User's Manual
Table Of Contents
- Tait Contact Information
- Contents
- Preface
- 1 System Specifications
- Transmit Power and Current Consumption - 240VAC Input
- Transmit Power and Current Consumption - 110VAC Input
- Transmit Power and Current Consumption - AC Input Voltage Extremes
- Transmit Power and Current Consumption - 12.5VDC Input
- Transmit Power and Current Consumption - DC Input Voltage Extremes
- Receive Power and Current Consumption
- Dimensions and Weight
- Isolation
- 2 Reciter Specifications
- General
- Receiver RF Section
- Receiver Audio Section - General
- Receiver Audio Section - CTCSS
- Receiver Audio Section - Gating Operation
- Exciter RF Section
- Exciter Audio Section - Inputs
- Exciter Audio Section - Modulation Characteristics
- Exciter Audio Section - CTCSS
- External Reference Input
- Compliance Standards
- 3 Power Amplifier and Transmitter Specifications
- 4 Power Management Unit Specifications
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TB8100 Installation and Operation Manual Connection 83
© Tait Electronics Ltd March 2004
7 Connection
Once the TB8100 BSS hardware is installed, you need to connect the
individual modules to each other, and to any ancillary equipment required
in your system. This chapter provides information on all the inputs and
outputs available on the TB8100 BSS.
7.1 Overview of Inputs and Outputs
This section identifies the main input and output connections for the
TB8100 BSS.
Figure 7.1 below identifies the connections at the front of a
dual base station, and
Figure 7.3 on page 85 identifies those at the rear.
Figure 7.2 on page 84 identifies the connections at the front of a single
100W base station.
Figure 7.4 on page 85 and identifies the connections on
the control panel. Refer to the following sections in this chapter for more
details on these connections.
Figure 7.1 Dual 5 or 50W Base Station Inputs and Outputs - Front View
b
28VDC high current output for PA
f
28VDC high current input cable from PMU
c
28VDC low current output for reciter
g
RF output to PA
d
system control bus
h
28VDC low current input from PMU
e
RF input from reciter
i
DC output (for optional reciter fan only)
bcd e ghfgh
ddidiefd
PA 1 PA 2 reciter 2PMU
reciter 1