9
Maintenance
The
DXE-FVC-1
requires no maintenance when installed properly. The included wall transformer
power supply uses an automatic thermal reset fuse that does not need to be replaced.
Manual Updates
Every effort is made to supply the latest manual revision with each product. Occasionally a manual
will be updated between the time your DX Engineering product is shipped and when you receive it.
Please check the DX Engineering web site (www.dxengineering.com) for the latest revision manual.
Configuration Examples
The following examples show the
DXE-FVC-1
Feedline Voltage Coupler being used in various
controlling configurations. These are only suggestions. Amateur Radio Operators are using the
DXE-FVC-1
for many applications in controlling remote equipment, you are only limited by your
Amateur Radio imagination.
Figure
Description
5
Depicts a typical
DXE-RBSA-1P
Reversible Beverage System layout
6
Shows a Four-Direction Beverage System using two
DXE-RBSA-1P
Reversible
Beverage Systems.
7
Describes a
DXE-RFS-TS2P
Complete Receive Four Square Array Package.
8
Uses a
DXE-FVC-1
Feedline Voltage Coupler to supply the switching voltages for a
system that has four different receive inputs using the
DXE-RLS-2
Two Port Receive
Antenna Switches.
9
Has the
DXE-FVC-1
Feedline Voltage Coupler providing the control voltages for a
Single Transmit Antenna System using a
DXE-RBS-1
Reversible Beverage Antenna
System with the
DXE-RTR-1
Receive Antenna Interface for transceivers which lack a
receive antenna input.
10
Uses the
DXE-FVC-1
Feedline Voltage Coupler to control two Single Direction
Beverage Antenna Systems.
11
Uses the
DXE-FVC-1
Feedline Voltage Coupler to control a Two Element Dual
Direction Offset Beverage Phased Array.
For more information on the products shown in the following examples,
please refer to the DX Engineering manuals for the individual products.
www.dxengineering.com
