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Start your next design with the most accurate and well documented RF, Microwave and mm-Wave Simulation models in the industry! Modelithics passive and active, measurement-based simulation models integrate seamlessly with the latest electronic design automation (EDA) simulation tools.
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This MVP sponsors FREE model downloads (compatible with Keysight ADS) and S-parameters. Browse the part list below to download the requested model / S- parameters
| Downloads |
Part Number
|
Model
|
Body Style | Max Freq (GHz) | Download Type |
PCB
|
Gerber
|
Features |
|---|---|---|---|---|---|---|---|---|
| KAT | ATT-MCL-KAT-001 | KAT | 50 | Not Available | Not Available | BB, SS, VS | ||
| RCAT | ATT-MCL-RCAT-001-S | LZ1737 | 30 |
Model
S-Parameters |
PCB Layout | Gerber File | VS, SS | |
| RCAT | ATT-MCL-RCAT-002-S | LZ1737 | 10 |
Model
S-Parameters |
PCB Layout | Gerber File | VS, SS, PS | |
| RCAT | ATT-MCL-RCAT-001-S | LZ1737 | 30 | PCB Layout | Gerber File | VS, SS | ||
| RCAT | ATT-MCL-RCAT-002-S | LZ1737 | 10 | PCB Layout | Gerber File | VS, SS, PS | ||
| YAT | ATT-MCL-YAT-001-S | MC1630 | 30 |
Model
S-Parameters |
PCB Layout | Gerber File | VS, SS | |
| YAT | ATT-MCL-YAT-002-S | MC1630 | 10 |
Model
S-Parameters |
PCB Layout | Gerber File | VS, SS, PS | |
| YAT | ATT-MCL-YAT-001-S | MC1630 | 30 | PCB Layout | Gerber File | VS, SS | ||
| YAT | ATT-MCL-YAT-002-S | MC1630 | 10 | PCB Layout | Gerber File | VS, SS, PS | ||
| YAT-A | ATT-MCL-YATA-001 | YATA | 40 | Not Available | Not Available | BB, SS, VS |
| More Info |
Part Number
|
Model
|
Body Style | Max Freq (GHz) | Download Type |
PCB
|
Gerber
|
Features |
|---|---|---|---|---|---|---|---|---|
| XBF-Series | BPFSP-MCL-DG1847-001 | DG1847 package | 40 |
Model
S-Parameters |
Not Available | N/A | SP, SS | |
| XBF-Series | BPFSP-MCL-DQ1225-001 | DQ1225 package | 40 |
Model
S-Parameters |
Not Available | N/A | SP, SS |
| Downloads |
Part Number
|
Model
|
Body Style | Max Freq (GHz) | Download Type |
PCB
|
Gerber
|
Features |
|---|---|---|---|---|---|---|---|---|
| EP2C+ | SPLSP-MCL-EP2C+-001 | DG1847 package | 30 |
Model
S-Parameters |
Not Available | Not Available | SP, SS | |
| EP2K1+ | SPLSP-MCL-EP2K1+-001 | DG1847 package | 30 |
Model
S-Parameters |
Not Available | Not Available | SP, SS | |
| EP2K+ | SPLSP-MCL-EP2K+-001 | DG1847 package | 30 |
Model
S-Parameters |
Not Available | Not Available | SP, SS | |
| EP2W1+ | SPLSP-MCL-EP2W1+-001 | DG1677-2 | 30 |
Model
S-Parameters |
Not Available | Not Available | SP, SS | |
| EP2W+ | SPLSP-MCL-EP2W+-001 | DG1677-2 | 30 |
Model
S-Parameters |
Not Available | Not Available | SP, SS | |
| EPQ133+ | SPLSP-MCL-EPQ133+-001 | DG1847 package | 30 |
Model
S-Parameters |
Not Available | Not Available | SP, SS |
| More Info |
Part Number
|
Model
|
Body Style | Max Freq (GHz) | Power Out (dBm) | Sparameters | Features |
|---|---|---|---|---|---|---|---|
| NCS1-422plus | XFRSP-MCL-NCS1422Plus-001 | GEO805c-1 | 30 |
Model
S-Parameters |
SP | ||
| NCS1-63plus | XFRSP-MCL-NCS163Plus-001 | GEO805c-1 | 22 |
Model
S-Parameters |
SP | ||
| NCS2-392plus | XFRSP-MCL-NCS2392Plus-001 | GEO805c-1 | 30 |
Model
S-Parameters |
SP | ||
| NCS2-83plus | XFRSP-MCL-NCS283Plus-001 | GEO805c-1 | 30 |
Model
S-Parameters |
SP |
| More Info |
Part Number
|
Model
|
Body Style | Max Freq (GHz) |
PCB
|
Gerber
|
Sparameters | Features |
|---|---|---|---|---|---|---|---|---|
| SAV-331+ | HMT-MCL-SAV331 | SOT-343 | 20 | Not Available | Not Available |
Model; |
BB, NL, SS, TS | |
| SAV-541+ | HMT-MCL-SAV541 | SOT-343 | 20 | Not Available | Not Available |
Model; |
BB, NL, SS, TS | |
| SAV-551+ | HMT-MCL-SAV551 | SOT-343 | 20 | Not Available | Not Available |
Model; |
BB, NL, SS, TS | |
| SAV-581+ | HMT-MCL-SAV581 | SOT-343 | 20 | Not Available | Not Available |
Model; |
BB, NL, SS, TS | |
| TAV2-14LN+ | HMT-MCL-TAV214LN | MCLP 2x2 | 20 | Not Available | Not Available |
Model; |
BB, NL, SS, TS |
| Note # | Title | Date | Example Files | |
|---|---|---|---|---|
|
|
59 | Using Modelithics X-Parameter Models in an ADS Design Environment | 9/20/2017 | |
|
|
33 | Understanding Noise Parameters Basics | 1/1/2014 |
| Title | Author | Date | Example File | |
|---|---|---|---|---|
|
|
Model-Based Optimization Outperforms LNA Datasheet Specifications | Modelithics, Inc. | 4/16/2021 | |
|
|
Simulating Modelithics X-Parameter Amplifier Models in a Keysight Genesys Design Environment | Chris DeMartino, Modelithics | 4/23/2020 | |
|
|
Advanced Microwave Amplifier Models for Advanced Design System Simulations | Larry Dunleavy, Kevin Kellogg and Eric O’Dell | 10/1/2017 | |
|
|
Modeling Grounding and Substrate Effects in BroadBand Miniature Surface Mount Attenuators | Larry Dunleavy, Isabella Delgado, Harvey Kaylie (Mini-Circuits) | 4/29/2016 | |
|
|
Applications of System Level Component Models for RF Front End Receiver Design and Optimization | Larry Dunleavy, Modelithics Inc. | 4/30/2015 | |
|
|
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 | 4/30/2015 |
| Title | Author | Date | Example | |
|---|---|---|---|---|
|
|
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 | 12/4/2014 | |
|
|
Understanding S-Parameter Vs Equivalent Circuit-based Models For RLC Component Simulations With NI/AWR Microwave Office | Modelithics, Inc. | 11/20/2014 |
| Title | Author | Date | |
|---|---|---|---|
|
Mini-Circuits 2018 Print Ad | Modelithics, Inc. | 9/29/2019 |
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