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DX Engineering 2-Port Receiving Antenna Switches
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DX Engineering 2-Port Receiving Antenna Switches are for receiving systems designed to allow for the selection of one of two output ports from one feedline.
Typ
Typ
DX Engineering 2-Port Receiving Antenna Switches are for receiving systems designed to allow for the selection of one of two output ports from one feedline.
Typically connected to different receiving antennas, these RoHS-compliant receive antenna switches activate with the application of a control voltage injected onto the feedline of either +10-15V DC or 9-12V AC.
The optional DX Engineering Feedline Voltage Coupler may be used to supply control voltages through a single main feedline. Three RLS-2 Two-Port Receiving Antenna Switches may be configured to allow control of the switching selection of four differ
Typically connected to different receiving antennas, these RoHS-compliant receive antenna switches activate with the application of a control voltage injected onto the feedline of either +10-15V DC or 9-12V AC.
The optional DX Engineering Feedline Voltage Coupler may be used to supply control voltages through a single main feedline. Three RLS-2 Two-Port Receiving Antenna Switches may be configured to allow control of the switching selection of four differ
DX Engineering 2-Port Receiving Antenna Switches are for receiving systems designed to allow for the selection of one of two output ports from one feedline.
Typically connected to different receiving antennas, these RoHS-compliant receive antenna switches activate with the application of a control voltage injected onto the feedline of either +10-15V DC or 9-12V AC.
The optional DX Engineering Feedline Voltage Coupler may be used to supply control voltages through a single main feedline. Three RLS-2 Two-Port Receiving Antenna Switches may be configured to allow control of the switching selection of four different receiving antennas.
When used with two DX Engineering Reversible Beverage Systems, one of these RLS-2 units will delegate switching voltages and allow for the selection of four directions, sharing the 75 ohm feedline, and passing 500 kHz through 30 MHz receive back to the operating position.
Features of DX Engineering 2-port receiving antenna switches include:
* Metal housing for superior shielding and long life
* High-quality components
* Reliable F-type connectors
* Jumper-selectable, control voltage pass-through to the activated port
Note: Whenever the DX Engineering "Documentation" tab is available, please look at the associated files for additional product information.
Build your special receive antenna switching system with DX Engineering 2-Port Receiving Antenna Switches!
Typically connected to different receiving antennas, these RoHS-compliant receive antenna switches activate with the application of a control voltage injected onto the feedline of either +10-15V DC or 9-12V AC.
The optional DX Engineering Feedline Voltage Coupler may be used to supply control voltages through a single main feedline. Three RLS-2 Two-Port Receiving Antenna Switches may be configured to allow control of the switching selection of four different receiving antennas.
When used with two DX Engineering Reversible Beverage Systems, one of these RLS-2 units will delegate switching voltages and allow for the selection of four directions, sharing the 75 ohm feedline, and passing 500 kHz through 30 MHz receive back to the operating position.
Features of DX Engineering 2-port receiving antenna switches include:
* Metal housing for superior shielding and long life
* High-quality components
* Reliable F-type connectors
* Jumper-selectable, control voltage pass-through to the activated port
Note: Whenever the DX Engineering "Documentation" tab is available, please look at the associated files for additional product information.
Build your special receive antenna switching system with DX Engineering 2-Port Receiving Antenna Switches!
Remote Feedline Relay Switch, 2-port, F-type Connector, 12 Vdc, Each
Part Number: DXE-RLS-2
Not Yet Reviewed
Estimated Ship Date: Today
Estimated Ship Date: Today