2
Table of Contents
Introduction
3
“An Amateur Radio Dilemma”
3
The DX Engineering Solution
3
Features
4
General Information
4
DXE-RTR-1A Receive Antenna Interface for Transceivers - Front Panel
7
DXE-RTR-1A Receive Antenna Interface for Transceivers - Rear Panel
8
Internal Jumpers
9
Connection Descriptions
10
Receiving Antenna Spacing Guidelines
11
Typical System Configurations
11
Diagram 1A - Active Receive Antenna and Transmit Antenna
14
Diagram 1B - Active Receive Antenna and Transmit Antenna with RX IN/OUT
15
Diagram 2 - Active Receive Antenna and Transmit Antenna using High Power
16
Additional System Configurations
17
Diagram 3 -
DXE-NCC-1 Receive Antenna Variable Phasing Controller
with two Active Receive Antennas
19
Diagram 4 -
DXE-NCC-1 Receive Antenna Variable Phasing Controller with two
Active Receive Antennas using high power to the transmit antenna.
20
Diagram 5 - Single Transmit Antenna System using a DXE-RPA-1 Preamplifier
21
Diagram 6 -
Single Transmit Antenna System using a DXE-RBS-1 Reversible Beverage
Antenna System
22
Diagram 7 -
Single Transmit Antenna with a DXE-RFS-TS2P Receive Four
Square Array Package
23
Diagram 8 -
One Monoband or Multi-band Vertical Transmit Antenna using a
DXE-ARAV2-1P Active Receive Antenna using the DXE-NCC-1 Receive
Antenna Variable Phasing Controller
24
Diagram 9 -
Classic T/R relay connections for separate Transmitter and Receiver with
a Single Transmit Antenna System using a DXE-RPA-1 Preamplifier
25
Diagram 10 -
Relay connections for separate Transceiver and Receiver with a Single
Transmit Antenna System using a DXE-RSC-2 Two-Port
Splitter/Combiner
26
Diagram 11 - Relay connections for separate Transceiver and Receiver with an Active
Receive Antenna and a Single Transmit Antenna System using a DXE-
RSC-2 Two-Port Splitter/Combiner
27
Operation
28
Manual Updates
28
Optional Items
29
Technical Support
32
Warranty
32
