Modelithics, Inc Logo
World’s Best RF & Microwave Simulation Models
Modelithics AVX MVP Model Listing
 
Modelithics Vendor Partner



AVX Corporation is a leading international supplier of electronic passive components and connectors with worldwide manufacturing facilities. AVX offers integrated passive devices including capacitors, resistors, filters, SMT, timing devices and circuit protection devices. The company is publicly traded on the New York Stock Exchange NYSE:AVX.

Modelithics AVX MVP Brochure

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.

Visit the Modelithics COMPLETE library for more information on the full capabilities and advantages of Modelithics high accuracy models. Our goal is to help you achieve first pass design success!


Model Free Trial

FREE trial is available for this MVP’s component library. Click the free trial image above to request.


Request vendor parts sample

 
More Info Part Number Model Body Style Max Freq (GHz) Part Values Downloads Features
FA10975PxxDB ATT-ATC-0975-001 0975 6 1, 3, 20 and 30 dB
RP10975AxxDB ATT-AVX-0975-001 0975 6 1, 3, 20 and 30 dB S-Parameters

Legend

 
3D
ANSYS HFSS 3D Model
BB
Broadband Component
BW
Bondwire de-embedding
FL
Flicker Noise (1/F)
IM
3rd order IMD validated
LP
Load Pull
NL
Non-Linear
NP
Noise Parameter
Not recommended for new designs
OS
Orientation Selectable
PD
Pad De-embedding
PS
Pad Scaling
SP
S-Parameter Data Model
SS
Substrate Scalable
SM
Super Model
TS
Temperature Scalable
VS
Part Value Scalable/Selectable
XP
X-Parameter Data Model
More Info Part Number Model Body Style Max Freq (GHz) Part Values Downloads Features
0101YA CAP-AVX-01005-001 01005 30 0.3 pF-100 pF SS: PS: VS:
02013A CAP-AVX-0201-101 0201 30 0.5 - 100 pF BB: PS: SS: VS:
0201YC CAP-AVX-0201-102 0201 30 100- 1000 pF BB: PS: SS: VS:
0201YD CAP-AVX-0201-103 0201 30 1200 pF-0.1 uF BB: PS: SS: VS:
0402xU CAP-AVX-0402-004 0402 40 0.2 - 30 pF S-Parameters SS: PS: VS:
0603xA(C0G) CAP-AVX-0603-003 0603 14 3.3 pF -1000 pF SS: PS: VS:
0603xC(X7R) CAP-AVX-0603-004 0603 14 560 pF -220000 pF SS: PS: VS:
0603xU CAP-AVX-0603-010 0603 40 0.4 - 120 pF S-Parameters BB: PS: SS: VS:
08051A CAP-AVX-0805-001 0805 20 0.5 pF - 1000 pF SS: PS: VS:
0805xU CAP-AVX-0805-004 0805 40 1 - 130 pf S-Parameters SS: PS: VS:
100A CAP-ATC-100A-001 Case A 10 0.1 pF-100 pF SS: VS:
100B CAP-ATC-100B-001 Case B 9 0.1 pF-1,000 pF SS: VS:
100B CAP-ATC-100B-101 Case B 10 0.1 pF-1,000 pF SS: VS:
100C Case C 1pf - 2700pF
100E Case E 1pF- 5100pF
1206xC CAP-AVX-1206-001 1206 20 330.0 – 22000000 pF BB: SS: PS: VS:
12101U CAP-AVX-1210-001 1210 10 3.3 pF - 1000 pF SS: VS:
200A CAP-ATC-200A-001 0505 30 510 pF - 0.0 1uF
200B CAP-ATC-200B-001 Case B 9 20 nF - 100 nF SS: VS:
400L CAP-ATC-0402-002 0402 20 0.1 - 68 pF SS: PS: VS:
400S CAP-ATC-0603-002 0603 20 0.1 - 47 pF SS: PS: VS:
400Z CAP-ATC-0201-001 0201 40 0.1 - 22 pF SS: PS: VS:
520L CAP-ATC-520L-001 0402 20 10 nF SS: PS:
530L CAP-ATC-530L-001 0402 20 100 nF SS: PS:
600F CAP-ATC-0805-201 0805 20 0.1 pF-240 pF SM: SS: PS: VS:
600L CAP-ATC-0402-101 0402 20 0.1 pF-27 pF SS: PS: VS: OS:
600S CAP-ATC-0603-101 0603 20 0.1 pF-100 pF SS: PS: VS: OS:
600S CAP-ATC-0603-101-S 0603 20 0.1 pF-100 pF SS: PS: VS: OS:
700A CAP-ATC-700A-001 0505 30 0.1pF - 1000 pF
700B CAP-ATC-700B-001 Case B 8 0.1 pF-5100 pF SS: PS: VS:
800A CAP-ATC-800A-001 Case A 10 0.1 pF-100 pF SS: PS: VS: OS:
800B CAP-ATC-800B-201 Case B 20 0.1 - 1000pF SS: VS: PS: OS:
800R CAP-ATC-800R-001 Case R 20 1.0 pF-100 pF SS: PS: VS: OS:
Accu-P CAP-AVX-01005-002 01005 40 0.05 pF-2.4 pF S-Parameters SS: PS: VS:
Accu-P_ CAP-AVX-0201-004 0201 40 0.05 pF -22 pF S-Parameters BB: SS: PS: VS:
Accu-P_ CAP-AVX-0402-001 0402 20 0.1 pF -33 pF S-Parameters BB: SS: PS: VS:
Accu-P_ CAP-AVX-0603-102 0603 20 0.1 pF -47pF S-Parameters SS: PS: VS:
Accu-P_ CAP-AVX-0201-004-S 0201 40 0.05 pF - 22 pF BB: PS: SS: VS:
AQ12 CAP-AVX-AQ12-001 Case A 20 110 pF -1000 pF SS: PS: VS:
CU01 CAP-AVX-0201-006 0201 40 0.5 - 24 pF S-Parameters SS: PS: VS:
CU10 01005 0.2 pF - 24 pF
DLA09024 CAP-AVX-0402-003 0402 20 0.1 pF - 68 pF SS: PS: VS:
DLA09025 CAP-AVX-0603-009 0603 20 0.1 pF - 47 pF SS: PS: VS:
HQCC(P90) Case C 1pf - 2700pF
HQCE(P90) Case E 1pF- 5100pF
ML03 CAP-AVX-0603-007 0603 20 0.1 pF -2.5 pF S-Parameters SS: PS: VS:
MP01 CAP-AVX-0201-007 0201 40 0.05 - 22 pF BB: SS: PS:VS:
MP02 CAP-AVX-0402-005 0402 20 0.05 to 68 pF BB: SS: PS:VS:
MP03 CAP-AVX-0603-011 0603 20 0.05 – 47 pF BB: SS: PS:VS:
SQCA(NP0) CAP-AVX-0505-004 0505 30 0.1 pF - 1000 pF SS: PS: VS:
SQCA(P90) CAP-AVX-0505-001 Case A 10 0.1 pF -100 pF S-Parameters SS: VS:
SQCA(X7R) CAP-AVX-0505-003 0505 30 510 pF - 0.01 uF SS: PS: VS: OS:
SQCB(NP0) CAP-AVX-1111-003 Case B 8 0.1 pF -5100 pF S-Parameters SS: PS: VS:
SQCB(P90) CAP-AVX-1111-001 Case B 10 0.1 pF -1000 pF S-Parameters SS: VS:
SQCB(X7R) CAP-AVX-1111-002 Case B 9 20 pF -100 nF S-Parameters SS: VS:
SQCF CAP-AVX-0805-202 0805 20 0.1 pF 240 pF SM: SS: VS: PS: OS:
SQCS(NP0) CAP-AVX-0603-005 0603 20 0.1 pF -100 pF S-Parameters SS: PS: VS: OS:
UQCA(NP0) CAP-AVX-0505-002 Case A 10 0.1 pF -100 pF S-Parameters SS: PS: VS: OS:
UQCB CAP-AVX-1111-104 Case B 20 0.1 - 1000 pF S-Parameters SS: VS: PS: OS:
UQCF CAP-AVX-0805-203 0805 20 0.1 pF - 240 pF SM: SS: VS: PS: OS:
UQCL(NP0) CAP-AVX-0402-002 0402 20 0.1 pF-27 pF S-Parameters SS: PS: VS: OS:
UQCR(NP0) CAP-AVX-0709-001 0709 20 1.0 pF -100 pF S-Parameters SS: PS: VS:
UQCS(NP0) CAP-AVX-0603-006 0603 20 0.1 pF -100 pF S-Parameters SS: PS: VS: OS:

Legend

 
3D
ANSYS HFSS 3D Model
BB
Broadband Component
BW
Bondwire de-embedding
FL
Flicker Noise (1/F)
IM
3rd order IMD validated
LP
Load Pull
NL
Non-Linear
NP
Noise Parameter
Not recommended for new designs
OS
Orientation Selectable
PD
Pad De-embedding
PS
Pad Scaling
SP
S-Parameter Data Model
SS
Substrate Scalable
SM
Super Model
TS
Temperature Scalable
VS
Part Value Scalable/Selectable
XP
X-Parameter Data Model
More Info Part Number Model Body Style Max Freq (GHz) Part Values Downloads Features
CP0402AxxxxAN CPL-AVX-CP0402A-001 0402 10 S-Parameters SS
CP0402AxxxxBN CPL-AVX-CP0402A-002 0402 10 S-Parameters SS
CP0402AxxxxCN CPL-AVX-CP0402A-003 0402 10 S-Parameters SS
CP0402AxxxxDN CPL-AVX-CP0402A-004 0402 10 S-Parameters SS
CP0402AxxxxEN CPL-AVX-CP0402A-005 0402 10 S-Parameters SS
CP0402AxxxxFN CPL-AVX-CP0402A-006 0402 10 S-Parameters SS
CP0402W2700FN CPL-AVX-CP0402W-001 0402 4 S-Parameters SS
CP0603 CPL-AVX-CP0603A-001 0603 6 SS
DB0603N2140AN CPL-AVX-DB0603N-001 0603 6 S-Parameters SS
DB0603N2400AN CPL-AVX-DB0603N-002 0603 6 S-Parameters SS
DB0603N3000AN CPL-AVX-DB0603N-003 0603 6 S-Parameters SS
DB0603N3500AN CPL-AVX-DB0603N-004 0603 6 S-Parameters SS
PC2025A2100 CPL-AVX-PC2025A-001 2025 6 S-Parameters SS
PC2025A2700 CPL-AVX-PC2025A-002 2025 6 S-Parameters SS

Legend

 
3D
ANSYS HFSS 3D Model
BB
Broadband Component
BW
Bondwire de-embedding
FL
Flicker Noise (1/F)
IM
3rd order IMD validated
LP
Load Pull
NL
Non-Linear
NP
Noise Parameter
Not recommended for new designs
OS
Orientation Selectable
PD
Pad De-embedding
PS
Pad Scaling
SP
S-Parameter Data Model
SS
Substrate Scalable
SM
Super Model
TS
Temperature Scalable
VS
Part Value Scalable/Selectable
XP
X-Parameter Data Model
More Info Part Number Model Body Style Max Freq (GHz) Part Values Downloads Features
Accu-L(L0201) IND-AVX-0201-001 0201 24 0.33-3.3 nH S-Parameters SS: PS: VS:
Accu-L(L0402) IND-AVX-0402-001 0402 20 0.82-6.8 nH SS: PS: VS:
Accu-L(L0603) IND-AVX-0603-001 0603 20 1.2-15 nH S-Parameters SS: PS: VS:
Accu-L(L0805) IND-AVX-0805-001 0805 20 1.2-22 nH S-Parameters SS: PS: VS:
DLA11017 IND-AVX-0402-005 0402 20 0.82 - 6.8 nH SS: VS: PS:
DLA11018 IND-AVX-0603-002 0603 20 1.2 - 15 nH SS: PS: VS:
DLA11019 IND-AVX-0805-002 0805 20 1.2 - 22 nH SS: PS: VS:
HL02 IND-AVX-0402-004 0402 20 0.8-32 nH S-Parameters SS: PS: VS:
HLC02 IND-AVX-0402-003 0402 20 0.8-32 nH S-Parameters SS: PS: VS:
HLQ02 IND-AVX-0402-002 0402 20 0.8-32 nH S-Parameters SS: PS: VS:
MOL IND-ATC-0402-001 0402 20 0.8 - 32 nH SS: PS: VS:

Legend

 
3D
ANSYS HFSS 3D Model
BB
Broadband Component
BW
Bondwire de-embedding
FL
Flicker Noise (1/F)
IM
3rd order IMD validated
LP
Load Pull
NL
Non-Linear
NP
Noise Parameter
Not recommended for new designs
OS
Orientation Selectable
PD
Pad De-embedding
PS
Pad Scaling
SP
S-Parameter Data Model
SS
Substrate Scalable
SM
Super Model
TS
Temperature Scalable
VS
Part Value Scalable/Selectable
XP
X-Parameter Data Model
More Info Part Number Model Body Style Max Freq (GHz) Part Values Downloads Features
DP03A5425 DPL-AVX-DP03A-001 0603 10 S-Parameters SS
DP03B5425 DPL-AVX-DP03B-001 0603 10 S-Parameters SS
DP03C1580 DPL-AVX-DP03C-001 0603 10 SS
DP05A1920 DPL-AVX-DP05A-001 0805 10 S-Parameters SS
DP05A1940 DPL-AVX-DP05A-002 0805 10 S-Parameters SS
DP05A5250 DPL-AVX-DP05A-003 0805 7 S-Parameters SS
DP05B5425 DPL-AVX-DP05B-001 0805 7 S-Parameters SS
DP06A1945 DPL-AVX-DP06A-001 0806 5 S-Parameters SS
DP06A2180 DPL-AVX-DP06A-002 0806 6 SS
DP06B2180 DPL-AVX-DP06B-001 0806 6 SS

Legend

 
3D
ANSYS HFSS 3D Model
BB
Broadband Component
BW
Bondwire de-embedding
FL
Flicker Noise (1/F)
IM
3rd order IMD validated
LP
Load Pull
NL
Non-Linear
NP
Noise Parameter
Not recommended for new designs
OS
Orientation Selectable
PD
Pad De-embedding
PS
Pad Scaling
SP
S-Parameter Data Model
SS
Substrate Scalable
SM
Super Model
TS
Temperature Scalable
VS
Part Value Scalable/Selectable
XP
X-Parameter Data Model
More Info Part Number Model Body Style Max Freq (GHz) Part Values Downloads Features
504L RES-ATC-504L-001 0402 25 Ohms - 200 Ohms
504L RES-ATC-504L-101 0402 25 Ohms - 200 Ohms BB, SS, PS
CS12010T0050GBK RES-ATC-CS12010T0050-001 2010 6 50 Ohms SS, PS
CS12010T0100GBK RES-ATC-CS12010T0100-001 2010 6 100 Ohms SS, PS
CS13737T RES-ATC-CS13737T-001 3737 6 50 - 100 Ohms SS, PS, VS
CT11020T0050 RES-ATC-CT11020T0050-001 1020 18 50 Ohm
CW12010T0050GBK RES-ATC-CW12010T0050-001 2010 6 50 Ohms SS, PS
CW12010T0100GBK RES-ATC-CW12010T0100-001 2010 6 100 Ohms SS, PS
CW13725T0050GBK RES-ATC-CW13725T0050-001 3725 4 50 Ohms SS, PS
CW13725T0100GBK RES-ATC-CW13725T0100-001 3725 4 100 Ohms SS, PS
CZ12010T0050GBK RES-ATC-CZ12010T0050-001 2010 6 50 Ohms SS, PS
CZ13725T0050GBK RES-ATC-CZ13725T0050-001 3725 4 50 Ohms SS, PS
CZ13737T0050GBK RES-ATC-CZ13737T0050-001 3737 3 50 Ohms SS, PS
RP42010R0050GTTR RES-AVX-2010-001 2010 6 50 Ohm S-Parameters SS, PS
RP42010R0100GTTR RES-AVX-2010-002 2010 6 100 Ohm S-Parameters SS, PS
RP43737 RES-AVX-3737-002 3737 6 50 - 100 Ohm S-Parameters SS, PS, VS
RP52010R0050GTTR RES-AVX-2010-003 2010 6 50 Ohm S-Parameters SS, PS
RP52010R0100GTTR RES-AVX-2010-004 2010 6 100 Ohm S-Parameters SS, PS
RP53725R0050GTTR RES-AVX-3725-001 3725 4 50 Ohm S-Parameters SS, PS
RP53725R0100GTTR RES-AVX-3725-002 3725 4 100 Ohm S-Parameters SS, PS
RP81020T0050 RES-AVX-1020-001 1020 18 50 Ohm S-Parameters
RP92010T0050GTTR RES-AVX-2010-005 2010 6 50 Ohm S-Parameters SS, PS
RP93725T0050GTTR RES-AVX-3725-003 3725 4 50 Ohm S-Parameters SS, PS
RP93737T0050GTTR RES-AVX-3737-001 3737 4 50 Ohm S-Parameters SS, PS

Legend

 
3D
ANSYS HFSS 3D Model
BB
Broadband Component
BW
Bondwire de-embedding
FL
Flicker Noise (1/F)
IM
3rd order IMD validated
LP
Load Pull
NL
Non-Linear
NP
Noise Parameter
Not recommended for new designs
OS
Orientation Selectable
PD
Pad De-embedding
PS
Pad Scaling
SP
S-Parameter Data Model
SS
Substrate Scalable
SM
Super Model
TS
Temperature Scalable
VS
Part Value Scalable/Selectable
XP
X-Parameter Data Model

Model Listing

Application Note

  Note # Title Date Example Files
75 Utilizing the Tolerance Parameter of Modelithics Models for Monte Carlo and Yield Simulations in Keysight ADS 4/5/2021
72 A Filter Design Case Study with Nuhertz, Cadence AWR Design Environment, and Modelithics Models 1/25/2021
71 Filter Design Flow in Keysight ADS with Substrate Scalable Models 11/4/2020
67 Utilizing Substrate Scalability of Modelithics Models in Keysight ADS 8/18/2020
62 Accessing Modelithics Models from the Keysight ADS Component Library 6/28/2019
58 Accelerating Designs With Modelithics Microwave Supermodels™ 1/18/2017
55 Using Modelithics Models For Statistical Analysis In ANSYS HFSS Environment 2/2/2015
52 A Design Flow for Rapid and Accurate Filter Prototyping 6/29/2015
51 AXIEM Co-Simulation with Modelithics Models 6/23/2015
50 Good, Better And Best: Techniques For Achieving First Pass Success In Lumped Element Pcb -Based Filter Designs 3/18/2015
48 Recommendations For Port Setup When Using ADS Momentum And Modelithics Models 1/1/2014
46 Improved Microwave Circuit Design Flow Through Passive Model Yield And Sensitivity Analysis 1/1/2014
39 Accurate Co-Simulation Of Surface-Mount Capacitors In Shunt Configurations 1/1/2014
37 Performing Em-Circuit Co-Simulation With Modelithics Models Using Sonnet Suites 1/1/2014
36 Effects Of Over-Molding On Surface Mount Capacitors And Inductors 1/1/2014
35 Proximity Effects In Closely-Spaced Surface Mount Passive Components 1/1/2014
29 Lumped Element Low-Pass Filter Design And Optimization Using Agilent Genesys Software 1/1/2014
26 Capacitor PI Network For Impedance Matching 1/1/2014
25 The Importance Of Pad Geometry In Maximizing Surface Mount Component Performance (Also Published Electronically By RF Globalnet) 1/1/2014
22 Part Value Tolerance In Surface Mount Components 1/1/2014
21 Filter Design Using 0201 Surface Mount LC'S 1/1/2014
20 Lumped Element Band-Pass Filter Design And Optimization 1/1/2014
19 Lumped Element High-Pass Filter Design And Optimization 1/1/2014
18 Lumped Element Low-Pass Filter Design And Optimization 1/1/2014
17 Lumped Element Filter Design And Optimization 1/1/2014
15 Reducing Part Count In Low-Pass Filter Designs 1/1/2014
14 Capacitor Tee Network Characteristics 1/1/2014

Brochures

  Title Author Date
Modelithics® AVX MVP Library 1/22/2020

Published Articles

  Title Author Date Example File
Model-Based Optimization Outperforms LNA Datasheet Specifications Modelithics, Inc. 4/16/2021
A Case Study in Successful First-Pass Filter Design Bill Weedon, Applied Radar, Inc. & Chris DeMartino, Modelithics 1/31/2021
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. 3/31/2020
An Efficient and Accurate High-Frequency Diplexer, Duplexer, Triplexer, and N-Plexer Design Flow Jeff Kahler 11/26/2019

White Papers (Registration not required)

  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


Press Release

  Title Author Date
AVX Expands Partnership with Modelithics 9/29/2014
Modelithics and AVX Announce New “MVP” Partnership in RF/Microwave Simulation Model Development 2/21/2014

Presentations

Title    Author Date Related Files
Modelithics Advanced Simulation Models – Overview and Tutorial Modelithics, Inc. 4/4/2019
Modelithics COMPLETE Library for Sonnet® Suites™ Modelithics, Inc. 8/14/2018
Modelithics 5G Library Overview Modelithics, Inc. 7/27/2018
Solving RF and Microwave Design Integration Challenges Using 3D Component Modeling (ANSYS Sponsored Webinar May 9, 2018, ~ 30 min) Ansys & Modelithics, Inc. 5/9/2018
Flexible And Scalable Models For Microwave System Design Success (microapps) Kevin Kellogg, Jiang Liu, Hetvipatel, Hugo Morales And Larry Dunleavy, Modelithics, Inc. 6/29/2015
Use Nuhertz & Modelithics in AWR Simulations (PDF) Nuhertz 5/20/2013

Videos

  Title Author Date
Deeper Dive: Discrete Part-Value Optimization with AWR and Modelithics Models Modelithics, Inc. 2/15/2021

Print Ads

  Title Author Date
AVX Print Ad November 2020 Modelithics, Inc. 11/30/2020
AVX Print Ad Modelithics, Inc. 4/30/2019

Press Release

  Title Author Date
AVX Expands Partnership with Modelithics 9/29/2014
Modelithics and AVX Announce New “MVP” Partnership in RF/Microwave Simulation Model Development 2/21/2014