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Mini-Circuits

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

Mini-Circuits makes the building blocks that shape the wireless world. From communications networks and critical national security systems to life-saving diagnostic imaging, quantum computing and much more, we support the world’s most innovative companies in building a faster, smarter, more connected future with the power of RF, microwave and millimeter wave technology.

Headquartered in Brooklyn, NY with design, manufacturing and sales locations in 30+ countries, we’re a diverse, rapid-growth corporation that hasn’t outgrown what it means to treat our team members, customers, suppliers and partners like family. 20,000+ customers prefer Mini-Circuits for the demanding quality standards, design and manufacturing capability, sales and applications support, and supply chain stability that have earned the industry’s trust since 1968.

Get Started with High-Accuracy Modelithics Mini-Circuits Models

Through the MVP Program, Mini-Circuits 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 Mini-Circuits. To review the full list of available Modelithics models, visit: Modelithics Model Listing.

Part NumberModelDevice TypeBody StyleMax Freq (GHz) Part ValuesDownloadFeatures
AVA-183+ AMP-MCL-AVA183Plus-001 Amplifier DQ849 30 Not Available Noise Parameter Non-Linear S-Parameter Data Model
AVA-183+ AMPSP-MCL-AVA183Plus-001 Amplifier DQ849 30 Model S-Parameters S-Parameter Data Model
DG1677 HPFSP-MCL-DG1677-001 High Pass Filter DG1677 package 40 Model S-Parameters S-Parameter Data Model Substrate Scalable
DG1677 LPFSP-MCL-DG1677-001 Low Pass Filter DG1677 package 40 Model S-Parameters S-Parameter Data Model Substrate Scalable
DG1847 BPFSP-MCL-DG1847-001 Band Pass Filter DG1847 package 40 Model S-Parameters S-Parameter Data Model Substrate Scalable
DG1847 HPFSP-MCL-DG1847-001 High Pass Filter DG1847 package 40 Model S-Parameters S-Parameter Data Model Substrate Scalable
DG1847 LPFSP-MCL-DG1847-001 Low Pass Filter DG1847 package 40 Model S-Parameters S-Parameter Data Model Substrate Scalable
DQ1225 BPFSP-MCL-DQ1225-001 Band Pass Filter DQ1225 package 40 Model S-Parameters S-Parameter Data Model Substrate Scalable
DQ1225 HPFSP-MCL-DQ1225-001 High Pass Filter DQ1225 package 40 Model S-Parameters S-Parameter Data Model Substrate Scalable
DQ1225 HPFSP-MCL-DQ1225-002 High Pass Filter DQ1225 package 40 Model S-Parameters S-Parameter Data Model Substrate Scalable
DQ1225 LPFSP-MCL-DQ1225-001 Low Pass Filter DQ1225 package 40 Model S-Parameters S-Parameter Data Model Substrate Scalable
EP2C+ SPLSP-MCL-EP2CPlus-001 Splitter DG1847 package 30 Model S-Parameters S-Parameter Data Model Substrate Scalable
EP2K+ SPLSP-MCL-EP2KPlus-001 Splitter DG1847 package 30 Model S-Parameters S-Parameter Data Model Substrate Scalable
EP2K1+ SPLSP-MCL-EP2K1Plus-001 Splitter DG1847 package 30 Model S-Parameters S-Parameter Data Model Substrate Scalable
EP2KADG+ SPLSP-MCL-EP2KADGPlus-001 Splitter Die 67 Model S-Parameters S-Parameter Data Model
EP2W+ SPLSP-MCL-EP2WPlus-001 Splitter DG1677-2 30 Model S-Parameters S-Parameter Data Model Substrate Scalable
EP2W1+ SPLSP-MCL-EP2W1Plus-001 Splitter DG1677-2 30 Model S-Parameters S-Parameter Data Model Substrate Scalable
EPQ133+ SPLSP-MCL-EPQ133Plus-001 Splitter DG1847 package 30 Model S-Parameters S-Parameter Data Model Substrate Scalable
GVA-62+ AMP-MCL-GVA62plus-001 Amplifier SOT-89 18 Not Available Noise Parameter Non-Linear S-Parameter Data Model
GVA-62+ AMPXP-MCL-GVA62plus-001 Amplifier SOT-89 18 Model S-Parameters Noise Parameter Non-Linear S-Parameter Data Model X-Parameter Model
GVA-63+ AMP-MCL-GVA63plus-001 Amplifier SOT-89 12 Not Available Noise Parameter Non-Linear S-Parameter Data Model
GVA-63+ AMPXP-MCL-GVA63plus-001 Amplifier SOT-89 18 Model S-Parameters Noise Parameter Non-Linear S-Parameter Data Model X-Parameter Model
GVA-84+ AMP-MCL-GVA84plus-001 Amplifier SOT-89 12 Not Available Noise Parameter Non-Linear S-Parameter Data Model
GVA-84+ AMPXP-MCL-GVA84plus-001 Amplifier SOT-89 12 Model S-Parameters Noise Parameter Non-Linear S-Parameter Data Model X-Parameter Model
HFCN-2700+ HPF-MCL-HFCN2700-001 High Pass Filter FV1206 10 Model S-Parameters 3D
HFCN-2700+ HPF-MCL-HFCN2700-001 High Pass Filter FV1206 10 Model S-Parameters Broad Band Capacitor Substrate Scalable
HFCN-2700+ HPF-MCL-HFCN2700-001-S High Pass Filter FV1206 10 Model S-Parameters Substrate Scalable
HFCN-3800+ HPF-MCL-HFCN3800-001 High Pass Filter FV1206-1 12 Not Available Broad Band Capacitor Substrate Scalable
HFCN-3800+ HPF-MCL-HFCN3800-001 High Pass Filter FV1206-1 12 Model S-Parameters 3D
HFCN-5500+ HPF-MCL-HFCN5500-001 High Pass Filter FV1206-1 12 Not Available Broad Band Capacitor Substrate Scalable
HFCN-5500+ HPF-MCL-HFCN5500-001 High Pass Filter FV1206-1 12 Model S-Parameters 3D
HFCN-740+ HPF-MCL-HFCN740-001 High Pass Filter FV1206 10 Not Available Broad Band Capacitor Substrate Scalable
HFCN-740+ HPF-MCL-HFCN740-001 High Pass Filter FV1206 10 Model S-Parameters 3D
HFCN-880+ HPF-MCL-HFCN880-001 High Pass Filter FV1206 10 Not Available Broad Band Capacitor Substrate Scalable
HFCN-880+ HPF-MCL-HFCN880-001 High Pass Filter FV1206 10 Model S-Parameters 3D
JR1B-D+ CPLSP-MCL-JR1BDPlus-001 Coupler GG60 67 Model S-Parameters S-Parameter Data Model
KAT ATT-MCL-KAT-001 Attenuator KAT 50 0 – 30 dB Not Available Broad Band Capacitor Part Value Scalable Substrate Scalable
LFCG-1000+ LPF-MCL-LFCG1000-001 Low Pass Filter GE0805C-2 10 Model 3D
LFCG-1000+ LPFSP-MCL-LFCG1000-001 Low Pass Filter GE0805C-2 10 Not Available S-Parameter Data Model
LFCG-1575+ LPF-MCL-LFCG1575-001 Low Pass Filter GE0805C-2 10 Model 3D
LFCG-1575+ LPFSP-MCL-LFCG1575-001 Low Pass Filter GE0805C-2 10 Not Available S-Parameter Data Model
LFCG-1575+ LPFSP-MCL-LFCN1575-001 Low Pass Filter GE0805C-2 10 Not Available S-Parameter Data Model
LFCG-1700+ LPF-MCL-LFCG1700-001 Low Pass Filter GE0805C-2 10 Model 3D
LFCG-1700+ LPFSP-MCL-LFCG1700-001 Low Pass Filter GE0805C-2 10 Not Available S-Parameter Data Model
LFCG-2250+ LPF-MCL-LFCG2250-001 Low Pass Filter GE0805C-2 10 Model 3D
LFCG-2250+ LPFSP-MCL-LFCG2250-001 Low Pass Filter GE0805C-2 10 Not Available S-Parameter Data Model
LFCG-2850+ LPF-MCL-LFCG2850-001 Low Pass Filter GE0805C-2 10 Model 3D
LFCG-2850+ LPFSP-MCL-LFCG2850-001 Low Pass Filter GE0805C-2 10 Not Available S-Parameter Data Model
LFCG-2850+ LPFSP-MCL-LFCN2850-001 Low Pass Filter GE0805C-2 10 Not Available S-Parameter Data Model
LFCG-320+ LPF-MCL-LFCG320-001 Low Pass Filter GE0805C-2 10 Model 3D
LFCG-320+ LPFSP-MCL-LFCG320-001 Low Pass Filter GE0805C-2 10 Not Available S-Parameter Data Model
LFCG-320+ LPFSP-MCL-LFCN320-001 Low Pass Filter GE0805C-2 10 Not Available S-Parameter Data Model
LFCG-400+ LPF-MCL-LFCG400-001 Low Pass Filter GE0805C-2 10 Model 3D
LFCG-400+ LPFSP-MCL-LFCG400-001 Low Pass Filter GE0805C-2 10 Not Available S-Parameter Data Model
LFCG-530+ LPF-MCL-LFCG530-001 Low Pass Filter GE0805C-2 10 Model 3D
LFCG-530+ LPFSP-MCL-LFCG530-001 Low Pass Filter GE0805C-2 10 Not Available S-Parameter Data Model
LFCG-530+ LPFSP-MCL-LFCN530-001 Low Pass Filter GE0805C-2 10 Not Available S-Parameter Data Model
LFCN-1000+ LPF-MCL-LFCN1000-001 Low Pass Filter FV1206 10 Not Available Broad Band Capacitor Substrate Scalable
LFCN-1000+ LPF-MCL-LFCN1000-001 Low Pass Filter FV1206 10 Model S-Parameters 3D
LFCN-120+ LPF-MCL-LFCN120-001 Low Pass Filter FV1206 10 Not Available Broad Band Capacitor Substrate Scalable
LFCN-120+ LPF-MCL-LFCN120-001 Low Pass Filter FV1206 10 Model S-Parameters 3D
LFCN-1200+ LPF-MCL-LFCN1200-001 Low Pass Filter FV1206 10 Not Available Broad Band Capacitor Substrate Scalable
LFCN-1200+ LPF-MCL-LFCN1200-001 Low Pass Filter FV1206 10 Model S-Parameters 3D
LFCN-1200D+ LPF-MCL-LFCN1200D-001 Low Pass Filter FV1206 10 Not Available Broad Band Capacitor Substrate Scalable
LFCN-1200D+ LPF-MCL-LFCN1200D-001 Low Pass Filter FV1206 10 Model S-Parameters 3D
LFCN-1575+ LPF-MCL-LFCN1575-001 Low Pass Filter FV1206 10 Model 3D
LFCN-1700+ LPF-MCL-LFCN1700-001 Low Pass Filter FV1206 10 Not Available Broad Band Capacitor Substrate Scalable
LFCN-1700+ LPF-MCL-LFCN1700-001 Low Pass Filter FV1206 10 Model S-Parameters 3D
LFCN-1800+ LPF-MCL-LFCN1800-001 Low Pass Filter FV1206 10 Not Available Broad Band Capacitor Substrate Scalable
LFCN-1800+ LPF-MCL-LFCN1800-001 Low Pass Filter FV1206 10 Model S-Parameters 3D
LFCN-1800D+ LPF-MCL-LFCN1800D-001 Low Pass Filter FV1206 10 Not Available Broad Band Capacitor Substrate Scalable
LFCN-1800D+ LPF-MCL-LFCN1800D-001 Low Pass Filter FV1206 10 Model S-Parameters 3D
LFCN-2250+ LPF-MCL-LFCN2250-001 Low Pass Filter FV1206 10 Not Available Broad Band Capacitor Substrate Scalable
LFCN-2250+ LPF-MCL-LFCN2250-001 Low Pass Filter FV1206 10 Model S-Parameters 3D
LFCN-2850+ LPF-MCL-LFCN2850-001 Low Pass Filter FV1206 10 Model 3D
LFCN-3000+ LPF-MCL-LFCN3000-001 Low Pass Filter FV1206 10 Not Available Broad Band Capacitor Substrate Scalable
LFCN-3000+ LPF-MCL-LFCN3000-001 Low Pass Filter FV1206 10 Model S-Parameters 3D
LFCN-320+ LPF-MCL-LFCN320-001 Low Pass Filter FV1206 10 Model 3D
LFCN-3800+ LPF-MCL-LFCN3800-001 Low Pass Filter FV1206 13 Not Available Broad Band Capacitor Substrate Scalable
LFCN-3800+ LPF-MCL-LFCN3800-001 Low Pass Filter FV1206 13 Model S-Parameters 3D
LFCN-400+ LPF-MCL-LFCN400-001 Low Pass Filter FV1206 10 Not Available Broad Band Capacitor Substrate Scalable
LFCN-400+ LPF-MCL-LFCN400-001 Low Pass Filter FV1206 10 Model S-Parameters 3D
LFCN-4400+ LPF-MCL-LFCN4400-001 Low Pass Filter FV1206 13 Not Available Broad Band Capacitor Substrate Scalable
LFCN-4400+ LPF-MCL-LFCN4400-001 Low Pass Filter FV1206 13 Model S-Parameters 3D
LFCN-490+ LPF-MCL-LFCN490-001 Low Pass Filter FV1206 10 Not Available Broad Band Capacitor Substrate Scalable
LFCN-490+ LPF-MCL-LFCN490-001 Low Pass Filter FV1206 10 Model S-Parameters 3D
LFCN-530+ LPF-MCL-LFCN530-001 Low Pass Filter FV1206 10 Model 3D
LFCN-630+ LPF-MCL-LFCN630-001 Low Pass Filter FV1206 10 Not Available Broad Band Capacitor Substrate Scalable
LFCN-630+ LPF-MCL-LFCN630-001 Low Pass Filter FV1206 10 Model S-Parameters 3D
LFCN-80+ LPF-MCL-LFCN80-001 Low Pass Filter FV1206 6 Not Available Broad Band Capacitor Substrate Scalable
LFCN-80+ LPF-MCL-LFCN80-001 Low Pass Filter FV1206 6 Model S-Parameters 3D
LVA-273PN+ AMPXP-MCL-LVA273PNplus-001 Amplifier 4x4mm 24-Lead QFN-style Package 30 Not Available Noise Parameter Non-Linear S-Parameter Data Model X-Parameter Model
MC1630 HPFSP-MCL-MC1630-001 High Pass Filter MC1630 package 40 Model S-Parameters S-Parameter Data Model Substrate Scalable
NCS1-422+ XFRSP-MCL-NCS1422Plus-001 Transformer GEO805c-1 30 25 – 50 Ohms Model S-Parameters S-Parameter Data Model
NCS1-63+ XFRSP-MCL-NCS163Plus-001 Transformer GEO805c-1 22 25 – 50 Ohms Model S-Parameters S-Parameter Data Model
NCS2-83+ XFRSP-MCL-NCS2392Plus-001 Transformer GEO805c-1 30 50 Ohms Model S-Parameters S-Parameter Data Model
NCS2-83+ XFRSP-MCL-NCS283Plus-001 Transformer GEO805c-1 30 50 Ohms Model S-Parameters S-Parameter Data Model
PGA-102+ AMP-MCL-PGA102plus-001 Amplifier SOT-89 12 Not Available Noise Parameter Non-Linear S-Parameter Data Model
PGA-102+ AMPXP-MCL-PGA102plus-001 Amplifier SOT-89 12 Model S-Parameters Noise Parameter Non-Linear S-Parameter Data Model X-Parameter Model
PGA-103+ AMP-MCL-PGA103plus-001 Amplifier SOT-89 12 Not Available Noise Parameter Non-Linear S-Parameter Data Model
PGA-103+ AMPSP-MCL-PGA103Plus-001 Amplifier SOT-89 30 Model S-Parameters Broad Band Capacitor S-Parameter Data Model
PGA-103+ AMPXP-MCL-PGA103plus-001 Amplifier SOT-89 12 Model S-Parameters Noise Parameter Non-Linear S-Parameter Data Model X-Parameter Model
PGA-105+ AMP-MCL-PGA105plus-001 Amplifier SOT-89 12 Not Available Noise Parameter Non-Linear S-Parameter Data Model
PGA-105+ AMPXP-MCL-PGA105plus-001 Amplifier SOT-89 12 Model S-Parameters Noise Parameter Non-Linear S-Parameter Data Model X-Parameter Model
PHA-1+ AMP-MCL-PHA1plus-001 Amplifier SOT-89 18 Not Available Noise Parameter Non-Linear S-Parameter Data Model
PHA-1+ AMPXP-MCL-PHA1plus-001 Amplifier SOT-89 18 Model S-Parameters Noise Parameter Non-Linear S-Parameter Data Model X-Parameter Model
PHA-22+ AMPXP-MCL-PHA22plus-001 Amplifier DL1020 12 Model S-Parameters Noise Parameter Non-Linear S-Parameter Data Model X-Parameter Model
PMA-545+ AMP-MCL-PMA545Plus-001 Amplifier DQ849 30 Not Available Noise Parameter Non-Linear S-Parameter Data Model
PMA-545+ AMPSP-MCL-PMA545Plus-001 Amplifier DQ849 30 Model S-Parameters S-Parameter Data Model
PMA-5451+ AMP-MCL-PMA5451Plus-001 Amplifier DQ849 30 Not Available Noise Parameter Non-Linear S-Parameter Data Model
PMA-5451+ AMPSP-MCL-PMA5451Plus-001 Amplifier DQ849 30 Model S-Parameters S-Parameter Data Model
PMA-5452+ AMP-MCL-PMA5452Plus-001 Amplifier DQ849 20 Not Available Noise Parameter Non-Linear S-Parameter Data Model
PMA-5452+ AMPSP-MCL-PMA5452Plus-001 Amplifier DQ849 30 Model S-Parameters S-Parameter Data Model
PMA-5453+ AMP-MCL-PMA5453Plus-001 Amplifier DQ849 20 Not Available Noise Parameter Non-Linear S-Parameter Data Model
PMA-5453+ AMPSP-MCL-PMA5453Plus-001 Amplifier DQ849 30 Model S-Parameters S-Parameter Data Model
PMA-5454+ AMP-MCL-PMA5454Plus-001 Amplifier DQ849 20 Not Available Noise Parameter Non-Linear S-Parameter Data Model
PMA-5454+ AMPSP-MCL-PMA5454Plus-001 Amplifier DQ849 30 Model S-Parameters S-Parameter Data Model
PMA-5455+ AMP-MCL-PMA5455Plus-001 Amplifier DQ849 20 Not Available Noise Parameter Non-Linear S-Parameter Data Model
PMA-5455+ AMPSP-MCL-PMA5455Plus-001 Amplifier DQ849 30 Model S-Parameters S-Parameter Data Model
PMA-5456+ AMP-MCL-PMA5456Plus-001 Amplifier DQ849 20 Not Available Noise Parameter Non-Linear S-Parameter Data Model
PMA-5456+ AMPSP-MCL-PMA5456Plus-001 Amplifier DQ849 30 Model S-Parameters S-Parameter Data Model
PMA1-14LN+ AMPXP-MCL-PMA114LNplus-001 Amplifier 1.5×1.5mm 6-Lead QFN-style Package 14 Not Available Noise Parameter Non-Linear S-Parameter Data Model X-Parameter Model
PMA2-133+ AMPSP-MCL-PMA2133LNPlus-001 Amplifier 6-pin 2×2 mm DFN 30 Model S-Parameters Broad Band Capacitor S-Parameter Data Model
PMA2-33+ AMPSP-MCL-PMA233LNPlus-001 Amplifier MC1631-1 30 Model S-Parameters S-Parameter Data Model
PMA2-43+ AMPSP-MCL-PMA243LNPlus-001 Amplifier 8-pin 2x2mm DFN 30 Model S-Parameters Broad Band Capacitor S-Parameter Data Model
PMA3-83+ AMPSP-MCL-PMA383LNPlus-001 Amplifier 8 pin 3×3 mm DFN 30 Model S-Parameters Broad Band Capacitor S-Parameter Data Model
PSA4-5043+ AMP-MCL-PSA4-5043plus-001 Amplifier SOT-89 12 Not Available Noise Parameter Non-Linear S-Parameter Data Model
PSA4-5043+ AMPSP-MCL-PSA45043Plus-001 Amplifier SOT-343 30 Model S-Parameters S-Parameter Data Model
PSA4-5043+ AMPXP-MCL-PSA4-5043plus-001 Amplifier SOT-343 12 Not Available Noise Parameter Non-Linear S-Parameter Data Model X-Parameter Model
RCAT ATT-MCL-RCAT-001 Attenuator LZ1737 30 0 – 30 dB Not Available Part Value Scalable Substrate Scalable
RCAT ATT-MCL-RCAT-001-S Attenuator LZ1737 30 0 – 30 dB S-Parameters Part Value Scalable Substrate Scalable
RCAT ATT-MCL-RCAT-002 Attenuator LZ1737 10 0 – 30 dB Not Available Pad Scaling Part Value Scalable Substrate Scalable
RCAT ATT-MCL-RCAT-002-S Attenuator LZ1737 10 0 – 30 dB S-Parameters Pad Scaling Part Value Scalable Substrate Scalable
SAV-331+ HMT-MCL-SAV331 PHEMT SOT-343 20 Model Broad Band Capacitor Non-Linear Substrate Scalable Temperature Scalable
SAV-541+ HMT-MCL-SAV541 PHEMT SOT-343 20 Model Broad Band Capacitor Non-Linear Substrate Scalable Temperature Scalable
SAV-551+ HMT-MCL-SAV551 PHEMT SOT-343 20 Model Broad Band Capacitor Non-Linear Substrate Scalable Temperature Scalable
SAV-581+ HMT-MCL-SAV581 PHEMT SOT-343 20 Model Broad Band Capacitor Non-Linear Substrate Scalable Temperature Scalable
TAV2-14LN+ HMT-MCL-TAV214LN PHEMT MCLP 2×2 20 Model Broad Band Capacitor Non-Linear Substrate Scalable Temperature Scalable
TAV2-501+ HMT-MCL-TAV2501-001 PHEMT Package 15 Model Broad Band Capacitor Noise Parameter Non-Linear Temperature Scalable
YAT ATT-MCL-YAT-001 Attenuator MC1630 30 0 – 30 dB Not Available Part Value Scalable Substrate Scalable
YAT ATT-MCL-YAT-001-S Attenuator MC1630 30 0-30 dB S-Parameters Part Value Scalable Substrate Scalable
YAT ATT-MCL-YAT-002 Attenuator MC1630 10 0 – 30 dB Not Available Pad Scaling Part Value Scalable Substrate Scalable
YAT ATT-MCL-YAT-002-S Attenuator MC1630 10 0 – 30 dB S-Parameters Pad Scaling Part Value Scalable Substrate Scalable
YAT-A ATT-MCL-YATA-001 Attenuator YATA 40 0 – 30 dB Model S-Parameters Broad Band Capacitor 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 Mini-Circuits. 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 Announces New v26.1 Release of the Modelithics COMPLETE Library for Keysight ADS Modelithics, Inc. 04/22/2026
Eblasts See How Modelithics is Making Waves Lately – June 2025 Modelithics, Inc. 06/24/2025
Press Release Model Rap Blog – March 2025 Modelithics, Inc. 03/04/2025
Blog Predicting Noise with Effective Models Modleithics, Inc. 02/24/2025
Application Note LNA Design Using Keysight PathWave Advanced Design System (ADS) and Modelithics Models Modelithics, Inc 05/13/2024
Press Release Launching the NEW Modelithics 3D Library for the Cadence Clarity 3D Solver Modelithics, Inc. 12/06/2023
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
Published Articles Accurate Simulation Models Enable First-Pass LNA Design Modelithics, Inc. 05/15/2023
Press Release Modelithics Releases the COMPLETE Library v22.5 for Keysight Technologies’ PathWave Advanced Design System Modelithics, Inc. 10/24/2022
Blog Understanding the Different Model Modes for Modelithics Amplifier Models in Keysight PathWave System Design (SystemVue) Modelithics, Inc. 04/19/2022
Eblasts Free Advanced Simulation Models for 150+ Mini-Circuits Parts Modelithics, Inc 03/09/2022
Video Modelithics Deeper Dive: Optimized LNA Design Modelithics, Inc. 08/23/2021
Published Articles Model-Based Optimization Outperforms LNA Datasheet Specifications Modelithics, Inc. 04/16/2021
Press Release Mini-Circuits, Modelithics Offer Free Full 3D Models for Ansys® HFSS™ Modelithics, Inc. 08/20/2020
Published Articles Simulating Modelithics X-Parameter Amplifier Models in a Keysight Genesys Design Environment Chris DeMartino, Modelithics 04/23/2020
Press Release Mini-Circuits and Modelithics Partner to Provide 14 New Amplifier Models Modelithics, Inc. 04/09/2020
Promotion Mini-Circuits 2018 Print Ad Modelithics, Inc. 09/29/2019
Press Release Mini-Circuits and Modelithics Partner to Provide Free, New Simulation Models for Ten Reflectionless Filters, Six Splitters and Four LTCC Transformers Modelithics, Inc. 09/18/2019
Presentation Modelithics Advanced Simulation Models – Overview and Tutorial Modelithics, Inc. 04/04/2019
Presentation HFSS 3D Geometry Model Development Vendor Partnering Modelithics, Inc. 03/25/2019
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
Video Solving RF and Microwave Design Integration Challenges Using 3D Component Modeling Ansys & Modelithics, Inc. 05/09/2018
Brochure MVP Modelithics® Mini-Circuits MVP Library Modelithics, Inc. 12/05/2017
Published Articles Advanced Microwave Amplifier Models for Advanced Design System Simulations Larry Dunleavy, Kevin Kellogg and Eric O’Dell 10/01/2017
Application Note Using Modelithics X-Parameter Models in an ADS Design Environment Modelithics, Inc. 09/20/2017
Presentation Working with Modelithics X-Parameters*-Based Models for Mini-Circuits Amplifiers Dr. Larry Dunleavy 08/10/2017
Presentation Designing with Modelithics Substrate-Scalable Models for Mini-Circuits LTCC Filters Dr. Larry Dunleavy 08/04/2017 ADS Example
Published Articles Modeling Grounding and Substrate Effects in BroadBand Miniature Surface Mount Attenuators Larry Dunleavy, Isabella Delgado, Harvey Kaylie (Mini-Circuits) 04/29/2016
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
Presentation Advanced System Level Component Models And Applications Modelithics, Inc. 06/29/2015
Published Articles An Evaluation of Static Single-tone X-parameter Models in Time-varying Envelope Domain Simulations of Intermodulation Distortion Performance K. Kellogg, J. Liu, and L. Dunleavy of Modelithics.Inc 04/30/2015
Published Articles Applications of System Level Component Models for RF Front End Receiver Design and Optimization Larry Dunleavy, Modelithics Inc. 04/30/2015
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 Mini-Circuits and Modelithics Collaborate to Provide Free, Advanced Simulation Models for over 20 RF & MW Filters Modelithics, Inc. 01/16/2014
Application Note Understanding Noise Parameters Basics Modelithics, Inc. 01/01/2014
Press Release Mini-Circuits Sponsors Free Modelithics X-Parameter* Models for Popular Surface Mount Amplifiers Modelithics, Inc. 05/31/2013
Press Release Mini-Circuits and Modelithics Partner to provide RF & MW Attenuator Models Modelithics, Inc. 04/04/2013
Presentation Broad-Band Surface Mount Attenuators with Accurate Models EDI CON, Beijing China, March 2013 03/29/2013
Presentation A Benchmark Comparison of *X-parameter, P2D and S2D Models for Representing Microwave Amplifier Performance 2011 IEEE Topical Symposium on Power Amplifiers for Wireless Communication 11/29/2011

Technical Resources and Support

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Technical Resources

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