Past
work includes EM design and optimization of a number of distributed
and lumped passive structures on planar and non-planar
substrates. Expert use of electromagnetic simulation
allows very accurate designs. Figures show accuracy
of some of the designs in microstrip medium. We have
a lot of experience in modeling interaction between
neighboring circuits. This allows us to shrink circuit
size and accurately design passive circuits. A lot
of the passive circuit designs are implemented in
lumped components - inductors and capacitors instead
of transmission lines. We have successfully lumped
distributed circuits even well into mm-wave region.
Generally speaking going from distributed circuit
to a completely lumped circuit can reduce circuit
size by 50% or more. This more than justifies design
expenses incurred during the NRE.
In addition, we also have expertise
in simulating a variety of circuits such as connectors,
waveguide discontinuities, filters, packages and package
transitions, loss estimation of various circuits,
filters and other passive structures. We use traditional
models in a circuit simulator and then improve the
models using EM simulators such as Sonnet and HFSS (as
described here).
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Key Features
Accurate modeling (Up to +/-1% accuracy)
Circuit size reduction
Models compliant with various EDA tools
NOTE: Design specifications are subject to change. Anokiwave does not warranty any of the listed performance.
