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Kyocera-AVX

As a valued Modelithics Sponsoring MVP, Kyocera-AVX demonstrates its commitment to empowering engineers and advancing customer success. By sponsoring free access to Modelithics’ industry-leading component models and measurement data, Kyocera-AVX helps customers streamline design workflows, improve accuracy, and accelerate product development.

Kyocera-AVX is a leading international supplier of electronic passive components and connectors with worldwide manufacturing facilities. Kyocera-AVX offers integrated passive devices including capacitors, resistors, filters, SMT, timing devices and circuit protection devices.

Get Started with High-Accuracy Modelithics Kyocera-AVX Models

Through the MVP Program, Kyocera-AVX sponsors free access to Modelithics component models, empowering designers to evaluate performance with measurement-based accuracy, reduce design risk, and accelerate development cycles.

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Available Models

Search or filter this table to get to the exact part you need for models within the Modelithics COMPLETE Library™ for Kyocera-AVX. To review the full list of available Modelithics models, visit: Modelithics Model Listing.

Part NumberModelDevice TypeBody StyleMax Freq (GHz) Part ValuesDownloadFeatures
100A CAP-AVX-100A-001 Capacitor Case A 10 0.1 – 100 pF Not Available Broad Band Capacitor Part Value Scalable Substrate Scalable
100B CAP-AVX-100B-001 Capacitor Case B 10 0.1 – 1,000 pF Not Available Broad Band Capacitor Part Value Scalable Substrate Scalable
200A CAP-AVX-200A-001 Capacitor Case A 30 510 – 10,000 pF Not Available Broad Band Capacitor Orientation Selectable Pad Scaling Part Value Scalable Substrate Scalable
200B CAP-AVX-200B-001 Capacitor Case B 9 20 – 100 nF Not Available Broad Band Capacitor Pad Scaling Part Value Scalable Substrate Scalable
550W103 CAP-AVX-01005-003 Capacitor 01005 110 10 nF Not Available Broad Band Capacitor Pad Scaling Substrate Scalable
550W103 CAP-AVX-01005-003-BRK Capacitor 01005 110 10 nF Not Available 3D Brick EM Models™
550W103 CAP-AVX-01005-103 Capacitor 01005 150 10000 pF Not Available Pad Scaling Substrate Scalable
550W104 CAP-AVX-01005-005 Capacitor 01005 110 100 nF S-Parameters Broad Band Capacitor Pad Scaling Part Value Scalable Substrate Scalable
550W104 CAP-AVX-01005-005-BRK Capacitor 01005 110 100 nF Not Available 3D Brick EM Models™
550Z CAP-AVX-0201-008 Capacitor 0201 110 10 nF Not Available Broad Band Capacitor Pad Scaling Substrate Scalable
550Z CAP-AVX-0201-008-BRK Capacitor 0201 110 10 nF Not Available 3D Brick EM Models™
550Z104 CAP-AVX-0201-009 Capacitor 0201 110 100 nF Not Available Broad Band Capacitor Pad Scaling Substrate Scalable
550Z104 CAP-AVX-0201-009-BRK Capacitor 0201 110 100 nF Not Available 3D Brick EM Models™
550Z224 CAP-AVX-0201-010 Capacitor 0201 110 220 nF Not Available Broad Band Capacitor Pad Scaling Substrate Scalable
550Z224 CAP-AVX-0201-010-BRK Capacitor 0201 110 220 nF Not Available 3D Brick EM Models™
560W104 CAP-AVX-01005-004 Capacitor 01005 67 100 nF S-Parameters Broad Band Capacitor Pad Scaling Part Value Scalable Substrate Scalable
560W104 CAP-AVX-01005-004-BRK Capacitor 01005 67 100 nF Not Available 3D Brick EM Models™
560Z104 CAP-AVX-0201-011 Capacitor 0201 67 100 nF Not Available Broad Band Capacitor Pad Scaling Substrate Scalable
560Z104 CAP-AVX-0201-011-BRK Capacitor 0201 67 100 nF Not Available 3D Brick EM Models™
560Z224 CAP-AVX-0201-012 Capacitor 0201 67 220 nF Not Available Broad Band Capacitor Pad Scaling Substrate Scalable
560Z224 CAP-AVX-0201-012-BRK Capacitor 0201 67 220 nF Not Available 3D Brick EM Models™
600F CAP-AVX-600F-001 Capacitor 0805 20 0.1 – 100 pF Not Available Broad Band Capacitor Pad Scaling Part Value Scalable Substrate Scalable
600L CAP-AVX-600L-001 Capacitor 0301 20 0.1 – 27 pF Not Available Broad Band Capacitor Orientation Selectable Pad Scaling Part Value Scalable Substrate Scalable
600S CAP-AVX-600S-001 Capacitor 0603 20 0.1 – 100 pF Not Available Broad Band Capacitor Orientation Selectable Pad Scaling Part Value Scalable Substrate Scalable
600S CAP-AVX-600S-001-S Capacitor 0603 20 0.1 – 100 pF Not Available Broad Band Capacitor Orientation Selectable Pad Scaling Part Value Scalable Substrate Scalable
700A CAP-AVX-700A-001 Capacitor Case A 30 0.1 – 1000 pF Not Available Broad Band Capacitor Pad Scaling Part Value Scalable Substrate Scalable
700B CAP-AVX-700B-001 Capacitor Case B 8 0.1 – 5100 pF Not Available Broad Band Capacitor Pad Scaling Part Value Scalable Substrate Scalable
800A CAP-AVX-800A-001 Capacitor Case A 10 0.1 – 100 pF Not Available Broad Band Capacitor Orientation Selectable Pad Scaling Part Value Scalable Substrate Scalable
800B CAP-AVX-800B-001 Capacitor Case B 20 0.1 – 1000 pF Not Available Broad Band Capacitor Orientation Selectable Pad Scaling Part Value Scalable Substrate Scalable
800B CAP-AVX-800B-001-S Capacitor Case B 20 0.1 – 1000 pF Not Available Broad Band Capacitor Orientation Selectable Pad Scaling Part Value Scalable Substrate Scalable
800R CAP-AVX-800R-001 Capacitor Case R 20 1.0 – 100 pF Not Available Broad Band Capacitor Orientation Selectable Pad Scaling Part Value Scalable Substrate Scalable
Accu-L (L0201) IND-AVX-0201-101 Inductor 0201 50 0.33 – 3.3 nH Not Available Pad Scaling Part Value Scalable Substrate Scalable
Accu-L (L0402) IND-AVX-0402-101 Inductor 0402 50 0.82 – 6.8 nH Not Available Pad Scaling Part Value Scalable Substrate Scalable
Accu-L (L0603) IND-AVX-0603-001 Inductor 0603 20 1.2 – 15 nH S-Parameters Pad Scaling Part Value Scalable Substrate Scalable
Accu-L (L0805) IND-AVX-0805-001 Inductor 0805 20 1.2 – 22 nH S-Parameters Pad Scaling Part Value Scalable Substrate Scalable
Accu-P 01005 CAP-AVX-01005-002-BRK Capacitor 01005 40 0.05 – 2.4 pF Not Available 3D Brick EM Models™
Accu-P 0201 CAP-AVX-0201-004 Capacitor 0201 40 0.05 – 22 pF S-Parameters Broad Band Capacitor Pad Scaling Part Value Scalable Substrate Scalable
Accu-P 0201 CAP-AVX-0201-004-BRK Capacitor 0201 40 0.05 – 22 pF Not Available 3D Brick EM Models™
Accu-P 0201 CAP-AVX-0201-004-S Capacitor 0201 40 0.05 – 22 pF Not Available Broad Band Capacitor Pad Scaling Part Value Scalable Substrate Scalable
Accu-P 0201 CAP-AVX-0201-004-S-BRK Capacitor 0201 40 0.05 – 22 pF Not Available 3D Brick EM Models™
Accu-P 0402 CAP-AVX-0402-001 Capacitor 0402 20 0.1 – 33 pF S-Parameters Broad Band Capacitor Pad Scaling Part Value Scalable Substrate Scalable
Accu-P 0402 CAP-AVX-0402-001-BRK Capacitor 0402 20 0.1 – 33 pF Not Available 3D Brick EM Models™
Accu-P 0603 CAP-AVX-0603-102 Capacitor 0603 20 0.1 – 47pF S-Parameters Pad Scaling Part Value Scalable Substrate Scalable
CP0402AxxxxAN CPL-AVX-CP0402A-001 Coupler 0402 10 S-Parameters Substrate Scalable
CP0402AxxxxBN CPL-AVX-CP0402A-002 Coupler 0402 10 S-Parameters Substrate Scalable
CP0402AxxxxCN CPL-AVX-CP0402A-003 Coupler 0402 10 S-Parameters Substrate Scalable
CP0402AxxxxDN CPL-AVX-CP0402A-004 Coupler 0402 10 S-Parameters Substrate Scalable
CP0402AxxxxEN CPL-AVX-CP0402A-005 Coupler 0402 10 S-Parameters Substrate Scalable
CP0402AxxxxFN CPL-AVX-CP0402A-006 Coupler 0402 10 S-Parameters Substrate Scalable
CP0402W2700FN CPL-AVX-CP0402W-001 Coupler 0402 4 S-Parameters Substrate Scalable
CP0603AxxxxAL CPL-AVX-CP0603A-001 Coupler 0603 6 Not Available Substrate Scalable
CS12010T0050GTR RES-AVX-2010-001 Resistor 2010 6 50 Ohms S-Parameters Pad Scaling Substrate Scalable
CS12010T0100GTR RES-AVX-2010-002 Resistor 2010 6 100 Ohms S-Parameters Pad Scaling Substrate Scalable
CS13737 RES-AVX-3737-002 Resistor 3737 6 50 – 100 Ohms S-Parameters Pad Scaling Part Value Scalable Substrate Scalable
CT11020T0050 RES-AVX-1020-001 Resistor 1020 18 50 Ohms S-Parameters Broad Band Capacitor
CU1005 CAP-AVX-01005-006 Capacitor 01005 50 0.5 – 22 pF Not Available Pad Scaling Part Value Scalable Substrate Scalable
CU1005 CAP-AVX-01005-006-BRK Capacitor 01005 50 0.5 – 22 pF Not Available 3D Brick EM Models™
CU131 CAP-AVX-0201-006 Capacitor 0201 40 0.5 – 24 pF S-Parameters Pad Scaling Part Value Scalable Substrate Scalable
CU131 CAP-AVX-0201-006-BRK Capacitor 0201 40 0.5 – 24 pF Not Available 3D Brick EM Models™
CW12010T0050GTR RES-AVX-2010-003 Resistor 2010 6 50 Ohms S-Parameters Pad Scaling Substrate Scalable
CW12020T0100GTR RES-AVX-2010-004 Resistor 2010 6 100 Ohms S-Parameters Pad Scaling Substrate Scalable
CW13725T0050GTR RES-AVX-3725-001 Resistor 3725 4 50 Ohms S-Parameters Pad Scaling Substrate Scalable
CW13725T0100GTR RES-AVX-3725-002 Resistor 3725 4 100 Ohms S-Parameters Pad Scaling Substrate Scalable
CZ120100T0050GTR RES-AVX-2010-005 Resistor 2010 6 50 Ohms S-Parameters Pad Scaling Substrate Scalable
CZ13725T0050GTR RES-AVX-3725-003 Resistor 3725 4 50 Ohms S-Parameters Pad Scaling Substrate Scalable
CZ13737T0050GTR RES-AVX-3737-001 Resistor 3737 3 50 Ohms S-Parameters Pad Scaling Substrate Scalable
DB0603N2140ANTR CPL-AVX-DB0603N-001 Coupler 0603 6 S-Parameters Substrate Scalable
DB0603N2400ANTR CPL-AVX-DB0603N-002 Coupler 0603 6 S-Parameters Substrate Scalable
DB0603N3000ANTR CPL-AVX-DB0603N-003 Coupler 0603 6 S-Parameters Substrate Scalable
DB0603N3500ANTR CPL-AVX-DB0603N-004 Coupler 0603 6 S-Parameters Substrate Scalable
DLA 09024 CAP-AVX-0402-003 Capacitor 0402 20 0.1 – 68 pF Not Available Pad Scaling Part Value Scalable Substrate Scalable
DLA 09024 CAP-AVX-0402-003-BRK Capacitor 0402 20 0.1 – 68 pF Not Available 3D Brick EM Models™
DLA 09025 CAP-AVX-0603-009 Capacitor 0603 20 0.1 – 47 pF Not Available Pad Scaling Part Value Scalable Substrate Scalable
DLA 11017 IND-AVX-0402-005 Inductor 0402 20 0.82 – 6.8 nH Not Available Pad Scaling Part Value Scalable Substrate Scalable
DLA 11018 IND-AVX-0603-002 Inductor 0603 20 1.2 – 15 nH Not Available Pad Scaling Part Value Scalable Substrate Scalable
DLA 11019 IND-AVX-0805-002 Inductor 0805 20 1.2 – 22 nH Not Available Pad Scaling Part Value Scalable Substrate Scalable
GH01 CAP-AVX-GH01-001 Capacitor Single Layer Capacitor 50 68, 100 and 330 pF Not Available Bondwire De-Embedding Broad Band Capacitor
GH04 CAP-AVX-GH04-001 Capacitor Single Layer Capacitor 50 1.0 & 4.7 pF Not Available Bondwire De-Embedding Broad Band Capacitor Part Value Scalable
GH06 CAP-AVX-GH06-001 Capacitor Single Layer Capacitor 50 5600 pF Not Available Bondwire De-Embedding Broad Band Capacitor
KGM02xCG CAP-AVX-01005-001 Capacitor 01005 30 0.3 – 100 pF Not Available Pad Scaling Part Value Scalable Substrate Scalable
KGM02xCG CAP-AVX-01005-001-BRK Capacitor 01005 30 0.3 – 100 pF Not Available 3D Brick EM Models™
KGM03xCG CAP-AVX-0201-101 Capacitor 0201 30 0.5 – 100 pF Not Available Broad Band Capacitor Pad Scaling Part Value Scalable Substrate Scalable
KGM03xCG CAP-AVX-0201-101-BRK Capacitor 0201 30 0.5 – 100 pF Not Available 3D Brick EM Models™
KGM03xR5 CAP-AVX-0201-103 Capacitor 0201 30 1200 – 0.1 uF Not Available Broad Band Capacitor Pad Scaling Part Value Scalable Substrate Scalable
KGM03xR5 CAP-AVX-0201-103-BRK Capacitor 0201 30 1200 – 0.1 uF Not Available 3D Brick EM Models™
KGM03xR7 CAP-AVX-0201-102 Capacitor 0201 30 100 – 1000 pF Not Available Broad Band Capacitor Pad Scaling Part Value Scalable Substrate Scalable
KGM03xR7 CAP-AVX-0201-102-BRK Capacitor 0201 30 100 – 1000 pF Not Available 3D Brick EM Models™
KGM03xR7 CAP-AVX-0201-202 Capacitor 0201 50 100 – 1000 pF Not Available Broad Band Capacitor Pad Scaling Part Value Scalable Substrate Scalable
KGM03xR7 CAP-AVX-0201-202-BRK Capacitor 0201 50 100 – 1000 pF Not Available 3D Brick EM Models™
KGM15xCG CAP-AVX-0603-003 Capacitor 0603 14 3.3 – 1000 pF Not Available Pad Scaling Part Value Scalable Substrate Scalable
KGM15xR7 CAP-AVX-0603-004 Capacitor 0603 14 560 – 220,000 pF Not Available Pad Scaling Part Value Scalable Substrate Scalable
KGM21xCG CAP-AVX-0805-001 Capacitor 0805 20 0.5 – 1000 pF Not Available Pad Scaling Part Value Scalable Substrate Scalable
KGM21xR7 CAP-AVX-0805-005 Capacitor 0805 40 330 – 100,000,000 pF Not Available Broad Band Capacitor Pad Scaling Part Value Scalable Substrate Scalable
KGM31xR7 CAP-AVX-1206-001 Capacitor 1206 20 330 – 22,000,000 pF Not Available Broad Band Capacitor Pad Scaling Part Value Scalable Substrate Scalable
KGQ05xCG CAP-AVX-0402-004 Capacitor 0402 40 0.2 – 30 pF S-Parameters Pad Scaling Part Value Scalable Substrate Scalable
KGQ05xCG CAP-AVX-0402-004-BRK Capacitor 0402 40 0.2 – 30 pF Not Available 3D Brick EM Models™
KGQ21xCG CAP-AVX-0805-004 Capacitor 0805 40 1 – 130 pf S-Parameters Pad Scaling Part Value Scalable Substrate Scalable
KGQ32xCG CAP-AVX-1210-001 Capacitor 1210 10 3.3 – 1000 pF Not Available Part Value Scalable Substrate Scalable
ML03 CAP-AVX-0603-007 Capacitor 0603 20 0.1 – 2.5 pF S-Parameters Pad Scaling Part Value Scalable Substrate Scalable
MP01 CAP-AVX-0201-007 Capacitor 0201 40 0.05 – 22 pF Not Available Broad Band Capacitor Pad Scaling Part Value Scalable Substrate Scalable
MP01 CAP-AVX-0201-007-BRK Capacitor 0201 40 0.05 – 22 pF Not Available 3D Brick EM Models™
MP02 CAP-AVX-0402-005 Capacitor 0402 20 0.05 – 68 pF Not Available Broad Band Capacitor Pad Scaling Part Value Scalable Substrate Scalable
MP02 CAP-AVX-0402-005-BRK Capacitor 0402 20 0.05 – 68 pF Not Available 3D Brick EM Models™
MP03 CAP-AVX-0603-011 Capacitor 0603 20 0.05 – 47 pF Not Available Broad Band Capacitor Pad Scaling Part Value Scalable Substrate Scalable
PC2025A2100A CPL-AVX-PC2025A-001 Coupler 2025 6 Not Available Substrate Scalable
PC2025A2700A CPL-AVX-PC2025A-002 Coupler 2025 6 Not Available Substrate Scalable
RP10975AxxDB ATT-AVX-0975-001 Attenuator 0975 6 1, 3, 20 and 30 dB S-Parameters Part Value Scalable
U Series(0603) CAP-AVX-0603-010 Capacitor 0603 40 0.4 – 120 pF S-Parameters Broad Band Capacitor Pad Scaling Part Value Scalable Substrate Scalable
UBR0402 RES-AVX-0402-001 Resistor 0402 50 25 – 200 Ohms Not Available Broad Band Capacitor Orientation Selectable Pad Scaling Part Value Scalable Substrate Scalable

News and Resources

Explore recent news, design examples, videos, technical literature, including: application notes, blogs, published articles, white papers, and more for Kyocera-AVX. Discover the latest technologies, resources and insights to support your design and development efforts.

Type Title Author Date Example Files
Press Release Modelithics Expands COMPLETE Library™ with 95 New Models in Version 26.5 for Cadence AWR Design Environment Platform Modelithics, Inc. 10/21/2026
Press Release Modelithics Unveils Powerful New 3D Simulation Features and Expanded Device Coverage in COMPLETE+3D Library v26.4 Modelithics, Inc. 10/14/2026
Press Release Modelithics COMPLETE Library™ v26.4 Adds New GaN, Nonlinear Diode, and Microwave Global Models for Keysight ADS Modelithics, Inc. 08/28/2026
Press Release Modelithics Releases COMPLETE Library v26.2 for Keysight Genesys with Expanded Measurement-Based Models Modelithics, Inc. 06/05/2026
Press Release Now Available – Modelithics COMPLETE+3D Library v26.0 for Ansys HFSS Modelithics, Inc. 03/27/2026
Press Release Announcing the Launch of the NEW Modelithics Library for SIMULIA CST Studio Suite Modelithics, Inc. 01/26/2026
Press Release Now Available! The v25.8 of the Modelithics COMPLETE Library for Keysight ADS Modelithics, Inc. 01/06/2026
Press Release Now Available: Modelithics COMPLETE Library v25.7 for Cadence AWR Design Environment Modelithics, Inc. 11/20/2025
Press Release Introducing the NEW Modelithics Library for MATLAB Modelithics, Inc. 09/18/2025
Blog Taking Advantage of Discrete Optimization Modelithics, Inc. 08/20/2025
Press Release Announcing the Release of v25.5 of the Modelithics COMPLETE+3D Library for Ansys HFSS Modelithics, Inc. 07/31/2025
Press Release Over 120 New Models Added to Modelithics COMPLETE Library for Keysight RF Synthesis (Genesys) Modelithics, Inc. 07/18/2025
Eblasts Now Available! Modelithics COMPLETE Library v25.3 for Keysight Genesys Modelithics, Inc. 07/17/2025
Press Release New Products Eblast – April 2025 Modelithics, Inc. 04/26/2025
Press Release Introducing the NEW Modelithics EXEMPLAR Library for MATLAB® Modelithics, Inc. 04/23/2024
Published Articles Precision Printed Circuit Board Probing Into W-Band Hugo Morales, Chris DeMartino, Dave Barry, and Larry Dunleavy Modelithics, Inc., Tampa, FL. and University of South Florida, Dept. of Electrical Engineering 03/24/2024
Press Release Announcing Nearly 100 New Models Added to the Modelithics COMPLETE Library v23.4 for the Cadence AWR Design Environment Platform Modelithics, Inc. 10/11/2023
Application Note Varactor-Based Tunable Filter Design Using Cadence® AWR Design Environment® and Modelithics Models Modelithics, Inc. 08/24/2023 AWR/MWO Example
Press Release Announcing the Release of Modelithics® COMPLETE+3D Library™ v23.3 for Ansys® HFSS™ Modelithics, Inc. 08/02/2023
Press Release Modelithics® Releases the COMPLETE Library v23.1 for Keysight Technologies’ PathWave Advanced Design System Modelithics, Inc. 04/13/2023
Eblasts See How Modelithics Is Making Waves Lately – April 2023 Newsletter Modelithics, Inc. 04/06/2023
Press Release Modelithics® Releases the COMPLETE Library v23.0 for Keysight Technologies PathWave RF Synthesis (Genesys) Modelithics, Inc. 03/08/2023
Press Release Modelithics Releases the COMPLETE Library v22.3 for Keysight Technologies PathWave RF Synthesis (Genesys) Modelithics, Inc. 10/27/2022
Press Release Modelithics Releases the COMPLETE Library v22.3 for Keysight Technologies PathWave RF Synthesis (Genesys) Modelithics, Inc. 10/27/2022
Press Release Modelithics Releases the COMPLETE Library v22.5 for Keysight Technologies’ PathWave Advanced Design System Modelithics, Inc. 10/24/2022
Press Release Modelithics Releases the COMPLETE+3D Library v22.4 for Ansys HFSS Modelithics, Inc. 08/17/2022
Eblasts New Products Blast July 2022 Modelithics, Inc. 07/19/2022
Video Modelithics Short Waves: Discrete Optimization with Modelithics Models in Keysight PathWave ADS Modelithics, Inc. 01/11/2022
Video Modelithics Short Waves: Using Modelithics Models with RFPro in Keysight PathWave ADS Modelithics, Inc. 01/11/2022
Published Articles Model-Based Optimization Outperforms LNA Datasheet Specifications Modelithics, Inc. 04/16/2021
Video Deeper Dive: Discrete Part-Value Optimization with Cadence® AWR Design Environment® and Modelithics Models Modelithics, Inc. 02/15/2021
Published Articles A Case Study in Successful First-Pass Filter Design Bill Weedon, Applied Radar, Inc. & Chris DeMartino, Modelithics 01/31/2021
Application Note A Filter Design Case Study with Nuhertz, Cadence® AWR Design Environment®, and Modelithics Models Modelithics, Inc. 01/25/2021 AWR/MWO Example
Promotion AVX Print Ad November 2020 Modelithics, Inc. 11/30/2020
Application Note Filter Design Flow in Keysight ADS with Substrate Scalable Models Modelithics, Inc. 11/04/2020 ADS Example
Application Note Utilizing Substrate Scalability of Modelithics Models in Keysight ADS Modelithics, Inc. 08/18/2020 ADS Example
Published Articles Moving Beyond S-Parameter Files: Advanced Scalable and 3D EM Models for Passive Devices Larry Dunleavy, The University of South Florida, Tampa, Fla. & Modelithics Inc. Tampa, Fla., Hugo Morales, Chris DeMartino and Isabella Bedford , Modelithics Inc., Tampa, Fla. 03/31/2020
Brochure MVP Modelithics® Kyocera-AVX MVP Library Modelithics, Inc. 01/22/2020
Published Articles An Efficient and Accurate High-Frequency Diplexer, Duplexer, Triplexer, and N-Plexer Design Flow Jeff Kahler 11/26/2019
Application Note Accessing Modelithics Models from the Keysight ADS Component Library Modelithics, Inc. 06/28/2019
Promotion AVX Print Ad Modelithics, Inc. 04/30/2019
Presentation Modelithics Advanced Simulation Models – Overview and Tutorial Modelithics, Inc. 04/04/2019
Presentation Modelithics COMPLETE Library for Sonnet® Suites™ Modelithics, Inc. 08/14/2018
Presentation Modelithics 5G Library Overview Modelithics, Inc. 07/27/2018
Presentation Solving RF and Microwave Design Integration Challenges Using 3D Component Modeling (Ansys Sponsored Webinar May 9, 2018, ~ 30 min) Ansys & Modelithics, Inc. 05/09/2018
Application Note Accelerating Designs With Modelithics Microwave Supermodels™ Modelithics, Inc. 01/18/2017 ADS Example
Presentation Flexible And Scalable Models For Microwave System Design Success (microapps) Kevin Kellogg, Jiang Liu, Hetvipatel, Hugo Morales And Larry Dunleavy, Modelithics, Inc. 06/29/2015
Application Note A Design Flow for Rapid and Accurate Filter Prototyping Modelithics, Inc. 06/29/2015 AWR/MWO Example
Application Note AXIEM Co-Simulation with Modelithics Models Modelithics, Inc. 06/23/2015 AWR/MWO Example
Application Note Good, Better And Best: Techniques For Achieving First Pass Success In Lumped Element Pcb -Based Filter Designs Modelithics, Inc. 03/18/2015 ADS Example
Application Note Using Modelithics Models For Statistical Analysis In Ansys® HFSS™ environment Modelithics, Inc. 02/02/2015 HFSS Example
White Papers Understanding S-Parameter Vs. Equivalent Circuit-based Models For RLC Component Simulations In Keysight ADS And Genesys Modelithics: Scott Skidmore, Laura Levesque, And Scott Muir, Along With Jason Boh And How-siang of Keysight Technologies 12/04/2014
White Papers Understanding S-Parameter Vs Equivalent Circuit-based Models For RLC Component Simulations With NI/AWR Microwave Office Modelithics, Inc. 11/20/2014
Press Release AVX Expands Partnership with Modelithics Modelithics, Inc. 09/29/2014
Press Release Modelithics and AVX Announce New “MVP” Partnership in RF/Microwave Simulation Model Development Modelithics, Inc. 02/21/2014
Application Note Recommendations For Port Setup When Using ADS Momentum And Modelithics Models Modelithics, Inc. 01/01/2014 ADS Example
Application Note Improved Microwave Circuit Design Flow Through Passive Model Yield And Sensitivity Analysis Modelithics, Inc. 01/01/2014 AWR/MWO Example
Application Note Accurate Co-Simulation Of Surface-Mount Capacitors In Shunt Configurations Modelithics, Inc. 01/01/2014
Application Note Performing Em-Circuit Co-Simulation With Modelithics Models Using Sonnet Suites Modelithics, Inc. 01/01/2014
Application Note Effects Of Over-Molding On Surface Mount Capacitors And Inductors Modelithics, Inc. 01/01/2014
Application Note Proximity Effects In Closely-Spaced Surface Mount Passive Components Modelithics, Inc. 01/01/2014
Application Note Lumped Element Low-Pass Filter Design And Optimization Using Agilent Genesys Software Modelithics, Inc. 01/01/2014 Genesys Example
Application Note Capacitor PI Network For Impedance Matching Modelithics, Inc. 01/01/2014
Application Note The Importance Of Pad Geometry In Maximizing Surface Mount Component Performance (Also Published Electronically By RF Globalnet) Modelithics, Inc. 01/01/2014
Application Note Part Value Tolerance In Surface Mount Components Modelithics, Inc. 01/01/2014
Application Note Filter Design Using 0201 Surface Mount LC’S Modelithics, Inc. 01/01/2014
Application Note Lumped Element Band-Pass Filter Design And Optimization Modelithics, Inc. 01/01/2014
Application Note Lumped Element High-Pass Filter Design And Optimization Modelithics, Inc. 01/01/2014
Application Note Lumped Element Low-Pass Filter Design And Optimization Modelithics, Inc. 01/01/2014
Application Note Lumped Element Filter Design And Optimization Modelithics, Inc. 01/01/2014
Application Note Reducing Part Count In Low-Pass Filter Designs Modelithics, Inc. 01/01/2014
Application Note Capacitor Tee Network Characteristics Modelithics, Inc. 01/01/2014
Presentation Use Nuhertz & Modelithics in AWR Simulations (PDF) Nuhertz 05/20/2013 AWR/MWO Example

Technical Resources and Support

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Technical Resources

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