Product Search - Electromechanical Matrices
Basic Search
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Retrieve results by selecting multiple filters, then click the Show Results button.Matrix Type | Input/Output Configuration | Connector / Frequency |
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Crossbar
Fan-Out
Multiple Switches
Multiplexer
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1x50
1xDPDT
1x30
1x90
1x20
1xSP10T
1x70
1x80
1x60
1xSP6T
1x40
1x100
1x10
2xSP6T
2xDPDT
2xSP10T
3xSP6T
3xSP10T
3xDPDT
4xSP6T
4x4
4xSP10T
4xDPDT
5x5
6x6
7x7
8x8
9x9
10x10
11x11
12x12
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N / 12.4 GHz
SMA / 18 GHz
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Advanced Search (narrows down the search to few products only)
Chassis Size | Terminated | Impedance | RoHS | Local Control | Remote Control |
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1U
3U
4U
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No
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50 Ohm
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No
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LCD Touch Screen
LCD/Keypad
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Ethernet/RS-232
Ethernet/Web
GPIB
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Electromechanical Matrices
Dow-Key integrates larger scaled switching systems using its own coaxial switches (electromechanical switches). Using an electromechanical matrix allows users to route multiple RF signals to multiple output paths, in the form of:- Crossbar - one path exists between the input signal and the output path.
- Fan-Out - divides the input signal so that it can be routed simultaneously to different output paths.
- Fan-In - Combines all input signals and routes them simultaneously to the same output path.
These systems are designed for the applications: ATE (ideal for testing UUT) and SATCOM (for switching between communication signals in a larger scale). The primary advantages to using these units are the broad bandwidth, high density switching (route many inputs/output signals), and their perfect compatibility with low and high RF power applications. The trade-offs to using the units though are their slower switching speed, limited life, and larger systems. There are also a variety of software controls that come with all matrices including LCD/keypad or touch screen for manual control or Ethernet, RS-232, HTTP, LabView or GPIB for remote control. Our high-quality electromechanical matrices are engineered with precision and vary by Matrix type, Input/Output Configuration, Connector type, Frequency, and type of Software control.
