacitor Inductance, Data Sheet Simplicity to Practical Reality (PDF)
Considerations For Capacitor - Considerations for Capacitor Selection in FPGA Designs - received John Moynihan Award (best paper) for the 2005 Capacitor and Resistor Technology Symposium (CARTS) - Bypass / Decoupling Considerations For Capacitor : Considerations for Capacitor Selection in FPGA Designs - received John Moynihan Award (best paper) for the 2005 Capacitor and Resistor Technology Symposium (CARTS) (PDF)
Get The Most - Get the Most from X2Y Capacitors with Proper Attachment Techniques - Bypass / Decoupling Get The Most : Get the Most from X2Y Capacitors with Proper Attachment Techniques (PDF)
X2y Inductance - X2Y® Inductance Ratings - Bypass / Decoupling X2y Inductance : X2Y® Inductance Ratings (PDF)
Backside Cap - X2Y® Capacitors in IC Back-Side Mounting Applications - Bypass / Decoupling Backside Cap : X2Y® Capacitors in IC Back-Side Mounting Applications (PDF)
X2ydram - X2Y® In DRAM Applications - Bypass / Decoupling X2ydram : X2Y® In DRAM Applications (PDF)
PDOManuscript - PCB Power Delivery Optimizations for the Cost Driven Era (Manuscript) - Bypass / Decoupling PDOManuscript : PCB Power Delivery Optimizations for the Cost Driven Era (Manuscript) (PDF)
PDOppt - PCB Power Delivery Optimizations for the Cost Driven Era (Presentation) - Bypass / Decoupling PDOppt : PCB Power Delivery Optimizations for the Cost Driven Era (Presentation) (PDF)
Altera Bypass - X2Y® FPGA SerDes Bypass - Bypass / Decoupling Altera Bypass : X2Y® FPGA SerDes Bypass (PDF)
Csrbt - Analysis, Speeding Edge “Current Source”Article by John Zasio Vol. 1, Issue 4 - Bypass / Decoupling Csrbt : Analysis, Speeding Edge “Current Source”Article by John Zasio Vol. 1, Issue 4 (PDF)
High Performance FPGA - High Performance FPGA Bypass Filter Networks, DesignCon 2005 (Bypass Network Synthesis Procedure on pg. 18) - Bypass / Decoupling High Performance FPGA : High Performance FPGA Bypass Filter Networks, DesignCon 2005 (Bypass Network Synthesis Procedure on pg. 18) (PDF)
Does Position Matter - Does position matter? Locating bypass capacitors for effective power distribution and EMC control, IEEE EMC Society SCV Meeting - Bypass / Decoupling Does Position Matter : Does position matter? Locating bypass capacitors for effective power distribution and EMC control, IEEE EMC Society SCV Meeting (PDF)
Spatialview - Using a Spatial View to Understand and Solve Common Power Bypass Problems, IEEE EMC Society, SVC Chapter Meeting - Bypass / Decoupling Spatialview : Using a Spatial View to Understand and Solve Common Power Bypass Problems, IEEE EMC Society, SVC Chapter Meeting (PDF)
Bypass Filter Design - Bypass Filter Design Considerations for Modern Digital Systems, A Comparative Evaluation of the Big “V”, Multi-pole, and Many Pole Bypass Strategies, DesignCon 2006 - Bypass / Decoupling Bypass Filter Design : Bypass Filter Design Considerations for Modern Digital Systems, A Comparative Evaluation of the Big “V”, Multi-pole, and Many Pole Bypass Strategies, DesignCon 2006 (PDF)
Low Power High - Low-power, high-intercept interface to the ADS5424 14-bit, 105-MSPS converter for undersampling applications, Texas Instruments Incorporated (performance example) - Bypass / Decoupling Low Power High : Low-power, high-intercept interface to the ADS5424 14-bit, 105-MSPS converter for undersampling applications, Texas Instruments Incorporated (performance example) (PDF)
X2y Live FPGA - X2Y Live FPGA Power Bypass, details FPGA design used in the video; "Low Inductance Capacitors Packages" (performance example) - Bypass / Decoupling X2y Live FPGA : X2Y Live FPGA Power Bypass, details FPGA design used in the video; "Low Inductance Capacitors Packages" (performance example) (PDF)
Fpgax2yft - X2Y® vs. Feedthroughs in Digital Bypass Applications - Bypass / Decoupling Fpgax2yft : X2Y® vs. Feedthroughs in Digital Bypass Applications (PDF)
X2Y Equivalent Circuit for Models - X2Y® Equivalent Circuit for Models - Bypass / Decoupling X2Y Equivalent Circuit for Models : X2Y® Equivalent Circuit for Models (PDF)
X2y Libs Hspice Pc 20141202 - X2Y® HSPICE Component Library for PC - Bypass / Decoupling X2y Libs Hspice Pc 20141202 : X2Y® HSPICE Component Library for PC (ZIP)
X2y Libs Hspice Unix 20141202 - X2Y® HSPICE Component Library for UNIX - Bypass / Decoupling X2y Libs Hspice Unix 20141202 : X2Y® HSPICE Component Library for UNIX (ZIP)
X2y Libs Ispice 20141202 - X2Y® iSPICE Component Library for PC - Bypass / Decoupling X2y Libs Ispice 20141202 : X2Y® iSPICE Component Library for PC (ZIP)
Cap X2y Jdi 0603 - X2Y® Components Library for Cadence Allegro® PCB PI option (Johanson Components) - Bypass / Decoupling Cap X2y Jdi 0603 : X2Y® Components Library for Cadence Allegro® PCB PI option (Johanson Components) (ZIP)
Cap X2y Yag 0603 Cadence Allegro Pi - X2Y® Components Library for Cadence Allegro® PCB PI option (Yageo Components) - Bypass / Decoupling Cap X2y Yag 0603 Cadence Allegro Pi : X2Y® Components Library for Cadence Allegro® PCB PI option (Yageo Components) (ZIP)
Libmeas - Measurement Overview for X2Y® Component Library - Bypass / Decoupling Libmeas : Measurement Overview for X2Y® Component Library (PDF)
Libinstall - Installation Manual - Bypass / Decoupling Libinstall : Installation Manual (PDF)
Pdn Tool V1 0 - Power Delivery Network (PDN) Tool - Bypass / Decoupling Pdn Tool V1 0 : Power Delivery Network (PDN) Tool (ZIP)
Ug Pdn Gen Device - Power Delivery Network (PDN) Tool User Guide - Bypass / Decoupling Ug Pdn Gen Device : Power Delivery Network (PDN) Tool User Guide (PDF)
Cmcreplace - Part 1: Common Mode Choke Replacement with X2Y®» - Bypass / Decoupling Cmcreplace : Part 1: Common Mode Choke Replacement with X2Y®» (PDF)
Cmcreplace2 - Part 2: Common Mode Choke Replacement with X2Y®» - Bypass / Decoupling Cmcreplace2 : Part 2: Common Mode Choke Replacement with X2Y®» (PDF)
Decouple - – X2Y® for Noise Decoupling» - Bypass / Decoupling Decouple : – X2Y® for Noise Decoupling» (PDF)
Cmcreplace - Part 1: Common Mode Choke Replacement with X2Y®» - Technology Summary  » Cmcreplace : Part 1: Common Mode Choke Replacement with X2Y®» (PDF)
Cmcreplace2 - Part 2: Common Mode Choke Replacement with X2Y®» - Technology Summary  » Cmcreplace2 : Part 2: Common Mode Choke Replacement with X2Y®» (PDF)
Fpgax2yft - – X2Y® vs. FT» - Technology Summary  » Fpgax2yft : – X2Y® vs. FT» (PDF)
Decouple - – X2Y® for Noise Decoupling» - Technology Summary  » Decouple : – X2Y® for Noise Decoupling» (PDF)
Cmcreplace - Part 1: Common Mode Choke Replacement with X2Y®» - X2Y Manufacturers Cmcreplace : Part 1: Common Mode Choke Replacement with X2Y®» (PDF)
Cmcreplace2 - Part 2: Common Mode Choke Replacement with X2Y®» - X2Y Manufacturers Cmcreplace2 : Part 2: Common Mode Choke Replacement with X2Y®» (PDF)
Fpgax2yft - – X2Y® vs. FT» - X2Y Manufacturers Fpgax2yft : – X2Y® vs. FT» (PDF)
Decouple - – X2Y® for Noise Decoupling» - X2Y Manufacturers Decouple : – X2Y® for Noise Decoupling» (PDF)
1001 - G2 Attachment - » Application Notes 1001 : G2 Attachment (PDF)
1002 - #1002 - X2Y® Circuit 1 & Circuit 2 Configurations - » Application Notes 1002 : #1002 - X2Y® Circuit 1 & Circuit 2 Configurations (PDF)
1003 - #1003 - Internal Model of X2Y® Chip Technology - » Application Notes 1003 : #1003 - Internal Model of X2Y® Chip Technology (PDF)
1004 - #1004 - Alternative X2Y® Component Attachment For Power Filtering - » Application Notes 1004 : #1004 - Alternative X2Y® Component Attachment For Power Filtering (PDF)
3001 - #3001 - X2Y® Solution for Decoupling Printed Circuit Boards - » Application Notes 3001 : #3001 - X2Y® Solution for Decoupling Printed Circuit Boards (PDF)
3002 - #3002 - IC Decoupling and EMI Suppression using X2Y® Technology - » Application Notes 3002 : #3002 - IC Decoupling and EMI Suppression using X2Y® Technology (PDF)
3003 - #3003 - Decoupling Multiple Power Planes - » Application Notes 3003 : #3003 - Decoupling Multiple Power Planes (PDF)
3004 - #3004 - Accurate Capacitor Inductance Extraction from s21 Measurements - » Application Notes 3004 : #3004 - Accurate Capacitor Inductance Extraction from s21 Measurements (PDF)
3005 - #3005 - X2Y Comparative Decoupling Performance in 4 Layer PCBs - » Application Notes 3005 : #3005 - X2Y Comparative Decoupling Performance in 4 Layer PCBs (PDF)
3006 - #3006 - Measurement and Comparative S21 Performance of Raw and Mounted Decoupling Capacitors - » Application Notes 3006 : #3006 - Measurement and Comparative S21 Performance of Raw and Mounted Decoupling Capacitors (PDF)
3007 - #3007 - X2Y Capacitors for FPGA Decoupling - » Application Notes 3007 : #3007 - X2Y Capacitors for FPGA Decoupling (PDF)
4001 - #4001 - DC Motor Design with X2Y - » Application Notes 4001 : #4001 - DC Motor Design with X2Y (PDF)
4002 - #4002 - DC Motor Design with X2Y® Example A - » Application Notes 4002 : #4002 - DC Motor Design with X2Y® Example A (PDF)
4003 - #4003 - DC Motor Design with X2Y® Example B - » Application Notes 4003 : #4003 - DC Motor Design with X2Y® Example B (PDF)
4004 - #4004 - DC Motor Design with X2Y, Example C - » Application Notes 4004 : #4004 - DC Motor Design with X2Y, Example C (PDF)
4005 - #4005 - X2Y® Chip Carrier for DC Motors - » Application Notes 4005 : #4005 - X2Y® Chip Carrier for DC Motors (PDF)
5001 - #5001 - X2Y Applied in RJ 45 Jack, Magnetics Removal - » Application Notes 5001 : #5001 - X2Y Applied in RJ 45 Jack, Magnetics Removal (PDF)
5002 - #5002 - X2Y Filtered D Sub Connectors, Flex Solution - » Application Notes 5002 : #5002 - X2Y Filtered D Sub Connectors, Flex Solution (PDF)
5003 - #5003 - Application Suggestions for X2Y Components - » Application Notes 5003 : #5003 - Application Suggestions for X2Y Components (PDF)
Cmcreplace - Part 1: Common Mode Choke Replacement with X2Y®» - » Application Notes Cmcreplace : Part 1: Common Mode Choke Replacement with X2Y®» (PDF)
Cmcreplace2 - Part 2: Common Mode Choke Replacement with X2Y®» - » Application Notes Cmcreplace2 : Part 2: Common Mode Choke Replacement with X2Y®» (PDF)
Fpgax2yft - – X2Y® vs. FT» - » Application Notes Fpgax2yft : – X2Y® vs. FT» (PDF)
Decouple - – X2Y® for Noise Decoupling» - » Application Notes Decouple : – X2Y® for Noise Decoupling» (PDF)
TR1001 - TR 1001 – X2Y® Component Testing: Balance of Two Internal Y Capacitors - » Test Results TR1001 : TR 1001 – X2Y® Component Testing: Balance of Two Internal Y Capacitors (PDF)
TR1002 - TR 1002 – X2Y® for Reduced Microphonics - » Test Results TR1002 : TR 1002 – X2Y® for Reduced Microphonics (PDF)
TR2002 - TR 2002 – Test Comparisons: X2Y® vs. Discretes on 0.042 PC Board - » Test Results TR2002 : TR 2002 – Test Comparisons: X2Y® vs. Discretes on 0.042 PC Board (PDF)
TR2003 - TR 2003 – X2Y® vs. Bulk Capacitance - » Test Results TR2003 : TR 2003 – X2Y® vs. Bulk Capacitance (PDF)
TR2004 - TR 2004 - Automotive Engine Controller Module Filtering - » Test Results TR2004 : TR 2004 - Automotive Engine Controller Module Filtering (PDF)
TR3001 - TR 3001 – X2Y® Comparative Decoupling Performance in 4 Layer PCBs - » Test Results TR3001 : TR 3001 – X2Y® Comparative Decoupling Performance in 4 Layer PCBs (PDF)
TR3002 - TR 3002 – X2Y® vs. Standard Capacitor Performance - » Test Results TR3002 : TR 3002 – X2Y® vs. Standard Capacitor Performance (PDF)
TR8002 - TR 8002 – EMI Suppression of an Automotive Load Box - » Test Results TR8002 : TR 8002 – EMI Suppression of an Automotive Load Box (PDF)
TR4001 - TR 4001 – X2Y® Applied to a 12V DC Motor for Transient Suppression - » Test Results TR4001 : TR 4001 – X2Y® Applied to a 12V DC Motor for Transient Suppression (PDF)
TR4012 - TR 4012 – Case Study of Filtered Connector Application in Blower Motor to Meet EMC Requirements - » Test Results TR4012 : TR 4012 – Case Study of Filtered Connector Application in Blower Motor to Meet EMC Requirements (PDF)
TR6001 - TR 6001 – X2Y® S-parameter Extraction - » Test Results TR6001 : TR 6001 – X2Y® S-parameter Extraction (PDF)
TR6002 - TR 6002 – ICM Test Fixture, Overview - » Test Results TR6002 : TR 6002 – ICM Test Fixture, Overview (PDF)
TR6003 - TR 6003 – ICM Test Fixture Data, Various X2Y® Components - » Test Results TR6003 : TR 6003 – ICM Test Fixture Data, Various X2Y® Components (PDF)
TR6004 - TR 6004 – DC Motor Testing, Toolbox Testing for Prototyping Analysis - » Test Results TR6004 : TR 6004 – DC Motor Testing, Toolbox Testing for Prototyping Analysis (PDF)
TR7001 - TR 7001 – Power Line Filter from Maida - » Test Results TR7001 : TR 7001 – Power Line Filter from Maida (PDF)
TR8001 - TR 8001 – X2Y® Flex Circuit for Connectors Ad - » Test Results TR8001 : TR 8001 – X2Y® Flex Circuit for Connectors Ad (PDF)
Cmcreplace - Part 1: Common Mode Choke Replacement with X2Y®» - » Test Results Cmcreplace : Part 1: Common Mode Choke Replacement with X2Y®» (PDF)
Cmcreplace2 - Part 2: Common Mode Choke Replacement with X2Y®» - » Test Results Cmcreplace2 : Part 2: Common Mode Choke Replacement with X2Y®» (PDF)
Fpgax2yft - – X2Y® vs. FT» - » Test Results Fpgax2yft : – X2Y® vs. FT» (PDF)
Decouple - – X2Y® for Noise Decoupling» - » Test Results Decouple : – X2Y® for Noise Decoupling» (PDF)
Cmcreplace - Part 1: Common Mode Choke Replacement with X2Y®» - » X2Y® Related Links Cmcreplace : Part 1: Common Mode Choke Replacement with X2Y®» (PDF)
Cmcreplace2 - Part 2: Common Mode Choke Replacement with X2Y®» - » X2Y® Related Links Cmcreplace2 : Part 2: Common Mode Choke Replacement with X2Y®» (PDF)
Fpgax2yft - – X2Y® vs. FT» - » X2Y® Related Links Fpgax2yft : – X2Y® vs. FT» (PDF)
Decouple - – X2Y® for Noise Decoupling» - » X2Y® Related Links Decouple : – X2Y® for Noise Decoupling» (PDF)
Cmcreplace - Part 1: Common Mode Choke Replacement with X2Y®» - » x2y® users Cmcreplace : Part 1: Common Mode Choke Replacement with X2Y®» (PDF)
Cmcreplace2 - Part 2: Common Mode Choke Replacement with X2Y®» - » x2y® users Cmcreplace2 : Part 2: Common Mode Choke Replacement with X2Y®» (PDF)
Fpgax2yft - – X2Y® vs. FT» - » x2y® users Fpgax2yft : – X2Y® vs. FT» (PDF)
Decouple - – X2Y® for Noise Decoupling» - » x2y® users Decouple : – X2Y® for Noise Decoupling» (PDF)
Cmcreplace - Part 1: Common Mode Choke Replacement with X2Y®» - » value proposition Cmcreplace : Part 1: Common Mode Choke Replacement with X2Y®» (PDF)

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