Samsung electronics co., ltd. (20240356189). MIXED-MODE DIELECTRIC WAVEGUIDE FILTER simplified abstract
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MIXED-MODE DIELECTRIC WAVEGUIDE FILTER
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MIXED-MODE DIELECTRIC WAVEGUIDE FILTER - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240356189 titled 'MIXED-MODE DIELECTRIC WAVEGUIDE FILTER
The abstract describes a mixed-mode dielectric waveguide filter with a complex topology involving multi-mode and single-mode resonant cavities.
- The filter includes a first multi-mode resonant cavity with at least two resonant modes.
- It also features a pair of first single-mode resonant cavities that are directly coupled to the resonant modes of the first multi-mode cavity.
- The single-mode cavities form a series topology with the multi-mode cavity, while a parallel topology is formed between the resonant modes of the multi-mode cavity.
Potential Applications: - Telecommunications - Radar systems - Satellite communications
Problems Solved: - Filtering unwanted frequencies - Improving signal quality - Enhancing overall system performance
Benefits: - Enhanced signal filtering capabilities - Improved signal transmission quality - Compact design for space-constrained applications
Commercial Applications: Title: Advanced Dielectric Waveguide Filters for High-Frequency Communication Systems This technology can be utilized in various commercial applications such as telecommunications equipment, radar systems, and satellite communication devices. The compact design and improved filtering capabilities make it ideal for high-frequency communication systems.
Questions about Mixed-Mode Dielectric Waveguide Filters: 1. How do mixed-mode dielectric waveguide filters compare to traditional filters in terms of performance?
- Mixed-mode dielectric waveguide filters offer improved filtering capabilities and signal quality compared to traditional filters due to their complex topology and resonant cavities.
2. What are the key advantages of using mixed-mode dielectric waveguide filters in radar systems?
- Mixed-mode dielectric waveguide filters can enhance the performance of radar systems by effectively filtering out unwanted frequencies and improving signal transmission quality.
Original Abstract Submitted
a mixed-mode dielectric waveguide filter is provided. the mixed-mode dielectric waveguide filter includes a first multi-mode resonant cavity having at least two resonant modes, and a pair of first single-mode resonant cavities, wherein the pair of first single-mode resonant cavities correspond to the first multi-mode resonant cavity, and are directly coupled to a respective resonant mode of the first multi-mode resonant cavity to form a series topology with the first multi-mode resonant cavity, and wherein a parallel topology is formed between resonant modes of the first multi-mode resonant cavity.
