NOVEL MULTILAYER STRUCTURE FOR COMPACT COMPONENTS
An Symmetrical Transmission Line Structure for Coupler and Filter
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A novel multilayer coupler is proposed in this work.With the symmetric traces,the ground plane can be repeated layer by layer. Thisinnovative design achievesvertically stacked coupling without vias orcomplicated structures. The solution for a set of couplerspecifications is non-unique. The designer has thefreedom to choose a properconfiguration for different applications andfabrication requirements. The design datagenerated by method of moments provides the guidelinefor design procedure and tuning.A prototype 3-dB coupler has been simulated andfabricated. The numericalsimulation and the experi...
A novel multilayer coupler is proposed in this work.
With the symmetric traces,
the ground plane can be repeated layer by layer. This
innovative design achieves
vertically stacked coupling without vias or
complicated structures. The solution for a set of coupler
specifications is non-unique. The designer has the
freedom to choose a proper
configuration for different applications and
fabrication requirements. The design data
generated by method of moments provides the guideline
for design procedure and tuning.
A prototype 3-dB coupler has been simulated and
fabricated. The numerical
simulation and the experimental measurement show the
same performance as a Lange
coupler with the same frequency requirements. A
prototype stacked bandpass filter has
also been built to demonstrate the design procedure.
This vertical stack filter system can
reduce the circuit footprint size dramatically.
Furthermore, this system is also compatible
with other conventional size reduction methods. The
designer can integrate this
multilayer layer stacked filter design with other
size reduction methods to achieve an
even more compact RF device.
With the symmetric traces,
the ground plane can be repeated layer by layer. This
innovative design achieves
vertically stacked coupling without vias or
complicated structures. The solution for a set of coupler
specifications is non-unique. The designer has the
freedom to choose a proper
configuration for different applications and
fabrication requirements. The design data
generated by method of moments provides the guideline
for design procedure and tuning.
A prototype 3-dB coupler has been simulated and
fabricated. The numerical
simulation and the experimental measurement show the
same performance as a Lange
coupler with the same frequency requirements. A
prototype stacked bandpass filter has
also been built to demonstrate the design procedure.
This vertical stack filter system can
reduce the circuit footprint size dramatically.
Furthermore, this system is also compatible
with other conventional size reduction methods. The
designer can integrate this
multilayer layer stacked filter design with other
size reduction methods to achieve an
even more compact RF device.
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