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World’s Best RF & Microwave Simulation Models
Modelithics Coilcraft MVP Model Listing
 
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Coilcraft makes a wide variety of chip inductors, spring; air core inductors, wideband RF transformers, and filters. Modelithics provides complete Modelithics Microwave Global Models™ for several Coilcraft inductors in the CLR Library. Click HERE to obtain Modelithics Microwave Global Models™ for use with Keysight Technologies’ Advanced Design System (ADS), NI AWR Design Environment/Microwave Office™, Keysight Technologies’ Genesys , ANSYS® HFSS™ and Sonnet® Suites™.

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, including Keysight Technologies’ Advanced Design System (ADS), NI AWR Design Environment/Microwave Office™, Keysight Technologies’ Genesys, ANSYS® HFSS™ and Sonnet®.

Modelithics high accuracy models capture parasitic effects and reliably predict how component performance changes with various scalable input parameters over a specified frequency range. The scaling and optimization features provide advanced analysis capability and allow RF circuit designers to quickly meet design goals. Visit the products page for more information on the advantages of Modelithics models. Our goal is to help you achieve first pass design success!


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More Info Part Number Model Body Style Max Freq (GHz) Part Values Downloads Features
0201DS IND-CLC-0201-001 0201 20 0.5-14 nH SS: PS: VS:
0302CS IND-CLC-0302-001 0302 20 0.67-34 nH SS: PS: VS:
0402AF IND-CLC-0402-003 0402 20 nH - 560 nH SS: PS: VS:
0402CS IND-CLC-0402-201 0402 20 1 - 120 nH SM: PS: SS: VS:
0402DF IND-CLC-0402-004 0402 30 nH - 3300 nH SS: PS: VS:
0402HP IND-CLC-0402-002 0402 20 1.0-220 nH SS: PS: VS:
0403HQ IND-CLC-0403-001 0403 1.9 nH - 18 nH
0603CS IND-CLC-0603-101-S 0603 20 1.6 - 390 nH SS: PS: VS:
0603CS IND-CLC-0603-101 0603 20 1.6 - 390 nH 3D: SS: PS: VS:
0603HP IND-CLC-0603-102 0603 20 1.8-390 nH SS: VS:
0603HP IND-CLC-0603-102-S 0603 20 1.8-390 nH VV: SS:
0603LS IND-CLC-0603-003 0603 47-22,000 nH
0604HQ IND-CLC-0604-101 0604 20 1.15 - 10.4 nH SS: VS:
0805CS IND-CLC-0805-102 0805 14 3.3 - 680nH SS: VS:
0805HQ IND-CLC-0805-004 0805 14 2.5-51 nH SS: PS: VS:
0805HT IND-CLC-0805-003 0805 14 1.8-500 nH SS: PS: VS:
0806SQ IND-CLC-0806-101 0806 15 5.5 - 19.4 Nh SS: VS:
0807SQ IND-CLC-0807-101 0807 15 6.9 - 22 Nh SS: VS:
0906 IND-CLC-0906-001 0906 10 1.65 - 5.4 nH SS: VS:
0908SQ IND-CLC-0908-101 0908 15 8.1 - 27.3 Nh SS: VS:
1008CS IND-CLC-1008-101 1008 10 10-8200 nH SS: PS: VS:
1008CT IND-CLC-1008-004 1008 10 4.7-100 nH SS: VS:
1008HQ IND-CLC-1008-002 1008 10 3-100 nH SS: VS:
1008HS IND-CLC-1008-103 1008 15 10-1000 nH SS: PS: VS:
1111SQ IND-CLC-1111-101 1111 10 27 - 47 nH SS: PS: VS:
1206CS IND-CLC-1206-001 1206 12 3.3-1200 nH SS: VS:
132_xxSM IND-CLC-MAXI-001 MAXI 1.5 90 - 538 nH SS: VS:
132-xxSM IND-CLC-MAXI-101 MAXI 3 90-538 nH SS: VS:
1508 IND-CLC-MINI-003 MINI 5 5.5-13 nH SS: VS:
1515SQ IND-CLC-1515-101 1515 10 47 - 82 nH SS: PS: VS:
1606 IND-CLC-1606-001 1606 10 5.6 - 12.55 nH SS: VS:
1812CS IND-CLC-1812-001 1812 5 1.0-33 uH BB: PS: SS: VS:
1812SMS IND-CLC-MIDI-101 MIDI 5 22-120 nH SS: PS: VS:
2222SQ IND-CLC-2222-101 2222 10 90 -300 Nh SS: PS: VS:
2508 IND-CLC-MINI-004 MINI 5 16-27 nH SS: VS:
2929SQ IND-CLC-2929-101 2929 4 330 - 500 nH SS: PS: VS:
4310LC IND-CLC-4310-001 4310 10 1.3-3.5 uH SS: VS:
AxxT IND-CLC-MINI-001 MINI 10 2.5 - 18.5 nH 3D: SS: VS:
BCL IND-CLC-BCL-SERS-001 Conical 50 .220 - 8 uH BB:SS:VS:
BCL IND-CLC-BCL-SHNT-001 Conical 50 .220 - 8 uH BB:SS:VS:
BCR IND-CLC-BCR-SERS-001 Conical 50 .220 - 8 uH BB:SS:VS:
BCR IND-CLC-BCR-SHNT-001 Conical 50 .220 - 8 uH BB:SS:VS:
BxxT IND-CLC-MINI-002 MINI 5 17.5 - 43.3 nH 3DSS: VS: :
GA309X IND-CLC-GA309X-001 Spring 6 3.7-17.5 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

Model Listing

Application Note

  Note # Title Date Example Files
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


Published Articles

  Title Author Date Example File
Take the Guesswork Out of Discrete Circuit Design Chris DeMartino 12/1/2018

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
Modelithics and Coilcraft Collaborate to Offer New Microwave Global Models™ for High Frequency Conical Inductor Series 7/7/2016
Coilcraft New Product Announcement: Modelithics has released new simulation models for five Coilcraft RF inductor families. 9/20/2012