Superior performance is achieved through the use of high "Q" components and computer modeling.
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RF Filters and Diplexers
RF filters up to Ka band in topologies : cavity, ceramic filters, lumped element, discrete, digitaly tunable & switched filter banks.
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RF Tunable Filters
We offer several standard Bandpass and Bandreject Tuners covering the frequency range of 24 MHz to 4000 MHz in octave bands.
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Planar X Filter Series
High performance, compact, light-weight solutions for critical RF filtering in X-band, Ku-band, and Ka bands.
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Cavity Filters
Available in the frequency range of 30 MHz to 40 GHz and with bandwidth options from less than 0.5% to over 66%.
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Ceramic Filters
Ceramic Filters are manufactured in two basic styles for both commercial and military applications.
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Discrete Filters
Miniature discrete component filters are designed to give optimal performance where small size is critical.
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Understanding which RF Filter Technology works best for your next module design
In this webinar, Smiths Interconnect experts will examine the different RF filter technologies, evaluate key parameters when choosing an RF filter, and discuss current and future RF filter trends. Special attention will be given to the emerging planar chip filter and thick, and thin film processing technology.
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New fixed chip attenuators offer proven high performance in commercial applications
The range being introduced from Smiths Interconnect is significant because it offers a high frequency of DC to 20 GHz which is required for use in key commercial and space applications.
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A Costa Rican plant for advanced component manufacturing
The electronic system development supply chain that has become increasingly diverse and global, with components provided from various regions around the world. This comes with several challenges including variability in supply and demand, geopolitical tensions and unforeseen events that may lead to delays, increased costs and supply chain inefficiencies.
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8 Applications where adding attenuation is a plus
When should attenuation be added to a RF/microwave application?