Switching Matrix
For an optimal reception in radio monitoring systems, it must be possible to choose between different antennas. In production and product validation systems, devices under test (DUTs) must be supplied with switchable RF signal sources. Via switching matrices, receivers or DUTs can be route to any antennas or signal sources. Also that all receivers or DUTs can be switched to the same antenna or signal source (non-blocking) without drop in performance. In modern communication standards like cellular or Wi-Fi, point-to-point connections are used. For this application blocking switch matrices with a large operation bandwidth are required.
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BSWM-4X4ER
4X4 Bi-Directional Wideband Switching Matrix 100 kHz to 8000 MHz
- 100 kHz à 8000 MHz
- Ultra wideband
- High isolation
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RSWM-4X4ER
Extremely Wideband 4X4 Switching Matrix 20 à 8000 MHz
- 20 MHz à 8000 MHz
- Switching Matrix 4×4
- Wideband
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RSWM-4X4R
Non-blocking 4X4 Switching Matrix 100 kHz to 4000 MHz /20 MHz to 4000 MHz
- 100 kHz to 4000 MHz or 20 MHz à
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RSWM-4X8ER
Extremely Wideband 4X8 Switching Matrix 20 à 8000 MHz
- High dynamic
- High isolation
- Non-reflective
- Compact 19” 1U design
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RSWM-8X8ER
Extremely Wideband 8X8 Switch Matrix
- 20 MHz à 8000 MHz
- Switching Matrix 8X8
- High
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RSWM-8X8R
Non-Blocking 8X8 Switch Matrix
- High dynamic
- High isolation
- Non-reflective
- Compact 19” 1U design