Knowles DLI

Satellite Communications Components

Knowles DLI's low-SWaP devices feature small sizes, light weights, and frequency stability from -55˚C to 125˚C

Image of Knowles DLI's Satellite Communications ComponentsKnowles DLI’s satellite communications components are low-SWaP devices for both ground- and flight-capable hardware. As higher-frequency technology evolves to incorporate surface-mount assembly technology and packaging technology for active devices, there is also a need for complementary filters and other passive device products. Dielectric Laboratories Brand Microwave products meet these demands, with temperature-stable dielectric materials and highly reliable designs.

Features
  • Small, lightweight, and frequency stable from -55°C to +125°C
  • Integrated shielding
  • Space heritage technology qualified
  • Highly repeatable electrical performance
Product Type
  • Bandpass filters
  • Power dividers/splitters
  • Directional couplers
Resources
Published: 2021-05-05

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Related Product Highlight

High-Frequency Power Dividers Knowles Dielectric Labs power dividers incorporate low loss high permittivity ceramics which provide small size and temperature stability.
DLI Brand Microstrip Bandpass Filters Knowles’ DLI brand microstrip bandpass filters pass desired frequency ranges and suppress the rest of undesired spectrum.
SMT Directional Couplers Knowles DLI's surface-mount directional coupler series span the frequency spectrum of C, X, and Ku bands.

Related Articles and Blogs

Use Surface-Mount Directional Couplers to Shrink RF Power-Monitoring Devices Directional couplers using microstrip technology on high-permittivity substrates can help you achieve gigahertz RF power measurement in tiny SMT packages.
Cum se implementează rețelele de antene SWaP-C pentru comunicații prin satelit folosind divizoare de putere SMD și cuploare direcționale Cum să utilizați componente pasive compacte SMD pentru a construi rețele de antene mai mici și mai ușoare, îmbunătățind în același timp capacitățile de câștig și de formare a fasciculului.