Welcome to Modelithics, Inc.
Modelithics is the premier provider of high-precision measurements and models
for microwave/RF design simulation. We have the experience, equipment,
and knowledge to accurately
measure
components and build software
models
that enable popular circuit simulation tools to generate
more accurate predictions of as-built performance. Simply put, you will
move from concept to product faster with Modelilthics models
Better simulations mean faster development
A high-frequency digital, RF, or hybrid design can require dozens
of design iterations, as a variety of real-world interactions, resonances,
and oscillations are first discovered and then painstakingly tuned
out. But when the complex characteristics of each component are
accurately modeled, the result is a far more accurate simulation
that gets you close to your final design the very first time you
simulate it. As a result, you'll complete designs faster and get
new products to market sooner. Eliminating even one design turn
can save your team the cost of a complete Modelithics library of
component models.
Building your own models?
Many large design groups develop their own component models.
But the process of building accurate models demands skill and discipline,
depleting the engineering resources needed to perform new product
design. At Modelithics, we divide the cost of model development
over our entire customer base. You receive dozens of Global
Models™ representing thousands of off-the-shelf components,
all for less than the cost of developing just one or two of your
own models. Each measurement-based model is scalable over a wide
variety of substrate materials and ready to use today, complete
with a detailed data sheet.
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APP NOTE: 035 - Proximity Effects in Closely-Spaced Surface Mount Passive Components:
Accounting for coupling effects that occur in circuits comprised of high frequency
interconnects and surface mount devices (SMDs) is a complex problem. Very accurate
equivalent circuits for the SMDs can be obtained thru careful characterization &
modeling, while numerical electromagnetic simulation tools can precisely capture the
behavior of the interconnect traces. As a result, the performance of hybrid circuits
with SMDs and traces in close proximity may prove difficult to predict. In this
paper the effects of proximity coupling are investigated.
Application Note 35
Modelithics is a proud supporter of WAMICON 2010
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