Ericsson 19D901868G3, 19D901868G4 User Manual

LBI-38988B

Configuration Manual

EDACS Station GETC1e

19D901868G3 a nd G4

ericssonzericssonz

LBI-38988

REVISION HISTORY

REVISION DATE REASON FOR CHANGE

B Sep-95 Updated to include Station GETC1e Release 5 software, 349A9607G5 and Turbo

Board software, 344A4414G5.

A Jan-95 Updated to include Station GETC1e Release 4 software, 349A9607G4 and

instructions for using PC Programmer TQ-3357 V4.03.

Jul-94 Original

NOTICE!

This manual covers Ericsson and General Electric products manufactured and sold by Ericsson Inc.

NOTICE!

Repairs to this equipment should be made only by an authorized service technician or facility designated by the supplier.
Any repairs, alterations or substitution of recommended parts made by the user to this equipment not approved by the
manufacturer could void the user's authority to operate the equipment in addition to the manufacturer's warranty.

NOTICE!

The software contained in this device is copyrighted by Ericsson Inc. Unpublished rights are reserved under the copyright
laws of the United States.

This manual is published by Ericsson Inc., without any warranty. Improvements and changes to this manual necessitated
by typographical errors, inaccuracies of current information, or improvements to programs and/or equipment, may be made
by Ericsson Inc., at any time and without notice. Such changes will be incorporated into new editions of this manual. No
part of this manual may be reproduced or transmitted in any form or by any means, electronic or mechanical, including
photocopying and recording, for any purpose, without the express written permission of Ericsson Inc.

EDACS and MASTR are registered trademarks, and Aegis, Failsoft, GETC, Guardog , and ProSound are trademarks of
Ericsson Inc.

Copyright July 1994, Ericsson, Inc.

2 Rev. B

TABLE OF CONTENTS

Page

REVISION HISTORY

..............................................................................................................................

2

INTRODUCTION

6

SOFTWARE FEATURES

6

349A9607G5 SOFTWARE

6

SCAT Data

6

Pro-Sound

6

Enhanced Multi-Site Login

7

Voted Digital Interconnect

7

DIP Switch Changes

8

349A9607G4 SOFTWARE

8

Multisite Digital Voice or Digital Data

8

RELATED PUBLICATIONS

9

SOFTWARE COMPATIBILITY

9

GETC EPROM and TURBO BOARD SOFTWARE COMPATIBILITY

9

EDACS COMPONENT SOFTWARE COMPATIBILITY

9

RADIO COMPATIBILITY

10

HARDWARE COMPATIBILITY

11

DESCRIPTION

12

OPERATION

12

CONTROL CHANNEL

12

Control Channel Jamming

12

WORKING CHANNEL

12

TRUNKED FAILSOFT OPERATION

12

STATION CONTROL

13

CONFIGURATION

14

HARDWARE INSTALLATION

14

Upgrading Hardware

14

GETC Logic Board Installation

14

Turbo Board Installation

14

Rockwell Modem Installation

15

Jumper Installation

15

GETC SOFTWARE INSTALLATION

17

Trunked Failsoft System

17

Fully Trunked Systems

18

Satellite Receivers & Simulcast Remote TX

19

Single Channel Autonomous Trunking (SCAT)

19

Voted Digital Interconnect (VDI)

19

De-installing The GETC-1e Software

20

TURBO BOARD SOFTWARE INSTALLATION

20

Equipment Required

20

PC Programmer Setup

21

PERSONALITY PROGRAMMING

21

Programming a Personality Using TQ-3357 V3 (or earlier)

21

Programming a Personality Using TQ-3357 Version 4.03 (or later)

22

OPERATIONAL CHECKOUT

26

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LBI-38988

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Rev. B 3

LBI-38988

TABLE OF CONTENTS

DIP Switch Settings...................................................................................................................... 26

Fully Trunked System...................................................................................................................26

Failsoft System..............................................................................................................................27

Satellite Site Receiver...................................................................................................................28

INTERFACE SIGNALS......................................................................................................................28

TROUBLESHOOTING...........................................................................................................................29

FAILURE MODE................................................................................................................................29

CHANNEL ACTIVITY LOGGER.......................................................................................................29

IN CASE OF DIFFICULTY................................................................................................................29

INTERCONNECT DIAGRAMS..............................................................................................................33

PARTS LIST.............................................................................................................................................36

GETC CABLE 19C336863G1.............................................................................................................36

CABLE DIAGRAMS ............................................................................................................................... 37

APPENDIX A............................................................................................................................................A-1

APPENDIX B............................................................................................................................................ B-1

Page

LIST OF FIGURES

Page

Figure 1 - Typical EDACS Site Block Diagram...................................................................11

Figure 2 - Typical Five Channel Repeater Cabinet...............................................................14

Figure 3 - GETC Phone Line Level Adjustments.................................................................15

Figure 4 - Station GETC (19D904266) Jumper and Test Point Locations............................16

Figure 5 - System Hook-Up Using J100...............................................................................22

Figure 6 - Programming DIP Switch Settings......................................................................22

Figure 7 - System Hook-Up Using J104...............................................................................23

Figure 8 - Operational DIP Switch Settings.........................................................................26

4 Rev. B

LIST OF TABLES

Page

Table 1 - GETC EPROM and Turbo Software Compatibility

...............................................

9

Table 2 - EDACS Component Software Compatibility

10

Table 3 - Radio Compatibility

10

Table 4 - GETC Hardware Compatibility

11

Table 5 - Indicators in Programming Mode Using J100

22

Table 6 - Indicators in Programming Mode Using J104

23

Table 7 - Sample Station Personality

24

Table 8 - Channel Number Switch Settings

26

Table 9 - LED Indicators for Trunked Idle Channels

27

Table 10 - LED Indicators for Trunked Assigned Channels

27

Table 11 - LED Indicators for Failsoft Idle Channels

27

Table 12 - LED Indicators for Failsoft Assigned Channels

28

Table 13 - LED Indicators for Satellite Site Receivers

28

Table 14 - Failure Modes

29

Table 15 - Interface Status During Various States

30

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LBI-38988

Rev. B 5

LBI-38988 INTRODUCTION

INTRODUCTION

This manual provides instructions for configuring the

Ericsson GE Trunking Card Shelf (GETC), part number
19D901868G3 and G4, for Station (including repeater an d
SCAT), Satellite Site Receiver, and VDI Control operation.

This manual is applicable to GETC (pronounced “get­see”) hardware platforms installed in wideband or narrow
band 800 MHz, 900 MHz, UHF, and VHF stations. The
information presented includes an operational description
and procedures for installing, upgrading, and verifying the
hardware and software installed in the GETC.

The Lightning GETC (GETC1e) platform consists of
the following sub-assemblies:

• Logic Board 19D904266G1 (used with Group 3

shelf) or 19D904266G4 (used with Group 4 shelf).

• GETC Expansion Module (Turbo Board)

19D903536P1.

• Regulator Board 19C366861G2.

• Rockwell Modem 19A705178P1 (optional). (The

modem is required when the GETC is used in an
EDACS Voted or Simulcast System or if it is part
of an EDACS Network)

• GETC EPROM (U2) 349A9607G5 (Ver. 5.04).

349A9607G5 SOFTWARE

The 349A9607G5 software release adds the following

features to GETC operation:

• SCAT Data (Refer to LBI-38987)

• Pro-Sound

• Enhanced MultiSite Login

• Voted Digital Interconnect (Refer to LBI-39187)

SCAT Data

Release 5 Station GETC software adds SCAT
functionality to the Station GETC. This includes the SCAT
RF and Landline Data functions. The former SCAT GETC
software 344A3835G2 is replaced with 349A9607G5 and
its former Turbo software 344A4414G4 is replaced by Link
Turbo software 344A4414G5.

NOTE

NOTE

In conjunction with this software release, the

SCAT Downlink GETC software 344A3835G2

and Turbo Board software 344A4414G4 is

replaced by Link software 344A4895G5 and Turbo

software 350A1121G5, respectively. Refer to LBI-

38987 for details.

All references to GETC in this manual refer to the
GETC1e platform and the combination of GETC Logic
board and Turbo board installed in the GETC Shelf.

SOFTWARE FEATURES

The GETC software product is continuously being
improved and upgraded to include new features. The
following paragraphs provide brief descriptions of the new
features introduced by recent software releases.
Information is also provided when hardware or software
issues affect the GETC’s configuration.

For a complete description of the new or enhanced
features and its use, refer to Software Release Notes (SRN)
for the specific software release. For example, to review
release notes covering 349A9607G4 software refer to
SRN1060-4, for 349A9607G5 software refer to SRN1060­5, etc.

Configuration Considerations:

• Radio users must have SCAT options enabled.

• When selecting Landline data, a Rockwell modem

must be installed and EDG must be set up (refer to
EDG documentation).

• Configuration requires using PC Programmer

V4.03 and Field Macro “gtc_9505.mac” to
access applicable parameters.

Refer to LBI-38987 for complete details on configuring

SCAT systems.

Pro-Sound

The GETC Group 5 Release adds the EDACS Pro­Sound Feature. Pro-Sound provides better end-to-end audio
quality by providing radios with a list of alternative sites
and their corresponding control channels through the use of
“adjacency information”.

The GETC has the following role in supporting the
Pro-Sound Feature:

6 Rev. B

SOFTWARE FEATURES LBI-38988

• Receive Adjacency information from the Site

Controller or Downlink.

• Count the number of actual Adjacent Systems

listed in the Adjacency Message.

• Build an Adjacencies Table Length Definition

Message and send it.

• If a Priority System is defined, build a Priority

System Definition Message and send it.

• For each Adjacent System, build an Adjacent

System Definition Message and send it.

• The Control Channel expects an Adjacency Data

update from the IMC every 25 seconds or sooner.

• The Control Channel will stop sending Adjacency

Data if the Link to the IMC breaks, or if it waits
longer than 30 seconds for an adjacency
information update from the IMC.

• If the Link to the IMC breaks, after it recovers, the

CC will wait for a fresh set of Adjacency Data
before it will begin sending over-the-air (RF)
Adjacency Data.

Radio users must ensure the radio’s personality has
“Pro-Sound” enabled and the radio feature encryption
option “wide area scan” or “priority scan” is active.

1. A particular site color is programmed in the
Control Channel GETC.

2. The outbound Control Channel messaging tells the
radio which “color” to use on inbound
transmissions.

3. Inbound transmissions from the radio to the
Control and Working Channel are coded with
correct color.

Users must have radio’s software upgraded to support

this feature.

Configuration Considerations

• The Enhanced Multi-Site Login feature does not

require any hardware changes. However, it does
require special configuration of the GETC
software.

• To enable Enhanced Multi-Site Login, the “Site

Color” parameter needs to be programmed into the
GETC Personality. This feature is a Personality
Extended Site Option loaded into the PC
Programmer software via the Field Macro file
“gtc_9505.mac.” Refer to the Personality
Programming section in this manual for additional
information on Field Macro installation into the
PC Programmer, TQ-3357.

Configuration Considerations

Pro-Sound does not require any hardware changes or
special software configuration. The feature is activated
from the MOM PC, which is connected to the IMC.

Enhanced Multi-Site Login

The Enhanced Multi-Site Login feature provides a
method to enhance signaling integrity, on both the inbound
Control Channel and Working Channel, in an environment
where a distant site is operating with the same frequency
set or where intermodulation interference is a
consideration.

Enhanced Multi-Site Login is achieved by means of a
digital “color code” on the inbound Control and Working
Channel signaling. The CRC (BCH error correction),
which is appended to the end of each message, is coded (by
the radio) and decoded (by the GETC) in a unique way as
determined by the color specified in the GETC personality.
This allows the specified site (i.e. having the correct site
color) to acknowledge the receiving a radio transmission in
an area where many sites may also receive the
transmission. This is implemented as follows:

NOTE

NOTE

Only PC Programmer TQ-3357 V4.03 (or later)
can be upgraded through the use of Field Macros.
Current Field Macros may be downloaded from
the accompanying Station Turbo Software
distribution disk or from Ericsson’s “One1Call”
Electronic Information Retrieval system.

Voted Digital Interconnect

The Voted Digital Interconnect (VDI) feature allows
Voted and Simulcast sites to have access to the digital
Central Interconnect system, Jessica.

For a Voted (Non-Simulcast) system, an additional
GETC per channel is required, making the configuration
more like that of a Simulcast system. All GETCs attached
to RF receivers will operate as Satellite Receivers, and the
added Control GETC will take on transmit responsibilities
similar to those of the Simulcast Control Point GETC. The
main purpose of the additional GETC is to provide a
synchronous data input port which can be connected to the
output of the voter. This provides the Control GETC the

Rev. B 7

LBI-38988 SOFTWARE FEATURES

capability of listening to both the IMC and the Voter
simultaneously.

For a Simulcast system, no additional equipment is
required once the system is equipped for Digital Dispatch.
A wiring modification is made to the digital path between
the Voter Selector and the Control Point GETC to provide a
continuous data path between them. The modification
gives the Control Point GETC the capability of listening to
both IMC and the Voter Simultaneously.

Configuration Considerations:

• Configuration of the GETC Personality requires

using PC Programmer V4.03 and Field Macro
“gtc_9505.mac” or V5.0.

Refer to LBI-39187 for complete details on configuring
GETCs for VDI systems. Additional information on Voted
Digital Interconnect is also available in the Voter and
Simulcast Control Point Maintenance Manuals, LBI-39149
and 39186.

DIP Switch Changes

The functionality of the DIP switches S1, S2, S3 have
been dramatically reduced. Many of these controls now
reside within the GETC personality and may be modified
using GETC PC programmer TQ-3357.

The following controls have been altered:

• Simulcast operation moved to personality space.

• Conventional Failsoft enable moved to personality

space.

In earlier software versions, the operating frequency
for MII/IIe systems was set into the DIP switches. With the
introduction of 349A9607G5 the MII/IIe and MIII systems
frequency is programmed in personality. MII/IIe use this
information for frequency synthesizer loading and
Narrowband systems extract even/odd information. The PC
programmer V4.03 does not accept UHF frequencies and,
as a result, UHF systems must have a fixed offset of 500
MHz added since only the even or odd frequency
information is needed.

349A9607G4 SOFTWARE

With the release of 349A9607G4 software, both
Wideband 9600 baud functionality and Narrow Band 4800
baud functionality were merged together. This release also
included three new features:

• Failsoft Patch

• Wideband Power Monitoring

• Channel Activity Logging

In addition, this software release was designed in
conjunction with the GETC PC Programmer TQ-3357
V4.03 (344A3466G5).

Multisite Digital Voice or Digital Data

Digital Voice or Digital Data applications require
installation of a Rockwell Modem. This allows the GETC
to send and receive Digital Voice or Digital Data
information, encoded as 9600 baud modem data, to the
CEC/IMC using the four-wire audio line.

• Frequency selection moved to personality space.

• Personality programming through J104 only (J100

no longer used for programming).

8 Rev. B

Additionally, the personality option for Wide Area
Digital Voice must be ENABLED for proper operation.
This can only be done using the PC Programmer V4.03 (or
later).

RELATED PUBLICATIONS LBI-38988

GETC LOGIC BOARD

EPROM, U2

349A9607G5

349A9607G4

349A9607G2

349A9607G1 (800 MHz

only)

19A705595G8 (900 MHz

only)

344A3835G2 (SCAT only)

RELATED PUBLICATIONS

It may be necessary to consult one or more of the
following documents during the installation process. These
manuals will also provide additional guidance if you
encounter technical difficulties during the configuration
process.

LBI-38430 - MASTR IIe Control Shelf Maintenance

Manual.

LBI-38636 - MASTR III Base Station Installation

Manual.

LBI-38822 - Turbo Board (GETC-1e) Maintenance

Manual.
LBI-38894 - GETC Trunking Card Maintenance Manual.
LBI-38896 - EDACS Site Downlink and CEC/IMC

Uplink Configuration Manual.
LBI-38985 - EDACS Site Controller Maintenance

Manual.
LBI-38987 - EDACS SCAT & SCAT Downlink

Configuration Manual.
LBI-39149 - EDACS Compact Vertical Voter

Maintenance Manual.
LBI-39186 - EDACS Simulcast Control Point

Maintenance Manual.
LBI-39187 - EDACS Voted Digital Interconnect

Configuration Manual.
SRN-1010 - Software Release Notes for GETC Turbo

Board Software, 344A4414G1 only.
SRN-1024 - Software Release Notes for GETC 900 MHz

Software, 19A705595G8.
SRN-1060 - Software Release Notes for GETC-1e

Software, 349A9607G1 (or later).
SRN-1062 - Software Release Notes for Turbo Board

with GETC-1e Software, 344A4414G2 (or

later).
TQ-3357 - GETC Shelf Programming Manual

Table 1 - GETC EPROM and Turbo Software

Compatibility

TURBO BOARD

SOFTWARE
344A4414G5
344A4414G4 (or later)
344A4414G3 (or later)
344A4414G2 (or later)

344A4414G1

344A4414G2

CAUTION

CAUTION

To ensure system compatibility, all repeaters and
Satellite Receivers should have the same firmware
versions installed. Also, for proper Voted or
Simulcast operation, Test Unit Software
19A705272 Group 6 is required. Failure to
observe these precautions could result in less than
acceptable system operation.

NOTE

NOTE

Software used in the GETC is subject to changes
resulting from improvements or enhancements.
Refer to release notes SRN1060, SRN1061 and
SRN1062 for compatibility of GETC1e with other
EDACS platforms. Software Release Notes take
precedence over this manual.

EDACS COMPONENT SOFTWARE
COMPATIBILITY

SOFTWARE COMPATIBILITY

GETC EPROM and TURBO BOARD
SOFTWARE COMPATIBILITY

The following software is required for GETCs used in

the Station configurations:

Rev. B 9

The data presented in Table 2 represents the minimum
EDACS component software versions required to support
the features indicated.

NOTE

NOTE

If a system has Group 5 Link software and Group

11 IMC software, then the Site Controller must

use Group 6 (or later) software.

LBI-38988 SOFTWARE COMPATIBILITY

RADIO COMPATIBILITY

Table 3 describes the minimum software requirements
for radio products supporting the features included in this
release.

Table 2 - EDACS Component Software Compatibility

EDACS COMPONENT Required for

SCAT Data

C3 MAESTRO N/A 344A3922G4 344A3922G4 344A3922G4 344A3922G4
IMC U58

U59
U3
MOM

Site Controller N/A 344A3265G3 344A3265G6 344A3265G6 344A3265G2
VAX System Manager

PDP System Manager
Link GETC

Link Turbo
PC Programmer TQ-3357 Ver 4.03 Ver 4.03

Voter / Simulcast N/A 19A149567G12 19A149567G12 19A149567G13 19A149567G12
Jessica PI N/A N/A N/A 349A9982G3 349A9982G3
EDG Application

147 ROMs
VC24 ROMs

344A3567G11
344A3568G11
344A3565G11
344A3630G11

344A4583G2
19A149495G8

344A4895G5
350A1121G5

350A1069G1
350A1101G1
350A1072G1

Required for

Enhanced

Multisite Login

344A3567G8
344A3568G8
344A3565G7
344A3630G4

344A4583G2
19A149495G8

N/A 344A4895G5

(gtc_9505.mac)

N/A N/A N/A N/A

Required for

ProSound

344A3567G11
344A3568G11
344A3565G11
344A3630G11

344A4583G2
19A149495G8

350A1121G5
Ver 4.03 Ver 4.03 Ver 4.03

Required for

Voted Digital

Interconnect

344A3567G11
344A3568G11
344A3565G11
344A3630G11

344A4583G2
19A149495G8

344A4895G5
350A1121G5

Required for

Failsoft Patch

Operation

344A3567G11
344A3568G11
344A3565G11
344A3630G11

344A4583G2
19A149495G8

344A4895G4
350A1121G4

Table 3 - Radio Compatibility

FEATURE MPA MDX MDR MRK ORION Alpha

FMD

ProSound G15 G9 G8 G22 G22 N/A

Enhanced Multisite Login G16 G10 N/A G22 G22 G2

Modified Data Protocol N/A G10 N/A G19 G19 G2

SCAT G8 G1 G1 G19 G19 G1

SCAT Data N/A G10 N/A G22 G22 G2

Interconnect G10 G1 G1 G1 G1 G1

Digital Interconnect G12 G1 N/A G5 G1 G1

10 Rev. B

HARDWARE COMPATIBILITY LBI-38988

Trunked Site #1 of N

Tx Rx

4-Wire Audio Circuits

Figure 1 - Typical EDACS Site Block Diagram

HARDWARE COMPATIBILITY

The GETC hardware compatibility depends on the
version of EPROM installed on the Logic Board, refer to
the following table:

Table 4 - GETC Hardware Compatibility

GETC LOGIC

BOARD

EPROM, U2

349A9607G5 19D904266G4

349A9607G4 19D904266G4

349A9607G3 19D904266G1 19D903536P1
349A9607G2

(or earlier)
19A705595G8 19D904266G1 19D903536P1

LOGIC BOARD TURBO BOARD

19D903536P1

19D904266G1

19D903536P1

19D904266G1

19D904266G1 19D903536P1

NOTE

NOTE

GETCs using EPROM 349A9607G4 or later must
use Logic Board 19D904266G4 or upgrade the
Logic Board 19D904266G1 with the Speedup
(80C320) microprocessor and Amps Modem
chips, U4 and U19 (19A704727P4). (Refer to
Upgrading Hardware in the Hardware Installation
section of this manual.)

GETCs using EPROM 349A9607G4 or later must
also have the FerriShield Toroid (REG70469/1)
installed around the Turbo Board’s harness for
EMI suppression, refer to LBI-28822 for details.

Site Controller

Computer

Backup Serial Link

J100 J102

Primary

Downlink

Rx TB10 Tx

12 11 10 9

J100 J102

Backup

Downlink

Rx TB10 Tx

12 11 10 9

9600 baud Modem Data

To MSC

Failsoft

J102 J100

GETC #1

Repeater #1

Audio

Tx Rx

Audio Path
Digital Data Path

J102 J100

GETC #2

Repeater #2

Audio

3 4 2 5

. . .

To MSC

J102 J100

GETC #N

Repeater #N

Audio

Tx Rx

3 4 2 5 3 4 2 5

Rev. B 11

LBI-38988 DESCRIPTION

DESCRIPTION

The Station GETC is the foundation of all EDACS

trunking operations. It is capable of operating in the
Trunked Failsoft mode or as part of a fully trunked system
or network. In the Trunked Failsoft mode, one of the
Station GETCs operates as the Control Channel GETC,
providing the command and control link between the
mobile radios and the EDACS system. The remaining
station GETCs operate as Working Channel GETCs and
enable or disable selected repeater channels for the actual
voice or digital data communication. Each Station GETC
has the ability to operate as a Control Channel if the
operation of the current Control Channel GETC is
interrupted.

In a Fully Trunked EDACS network or system (Figure

1), the Station GETCs function as either Control Channel
or Working Channel GETCs. In this environment, the Site
Controller Computer directs all communications, and
designates the Control Channel and Working Channel
GETC's. This allows EDACS to provide advanced features
such as Dynamic Transmission/Message Trunking, Local
Telephone Interconnect, Activity Logs, and Management
functions.

However, should the Site Controller fail, the EDACS
system defaults to the Trunked Failsoft mode. In this
mode, one of the GETCs assumes the role of Control
Channel GETC and directs Working Channel assignments
using the Backup Serial Link (BSL). Should the Control
Channel GETC fail, one of the other Working Channel
GETCs assumes the Control Channel function. The end
result is reliable, high performance trunked
communication.

The Downlink GETC provides the communication
path between the site and the Integrated Multisite and
Console Controller (IMC) or the Console Electronics
Controller (CEC) via the Uplink or Link GETC. Refer to
LBI-38896 when configuring Downlink and Uplink
GETCs.

OPERATION

The Station GETC communicates with the Site
Controller through an RS-232C port (J100), see the
Interconnect Diagrams, operating at 19.2K baud.
Additional communications parameters are one start bit,
eight data bits, and one stop bit.

The designated Control Channel GETC communicates
with the Working Channel GETC's using a Sync line that
indicates outbound Control Channel data and inbound
mobile data. The Sync line is connected in a bus fashion to
each Station GETC.

CONTROL CHANNEL

The Control Channel GETC provides continuous
outbound Control Channel data. The data stream consists
of message frames containing information such as Channel
Assignments. The Channel Assignment message includes
the originating mobile's LID, communication type,
Trunking mode, communications channel, and the group or
individual involved in the call.

The mobile radios synchronize their transmissions on
the Control Channel to reduce Control Channel collisions.
The designated Control Channel GETC processes the
inbound data prior to passing the data along to the Site
Controller. When operating in the Failsoft mode, the
Control Channel GETC also produces the required Channel
Assignments.

Control Channel Jamming

Whenever an invalid signal is present on the inbound
Control Channel for longer than six seconds, the Control
Channel GETC generates a jamming alarm . The Station
sends the alarm to the Site Controller which can initiate
corrective action such as re-assigning the Control Channel
to a different operating frequency.

WORKING CHANNEL

Sub audible signaling or Low Speed Data (LSD) is
present on the Working Channel along with the primary
voice communication. The LSD indicates group call
activity on other channels and also indicates a channel drop
when appropriate.

The Working Channel operates in either the
Transmission Trunked mode or Message Trunked mode.
Transmission Trunking allows for an instantaneous
channel drop upon receipt of an "unkey" message from the
mobile radio. This is the most efficient use of channel
resources.

Message Trunking provides hang time following the
channel drop message. This mode is used when it is
important to provide uninterrupted communication. When
using Message Trunking, the user(s) occupy the same
Working Channel until the message trunk timer expires.

TRUNKED FAILSOFT OPERATION

The Trunked Failsoft operating mode provides basic
trunked communications. The designated Control Channel
GETC makes all channel assignments and transmits the
assignments over the BSL (J102-3) to each of the Working
Channel GETCs. The Failsoft operating mode is entered

12 Rev. B

whenever the communications between the Site Controller

TX MOD (J7-4)
Direct modulation input to the

synthesizer-exciter (MIIe

only).

GETC DATA (J7-5)
Input to the transmitter for

filtered High Speed Data

(HSD) to be transmitted.

VOL\SQ HI (J7-2)
Unfiltered receiver audio (9600

or 4800 baud data, voice, or

Low Speed Data (LSD).

LSD TX (J19-5)
Low-Speed Data to be

transmitted.

1950 DIS (J6-5)
Keeps line output active during

absence of a clear voice,

working channel call (EDACS

Voting System).

TX DATA LINK
Serial link, transmit output, to

the Site Controller.

RX DATA LINK
Serial link, received input from

the Site Controller.

BSL
Backup Serial Link between

Failsoft GETC's.

SYNC
Frame Sync Line (FSL)

provides GETC

synchronization in trunked

stations.

and the Control Channel GETC is lost.

STATION CONTROL

The Station GETC controls the Repeater Station's

radio through the following interface and control lines:

DELAY PTT (J6-1) Station executes an EXTernal

PTT sequence to key the
station transmitter.

REM PTT OUT (J6-16) Station executes a REMote

PTT, used to control audio
routing from the remote line
input to the transmitter.

RUS OUT (J7-15) Controls receiver (Vol/Sq)

audio sent to the transmitter.

LBI-38988

DET DIS (J6-10) Detect Disable signal disables

LSD while sending HSD to the
transmitter.

PA FAIL (J7-13) RF power amplifier failure

sensing line.

SYNTH LOCK DET
(J6-13)

SYNTH CLK (J6-12) Synthesizer-exciter clock line

SYNTH DATA (J6-11) Synthesizer-exciter data line

SYNTH LD EN (J6-15) Synthesizer-exciter load enable

Synthesizer-exciter lock detect
indicator.

(MIIe - 800/900 MHz
applications only).

(MIIe - 800/900 MHz
applications only).

pulse line (MIIe - 800/900
MHz applications only).

For a complete description of the interface signals, and
their activity during the various operating modes, refer to
Table 15 .

The GETC uses the following lines to communicate
with other GETCs and with the Site Controller:

Rev. B 13

LBI-38988 CONFIGURATION

CONFIGURATION

The configuration process involves the following

procedures and should be completed in the order presented:

1. Hardware Installation - The Hardware Installation
procedure verifies proper installation of GETC
hardware.

2. GETC Software Installation - The GETC Software
Installation procedure provides instructions for
installing the GETC operating software,
349A9607.

3. Turbo Board Software Installation - This
procedure provides instructions for installing the
Turbo Board software, 344A1441.

4. Personality Programming - This procedure
provides instructions for programming and storing
system configuration data in the GETC.

5. Operational Checkout - The Operational Checkout
procedure provides instructions for verifying the
GETC operation when the configuration is
complete.

HARDWARE INSTALLATION

Typically, a Station GETC is installed in a n EDACS
station cabinet just above each of the station's radio
assemblies as shown in Figure 2. The assembly is mounted
within a slide out shelf measuring 1.75 inches (one rack
unit) high by 19 inches wide.

Installation or removal of the shelf sub-assemblies
involves sliding the GETC shelf out of the cabinet and into
the service position. This position allows access to the
shelf's sub-assemblies. Install all components with the
appropriate screws, nuts, and washer hardware. Refer to
the MASTR IIe (LBI-38430) or MASTR III (LBI-38636)
Application Assembly Diagrams for detailed information
on installing the GETC Shelf.

Observe basic safety precautions to prevent injury or
equipment damage.

Upgrading Hardware

GETC Shelves 19D901868G3 which are upgrading to
the 349A9607G4 or G5 software must ensure their
hardware is upgraded to the proper level. (The
19D901868G4 GETC Shelf meets all Group 5
requirements.)

Upgrading the hardware involves three elements:

• The microprocessor U1, 19A705557P1 (80C32), is

replaced with a faster “Speedy” microprocessor
RYT 121 6060/A (80C320).

• Replacing the AMPS modem chips U4 and U19

with the TI AMPS modem chips 19A704727P4.

• Installing a Ferrite Toroid on the Turbo Board

harness to suppress EMI spurs at 74 MHz.

The replacement microprocessor and Ferrite Toroid are
available in the field installable upgrade kit SPK9505. If
replacement of the modem chips is necessary, they must be
ordered separately. Refer to LBI-38894 and LBI-38822 for
complete installation instructions.

DISTRIBUTION

PANEL

SPACE

STATION GETC

REPEATER

CHANNEL #2

POWER SUPPLY

SPACE

STATION GETC

REPEATER

CHANNEL #1

DISTRIBUTION

PANEL

SPACE

STATION GETC

REPEATER

CHANNEL #4

POWER SUPPLY

SPACE

STATION GETC

REPEATER

CHANNEL #3

DISTRIBUTION

PANEL

SPACE

STATION GETC

REPEATER

CHANNEL #5

GETC Logic Board Installation

This manual assumes the GETC Logic Board
(19D904266G1 or G4) is previously installed, setup for the
default configuration (Wideband EDACS Station), and
fully operational. If you suspect that the GETC Logic
board is not operating properly, refer to the
Troubleshooting section in this manual.

Turbo Board Installation

This manual assumes the Turbo Board is previously

POWER SUPPLY

POWER SUPPLYPOWER SUPPLY

installed and fully functional. If, after installing or
attempting to install the Turbo Software, the Turbo Board
is not functioning properly, refer to the Troubleshooting

REPEATER

CABINET

REPEATER

CABINET

REPEATER

CABINET

section. Additional maintenance information is also
available in LBI-38822, SRN1060 and SRN1062.

Figure 2 - Typical Five Channel Repeater

Cabinet

14 Rev. B

CONFIGURATION LBI-38988

Receiving Half of

Telephone Line

J6-07

J6-06

68

T1

52

12

J67

R36

604

D11 D10

R1
5K

TP107

Demodulated

Rx Data

U18A

4558

Level

3

2

Rx

Figure 3 - GETC Phone Line Level Adjustments

Parallel

Data Bus

4
5
6
7
8

9
10
11

19 21

2

1

D0
D1
D2
D3
D4
D5
D6
D7

Serial Data

Rx Tx

J11

J3C-22

J3A-32

1

Telephone Line

Level Adjustments

U19

Rockwell

Modem

19A705178

Unmodulated

J3C-24

J3A-31

R2

Level

1K

R38

220

TP105

Tx Data

Tx

U18B

4558
5
6

Transmitting Half of

Telephone Line

J6-09 J6-08

68

T2

52

R146

604

D13 D12

7

Rockwell Modem Installation

The Rockwell Modem provides a high speed
synchronous serial interface between the Station GETC and
the CEC/IMC's Uplink GETC. The Station GETC uses the
modem to send and receive serial digital data representing
GID information, polling messages, keying messages, and
channel assignments. Data transfer rates are 9600 bits per
second (bps) using dedicated 3002 data grade four-wire
audio lines. Technical specifications for the modem may be
found in LBI-33031. Information on installing and testing
the modem may be found in LBI-38894, and LBI-38822.

Modem Alignment

Use the following steps to set up the basic audio line
levels. If the Station GETC is linked to a MultiSite system
other than the CEC/IMC (i.e. Data Gateway), different
levels may be required. Consult the applicable system
installation manual for the required levels.

1. Ensure jumpers are installed on J11 pins 1 & 2
and J12 pins 1 & 2.

2. Apply power to the GETC.

3. Adjust the receive level by monitoring U18 pin 1
(refer to Figures 3 and 4) and adjusting the receive
level potentiometer R1 (located on the GETC
Logic Board) for 400 mVpp as measured with a n

oscilloscope (85 mVrms if using an RMS
Voltmeter).

4. Verify the presence of demodulated signal data at
TP107.

5. Adjust the transmit level potentiometer R2 for the
maximum output level allowed by the phone line,
microwave link, or equivalent communication
line. For telephone lines linking the Station
GETC to the CEC/IMC Uplink GETC, adjust R2
for .77 Vrms (0 dBm) measured across J6-8 and
J6-9 (TB10-1 and 2). For microwave links, adjust
R2 for -10 dBm across J6-8 and J6-9.

6. Initialize the modem by pressing S4 (on the GETC
Logic Board) to reset the Station GETC or cycle
the GETC Shelf's operating power.

Jumper Installation

There are a few jumpers on the GETC Logic Board
which must be re-configured for different applications. To
properly configure the GETC jumpers, refer to jumper
tables in SRN1060 and install or remove jumpers according
the intended GETC application. The location of the
jumpers may be found using the board layout diagram in
Figure 4.

Rev. B 15

LBI-38988 CONFIGURATION

U18

J47

R1

Receive Level Adjustment

T1 T2

1

J7

J9 J8 J6 J19

J14

J15

1

1

1

J28

1

1

J20

J48

TP104

1

TP114

R141

J13

1

J50

J21

J26

J18

J53

1

1

1

1

U18

R1

J74

J51

1

1

J46

1

1

1

J69

J73

J71

1

J44

J17

TP104

1

1

J25

1

TP114

J16

1

J24

1

TP111

J60

1

J65

R31

1

J66

1

J64

R141

1

J63

1

1

J55

1

1

J67

1

J12

1

1

U1

TP111

R31

L7

L6

LED Indicators

L1 L2 L3 L4 L5

U35

J61

J10

J27

TP108

1

J29

U2

J52

1

1

U4

1

S3S2S1

R2

1

J72

TP109

1

1

TP110

U3

1

U19

1

1

S4

Reset Switch

Dip Switches

J62

19D904266

TP108

R2

TX Level Adj

TP110

J49

TP107

TP107

J3

J11

TP109

J68

J54 1

Figure 4 - Station GETC (19D904266) Jumper and Test Point Locations

16 Rev. B

CONFIGURATION LBI-38988

GETC SOFTWARE INSTALLATION

The GETC software installation procedure involves
installing the latest version of the EPROM containing the
GETC operating software.

NOTE

NOTE

Download applicable Field Macros into the PC

Programmer TQ-3357 prior to configuring the

GETC software.

The following procedures provide instructions for
installing the GETC software when the GETC functions in
a Failsoft System, a Fully Trunked System, or a Satellite
Site Receiver or Simulcast Remote Transmitter:

caution

CAUTION

Observe precautions

for handling

ELECTROSTATIC

h

SENSITIVE DEVICES

Trunked Failsoft System

Perform the following steps when installing the
software in a GETC connected in a Trunked Failsoft
system.

NOTE

NOTE

Upgrading to Group 4 or Group 5 software is

backward compatible in functionality with

349A9607G1 & G2 and 19A149256G18 thru G21

software in the Failsoft operation. However, the

GETC hardware must be upgraded to include the

Turbo Board with 344A4414G4 or Group 5

software, respectively, and Ferrite Toroid. The

Logic board must be upgraded with the 80C320

microprocessor (U1), and 19A704727P4 Modem

(U4 & U19), refer to the Upgrading Hardware

section for details.

1. Power down the channel and place the GETC into
the service position. Refer to LBI-38894 if
necessary.

2. If upgrading from 19A149256G21 (or earlier)
software, remove RAM chip U3 and install Turbo
Board. Refer to LBI-38822 for instructions.

3. Ensure Modem chips U4 and U19 are TI AMPS
modems 19A704272P4. TI Amps modems are
required when upgrading to 349A9607G4 (or
later), replace if necessary.

4. Ensure microprocessor U1 is the “Speedy”
microprocessor 80C320 (RYT 121 6060/A). This
processor is required when upgrading the software
to 349A9607G4 (or later). The processor is
available in the Speedy Upgrade Kit SPK9505.
Replace if necessary. Refer to LBI-38894 for
installation instructions.

5. Ensure Turbo Board harness has Ferrite Toroid
installed. Toroid is included in the SPK9505
Speedy Upgrade Kit. Replace if necessary. Refer
to LBI-38822 for installation instructions.

6. Remove the old EPROM (U2) from the GETC
Logic Board.

7. Install the new EPROM into the XU2 socket,
being sure to properly orient the chip.

8. Remove EEPROM U35, if necessary, from the
Logic Board. The GETC personality will reside in
the Turbo Board and this device is no longer
required.

9. Power up the channel.

10. Place the Turbo processors U1 and U2 in the
program mode by switching Turbo Board switches
S2 and S3 toward the front of the Turbo Board.

11. Download the Turbo Board Software from the disk
provided in the Turbo Media Kit, 344A4414.
Refer the Turbo Board Software Installation
section, SRN1060, SRN1062, and LBI-38822.

12. After downloading the Turbo Board software,
move switches S2 and S3 toward the back of the
Turbo Board and press the GETC Logic Board
Reset button, S4.

13. The two LEDs on the Turbo Board should light.

14. Program the GETC’s personality using the
Personality Programming procedures contained in

Rev. B 17

LBI-38988 CONFIGURATION

this manual and the detailed instructions contained
in TQ-3357 and SRN1060.

15. Perform an operational checkout using the Failsoft
System checkout procedures.

Fully Trunked Systems

Perform the following steps when installing the
software in a GETC connected i n a fully trunked system.
Following these procedures will allow upgrading the GETC
without interrupting normal communications.

These procedures apply to all fully trunked sites with
PDP System Manager Group 8 (or later), or VAX System
Manager Group 1 (or later).

NOTE

NOTE

If uninterrupted service is not an issue, skip steps

1 and 2.

1. Using the System Manager, place the channel into
Channel Test (formerly 2nd partition). This
allows the GETC to be tested for correct operation
before the channel is placed back into service.

2. Enable the test radios (two required) to operate in
Channel Test. This is done using the System
Manager’s Logical Unit Definition to change the
Logical ID database. Also, enable a test group(s)
for Channel Test by using the System Manager’s
Group Definition to change the Group ID
database. Refer to LBI-38984.

Replace if necessary. Refer to LBI-38894 for
installation instructions.

7. Ensure Turbo Board harness has Ferrite Toroid
installed. Toroid is included in the SPK9505
Speedy Upgrade Kit. Replace if necessary. Refer
to LBI-38822 for installation instructions.

8. Remove the old EPROM (U2) from the GETC
Logic Board.

9. Install the new EPROM into the XU2 socket,
being sure to properly orient the chip.

10. Remove EEPROM U35, if necessary, from the
Logic Board. The GETC personality will reside in
the Turbo Board and this device is no longer
required.

11. Power up the channel.

12. Place the Turbo processors U1 and U2 in the
program mode by switching Turbo Board switches
S2 and S3 toward the front of the Turbo Board.

13. Download the Turbo Board Software from the disk
provided in the Turbo Media Kit, 344A4414.
Refer the Turbo Board Software Installation
section, SRN1060, SRN1062, and LBI-38822.

14. After downloading the Turbo Board software,
move switches S2 and S3 toward the back of the
Turbo Board and press the GETC Logic Board
Reset button, S4.

3. Power down the channel and place the GETC into
the service position. Refer to LBI-38894 if
necessary.

4. If upgrading from 19A149256G21 (or earlier)
software, remove RAM chip U3 and install Turbo
Board. Refer to LBI-38822 for instructions.

5. Ensure Modem chips U4 and U19 are TI AMPS

15. The two LEDs on the Turbo Board should light.

16. Program the GETC’s personality using the
Personality Programming procedures contained in
this manual and the detailed instructions contained
in TQ-3357 and SRN1060.

17. Perform an operational checkout using the Fully
Trunked System checkout procedures.

modems 19A704272P4. TI Amps modems are
required when upgrading to 349A9607G4 (or
later), replace if necessary.

When upgrading from 349A9607G1 (or later)

NOTE

NOTE

software, existing personality data is stored during

6. Ensure microprocessor U1 is the “Speedy”
microprocessor 80C320 (RYT 121 6060/A). This
processor is required when upgrading the software

the installation process. It will only be necessary
to reprogram the personality if new features are
being enabled.

to 349A9607G4 (or later). The processor is
available in the Speedy Upgrade Kit SPK9505.

18 Rev. B

CONFIGURATION LBI-38988

Satellite Receivers & Simulcast Remote TX

Perform the following steps when installing the
software in a GETC connected in a Voted system as a
Satellite Site Receiver or at the Remote TX Site.

NOTE

NOTE

For Voted systems using Satellite Site Receiver

software, the Satellite Site Receiver software must

be the same version as the Main/Control Site

software before the channel will operate properly.

NOTE

NOTE

For Simulcast systems, all Satellite Receivers of a

channel must use the same software version, and

the receiver software need not be the same as the

Control Point software although it is

recommended.

We also recommend upgrading the Satellite Site

Receiver software before the Main/Control Site.

Receiver sites are somewhat redundant in their

operation, and changing one site has only a

localized affect on the over all operation.

1. Power down the channel and place the GETC into
the service position. Refer to LBI-38894 if
necessary.

2. If upgrading from 19A149256G21 (or earlier)
software, remove RAM chip U3 and install Turbo
Board. Refer to LBI-38822 for instructions.

Speedy Upgrade Kit. Replace if necessary. Refer
to LBI-38822 for installation instructions.

6. Remove the old EPROM (U2) from the GETC
Logic Board.

7. Install the new EPROM into the XU2 socket,
being sure to properly orient the chip.

8. Remove EEPROM U35, if necessary, from the
Logic Board. The GETC personality will reside in
the Turbo Board and this device is no longer
required.

9. Power up the channel.

10. Place the Turbo processors U1 and U2 in the
program mode by switching Turbo Board switches
S2 and S3 toward the front of the Turbo Board.

11. Download the Turbo Board Software from the disk
provided in the Turbo Media Kit, 344A4414.
Refer the Turbo Board Software Installation
section, SRN1060, SRN1062, and LBI-38822.

12. After downloading the Turbo Board software,
move switches S2 and S3 toward the back of the
Turbo Board and press the GETC Logic Board
Reset button, S4.

13. The two LEDs on the Turbo Board should light.

14. Program the GETC’s personality using the
Personality Programming procedures contained in
this manual and the detailed instructions contained
in TQ-3357 and SRN1060.

3. Ensure Modem chips U4 and U19 are TI AMPS
modems 19A704272P4. TI Amps modems are
required when upgrading to 349A9607G4 (or
later), replace if necessary.

4. Ensure microprocessor U1 is the “Speedy”
microprocessor 80C320 (RYT 121 6060/A). This
processor is required when upgrading the software
to 349A9607G4 (or later). Processor is available
in Speedy Upgrade Kit SPK9505. Replace if
necessary. Refer to LBI-38894 for installation
instructions.

5. Ensure Turbo Board harness has Ferrite Toroid
installed. Toroid is included in the SPK9505

Rev. B 19

15. Perform an operational checkout using the
Satellite Receiver checkout procedures.

Single Channel Autonomous Trunking (SCAT)

Detailed SCAT Installation Instructions for Station
GETCs are available in LBI-38987. This manual also
includes complete configuration instructions.

Voted Digital Interconnect (VDI)

Detailed VDI Installation Instructions for Station
GETCs are available in LBI-39187. This manual also
includes complete configuration instructions.

LBI-38988 CONFIGURATION

De-installing The GETC-1e Software

If a problem arises while upgrading or installing the
new software, it may be necessary to de-install the software.
Restoring the site to its original configuration will depend
on which of the following the original hardware platform.
The two cases are described below.

If the original equipment configuration was a GETC1e
(GETC with Turbo) platform, then perform the following
steps:

1. Replace Group 5 GETC PROM with original
software.

2. Reload original Turbo software using PC
Programmer.

3. If changes were made to the personality, then
reload the previous parameters.

4. The Speedy microprocessor upgrade, if installed,
does not need to be reversed.

If the original equipment was a GETC (GETC with no

Turbo) platform, then perform the following steps:

When using PC Programmer TQ-3357 V3 (or earlier)
and downloading 344A4414G3 (and earlier) software, the
data from the PC files is routed to the Turbo Board
microprocessors through Turbo Board programming
connector J100 at the rear of the GETC Shelf.

When using PC Programmer TQ-3357 V4.03 (or
later), the Turbo software is downloaded to the Turbo
Board microprocessors through Turbo Board programming
connector J104. Programming through J104 also allows
you to load the GETC personality without changing setups.
In addition, the V4.03 PC Programmer will diagnose any
problems between the PC and the GETC during the
downloading process and simplify the handling and
archiving of the Turbo software.

NOTE

NOTE

PC Programmer TQ-3357 V4.03 must be used

when upgrading to 349A9607G5 (or later). Only

TQ-3357 V4.03 (or later) is capable of using Field

Macros. When using 349A9607G5 software, the

Field Macro “gtc_9505.mac” must be installed

into TQ-3357 to access the new feature’s

parameters.

1. Replace Group 5 GETC PROM with original
software.

2. Disable the Turbo by sliding Turbo switches S2
and S3 toward the front of the GETC shelf.

3. Re-install the original personality EEPROM, if it
was removed, else no change.

4. The Turbo upgrade, if installed, does not need to
be reversed.

5. The Speedy microprocessor upgrade, if installed,
does not need to be reversed, except for SCAT
sites.

TURBO BOARD SOFTWARE
INSTALLATION

This procedure provides instructions for downloading
the Turbo software. The software is included in the Turbo
Media Kit, 344A4414. The installation process involves
downloading the GETC1E utilities to an IBM compatible
personal computer (PC), and connecting the programming
cable (TQ-3360) between the PC and the Turbo Board
programming connector.

Equipment Required

• IBM PC/XT/AT or compatible with at least 640K

memory, monitor and keyboard running MS-DOS
version 3.0 or higher.

• Hard disk is recommended; but, not required.

• Serial Port configured as either COM1 or COM2.

• TQ-3360 programming cable.

• Male DB-25 to female DB-9 adapter or cable if the

PC's serial port connector is a male DB-9
connector instead of a male DB-25 connector.

• Station Turbo Software distribution diskette

344A4414 (344A4414G5 required when installing
349A9607G5 GETC Software). Refer to
SRN1060 and SRN1062 to verify software
compatibility.

• Field Macro “gtc_9505.mac” (supplied with

the Station Turbo Software distribution disk).

20 Rev. B

CONFIGURATION LBI-38988

PC Programmer Setup

Prepare the PC for programming the GETC Turbo

Board by performing the following steps:

TQ-3357 V4.03 (or later)

1. Connect the TQ-3360 programming cable from
the PC's serial port connector to the GETC Shelf
connector J104 (A DB-25 to DB-9 adapter may be
needed.)

2. Using the TQ-3357’s LOAD utility, copy the
Station Turbo software (344A4414) into the PC
Programmer’s working directories.

3. Load the Field Macro “gtc_9505.mac” into the
TQ-3357 PC Programmer using the instructions
contained in Chapter 5 of the TQ-3357 manual.

4. Refer to TQ-3357 Chapter 5 Load1E Utility for
complete instructions on downloading the Turbo
software .

TQ-3357 V3 (or earlier)

1. Connect the TQ-3360 programming cable from
the PC's serial port connector to the GETC Shelf
connector J100 (A DB-25 to DB-9 adapter may be
needed.)

NOTE

NOTE

When using Turbo Board 344A4414 Group 2 (or
later) software, re-programming the GETC Turbo
Board will not alter previously stored Personality
Data. When Personality Data is present,
“load1e.exe” clears and performs CRC functions
over the code portion of memory only.

PERSONALITY PROGRAMMING

Personality refers to the system configuration data
stored in the GETC's memory. The GETC's Personality
includes system configuration information such as channel
frequencies, call parameters, operating modes, and
identification information.

The Personality Programming process involves using
the TQ-3357 GETC Shelf PC Programmer which includes
the programming software to create the desired personality
and transfer the Personality data to the battery backed-up
RAM located on the Turbo Board.

NOTE

If installing GETC software 349A9607G4 (or

later), you must use PC Programmer V4.03 (or

later). Version 4.03 allows access to new G4

features. TQ-3357 V5.0 or V4.03 with Field

Macro file GTC_9505.MAC is required to access

349A9607G5 features’ parameters.

2. Using standard DOS commands or a software file

manager, create a directory named "LOAD1E" on
the PC's hard drive.

3. Make "LOAD1E" the current directory and copy

the following files from the software diskette into
the "LOAD1E" directory:

• load1e.exe

• 1etop.hex

• 1ecrc.hex

• 1ebot.hex

4. Run the load1e.exe program. Follow the on

screen instructions and program the Turbo Board.
Additional programming instructions may be
found in SRN1062 and LBI-38822.

The TQ-3357 V4.03 (or later) also allows you to
upload the GETC’s Personality without changing the DIP
switch settings.

NOTE

NOTE

It is not necessary to recreate the personality when

upgrading from Group 1 or Group 2 software to

Group 4. However, to activate new features, read

the existing personality and edit the personality as

required.

Programming a Personality Using TQ-3357 V3
(or earlier)

When using TQ-3357 Version 3 (or earlier) you must
program the personality through J100.

1. Connect one end of the serial programming cable
(TQ-3360) to the computer. Connect the other end

Rev. B 21

LBI-38988 CONFIGURATION

8

OPEN

of the serial cable to the GETC Shelf connector
J100, see Figure 5.

2. Set the GETC DIP switches S1, S2, and S3 for the
programming mode as shown in Figure 6. Set S2­8, S3-3 and S3-6 to OPEN. All other S3 positions
should be CLOSED. Switches S1-1 thru S2-7 can
be in any position and need not be changed. DIP
switches S1-S3 are located near the front of the
GETC Shelf, see Figure 4.

3. Reset the GETC by either applying power or
pressing the GETC RESET switch S4, see Figure
4, located just below the DIP switches. Resetting
the GETC, in combination with the DIP switch
settings, places the GETC into the Personality
Programming mode.

4. Verify that front panel LEDs L3, L4, and L5 are
ON, as shown in Table 5. This indicates the
GETC is ready for programming.

Table 5 - Indicators in Programming Mode Using J100

LED Indicators L1 L2 L3 L4 L5 L6 L7

Programming Mode

Legend: ❍ = OFF ● = ON ❉ = FLASHING

❍❍●●●❍❍

S1

1234567

OPEN

12345678S212345678

S3

OPEN

Figure 6 - Programming DIP Switch Settings

5. Proceed with the Personality programming as
described in TQ-3357 Chapter 4.

6. After saving the personality and downloading it
into the GETC, perform an operational checkout
of the GETC.

Programming a Personality Using TQ-3357
Version 4.03 (or later)

When using TQ-3357 Version 4.03 (or later), program

the personality through J104.

1. Connect one end of the serial programming cable
(TQ-3360) to the computer. Connect the other end
of the cable to the GETC Shelf connector J104.
See Figure 7.

2. Move Switch S2 on the Turbo Board to the front
placing the GETC into the Personality
Programming mode. See Figure 7.

Software Disk

TQ-3357 V3 or earlier

Cable

TQ-3360

J100

Harness 19C336863G2

J10

J27

J9 J8 J5

TQ3357

To

COM 1 or

COM 2

U1

J3

U2

J7

J49

J49

1

U3

1

1

U19

U19

J3

TP107

TP107

J8

1

1

U2

U1

1

U4

Dip Switches S1-S3

S3S2S1

Switch S4

S4

L1 L2 L3 L4 L5 L6 L7

J19

T1 T2

U18R1

Turbo Board Lightning GETC

GETC Shelf 19D901868G3

Figure 5 - System Hook-Up Using J100

22 Rev. B

CONFIGURATION LBI-38988

3. Verify that front panel LEDs L6 and L7 are
flashing, as shown in Table 6. This indicates the
GETC is ready for programming.

Table 6 - Indicators in Programming Mode Using J104

LED Indicators L1 L2 L3 L4 L5 L6 L7

Programming Mode

Legend: ❍ = OFF ● = ON ❉ = FLASHING

❍❍❍❍❍

❉❉

4. Proceed with the Personality programming as
described in TQ-3357.

5. After saving the personality and downloading it
into the GETC, perform an operational checkout
of the GETC.

Software Disk

TQ3357 V4 or later

Cable

TQ-3360

J103 J104

Harness

19C337712G1

TQ-3357

To

COM Port

J2

S2
S3

U1

U2

J3

J49

1

J3

TP107

J10

J27

J9 J8 J5

J7

1

1

1

U2

U3

U19

U1

1

U4

S3S2S1

S4

L1 L2 L3 L4 L5 L6 L7

J19

T1 T2

U18R1

Turbo Board GETC Logic Board

GETC Shelf 19D901868G3

Figure 7 - System Hook-Up Using J104

Rev. B 23

LBI-38988 CONFIGURATION

Table 7 - Sample Station Personality

Personality: C:\GE\GTC\PERS\SAMPLE.GTC

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

Personality Description

This is a sample personality for
a Station GETC.

Channel Allocations

11111 11111 22222 22222 333
Channel Number 1234 56789 01234 56789 01234 56789 012

Control Channel YYYY YYYYY YYYYY YYYYY Y.... ..... ...

Clear Voice YYYY YYYYY YYYYY YYYYY Y.... ..... ...

Digital Voice YYYY YYYYY YYYYY YYYYY Y.... ..... ...

Data YYYY YYYYY YYYYY YYYYY Y.... ..... ...

Pager (DnLink GETC).... YY... ..... ..... ..... ..... ...

Interconnect YYYY YYYYY Y.... ..... ..... ..... ...

Allow DV Telephone YYYY YYYYY Y.... ..... ..... ..... ...

Multisite Downlink .... ..... ..... ..... ..... ..YY. ...

Downlink (to TSIN) .... ..... ..... ..... ..... YY... ...

Channel Data

System Type : WIDE BAND

Ch # Freq (Mhz) Ch # Freq (Mhz) Ch # Freq ( Mhz)

1 855.0125 10 858.0125 19 0.0000
2 855.0250 11 858.0250 20 0.0000
3 855.0375 12 858.0375 21 0.0000
4 856.0125 13 0.0000 22 0.0000
5 856.0250 14 0.0000 23 0.0000
6 856.0375 15 0.0000 24 0.0000
7 857.0125 16 0.0000 25 0.0000
8 857.0250 17 0.0000
9 857.0375 18 0.0000

Site Data

Site Name : TESTSITEONE Site ID : 4
Date : 01/13/95 Morse ID : WTST4
Channel Assignment: Ascending Rotating Assign: Yes Indv. Call Hang : 0
Indv. Call Update : One Slot Multisite Syst.: Yes Group Call Hang : 0
IMC Platform : IMC/CEC Simulcast Syst.: No Telephn Call Hang: 30
Wideband Pwr Sense: Disabled CTIS(Telephone): No Dig. Voice Hang : 0
Jamming Threshold : 0 Voter System : No Emerg. Call Hang : 0
Rem Site DV Delay : 0 SCAT : No Sys All Call Hang: 0
Max Interconnects : 4 LIDs>8192 : Yes TX Trunked Timer : 60
Msg Trunked Timer: 120
Morse Intvl Timer: 15

24 Rev. B

CONFIGURATION LBI-38988

Table 7 - Sample Station Personality (Continued)

CONFIRMED CALL ENABLES STATUS:

Clear Voice Digital Voice

----------- ------------­ Group Calls: No No
Indiv Calls: No No
Teleph Calls: No No

Digital Voice Group ID

Group ID Group ID Group ID

1 0 19 0 37 0
2 0 20 0 38 0
3 0 21 0 39 0
4 0 22 0 40 0
5 0 23 0 41 0
6 0 24 0 42 0
7 0 25 0 43 0
8 0 26 0 44 0
9 0 27 0 45 0
10 0 28 0 46 0
11 0 29 0 47 0
12 0 30 0 48 0
13 0 31 0 49 0
14 0 32 0 50 0
15 0 33 0 51 0
16 0 34 0 52 0
17 0 35 0 53 0
18 0 36 0 54 0

Conventional Network Interface Data

Conventional Network Logical ID : 0

C.N.I Group ID C.N.I Channel Guard Tone

**GETC Personality Extended Options:

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
CV C-Call Timeout 0
DV C-Call Timeout 0
Wide Area DV No
Data Mode RF Data
Polarity Invert None
Baud Rate 9600
Dig.Voted Inter. Unavail
Data Protocol Normal
Data Queuing Disabled
Msg Trunked Data Disabled
DataCall Hangtime 0
FS Patch Enable Disabled
LSTX Polarity Normal
MII/IIe 900MHz? No
Conv. FS Enable Disabled
MS Confirmation 0

NOTE

NOTE

** The contents of the GETC Personality Extended Options panel will display the parameters for new features

when the Field Macro(s) is installed into the PC Programmer. Field Macros keep the programmer current
until a fully upgraded PC Programmer which includes all features is made available. The Field Macros are
supplied with the Turbo Software Media Kit and may be downloaded from Ericsson’s “One1Call” retrieval
system.

Rev. B 25

LBI-38988 OPERATIONAL CHECKOUT

OPERATIONAL CHECKOUT

Verify that the GETC is operating correctly by

performing the following steps:

DIP Switch Settings

Through imporvements in software and hardware,
fewer changes in DIP switch settings are required. As a
result more switch positions are being ignored and their
functionality is being programmed into the GETC via the
Personality Programming.

S3

12345678S112345678S212345678

OPE N OP E N

S2-8 Always Closed for
Normal operation, Open for
Test program.

Figure 8 - Operational DIP Switch Settings

1. Set the GETC DIP switches S1-1 through S1-7
and S2-1 through S2-4 to the operating frequency.
Refer to SRN1060, Appendix A for wideband
frequencies, and Appendix B for narrow band
frequencies.

NOTE

NOTE

For MASTR II/IIe (using 349A9607G5 or later)
and MASTR III stations, set DIP switches S1-1
through S1-7 and S2-1 through S2-4 to the
CLOSED position. Frequency is selected via the
Personality programming.

OPE N

1442443

Channel

Number

6. Set S3-1 thru S3-5 to the Channel Address. Refer
to Table 8.

7. Set S3-6 to CLOSED.

8. Set S3-7 OPEN for Simulcast or CLOSED for
non-Simulcast. With software 349A9607G4 (or
later) set S2-6 to CLOSED, use Personality
Programming.

9. Set S3-8 to OPEN.

Table 8 - Channel Number Switch Settings

GETC DIP SWITCH

SW-3 SELECTION

(LSB) (MSB)

CH # 1 2 3 4 5 CH # 1 2 3 4 5

1 OCCC C 13 OCOOC
2COCCC14COOOC
3 OOCC C 15 OOOO C
4 CCOC C 16 CCCCO
5OCOCC17OCCCO
6 COOC C 18 COCC O
7 OOOC C 19 OOCCO
8 CCCO C 20 CCOCO

9OCCOC21OCOCO
10 COCO C 22 COOCO
11 OOCO C 23 OOOC O
12 CCOO C 24 CCCOO

GETC DIP SWITCH

SW-3 SELECTION

(LSB) (MSB)

O = open switch position (1)
C = closed switch position (0)

1. Reset the GETC by pressing S4.

2. Complete the verification process for the specific
GETC application, by using the procedure for:

2. Set S1-8 to CLOSED for Satellite Receivers and

a. A Fully Trunked System

Remote Simulcast Site operation. Open for all
other operating modes.

3. Set S2-5 to CLOSED.

4. Set S2-6 to CLOSED enable Conventional Failsoft
or OPEN to disable Conventional Failsoft. With
software 349A9607G4 (or later) set S2-6 to

Fully Trunked System

checkout of a trunked GETC channel moved to the Channel
Test during the Firmware Installation.

b. A Failsoft System
c. Satellite Site Receiver

Perform the following steps to complete the operational

CLOSED, use Personality Programming.

1. Verify correct LED indicators for the Trunked

5. Set S2-7 and S2-8 to CLOSED.

System Control Channel and the idle Working
Channels as shown Table 9.

26 Rev. B

OPERATIONAL CHECKOUT LBI-38988

Table 11 - LED Indicators for Failsoft Idle Channels

LED Indicators

Failsoft Idle WB

Working Channel
Failsoft WB Control

Channel
Failsoft Idle NB

Working Channel
Failsoft NB Control

Channel

Legend:

= OFF ● = ON ❉ = FLASHING

2. Place test calls from radios in Channel Test by
keying one of the test radios and monitoring the
audio from the other radio. Place Clear Voice
calls and if programmed, Digital Voice calls.

Table 9 - LED Indicators for Trunked Idle Channels

LED Indicators L1 L2 L3 L4 L5 L6 L7

Fully Trunked Idle WB

❍❍❍❍❍❍●

Working Channel

Fully Trunked Idle NB

❍❍●❍❍❍●

Working Channel

Fully Trunked WB

❍❍❍❍❍●●

Control Channel

Fully Trunked NB

❍❍●❍❍●●

Control Channel

Legend: ❍ = OFF ● = ON ❉ = FLASHING

3. Verify LED indicators are correct, as shown in
Table 10, for the trunked channels assigned Clear
Voice and Digital Voice calls.

Failsoft System

Perform the following steps to verify operation of a

GETC used in a Failsoft System:

1. Verify the GETC LED indicators for the Failsoft
Control Channel and idle Working Channels are
correct as shown in Table 11.

L1 L2 L3 L4 L5 L6 L7

●❍❍❍❍❍●

●❍❍❍❍●●

●❍●❍❍❍●

●❍●❍❍●●

❍

Table 10 - LED Indicators for Trunked Assigned

Channels

LED Indicators L1 L2 L3 L4 L5 L6 L7

Fully Trunked Assigned

❍❍❍❍❍●❍

WB Clear Call

Fully Trunked Assigned

❍❍❍❍❍●●

WB Digital Voice Call

Fully Trunked Assigned

❍❍●❍❍●❍

NB Clear Call

Legend: ❍ = OFF ● = ON ❉ = FLASHING

4. Using the System Manager, put channel back into
service by taking it out of Channel Test.

5. Repeat for all channels.

NOTE

NOTE

To switch a GETC from the Control Channel
operation to Working Channel operation, press
and hold S4 on the Control Channel GETC. This
causes the Failsoft System to re-assign the Control
Channel responsibilities to the next functioning
GETC. Release S4 and verify LEDs.

2. Place Clear Voice calls on both wideband or
narrowband channels and Digital Voice calls on
the wideband channels to verify correct operation.

3. Verify LED indicators are correct, as shown in
Table 12, for the Failsoft Wideband channel(s)
assigned Clear Voice and Digital Voice calls and
Failsoft Narrow Band channel(s) assigned Clear
Voice calls.

4. Repeat for all channels.

Rev. B 27

LBI-38988 OPERATIONAL CHECKOUT

Table 12 - LED Indicators for Failsoft Assigned

Table 13 - LED Indicators for Satellite Site Receivers

Channels

LED Indicators L1 L2 L3 L4 L5 L6 L7

LED Indicators L1 L2 L3 L4 L5 L6 L7

WB Working Channel

Failsoft Assigned WB

●❍❍❍❍●❍

Satellite Site Idle

Clear Call

WB Working Channel

Failsoft Assigned WB

●❍❍❍❍●●

Satellite Site Assigned

Digital Voice Call

WB Control Channel

Failsoft Assigned NB

●❍●❍❍●❍

Satellite Site

Clear Call

Legend: ❍ = OFF ● = ON ❉ = FLASHING

WB Working Channel
Remote Simulcast
Assigned

Satellite Site Receiver

Verify proper operation of a GETC used in as a
Satellite Site Receiver by observing the GETC LED
indicators when the receiver is used as a Control Channel
and idle or assigned Working Channel as shown in Table

13.

INTERFACE SIGNALS

between the GETC and the Station Repeater. For the
specific location of these signals, refer to the Interconnect
Diagrams.

Legend: ❍ = OFF ● = ON ❉ = FLASHING

Table 15 describes the various interface signals

●❍❍❍❍❍●

●❍❍❍❍●●

●●❍❍❍❍●

●❍❍❍❍●❍

28 Rev. B

TROUBLESHOOTING LBI-38988

TROUBLESHOOTING

The hardware used in the GETC is extremely reliable,
making component failure the unlikely cause of most
problems. The most common causes of problems are
programming errors and interface connections.

Use the following guidelines when troubleshooting a
GETC on site:

1. Verify the operation of front panel LEDs. This
can be done by performing the Operational
Checkout and verifying the LED indications.
GETCs using 349A9607 Group 4 software may
also indicate the specific cause of the failure, refer
to Failure Mode.

2. Verify that all cables are properly connected and
secure.

3. Verify the GETC’s personality is properly
programmed for the specific application. Refer to
TQ-3357, PC Programmer and SRN1060 (SRN
1024 if using 19A705595G8 software).

4. Verify the Turbo Board is properly configured if
applicable. Refer to LBI-38822 and SRN 1062.

5. If you suspect that the GETC has failed, replace
the it with a known good unit properly configured
for this application. Recheck all software and
personality parameters and checkout the GETC’s
operation. If the GETC functions properly, repair
or replace the malfunctioning GETC according to
the instructions in LBI-38894.

panel LEDs. Prior to group 4 software, a failure is
indicated by incorrect LEDs, but the GETC did not indicate
the root cause. The failure modes listed in Table 14
describe the LED displays and their corresponding failure
mode interpretation.

In all 3 failure modes, the channel is completely taken
out of service. This allows the System Manager in Fully
Trunked systems to display a channel failure. In Trunked
Failsoft, the channel is removed from service to avoid using
the bad channel.

CHANNEL ACTIVITY LOGGER

Another diagnostic feature introduced with the
349A9607 Group 4 software is the Channel Activity
Logger. This feature allows the GETC to supply
information about what it sees from its inputs: the RF
receiver, phone line receiver, station interface I/O.
Additionally, the GETC can supply internal event
information about what the GETC is doing. For example,
if the GETC tries to train its Rockwell modem, it will print
a message “MODEM TRAINING STARTED,” and when
the modem becomes trained, it will print “MODEM
TRAINING COMPLETED.” In General, the information
supplied by the Channel Activity Logger is EDACS specific
and in some cases may need technical assistance for
interpretation. For detailed instructions on using the
Channel Activity Logger, refer to SRN1060 and PC
Programmer TQ-3357 V4.03 (or later).

IN CASE OF DIFFICULTY

FAILURE MODE

With the introduction of 349A9607 Group 4 software,

the GETC is able to indicate a specific failure via the front

Table 14 - Failure Modes

LED DISPLAY FAILURE MODE POSSIBLE FAILURE CAUSE

LED 7 (only ) - Flashing

Flashing rate = 1 second
Quick synthesizer reload after every 5 flashes

of LED 7 (quick flash of LEDs 3, 4, and 5)

LED 6 (only) - Flashing
Flashing rate = 1 second
LED 6 & 7 (only) - Flashing simultaneously
Flashing rate = 1 second

Rev. B 29

GETC is unable to cause a
synthesizer lock.

GETC has detected a PA Low
Power Alarm condition.

GETC has detected failure of
Turbo Board.

If you are unable to resolve a problem to your
satisfaction, then contact the Ericsson Technical Assistance
Center (TAC) at 1-800-528-7711 (outside USA, 804-528-

7711).

Bad synthesizer, Bad 10V Station Power

Supply, incorrect operation of MASTER
III Station Module, J26 Incorrect.

Bad PA, incorrect adjustment of R141,

uncalibrated Power Sensor.

Turbo Board switches not in operational

position (toward rear of GETC), wrong
turbo software, bad turbo card.

LBI-38988 TROUBLESHOOTING

Table 15 - Interface Status During Various States

SIGNAL STATE STATUS

Control Channel:

Vol/Sq (J7-2) Data High Speed signaling is being routed to the HSD Detector.
RUS In (J7-14) High Receiver is unsquelched and watching carrier activity for the presence

(present = Low) of an interfering signal (without valid signaling).

Rus Out (J7-15) Low GETC is receiving HSD and mutes the receiver (no Receiver audio to the

transmitter).

RPT Inhibit (1950 DIS) (J6-5) Low If a Voting system, this line is low during a Control Channel. The 1950

tone is present on the Line Output.
Rem PTT (J7-9) High No inbound calls from console or IMC.
Delay PTT (J6-1) Low Transmitting (HSD).
Rem PTT (J6-16) High No calls from the remote line allowed when Control Channel.
DET DIS (J6-10) High Transmitting high speed data, low speed data disabled.
MOD Out (J7-4) Data Control Channel Data to be transmitted is sent into the station on this line

now. (Simulcast Transmit Site.)
CG HI (J7-4) Data No Low speed data during Control Channel signaling.
Phone lines (J6 6, 7, 8, & 9) Analog If Voter or Simulcast, these lines contain modem communication between

the Voter and Main Site/Control Point GETCs, otherwise inactive.

Working Channel (Inactive):

Vol/Sq (J7-2) Data Not Listening for data.
RUS In (J7-14) High Watching carrier activity for the presence (present = Low) of an interfering

signal (without valid signaling).
Rus Out (J7-15) Low Receiver is muted (no Receiver audio to the transmitter).
RPT Inhibit (1950 DIS) (J6-5) Low If a Voting system, this line is low during a Control Channel. The 1950

tone is present on the Line Output.
Rem PTT (J7-9) High No inbound calls from console or IMC. Line not considered until channel is

assigned.
Delay PTT (J6-1) High Not Transmitting.
Rem PTT (J6-16) High No calls from the remote line allowed until channel is assigned.
DET DIS (J6-10) Low High speed data disabled, low speed data enabled.
MOD Out (J7-4) Data No High speed data is sent to the station on this line now.
CG HI (J7-4) Data No Low speed data until channel is assigned.
Phone lines (J6 6, 7, 8, & 9) Analog If Voter or Simulcast, these lines contain modem communication between

the Voter and Main Site/Control Point GETCs, otherwise inactive.

30 Rev. B

TROUBLESHOOTING LBI-38988

Table 15 - Interface Status During Various States (Continued)

SIGNAL STATE STATUS

Working Channel (Active): Handshake Mode

Vol/Sq (J7-2) Data Listening to High Speed handshake.
RUS In (J7-14) N/A RUS activity is being ignored during the handshake.
Rus Out (J7-15) L/H Receiver is muted (no receiver audio to the transmitter) until call is

validated.

RPT Inhibit (1950 DIS) (J6-5) Low If a Voting system, this line is low during a Control Channel. The 1950

tone is present on the Line Output.

Rem PTT (J7-9) N/A If inbound call is from console or IMC this signal will be considered after

channel is assigned.
Delay PTT (J6-1) High Transmitting High speed data (handshake).
Rem PTT (J6-16) High No calls from the remote line allowed until channel is assigned.
DET DIS (J6-10) High Transmitting high speed data, low speed data disabled.
MOD Out (J7-4) Data High speed data (handshake) to be transmitted is sent to the station on this

line now. (Simulcast Remote Transmit Site.)
CG HI (J7-4) Data No Low speed data until channel is assigned.
Phone lines (J6 6, 7, 8, & 9) Analog If Voter or Simulcast, these lines contain modem communication between

the Voter and Main Site/Control Point GETCs, otherwise inactive.

Working Channel (Active): During Analog Call

Vol/Sq (J7-2) Analog Voice and Low speed data from the receiver on this line. GETC listening to

Low speed data.
RUS In (J7-14) Low Carrier activity indicated.
Rus Out (J7-15) High Receiver is unmuted. Receiver audio is routed to the transmitter.
RPT Inhibit (1950 DIS) (J6-5) High If a Voting system, this line is high (+5 Vdc) during a Clear Voice Working

Channel. The 1950 Hz tone is muted and voice audio is present on the Line

Output.
Rem PTT (J7-9) H/L If inbound call from console or IMC this line is pulled low, after channel is

assigned, as a result of 2175 Secur-it-Hold on the line input to the station.
Delay PTT (J6-1) High Transmitting.
Rem PTT (J6-16) H/L If call is from the remote line this line is Low which routes transmitter audio

from the line input.
DET DIS (J6-10) Low High speed data disabled, low speed data enabled.
MOD Out (J7-4) Data No High speed data is sent to the station on this line now.
CG HI (J7-4) Data Low speed data is being transmitted for the duration of the call.
Phone lines (J6 6, 7, 8, & 9) Analog If Voter or Simulcast, these lines contain modem communication between

the Voter and Main Site/Control Point GETCs, otherwise inactive.

Rev. B 31

LBI-38988 TROUBLESHOOTING

Table 15 - Interface Status During Various States (Continued)

SIGNAL STATE STATUS

Working Channel (Active): During Digital Call

Vol/Sq (J7-2) Analog Digital Voice data on this line.
RUS In (J7-14) N/A Carrier activity is ignored during Digital Voice call.
Rus Out (J7-15) Low Receiver is muted.
RPT Inhibit (1950 DIS) (J6-5) Low If a Voting system, this line is low during a Digital Voice call. The 1950 Hz

tone is present on the Line Output.

Rem PTT (J7-9) H/L This line is normally High during a digital call. When digital call is from a

console or IMC, Modem data is present on the line input. This looks like

2175 Secur-it to the station and this line is toggled Low.
Delay PTT (J6-1) High Transmitting Voice data.
Rem PTT (J6-16) L/H During a Digital Voice call this line is used by the GETC to indicate a valid

Digital Voice remote call (console, IMC).
DET DIS (J6-10) High Transmitting high speed data, low speed data disabled.
MOD Out (J7-4) Data High speed data (Digital Voice) to be transmitted is sent to the station on

this line now.
CG HI (J7-4) Data No Low speed data during Digital Voice call.
Phone lines (J6 6, 7, 8, & 9) Analog If call is from console or IMC this line contains the Digital Voice (Modem

data). If Modem voting, Voice-Modem data present.

32 Rev. B

J100

To

Site Controller

(MSL)

J102

To

Other GETCs

(BSL)

J101

INTERCONNECT DIAGRAMS LBI-38988

1
6
2
7
3
8
4
9
5

1
6
2
7
3
8
4
9
5

1
6
2
7
3
8
4
9
5

19C336863G1

J8P8

3

3

2

2

1

1

6

6

4

4

5

5

P1 9

J19

4

4

6

6
3

3

2

2

1

1

J3

GND
RxD
TxD
BSL RxD

BSL TxD

GND
FSL

GND
RxD
TxD

Lightning GETC

19D904266

Det Dis (MIII)

LOCK DET (MII)

LD EN (MII)

REM PTT OUT

GETC Data (TX MOD)

REM PTT IN

Delay PTT

Phone Rx
Phone Rx
Phone Tx
Phone Tx

DATA (MII)

CLK (MII)

VOL/SQ HI

RUS IN

RUS OUT

P6J6

1

1

6

6

7

7

8

8
9

9

10

10

11

11

12

12

13

13

15

15

13

13

J 7 P 7 (P 27)

2

2

4

4

9

9

14

14

15

15

19C320811 (MASTR II/IIe)
19B802401 (MASTR III)

Interconnect Harness
to EDACS Station

J103

Serial Interface

For Initial

Turbo Board

Programming

J104

Serial Interface

For Initial

Turbo Board

Programming

Rockwell Modem

19A705178

PWR GND

13.8 VDC

J10 P10

212

1

J19 P19

J27 P1

GND

55

1

1

2

2

3

3

4

4

5

5

6

6

A2

Voltage

Regulator

19C336816G2

19C234898G1

1
6
2
7
3
8
4
9
5

1
6
2
7
3
8
4
9
5

P3 J3

2

2

1

1

3

3

P2 J2

2

2

1

1

3

3

RxD
TxD

GND

RxD
TxD

GND

19D903536

Turbo Board

P1 XU3

CG HI (LSD)

5 VDC RM Regulated

5 VDC RM Unregulated

13.8 VDC

5 VDC Unregulated

5 VDC Regulated

19C337712G1

STATION GETC SHELF

INTERCONNECT DIAGRAM

Rev. B 33

LBI-38988B INTERCONNECT DIAGRAMS

MASTR III STATION INTERCONNECT

34 Rev. B

LBI-38988

Delay

PTT

TX

MOD

CG

HI

PTT

EXT

REPEATER STATION

3
6

+

-

J801

16

1

16

1J6

P26

2 9 1514
2 9 1514

J7

P27

5
5

J19
P19

P/O Harness
19C320811

GETC

POWER SUPPLY

4
4

VOL/SQ

HI

IN

REM

RUS

RUS

IN

98

VOL/SQ

HI

P3-8 P2-6

MOD

P8-20

IN

TX

OUT

SYS

PTT

OUT

REM

P6-18

RUS

IN

P3-7

REM

PTT

76

3425

P3-1

MODEM

Data

MODEM

Data

9876

Delay

PTT

P3-10

OUT

REM

PTT

IN

J10

P10

+13.8 V

GND

1 2

1 2

P8-3

LSD

IN

RUS
OUT

TB1201

19D901868

(Refer to LBI-38430, wiring diagram 19D902787 for complete wiring details)

MASTR IIe

19A149978

11 12 13 15

11 12 13 15

DATA

CLK

DET

LOCK

EN

LD

EN

LD

DET

LOCK

CLKDATA

J2-7

J2-6

J2-5 J2-8

P19

J102

3

2

6

SYNC

1

4

J19

6 4

GND

P8

J100

BSL

DATA

3

2

2 6

RX

DATA

1

TX

1

3

J8

2 61 3

GND

Failsoft GETC Data

to Downlink GETC

and other Station GETC's

Serial Link to

Site Controller, Downlink GETC,

and other Station GETC's

GETC Logic Board

19D904266

Rev. B 35

MASTR IIE STATION INTERCONNECT

LBI-38988B

GETC CABLE

19C336863G1

SYMBOL PART

DESCRIPTION

NUMBER

------------------ JACKS ------------------

J100
thru
J102

P8 19A700041P32 Shell: 6-Position; sim to Molex 22-01-

P19 19A700041P32 Shell: 6-Position; sim to Molex 22-01-

2 19B209727P11 Contact, electrical: sim to AMP 1-

3 19A704779P26 Contacts: 22-30 AWG; sim to Molex

4 19J706152P5 Retainer strap: sim to Panduit Corp.

6 19A149502P3 Sleeving, spiral.
13 19B209727P9 Machine Screw.

19B209727P18 Connector: 9 contacts; sim to AMP

205203-1.

----------------- PLUGS -----------------

2065.

2065.

--------------- MISCELLANEOUS----------------

66504-0.

08-55-0101, Qty of 10.

SST-1.

36 Rev. B

LBI-38988

GETC CABLE

19C336863G1

(19C336863, Sh. 1, Rev. 4; 19C336866, Sh. 1, Rev. 0)

Rev. B 37

LBI-38988B

This page intentionally left blank

38 Rev. B

800 MHZ FREQUENCY SELECTIONS LBI-38988

APPENDIX A

800 MHZ EDACS APPLICATIONS

FREQUENCY SELECTIONS

GETC DIP SWITCH SETTINGS

NOTE

NOTE

For MASTR II/IIe using Station GETC software 349A9607G4 (or earlier) only.
For MASTR II, IIe, and III using 349A9607G5 (or later), set switches S1-1 thru S1-7 and S2-1

thru S2-4 to the CLOSED position

Rev. B A-1

LBI-38988 800 MHZ FREQUENCY SELECTIONS

S1-1 S2-1 S1-1 S2-1 S1-1 S2-1
TX FREQ Thru Thru TX FREQ Thru Thru TX FREQ Thru Thru
(MHz) S1-7 S2-4 (MHz) S1-7 S2-4 (MHz) S1-7 S2-4

851 MHz

851.0125 1000111 0000

851.0250 0100111 0000

851.0375 1100111 0000

851.0500 0010111 0000

851.0625 1010111 0000

851.0750 0110111 0000

851.0875 1110111 0000

851.1000 0001111 0000

851.1125 1001111 0000

851.1250 0101111 0000

851.1375 1101111 0000

851.1500 0011111 0000

851.1625 1011111 0000

851.1750 0111111 0000

851.1875 1111111 0000

851.2000 0000000 1000

851.2125 1000000 1000

851.2250 0100000 1000

851.2375 1100000 1000

851.2500 0010000 1000

851.2625 1010000 1000

851.2750 0110000 1000

851.2875 1110000 1000

851.3000 0001000 1000

851.3125 1001000 1000

851.3250 0101000 1000

851.3375 1101000 1000

851.3500 0011000 1000

851.3625 1011000 1000

851.3750 0111000 1000

851.3875 1111000 1000

851.4000 0000100 1000

851.4125 1000100 1000

851.4250 0100100 1000

851.4375 1100100 1000

851.4500 0010100 1000

851.4625 1010100 1000

851.4750 0110100 1000

851.4875 1110100 1000

851.5000 0001100 1000

851.5125 1001100 1000

851.5250 0101100 1000

851.5375 1101100 1000

851.5500 0011100 1000

851.5625 1011100 1000

851.5750 0111100 1000

851.5875 1111100 1000

851.6000 0000010 1000

851.6125 1000010 1000

851.6250 0100010 1000

851.6375 1100010 1000

851.6500 0010010 1000

851.6625 1010010 1000

851.6750 0110010 1000

851.6875 1110010 1000

851.7000 0001010 1000

851.7125 1001010 1000

851.7250 0101010 1000

851.7375 1101010 1000

851.7500 0011010 1000

851.7625 1011010 1000

851.7750 0111010 1000

851.7875 1111010 1000

851.8000 0000110 1000

851.8125 1000110 1000

851.8250 0100110 1000

851.8375 1100110 1000

851.8500 0010110 1000

851.8625 1010110 1000

851.8750 0110110 1000

851.8875 1110110 1000

851.9000 0001110 1000

851.9125 1001110 1000

851.9250 0101110 1000

851.9375 1101110 1000

851.9500 0011110 1000

851.9625 1011110 1000

851.9750 0111110 1000

851.9875 1111110 1000

852 MHz

852.0000 0000001 1000

852.0125 1000001 1000

852.0250 0100001 1000

852.0375 1100001 1000

852.0500 0010001 1000

852.0625 1010001 1000

852.0750 0110001 1000

852.0875 1110001 1000

852.1000 0001001 1000

852.1125 1001001 1000

852.1250 0101001 1000

852.1375 1101001 1000

852.1500 0011001 1000

852.1625 1011001 1000

852.1750 0111001 1000

852.1875 1111001 1000

852.2000 0000101 1000

852.2125 1000101 1000

852.2250 0100101 1000

852.2375 1100101 1000

852.2500 0010101 1000

852.2625 1010101 1000

852.2750 0110101 1000

852.2875 1110101 1000

852.3000 0001101 1000

852.3125 1001101 1000

852.3250 0101101 1000

852.3375 1101101 1000

852.3500 0011101 1000

852.3625 1011101 1000

852.3750 0111101 1000

852.3875 1111101 1000

852.4000 0000011 1000

852.4125 1000011 1000

852.4250 0100011 1000

852.4375 1100011 1000

852.4500 0010011 1000

852.4625 1010011 1000

852.4750 0110011 1000

Legend: 0 = Closed, 1 = Open

NOTE: For MASTR III - set all switches (S1-1 thru S1-7 and S2-1 thru S2-4) to the CLOSED position.

A-2 Rev. B

800 MHZ FREQUENCY SELECTIONS LBI-38988

S1-1 S2-1 S1-1 S2-1 S1-1 S2-1
TX FREQ Thru Thru TX FREQ Thru Thru TX FREQ Thru Thru
(MHz) S1-7 S2-4 (MHz) S1-7 S2-4 (MHz) S1-7 S2-4

Legend: 0 = Closed, 1 = Open

NOTE: For MASTR III - set all switches (S1-1 thru S1-7 and S2-1 thru S2-4) to the CLOSED position.

0100

0100

0100

0100

0100

0100

0100

0100

0100

0100

0100

0100

0100

0100

0100

0100

0100

0100

0100

0100

0100

0100

0100

0100

0100

0100

0100

0100

0100

0100

0100

0100

0100

0100

0100

0100

0100

0100

0100

0100

0100

0100

852.4875 1110011 1000

852.5000 0001011 1000

852.5125 1001011 1000

852.5250 0101011 1000

852.5375 1101011 1000

852.5500 0011011 1000

852.5625 1011011 1000

852.5750 0111011 1000

852.5875 1111011 1000

852.6000 0000111 1000

852.6125 1000111 1000

852.6250 0100111 1000

852.6375 1100111 1000

852.6500 0010111 1000

852.6625 1010111 1000

852.6750 0110111 1000

852.6875 1110111 1000

852.7000 0001111 1000

852.7125 1001111 1000

852.7250 0101111 1000

852.7375 1101111 1000

852.7500 0011111 1000

852.7625 1011111 1000

852.7750 0111111 1000

852.7875 1111111 1000

852.8000 0000000 0100

852.8125 1000000 0100

852.8250 0100000 0100

852.8375 1100000 0100

852.8500 0010000 0100

852.8625 1010000 0100

852.8750 0110000 0100

852.8875 1110000 0100

852.9000 0001000 0100

852.9125 1001000 0100

852.9250 0101000 0100

852.9375 1101000 0100

852.9500 0011000 0100

852.9625 1011000 0100

852.9750 0111000 0100

852.9875 1111000 0100

853 MHz

853.0000 0000100 0100

853.0125 1000100 0100

853.0250 0100100 0100

853.0375 1100100 0100

853.0500 0010100 0100

853.0625 1010100 0100

853.0750 0110100 0100

853.0875 1110100 0100

853.1000 0001100 0100

853.1125 1001100 0100

853.1250 0101100 0100

853.1375 1101100 0100

853.1500 0011100 0100

853.1625 1011100 0100

853.1750 0111100 0100

853.1875 1111100 0100

853.2000 0000010 0100

853.2125 1000010 0100

853.2250 0100010 0100

853.2375 1100010 0100

853.2500 0010010 0100

853.2625 1010010 0100

853.2750 0110010 0100

853.2875 1110010 0100

853.3000 0001010 0100

853.3125 1001010 0100

853.3250 0101010 0100

853.3375 1101010 0100

853.3500 0011010 0100

853.3625 1011010 0100

853.3750 0111010 0100

853.3875 1111010 0100

853.4000 0000110 0100

853.4125 1000110 0100

853.4250 0100110 0100

853.4375 1100110 0100

853.4500 0010110 0100

853.4625 1010110 0100

853.4750 0110110

853.4875 1110110

853.5000 0001110

853.5125 1001110

853.5250 0101110

853.5375 1101110

853.5500 0011110

853.5625 1011110

853.5750 0111110

853.5875 1111110

853.6000 0000001

853.6125 1000001

853.6250 0100001

853.6375 1100001

853.6500 0010001

853.6625 1010001

853.6750 0110001

853.6875 1110001

853.7000 0001001

853.7125 1001001

853.7250 0101001

853.7375 1101001

853.7500 0011001

853.7625 1011001

853.7750 0111001

853.7875 1111001

853.8000 0000101

853.8125 1000101

853.8250 0100101

853.8375 1100101

853.8500 0010101

853.8625 1010101

853.8750 0110101

853.8875 1110101

853.9000 0001101

853.9125 1001101

853.9250 0101101

853.9375 1101101

853.9500 0011101

853.9625 1011101

853.9750 0111101

853.9875 1111101

Rev. B A-3

LBI-38988 800 MHZ FREQUENCY SELECTIONS

S1-1 S2-1 S1-1 S2-1 S1-1 S2-1
TX FREQ Thru Thru TX FREQ Thru Thru TX FREQ Thru Thru
(MHz) S1-7 S2-4 (MHz) S1-7 S2-4 (MHz) S1-7 S2-4

854 MHz

854.0000 0000011 0100

854.0125 1000011 0100

854.0250 0100011 0100

854.0375 1100011 0100

854.0500 0010011 0100

854.0625 1010011 0100

854.0750 0110011 0100

854.0875 1110011 0100

854.1000 0001011 0100

854.1125 1001011 0100

854.1250 0101011 0100

854.1375 1101011 0100

854.1500 0011011 0100

854.1625 1011011 0100

854.1750 0111011 0100

854.1875 1111011 0100

854.2000 0000111 0100

854.2125 1000111 0100

854.2250 0100111 0100

854.2375 1100111 0100

854.2500 0010111 0100

854.2625 1010111 0100

854.2750 0110111 0100

854.2875 1110111 0100

854.3000 0001111 0100

854.3125 1001111 0100

854.3250 0101111 0100

854.3375 1101111 0100

854.3500 0011111 0100

854.3625 1011111 0100

854.3750 0111111 0100

854.3875 1111111 0100

854.4000 0000000 1100

854.4125 1000000 1100

854.4250 0100000 1100

854.4375 1100000 1100

854.4500 0010000 1100

854.4625 1010000 1100

854.4750 0110000 1100

854.4875 1110000 1100

854.5000 0001000 1100

854.5125 1001000 1100

854.5250 0101000 1100

854.5375 1101000 1100

854.5500 0011000 1100

854.5625 1011000 1100

854.5750 0111000 1100

854.5875 1111000 1100

854.6000 0000100 1100

854.6125 1000100 1100

854.6250 0100100 1100

854.6375 1100100 1100

854.6500 0010100 1100

854.6625 1010100 1100

854.6750 0110100 1100

854.6875 1110100 1100

854.7000 0001100 1100

854.7125 1001100 1100

854.7250 0101100 1100

854.7375 1101100 1100

854.7500 0011100 1100

854.7625 1011100 1100

854.7750 0111100 1100

854.7875 1111100 1100

854.8000 0000010 1100

854.8125 1000010 1100

854.8250 0100010 1100

854.8375 1100010 1100

854.8500 0010010 1100

854.8625 1010010 1100

854.8750 0110010 1100

854.8875 1110010 1100

854.9000 0001010 1100

854.9125 1001010 1100

854.9250 0101010 1100

854.9375 1101010 1100

854.9500 0011010 1100

854.9625 1011010 1100

854.9750 0111010 1100

854.9875 1111010 1100

855 MHz

855.0000 0000110 1100

855.0125 1000110 1100

855.0250 0100110 1100

855.0375 1100110 1100

855.0500 0010110 1100

855.0625 1010110 1100

855.0750 0110110 1100

855.0875 1110110 1100

855.1000 0001110 1100

855.1125 1001110 1100

855.1250 0101110 1100

855.1375 1101110 1100

855.1500 0011110 1100

855.1625 1011110 1100

855.1750 0111110 1100

855.1875 1111110 1100

855.2000 0000001 1100

855.2125 1000001 1100

855.2250 0100001 1100

855.2375 1100001 1100

855.2500 0010001 1100

855.2625 1010001 1100

855.2750 0110001 1100

855.2875 1110001 1100

855.3000 0001001 1100

855.3125 1001001 1100

855.3250 0101001 1100

855.3375 1101001 1100

855.3500 0011001 1100

855.3625 1011001 1100

855.3750 0111001 1100

855.3875 1111001 1100

855.4000 0000101 1100

855.4125 1000101 1100

855.4250 0100101 1100

855.4375 1100101 1100

855.4500 0010101 1100

855.4625 1010101 1100

855.4750 0110101 1100

855.4875 1110101 1100

Legend: 0 = Closed, 1 = Open

NOTE: For MASTR III - set all switches (S1-1 thru S1-7 and S2-1 thru S2-4) to the CLOSED position.

A-4 Rev. B

800 MHZ FREQUENCY SELECTIONS LBI-38988

S1-1 S2-1 S1-1 S2-1 S1-1 S2-1
TX FREQ Thru Thru TX FREQ Thru Thru TX FREQ Thru Thru
(MHz) S1-7 S2-4 (MHz) S1-7 S2-4 (MHz) S1-7 S2-4

Legend: 0 = Closed, 1 = Open

NOTE: For MASTR III - set all switches (S1-1 thru S1-7 and S2-1 thru S2-4) to the CLOSED position.

0010

0010

0010

0010

0010

0010

0010

0010

0010

0010

0010

0010

0010

0010

0010

0010

0010

0010

0010

0010

0010

0010

0010

0010

0010

0010

0010

0010

0010

0010

0010

0010

0010

0010

0010

0010

0010

0010

0010

0010

855.5000 0001101 1100

855.5125 1001101 1100

855.5250 0101101 1100

855.5375 1101101 1100

855.5500 0011101 1100

855.5625 1011101 1100

855.5750 0111101 1100

855.5875 1111101 1100

855.6000 0000011 1100

855.6125 1000011 1100

855.6250 0100011 1100

855.6375 1100011 1100

855.6500 0010011 1100

855.6625 1010011 1100

855.6750 0110011 1100

855.6875 1110011 1100

855.7000 0001011 1100

855.7125 1001011 1100

855.7250 0101011 1100

855.7375 1101011 1100

855.7500 0011011 1100

855.7625 1011011 1100

855.7750 0111011 1100

855.7875 1111011 1100

855.8000 0000111 1100

855.8125 1000111 1100

855.8250 0100111 1100

855.8375 1100111 1100

855.8500 0010111 1100

855.8625 1010111 1100

855.8750 0110111 1100

855.8875 1110111 1100

855.9000 0001111 1100

855.9125 1001111 1100

855.9250 0101111 1100

855.9375 1101111 1100

855.9500 0011111 1100

855.9625 1011111 1100

855.9750 0111111 1100

855.9875 1111111 1100

856 MHz

856.0000 0000000 0010

856.0125 1000000 0010

856.0250 0100000 0010

856.0375 1100000 0010

856.0500 0010000 0010

856.0625 1010000 0010

856.0750 0110000 0010

856.0875 1110000 0010

856.1000 0001000 0010

856.1125 1001000 0010

856.1250 0101000 0010

856.1375 1101000 0010

856.1500 0011000 0010

856.1625 1011000 0010

856.1750 0111000 0010

856.1875 1111000 0010

856.2000 0000100 0010

856.2125 1000100 0010

856.2250 0100100 0010

856.2375 1100100 0010

856.2500 0010100 0010

856.2625 1010100 0010

856.2750 0110100 0010

856.2875 1110100 0010

856.3000 0001100 0010

856.3125 1001100 0010

856.3250 0101100 0010

856.3375 1101100 0010

856.3500 0011100 0010

856.3625 1011100 0010

856.3750 0111100 0010

856.3875 1111100 0010

856.4000 0000010 0010

856.4125 1000010 0010

856.4250 0100010 0010

856.4375 1100010 0010

856.4500 0010010 0010

856.4625 1010010 0010

856.4750 0110010 0010

856.4875 1110010 0010

856.5000 0001010

856.5125 1001010

856.5250 0101010

856.5375 1101010

856.5500 0011010

856.5625 1011010

856.5750 0111010

856.5875 1111010

856.6000 0000110

856.6125 1000110

856.6250 0100110

856.6375 1100110

856.6500 0010110

856.6625 1010110

856.6750 0110110

856.6875 1110110

856.7000 0001110

856.7125 1001110

856.7250 0101110

856.7375 1101110

856.7500 0011110

856.7625 1011110

856.7750 0111110

856.7875 1111110

856.8000 0000001

856.8125 1000001

856.8250 0100001

856.8375 1100001

856.8500 0010001

856.8625 1010001

856.8750 0110001

856.8875 1110001

856.9000 0001001

856.9125 1001001

856.9250 0101001

856.9375 1101001

856.9500 0011001

856.9625 1011001

856.9750 0111001

856.9875 1111001

Rev. B A-5

LBI-38988 800 MHZ FREQUENCY SELECTIONS

S1-1 S2-1 S1-1 S2-1 S1-1 S2-1
TX FREQ Thru Thru TX FREQ Thru Thru TX FREQ Thru Thru
(MHz) S1-7 S2-4 (MHz) S1-7 S2-4 (MHz) S1-7 S2-4

857 MHz

857.0000 0000101 0010

857.0125 1000101 0010

857.0250 0100101 0010

857.0375 1100101 0010

857.0500 0010101 0010

857.0625 1010101 0010

857.0750 0110101 0010

857.0875 1110101 0010

857.1000 0001101 0010

857.1125 1001101 0010

857.1250 0101101 0010

857.1375 1101101 0010

857.1500 0011101 0010

857.1625 1011101 0010

857.1750 0111101 0010

857.1875 1111101 0010

857.2000 0000011 0010

857.2125 1000011 0010

857.2250 0100011 0010

857.2375 1100011 0010

857.2500 0010011 0010

857.2625 1010011 0010

857.2750 0110011 0010

857.2875 1110011 0010

857.3000 0001011 0010

857.3125 1001011 0010

857.3250 0101011 0010

857.3375 1101011 0010

857.3500 0011011 0010

857.3625 1011011 0010

857.3750 0111011 0010

857.3875 1111011 0010

857.4000 0000111 0010

857.4125 1000111 0010

857.4250 0100111 0010

857.4375 1100111 0010

857.4500 0010111 0010

857.4625 1010111 0010

857.4750 0110111 0010

857.4875 1110111 0010

857.5000 0001111 0010

857.5125 1001111 0010

857.5250 0101111 0010

857.5375 1101111 0010

857.5500 0011111 0010

857.5625 1011111 0010

857.5750 0111111 0010

857.5875 1111111 0010

857.6000 0000000 1010

857.6125 1000000 1010

857.6250 0100000 1010

857.6375 1100000 1010

857.6500 0010000 1010

857.6625 1010000 1010

857.6750 0110000 1010

857.6875 1110000 1010

857.7000 0001000 1010

857.7125 1001000 1010

857.7250 0101000 1010

857.7375 1101000 1010

857.7500 0011000 1010

857.7625 1011000 1010

857.7750 0111000 1010

857.7875 1111000 1010

857.8000 0000100 1010

857.8125 1000100 1010

857.8250 0100100 1010

857.8375 1100100 1010

857.8500 0010100 1010

857.8625 1010100 1010

857.8750 0110100 1010

857.8875 1110100 1010

857.9000 0001100 1010

857.9125 1001100 1010

857.9250 0101100 1010

857.9375 1101100 1010

857.9500 0011100 1010

857.9625 1011100 1010

857.9750 0111100 1010

857.9875 1111100 1010

858 MHz

858.0000 0000010 1010

858.0125 1000010 1010

858.0250 0100010 1010

858.0375 1100010 1010

858.0500 0010010 1010

858.0625 1010010 1010

858.0750 0110010 1010

858.0875 1110010 1010

858.1000 0001010 1010

858.1125 1001010 1010

858.1250 0101010 1010

858.1375 1101010 1010

858.1500 0011010 1010

858.1625 1011010 1010

858.1750 0111010 1010

858.1875 1111010 1010

858.2000 0000110 1010

858.2125 1000110 1010

858.2250 0100110 1010

858.2375 1100110 1010

858.2500 0010110 1010

858.2625 1010110 1010

858.2750 0110110 1010

858.2875 1110110 1010

858.3000 0001110 1010

858.3125 1001110 1010

858.3250 0101110 1010

858.3375 1101110 1010

858.3500 0011110 1010

858.3625 1011110 1010

858.3750 0111110 1010

858.3875 1111110 1010

858.4000 0000001 1010

858.4125 1000001 1010

858.4250 0100001 1010

858.4375 1100001 1010

858.4500 0010001 1010

858.4625 1010001 1010

858.4750 0110001 1010

858.4875 1110001 1010

Legend: 0 = Closed, 1 = Open

NOTE: For MASTR III - set all switches (S1-1 thru S1-7 and S2-1 thru S2-4) to the CLOSED position.

A-6 Rev. B

800 MHZ FREQUENCY SELECTIONS LBI-38988

S1-1 S2-1 S1-1 S2-1 S1-1 S2-1
TX FREQ Thru Thru TX FREQ Thru Thru TX FREQ Thru Thru
(MHz) S1-7 S2-4 (MHz) S1-7 S2-4 (MHz) S1-7 S2-4

Legend: 0 = Closed, 1 = Open

NOTE: For MASTR III - set all switches (S1-1 thru S1-7 and S2-1 thru S2-4) to the CLOSED position.

0110

0110

0110

0110

0110

0110

0110

0110

0110

0110

0110

0110

0110

0110

0110

0110

0110

0110

0110

0110

0110

0110

0110

0110

0110

0110

0110

0110

0110

0110

0110

0110

0110

0110

0110

0110

0110

0110

0110

0110

858.5000 0001001 1010

858.5125 1001001 1010

858.5250 0101001 1010

858.5375 1101001 1010

858.5500 0011001 1010

858.5625 1011001 1010

858.5750 0111001 1010

858.5875 1111001 1010

858.6000 0000101 1010

858.6125 1000101 1010

858.6250 0100101 1010

858.6375 1100101 1010

858.6500 0010101 1010

858.6625 1010101 1010

858.6750 0110101 1010

858.6875 1110101 1010

858.7000 0001101 1010

858.7125 1001101 1010

858.7250 0101101 1010

858.7375 1101101 1010

858.7500 0011101 1010

858.7625 1011101 1010

858.7750 0111101 1010

858.7875 1111101 1010

858.8000 0000011 1010

858.8125 1000011 1010

858.8250 0100011 1010

858.8375 1100011 1010

858.8500 0010011 1010

858.8625 1010011 1010

858.8750 0110011 1010

858.8875 1110011 1010

858.9000 0001011 1010

858.9125 1001011 1010

858.9250 0101011 1010

858.9375 1101011 1010

858.9500 0011011 1010

858.9625 1011011 1010

858.9750 0111011 1010

858.9875 1111011 1010

859 MHz

859.0000 0000111 1010

859.0125 1000111 1010

859.0250 0100111 1010

859.0375 1100111 1010

859.0500 0010111 1010

859.0625 1010111 1010

859.0750 0110111 1010

859.0875 1110111 1010

859.1000 0001111 1010

859.1125 1001111 1010

859.1250 0101111 1010

859.1375 1101111 1010

859.1500 0011111 1010

859.1625 1011111 1010

859.1750 0111111 1010

859.1875 1111111 1010

859.2000 0000000 0110

859.2125 1000000 0110

859.2250 0100000 0110

859.2375 1100000 0110

859.2500 0010000 0110

859.2625 1010000 0110

859.2750 0110000 0110

859.2875 1110000 0110

859.3000 0001000 0110

859.3125 1001000 0110

859.3250 0101000 0110

859.3375 1101000 0110

859.3500 0011000 0110

859.3625 1011000 0110

859.3750 0111000 0110

859.3875 1111000 0110

859.4000 0000100 0110

859.4125 1000100 0110

859.4250 0100100 0110

859.4375 1100100 0110

859.4500 0010100 0110

859.4625 1010100 0110

859.4750 0110100 0110

859.4875 1110100 0110

859.5000 0001100

859.5125 1001100

859.5250 0101100

859.5375 1101100

859.5500 0011100

859.5625 1011100

859.5750 0111100

859.5875 1111100

859.6000 0000010

859.6125 1000010

859.6250 0100010

859.6375 1100010

859.6500 0010010

859.6625 1010010

859.6750 0110010

859.6875 1110010

859.7000 0001010

859.7125 1001010

859.7250 0101010

859.7375 1101010

859.7500 0011010

859.7625 1011010

859.7750 0111010

859.7875 1111010

859.8000 0000110

859.8125 1000110

859.8250 0100110

859.8375 1100110

859.8500 0010110

859.8625 1010110

859.8750 0110110

859.8875 1110110

859.9000 0001110

859.9125 1001110

859.9250 0101110

859.9375 1101110

859.9500 0011110

859.9625 1011110

859.9750 0111110

859.9875 1111110

Rev. B A-7

LBI-38988 800 MHZ FREQUENCY SELECTIONS

S1-1 S2-1 S1-1 S2-1 S1-1 S2-1
TX FREQ Thru Thru TX FREQ Thru Thru TX FREQ Thru Thru
(MHz) S1-7 S2-4 (MHz) S1-7 S2-4 (MHz) S1-7 S2-4

860 MHz

860.0000 0000001 0110

860.0125 1000001 0110

860.0250 0100001 0110

860.0375 1100001 0110

860.0500 0010001 0110

860.0625 1010001 0110

860.0750 0110001 0110

860.0875 1110001 0110

860.1000 0001001 0110

860.1125 1001001 0110

860.1250 0101001 0110

860.1375 1101001 0110

860.1500 0011001 0110

860.1625 1011001 0110

860.1750 0111001 0110

860.1875 1111001 0110

860.2000 0000101 0110

860.2125 1000101 0110

860.2250 0100101 0110

860.2375 1100101 0110

860.2500 0010101 0110

860.2625 1010101 0110

860.2750 0110101 0110

860.2875 1110101 0110

860.3000 0001101 0110

860.3125 1001101 0110

860.3250 0101101 0110

860.3375 1101101 0110

860.3500 0011101 0110

860.3625 1011101 0110

860.3750 0111101 0110

860.3875 1111101 0110

860.4000 0000011 0110

860.4125 1000011 0110

860.4250 0100011 0110

860.4375 1100011 0110

860.4500 0010011 0110

860.4625 1010011 0110

860.4750 0110011 0110

860.4875 1110011 0110

860.5000 0001011 0110

860.5125 1001011 0110

860.5250 0101011 0110

860.5375 1101011 0110

860.5500 0011011 0110

860.5625 1011011 0110

860.5750 0111011 0110

860.5875 1111011 0110

860.6000 0000111 0110

860.6125 1000111 0110

860.6250 0100111 0110

860.6375 1100111 0110

860.6500 0010111 0110

860.6625 1010111 0110

860.6750 0110111 0110

860.6875 1110111 0110

860.7000 0001111 0110

860.7125 1001111 0110

860.7250 0101111 0110

860.7375 1101111 0110

860.7500 0011111 0110

860.7625 1011111 0110

860.7750 0111111 0110

860.7875 1111111 0110

860.8000 0000000 1110

860.8125 1000000 1110

860.8250 0100000 1110

860.8375 1100000 1110

860.8500 0010000 1110

860.8625 1010000 1110

860.8750 0110000 1110

860.8875 1110000 1110

860.9000 0001000 1110

860.9125 1001000 1110

860.9250 0101000 1110

860.9375 1101000 1110

860.9500 0011000 1110

860.9625 1011000 1110

860.9750 0111000 1110

860.9875 1111000 1110

861 MHz

861.0000 0000100 1110

861.0125 1000100 1110

861.0250 0100100 1110

861.0375 1100100 1110

861.0500 0010100 1110

861.0625 1010100 1110

861.0750 0110100 1110

861.0875 1110100 1110

861.1000 0001100 1110

861.1125 1001100 1110

861.1250 0101100 1110

861.1375 1101100 1110

861.1500 0011100 1110

861.1625 1011100 1110

861.1750 0111100 1110

861.1875 1111100 1110

861.2000 0000010 1110

861.2125 1000010 1110

861.2250 0100010 1110

861.2375 1100010 1110

861.2500 0010010 1110

861.2625 1010010 1110

861.2750 0110010 1110

861.2875 1110010 1110

861.3000 0001010 1110

861.3125 1001010 1110

861.3250 0101010 1110

861.3375 1101010 1110

861.3500 0011010 1110

861.3625 1011010 1110

861.3750 0111010 1110

861.3875 1111010 1110

861.4000 0000110 1110

861.4125 1000110 1110

861.4250 0100110 1110

861.4375 1100110 1110

861.4500 0010110 1110

861.4625 1010110 1110

861.4750 0110110 1110

861.4875 1110110 1110

Legend: 0 = Closed, 1 = Open

NOTE: For MASTR III - set all switches (S1-1 thru S1-7 and S2-1 thru S2-4) to the CLOSED position.

A-8 Rev. B

800 MHZ FREQUENCY SELECTIONS LBI-38988

S1-1 S2-1 S1-1 S2-1 S1-1 S2-1
TX FREQ Thru Thru TX FREQ Thru Thru TX FREQ Thru Thru
(MHz) S1-7 S2-4 (MHz) S1-7 S2-4 (MHz) S1-7 S2-4

Legend: 0 = Closed, 1 = Open

NOTE: For MASTR III - set all switches (S1-1 thru S1-7 and S2-1 thru S2-4) to the CLOSED position.

0001

0001

0001

0001

0001

0001

0001

0001

0001

0001

0001

0001

0001

0001

0001

0001

0001

0001

0001

0001

0001

0001

0001

0001

0001

0001

0001

0001

0001

0001

0001

0001

0001

0001

0001

0001

0001

0001

0001

0001

861.5000 0001110 1110

861.5125 1001110 1110

861.5250 0101110 1110

861.5375 1101110 1110

861.5500 0011110 1110

861.5625 1011110 1110

861.5750 0111110 1110

861.5875 1111110 1110

861.6000 0000001 1110

861.6125 1000001 1110

861.6250 0100001 1110

861.6375 1100001 1110

861.6500 0010001 1110

861.6625 1010001 1110

861.6750 0110001 1110

861.6875 1110001 1110

861.7000 0001001 1110

861.7125 1001001 1110

861.7250 0101001 1110

861.7375 1101001 1110

861.7500 0011001 1110

861.7625 1011001 1110

861.7750 0111001 1110

861.7875 1111001 1110

861.8000 0000101 1110

861.8125 1000101 1110

861.8250 0100101 1110

861.8375 1100101 1110

861.8500 0010101 1110

861.8625 1010101 1110

861.8750 0110101 1110

861.8875 1110101 1110

861.9000 0001101 1110

861.9125 1001101 1110

861.9250 0101101 1110

861.9375 1101101 1110

861.9500 0011101 1110

861.9625 1011101 1110

861.9750 0111101 1110

861.9875 1111101 1110

862 MHz

862.0000 0000011 1110

862.0125 1000011 1110

862.0250 0100011 1110

862.0375 1100011 1110

862.0500 0010011 1110

862.0625 1010011 1110

862.0750 0110011 1110

862.0875 1110011 1110

862.1000 0001011 1110

862.1125 1001011 1110

862.1250 0101011 1110

862.1375 1101011 1110

862.1500 0011011 1110

862.1625 1011011 1110

862.1750 0111011 1110

862.1875 1111011 1110

862.2000 0000111 1110

862.2125 1000111 1110

862.2250 0100111 1110

862.2375 1100111 1110

862.2500 0010111 1110

862.2625 1010111 1110

862.2750 0110111 1110

862.2875 1110111 1110

862.3000 0001111 1110

862.3125 1001111 1110

862.3250 0101111 1110

862.3375 1101111 1110

862.3500 0011111 1110

862.3625 1011111 1110

862.3750 0111111 1110

862.3875 1111111 1110

862.4000 0000000 0001

862.4125 1000000 0001

862.4250 0100000 0001

862.4375 1100000 0001

862.4500 0010000 0001

862.4625 1010000 0001

862.4750 0110000 0001

862.4875 1110000 0001

862.5000 0001000

862.5125 1001000

862.5250 0101000

862.5375 1101000

862.5500 0011000

862.5625 1011000

862.5750 0111000

862.5875 1111000

862.6000 0000100

862.6125 1000100

862.6250 0100100

862.6375 1100100

862.6500 0010100

862.6625 1010100

862.6750 0110100

862.6875 1110100

862.7000 0001100

862.7125 1001100

862.7250 0101100

862.7375 1101100

862.7500 0011100

862.7625 1011100

862.7750 0111100

862.7875 1111100

862.8000 0000010

862.8125 1000010

862.8250 0100010

862.8375 1100010

862.8500 0010010

862.8625 1010010

862.8750 0110010

862.8875 1110010

862.9000 0001010

862.9125 1001010

862.9250 0101010

862.9375 1101010

862.9500 0011010

862.9625 1011010

862.9750 0111010

862.9875 1111010

Rev. B A-9

LBI-38988 800 MHZ FREQUENCY SELECTIONS

S1-1 S2-1 S1-1 S2-1 S1-1 S2-1
TX FREQ Thru Thru TX FREQ Thru Thru TX FREQ Thru Thru
(MHz) S1-7 S2-4 (MHz) S1-7 S2-4 (MHz) S1-7 S2-4

863 MHz

863.0000 0000110 0001

863.0125 1000110 0001

863.0250 0100110 0001

863.0375 1100110 0001

863.0500 0010110 0001

863.0625 1010110 0001

863.0750 0110110 0001

863.0875 1110110 0001

863.1000 0001110 0001

863.1125 1001110 0001

863.1250 0101110 0001

863.1375 1101110 0001

863.1500 0011110 0001

863.1625 1011110 0001

863.1750 0111110 0001

863.1875 1111110 0001

863.2000 0000001 0001

863.2125 1000001 0001

863.2250 0100001 0001

863.2375 1100001 0001

863.2500 0010001 0001

863.2625 1010001 0001

863.2750 0110001 0001

863.2875 1110001 0001

863.3000 0001001 0001

863.3125 1001001 0001

863.3250 0101001 0001

863.3375 1101001 0001

863.3500 0011001 0001

863.3625 1011001 0001

863.3750 0111001 0001

863.3875 1111001 0001

863.4000 0000101 0001

863.4125 1000101 0001

863.4250 0100101 0001

863.4375 1100101 0001

863.4500 0010101 0001

863.4625 1010101 0001

863.4750 0110101 0001

863.4875 1110101 0001

863.5000 0001101 0001

863.5125 1001101 0001

863.5250 0101101 0001

863.5375 1101101 0001

863.5500 0011101 0001

863.5625 1011101 0001

863.5750 0111101 0001

863.5875 1111101 0001

863.6000 0000011 0001

863.6125 1000011 0001

863.6250 0100011 0001

863.6375 1100011 0001

863.6500 0010011 0001

863.6625 1010011 0001

863.6750 0110011 0001

863.6875 1110011 0001

863.7000 0001011 0001

863.7125 1001011 0001

863.7250 0101011 0001

863.7375 1101011 0001

863.7500 0011011 0001

863.7625 1011011 0001

863.7750 0111011 0001

863.7875 1111011 0001

863.8000 0000111 0001

863.8125 1000111 0001

863.8250 0100111 0001

863.8375 1100111 0001

863.8500 0010111 0001

863.8625 1010111 0001

863.8750 0110111 0001

863.8875 1110111 0001

863.9000 0001111 0001

863.9125 1001111 0001

863.9250 0101111 0001

863.9375 1101111 0001

863.9500 0011111 0001

863.9625 1011111 0001

863.9750 0111111 0001

863.9875 1111111 0001

864 MHz

864.0000 0000000 1001

864.0125 1000000 1001

864.0250 0100000 1001

864.0375 1100000 1001

864.0500 0010000 1001

864.0625 1010000 1001

864.0750 0110000 1001

864.0875 1110000 1001

864.1000 0001000 1001

864.1125 1001000 1001

864.1250 0101000 1001

864.1375 1101000 1001

864.1500 0011000 1001

864.1625 1011000 1001

864.1750 0111000 1001

864.1875 1111000 1001

864.2000 0000100 1001

864.2125 1000100 1001

864.2250 0100100 1001

864.2375 1100100 1001

864.2500 0010100 1001

864.2625 1010100 1001

864.2750 0110100 1001

864.2875 1110100 1001

864.3000 0001100 1001

864.3125 1001100 1001

864.3250 0101100 1001

864.3375 1101100 1001

864.3500 0011100 1001

864.3625 1011100 1001

864.3750 0111100 1001

864.3875 1111100 1001

864.4000 0000010 1001

864.4125 1000010 1001

864.4250 0100010 1001

864.4375 1100010 1001

864.4500 0010010 1001

864.4625 1010010 1001

864.4750 0110010 1001

864.4875 1110010 1001

Legend: 0 = Closed, 1 = Open

NOTE: For MASTR III - set all switches (S1-1 thru S1-7 and S2-1 thru S2-4) to the CLOSED position.

A-10 Rev. B

800 MHZ FREQUENCY SELECTIONS LBI-38988

S1-1 S2-1 S1-1 S2-1 S1-1 S2-1
TX FREQ Thru Thru TX FREQ Thru Thru TX FREQ Thru Thru
(MHz) S1-7 S2-4 (MHz) S1-7 S2-4 (MHz) S1-7 S2-4

Legend: 0 = Closed, 1 = Open

NOTE: For MASTR III - set all switches (S1-1 thru S1-7 and S2-1 thru S2-4) to the CLOSED position.

1001

1001

1001

1001

1001

1001

1001

1001

0101

0101

0101

0101

0101

0101

0101

0101

0101

0101

0101

0101

0101

0101

0101

0101

0101

0101

0101

0101

0101

0101

0101

0101

0101

0101

0101

0101

0101

0101

0101

0101

864.5000 0001010 1001

864.5125 1001010 1001

864.5250 0101010 1001

864.5375 1101010 1001

864.5500 0011010 1001

864.5625 1011010 1001

864.5750 0111010 1001

864.5875 1111010 1001

864.6000 0000110 1001

864.6125 1000110 1001

864.6250 0100110 1001

864.6375 1100110 1001

864.6500 0010110 1001

864.6625 1010110 1001

864.6750 0110110 1001

864.6875 1110110 1001

864.7000 0001110 1001

864.7125 1001110 1001

864.7250 0101110 1001

864.7375 1101110 1001

864.7500 0011110 1001

864.7625 1011110 1001

864.7750 0111110 1001

864.7875 1111110 1001

864.8000 0000001 1001

864.8125 1000001 1001

864.8250 0100001 1001

864.8375 1100001 1001

864.8500 0010001 1001

864.8625 1010001 1001

864.8750 0110001 1001

864.8875 1110001 1001

864.9000 0001001 1001

864.9125 1001001 1001

864.9250 0101001 1001

864.9375 1101001 1001

864.9500 0011001 1001

864.9625 1011001 1001

864.9750 0111001 1001

864.9875 1111001 1001

865 MHz

865.0000 0000101 1001

865.0125 1000101 1001

865.0250 0100101 1001

865.0375 1100101 1001

865.0500 0010101 1001

865.0625 1010101 1001

865.0750 0110101 1001

865.0875 1110101 1001

865.1000 0001101 1001

865.1125 1001101 1001

865.1250 0101101 1001

865.1375 1101101 1001

865.1500 0011101 1001

865.1625 1011101 1001

865.1750 0111101 1001

865.1875 1111101 1001

865.2000 0000011 1001

865.2125 1000011 1001

865.2250 0100011 1001

865.2375 1100011 1001

865.2500 0010011 1001

865.2625 1010011 1001

865.2750 0110011 1001

865.2875 1110011 1001

865.3000 0001011 1001

865.3125 1001011 1001

865.3250 0101011 1001

865.3375 1101011 1001

865.3500 0011011 1001

865.3625 1011011 1001

865.3750 0111011 1001

865.3875 1111011 1001

865.4000 0000111 1001

865.4125 1000111 1001

865.4250 0100111 1001

865.4375 1100111 1001

865.4500 0010111 1001

865.4625 1010111 1001

865.4750 0110111 1001

865.4875 1110111 1001

865.5000 0001111

865.5125 1001111

865.5250 0101111

865.5375 1101111

865.5500 0011111

865.5625 1011111

865.5750 0111111

865.5875 1111111

865.6000 0000000

865.6125 1000000

865.6250 0100000

865.6375 1100000

865.6500 0010000

865.6625 1010000

865.6750 0110000

865.6875 1110000

865.7000 0001000

865.7125 1001000

865.7250 0101000

865.7375 1101000

865.7500 0011000

865.7625 1011000

865.7750 0111000

865.7875 1111000

865.8000 0000100

865.8125 1000100

865.8250 0100100

865.8375 1100100

865.8500 0010100

865.8625 1010100

865.8750 0110100

865.8875 1110100

865.9000 0001100

865.9125 1001100

865.9250 0101100

865.9375 1101100

865.9500 0011100

865.9625 1011100

865.9750 0111100

865.9875 1111100

Rev. B A-11

LBI-38988 800 MHZ FREQUENCY SELECTIONS

S1-1 S2-1 S1-1 S2-1 S1-1 S2-1
TX FREQ Thru Thru TX FREQ Thru Thru TX FREQ Thru Thru
(MHz) S1-7 S2-4 (MHz) S1-7 S2-4 (MHz) S1-7 S2-4

866 MHz

866.0000 0000010 0101

866.0125 1000010 0101

866.0250 0100010 0101

866.0375 1100010 0101

866.0500 0010010 0101

866.0625 1010010 0101

866.0750 0110010 0101

866.0875 1110010 0101

866.1000 0001010 0101

866.1125 1001010 0101

866.1250 0101010 0101

866.1375 1101010 0101

866.1500 0011010 0101

866.1625 1011010 0101

866.1750 0111010 0101

866.1875 1111010 0101

866.2000 0000110 0101

866.2125 1000110 0101

866.2250 0100110 0101

866.2375 1100110 0101

866.2500 0010110 0101

866.2625 1010110 0101

866.2750 0110110 0101

866.2875 1110110 0101

866.3000 0001110 0101

866.3125 1001110 0101

866.3250 0101110 0101

866.3375 1101110 0101

866.3500 0011110 0101

866.3625 1011110 0101

866.3750 0111110 0101

866.3875 1111110 0101

866.4000 0000001 0101

866.4125 1000001 0101

866.4250 0100001 0101

866.4375 1100001 0101

866.4500 0010001 0101

866.4625 1010001 0101

866.4750 0110001 0101

866.4875 1110001 0101

866.5000 0001001 0101

866.5125 1001001 0101

866.5250 0101001 0101

866.5375 1101001 0101

866.5500 0011001 0101

866.5625 1011001 0101

866.5750 0111001 0101

866.5875 1111001 0101

866.6000 0000101 0101

866.6125 1000101 0101

866.6250 0100101 0101

866.6375 1100101 0101

866.6500 0010101 0101

866.6625 1010101 0101

866.6750 0110101 0101

866.6875 1110101 0101

866.7000 0001101 0101

866.7125 1001101 0101

866.7250 0101101 0101

866.7375 1101101 0101

866.7500 0011101 0101

866.7625 1011101 0101

866.7750 0111101 0101

866.7875 1111101 0101

866.8000 0000011 0101

866.8125 1000011 0101

866.8250 0100011 0101

866.8375 1100011 0101

866.8500 0010011 0101

866.8625 1010011 0101

866.8750 0110011 0101

866.8875 1110011 0101

866.9000 0001011 0101

866.9125 1001011 0101

866.9250 0101011 0101

866.9375 1101011 0101

866.9500 0011011 0101

866.9625 1011011 0101

866.9750 0111011 0101

866.9875 1111011 0101

867 MHz

867.0000 0000111 0101

867.0125 1000111 0101

867.0250 0100111 0101

867.0375 1100111 0101

867.0500 0010111 0101

867.0625 1010111 0101

867.0750 0110111 0101

867.0875 1110111 0101

867.1000 0001111 0101

867.1125 1001111 0101

867.1250 0101111 0101

867.1375 1101111 0101

867.1500 0011111 0101

867.1625 1011111 0101

867.1750 0111111 0101

867.1875 1111111 0101

867.2000 0000000 1101

867.2125 1000000 1101

867.2250 0100000 1101

867.2375 1100000 1101

867.2500 0010000 1101

867.2625 1010000 1101

867.2750 0110000 1101

867.2875 1110000 1101

867.3000 0001000 1101

867.3125 1001000 1101

867.3250 0101000 1101

867.3375 1101000 1101

867.3500 0011000 1101

867.3625 1011000 1101

867.3750 0111000 1101

867.3875 1111000 1101

867.4000 0000100 1101

867.4125 1000100 1101

867.4250 0100100 1101

867.4375 1100100 1101

867.4500 0010100 1101

867.4625 1010100 1101

867.4750 0110100 1101

867.4875 1110100 1101

Legend: 0 = Closed, 1 = Open

NOTE: For MASTR III - set all switches (S1-1 thru S1-7 and S2-1 thru S2-4) to the CLOSED position.

A-12 Rev. B

800 MHZ FREQUENCY SELECTIONS LBI-38988

S1-1 S2-1 S1-1 S2-1 S1-1 S2-1
TX FREQ Thru Thru TX FREQ Thru Thru TX FREQ Thru Thru
(MHz) S1-7 S2-4 (MHz) S1-7 S2-4 (MHz) S1-7 S2-4

Legend: 0 = Closed, 1 = Open

NOTE: For MASTR III - set all switches (S1-1 thru S1-7 and S2-1 thru S2-4) to the CLOSED position.

1101

1101

1101

1101

1101

1101

1101

1101

1101

1101

1101

1101

1101

1101

1101

1101

1101

1101

1101

1101

1101

1101

1101

1101

0011

0011

0011

0011

0011

0011

0011

0011

0011

0011

0011

0011

0011

0011

0011

0011

867.5000 0001100 1101

867.5125 1001100 1101

867.5250 0101100 1101

867.5375 1101100 1101

867.5500 0011100 1101

867.5625 1011100 1101

867.5750 0111100 1101

867.5875 1111100 1101

867.6000 0000010 1101

867.6125 1000010 1101

867.6250 0100010 1101

867.6375 1100010 1101

867.6500 0010010 1101

867.6625 1010010 1101

867.6750 0110010 1101

867.6875 1110010 1101

867.7000 0001010 1101

867.7125 1001010 1101

867.7250 0101010 1101

867.7375 1101010 1101

867.7500 0011010 1101

867.7625 1011010 1101

867.7750 0111010 1101

867.7875 1111010 1101

867.8000 0000110 1101

867.8125 1000110 1101

867.8250 0100110 1101

867.8375 1100110 1101

867.8500 0010110 1101

867.8625 1010110 1101

867.8750 0110110 1101

867.8875 1110110 1101

867.9000 0001110 1101

867.9125 1001110 1101

867.9250 0101110 1101

867.9375 1101110 1101

867.9500 0011110 1101

867.9625 1011110 1101

867.9750 0111110 1101

867.9875 1111110 1101

868 MHz

868.0000 0000001 1101

868.0125 1000001 1101

868.0250 0100001 1101

868.0375 1100001 1101

868.0500 0010001 1101

868.0625 1010001 1101

868.0750 0110001 1101

868.0875 1110001 1101

868.1000 0001001 1101

868.1125 1001001 1101

868.1250 0101001 1101

868.1375 1101001 1101

868.1500 0011001 1101

868.1625 1011001 1101

868.1750 0111001 1101

868.1875 1111001 1101

868.2000 0000101 1101

868.2125 1000101 1101

868.2250 0100101 1101

868.2375 1100101 1101

868.2500 0010101 1101

868.2625 1010101 1101

868.2750 0110101 1101

868.2875 1110101 1101

868.3000 0001101 1101

868.3125 1001101 1101

868.3250 0101101 1101

868.3375 1101101 1101

868.3500 0011101 1101

868.3625 1011101 1101

868.3750 0111101 1101

868.3875 1111101 1101

868.4000 0000011 1101

868.4125 1000011 1101

868.4250 0100011 1101

868.4375 1100011 1101

868.4500 0010011 1101

868.4625 1010011 1101

868.4750 0110011 1101

868.4875 1110011 1101

868.5000 0001011

868.5125 1001011

868.5250 0101011

868.5375 1101011

868.5500 0011011

868.5625 1011011

868.5750 0111011

868.5875 1111011

868.6000 0000111

868.6125 1000111

868.6250 0100111

868.6375 1100111

868.6500 0010111

868.6625 1010111

868.6750 0110111

868.6875 1110111

868.7000 0001111

868.7125 1001111

868.7250 0101111

868.7375 1101111

868.7500 0011111

868.7625 1011111

868.7750 0111111

868.7875 1111111

868.8000 0000000

868.8125 1000000

868.8250 0100000

868.8375 1100000

868.8500 0010000

868.8625 1010000

868.8750 0110000

868.8875 1110000

868.9000 0001000

868.9125 1001000

868.9250 0101000

868.9375 1101000

868.9500 0011000

868.9625 1011000

868.9750 0111000

868.9875 1111000

Rev. B A-13

LBI-38988 800 MHZ FREQUENCY SELECTIONS

S1-1 S2-1 S1-1 S2-1 S1-1 S2-1
TX FREQ Thru Thru TX FREQ Thru Thru TX FREQ Thru Thru
(MHz) S1-7 S2-4 (MHz) S1-7 S2-4 (MHz) S1-7 S2-4

869 MHz

869.0000 0000100 0011

869.0125 1000100 0011

869.0250 0100100 0011

869.0375 1100100 0011

869.0500 0010100 0011

869.0625 1010100 0011

869.0750 0110100 0011

869.0875 1110100 0011

869.1000 0001100 0011

869.1125 1001100 0011

869.1250 0101100 0011

869.1375 1101100 0011

869.1500 0011100 0011

869.1625 1011100 0011

869.1750 0111100 0011

869.1875 1111100 0011

869.2000 0000010 0011

869.2125 1000010 0011

869.2250 0100010 0011

869.2375 1100010 0011

869.2500 0010010 0011

869.2625 1010010 0011

869.2750 0110010 0011

869.2875 1110010 0011

869.3000 0001010 0011

869.3125 1001010 0011

869.3250 0101010 0011

869.3375 1101010 0011

869.3500 0011010 0011

869.3625 1011010 0011

869.3750 0111010 0011

869.3875 1111010 0011

869.4000 0000110 0011

869.4125 1000110 0011

869.4250 0100110 0011

869.4375 1100110 0011

869.4500 0010110 0011

869.4625 1010110 0011

869.4750 0110110 0011

869.4875 1110110 0011

869.5000 0001110 0011

869.5125 1001110 0011

869.5250 0101110 0011

869.5375 1101110 0011

869.5500 0011110 0011

869.5625 1011110 0011

869.5750 0111110 0011

869.5875 1111110 0011

869.6000 0000001 0011

869.6125 1000001 0011

869.6250 0100001 0011

869.6375 1100001 0011

869.6500 0010001 0011

869.6625 1010001 0011

869.6750 0110001 0011

869.6875 1110001 0011

869.7000 0001001 0011

869.7125 1001001 0011

869.7250 0101001 0011

869.7375 1101001 0011

869.7500 0011001 0011

869.7625 1011001 0011

869.7750 0111001 0011

869.7875 1111001 0011

869.8000 0000101 0011

869.8125 1000101 0011

869.8250 0100101 0011

869.8375 1100101 0011

869.8500 0010101 0011

869.8625 1010101 0011

869.8750 0110101 0011

869.8875 1110101 0011

869.9000 0001101 0011

869.9125 1001101 0011

869.9250 0101101 0011

869.9375 1101101 0011

869.9500 0011101 0011

869.9625 1011101 0011

869.9750 0111101 0011

869.9875 1111101 0011

Legend: 0 = Closed, 1 = Open

NOTE: For MASTR III - set all switches (S1-1 thru S1-7 and S2-1 thru S2-4) to the CLOSED position.

A-14 Rev. B

900 MHZ FREQUENCY SELECTIONS LBI-38988

APPENDIX B

900 MHZ EDACS APPLICATIONS

FREQUENCY SELECTIONS

GETC DIP SWITCH SETTINGS

NOTE

NOTE

For MASTR II/IIe using Station GETC software 349A9607G4 (or earlier) only.
For MASTR II, IIe, and III using 349A9607G5 (or later), set switches S1-1 thru S1-7 and S2-1

thru S2-4 to the CLOSED position

Rev. B B-1

LBI-38988 900 MHZ FREQUENCY SELECTIONS

S1-1 S2-1 S1-1 S2-1 S1-1 S2-1
TX FREQ Thru Thru TX FREQ Thru Thru TX FREQ Thru Thru
(MHz) S1-7 S2-4 (MHz) S1-7 S2-4 (MHz) S1-7 S2-4

935 MHz

935.0125 1000000 0000

935.0250 0100000 0000

935.0375 1100000 0000

935.0500 0010000 0000

935.0625 1010000 0000

935.0750 0110000 0000

935.0875 1110000 0000

935.1000 0001000 0000

935.1125 1001000 0000

935.1250 0101000 0000

935.1375 1101000 0000

935.1500 0011000 0000

935.1625 1011000 0000

935.1750 0111000 0000

935.1875 1111000 0000

935.2000 0000100 0000

935.2125 1000100 0000

935.2250 0100100 0000

935.2375 1100100 0000

935.2500 0010100 0000

935.2625 1010100 0000

935.2750 0110100 0000

935.2875 1110100 0000

935.3000 0001100 0000

935.3125 1001100 0000

935.3250 0101100 0000

935.3375 1101100 0000

935.3500 0011100 0000

935.3625 1011100 0000

935.3750 0111100 0000

935.3875 1111100 0000

935.4000 0000010 0000

935.4125 1000010 0000

935.4250 0100010 0000

935.4375 1100010 0000

935.4500 0010010 0000

935.4625 1010010 0000

935.4750 0110010 0000

935.4875 1110010 0000

935.5000 0001010 0000

935.5125 1001010 0000

935.5250 0101010 0000

935.5375 1101010 0000

935.5500 0011010 0000

935.5625 1011010 0000

935.5750 0111010 0000

935.5875 1111010 0000

935.6000 0000110 0000

935.6125 1000110 0000

935.6250 0100110 0000

935.6375 1100110 0000

935.6500 0010110 0000

935.6625 1010110 0000

935.6750 0110110 0000

935.6875 1110110 0000

935.7000 0001110 0000

935.7125 1001110 0000

935.7250 0101110 0000

935.7375 1101110 0000

935.7500 0011110 0000

935.7625 1011110 0000

935.7750 0111110 0000

935.7875 1111110 0000

935.8000 0000001 0000

935.8125 1000001 0000

935.8250 0100001 0000

935.8375 1100001 0000

935.8500 0010001 0000

935.8625 1010001 0000

935.8750 0110001 0000

935.8875 1110001 0000

935.9000 0001001 0000

935.9125 1001001 0000

935.9250 0101001 0000

935.9375 1101001 0000

935.9500 0011001 0000

935.9625 1011001 0000

935.9750 0111001 0000

935.9875 1111001 0000

936 MHz

936.0000 0000101 0000

936.0125 1000101 0000

936.0250 0100101 0000

936.0375 1100101 0000

936.0500 0010101 0000

936.0625 1010101 0000

936.0750 0110101 0000

936.0875 1110101 0000

936.1000 0001101 0000

936.1125 1001101 0000

936.1250 0101101 0000

936.1375 1101101 0000

936.1500 0011101 0000

936.1625 1011101 0000

936.1750 0111101 0000

936.1875 1111101 0000

936.2000 0000011 0000

936.2125 1000011 0000

936.2250 0100011 0000

936.2375 1100011 0000

936.2500 0010011 0000

936.2625 1010011 0000

936.2750 0110011 0000

936.2875 1110011 0000

936.3000 0001011 0000

936.3125 1001011 0000

936.3250 0101011 0000

936.3375 1101011 0000

936.3500 0011011 0000

936.3625 1011011 0000

936.3750 0111011 0000

936.3875 1111011 0000

936.4000 0000111 0000

936.4125 1000111 0000

936.4250 0100111 0000

936.4375 1100111 0000

936.4500 0010111 0000

936.4625 1010111 0000

936.4750 0110111 0000

936.4875 1110111 0000

Legend: 0 = Closed, 1 = Open

NOTE: For MASTR III - set all switches (S1-1 thru S1-7 and S2-1 thru S2-4) to the CLOSED position.

B-2 Rev. B

900 MHZ FREQUENCY SELECTIONS LBI-38988

S1-1 S2-1 S1-1 S2-1 S1-1 S2-1
TX FREQ Thru Thru TX FREQ Thru Thru TX FREQ Thru Thru
(MHz) S1-7 S2-4 (MHz) S1-7 S2-4 (MHz) S1-7 S2-4

Legend: 0 = Closed, 1 = Open

NOTE: For MASTR III - set all switches (S1-1 thru S1-7 and S2-1 thru S2-4) to the CLOSED position.

1000

1000

1000

1000

1000

1000

1000

1000

1000

1000

1000

1000

1000

1000

1000

1000

1000

1000

1000

1000

1000

1000

1000

1000

1000

1000

1000

1000

1000

1000

1000

1000

1000

1000

1000

1000

1000

1000

1000

1000

936.5000 0001111 0000

936.5125 1001111 0000

936.5250 0101111 0000

936.5375 1101111 0000

936.5500 0011111 0000

936.5625 1011111 0000

936.5750 0111111 0000

936.5875 1111111 0000

936.6000 0000000 1000

936.6125 1000000 1000

936.6250 0100000 1000

936.6375 1100000 1000

936.6500 0010000 1000

936.6625 1010000 1000

936.6750 0110000 1000

936.6875 1110000 1000

936.7000 0001000 1000

936.7125 1001000 1000

936.7250 0101000 1000

936.7375 1101000 1000

936.7500 0011000 1000

936.7625 1011000 1000

936.7750 0111000 1000

936.7875 1111000 1000

936.8000 0000100 1000

936.8125 1000100 1000

936.8250 0100100 1000

936.8375 1100100 1000

936.8500 0010100 1000

936.8625 1010100 1000

936.8750 0110100 1000

936.8875 1110100 1000

936.9000 0001100 1000

936.9125 1001100 1000

936.9250 0101100 1000

936.9375 1101100 1000

936.9500 0011100 1000

936.9625 1011100 1000

936.9750 0111100 1000

936.9875 1111100 1000

937 MHz

937.0000 0000010 1000

937.0125 1000010 1000

937.0250 0100010 1000

937.0375 1100010 1000

937.0500 0010010 1000

937.0625 1010010 1000

937.0750 0110010 1000

937.0875 1110010 1000

937.1000 0001010 1000

937.1125 1001010 1000

937.1250 0101010 1000

937.1375 1101010 1000

937.1500 0011010 1000

937.1625 1011010 1000

937.1750 0111010 1000

937.1875 1111010 1000

937.2000 0000110 1000

937.2125 1000110 1000

937.2250 0100110 1000

937.2375 1100110 1000

937.2500 0010110 1000

937.2625 1010110 1000

937.2750 0110110 1000

937.2875 1110110 1000

937.3000 0001110 1000

937.3125 1001110 1000

937.3250 0101110 1000

937.3375 1101110 1000

937.3500 0011110 1000

937.3625 1011110 1000

937.3750 0111110 1000

937.3875 1111110 1000

937.4000 0000001 1000

937.4125 1000001 1000

937.4250 0100001 1000

937.4375 1100001 1000

937.4500 0010001 1000

937.4625 1010001 1000

937.4750 0110001 1000

937.4875 1110001 1000

937.5000 0001001

937.5125 1001001

937.5250 0101001

937.5375 1101001

937.5500 0011001

937.5625 1011001

937.5750 0111001

937.5875 1111001

937.6000 0000101

937.6125 1000101

937.6250 0100101

937.6375 1100101

937.6500 0010101

937.6625 1010101

937.6750 0110101

937.6875 1110101

937.7000 0001101

937.7125 1001101

937.7250 0101101

937.7375 1101101

937.7500 0011101

937.7625 1011101

937.7750 0111101

937.7875 1111101

937.8000 0000011

937.8125 1000011

937.8250 0100011

937.8375 1100011

937.8500 0010011

937.8625 1010011

937.8750 0110011

937.8875 1110011

937.9000 0001011

937.9125 1001011

937.9250 0101011

937.9375 1101011

937.9500 0011011

937.9625 1011011

937.9750 0111011

937.9875 1111011

Rev. B B-3

LBI-38988 900 MHZ FREQUENCY SELECTIONS

S1-1 S2-1 S1-1 S2-1 S1-1 S2-1
TX FREQ Thru Thru TX FREQ Thru Thru TX FREQ Thru Thru
(MHz) S1-7 S2-4 (MHz) S1-7 S2-4 (MHz) S1-7 S2-4

938 MHz

938.0000 0000111 1000

938.0125 1000111 1000

938.0250 0100111 1000

938.0375 1100111 1000

938.0500 0010111 1000

938.0625 1010111 1000

938.0750 0110111 1000

938.0875 1110111 1000

938.1000 0001111 1000

938.1125 1001111 1000

938.1250 0101111 1000

938.1375 1101111 1000

938.1500 0011111 1000

938.1625 1011111 1000

938.1750 0111111 1000

938.1875 1111111 1000

938.2000 0000000 0100

938.2125 1000000 0100

938.2250 0100000 0100

938.2375 1100000 0100

938.2500 0010000 0100

938.2625 1010000 0100

938.2750 0110000 0100

938.2875 1110000 0100

938.3000 0001000 0100

938.3125 1001000 0100

938.3250 0101000 0100

938.3375 1101000 0100

938.3500 0011000 0100

938.3625 1011000 0100

938.3750 0111000 0100

938.3875 1111000 0100

938.4000 0000100 0100

938.4125 1000100 0100

938.4250 0100100 0100

938.4375 1100100 0100

938.4500 0010100 0100

938.4625 1010100 0100

938.4750 0110100 0100

938.4875 1110100 0100

938.5000 0001100 0100

938.5125 1001100 0100

938.5250 0101100 0100

938.5375 1101100 0100

938.5500 0011100 0100

938.5625 1011100 0100

938.5750 0111100 0100

938.5875 1111100 0100

938.6000 0000010 0100

938.6125 1000010 0100

938.6250 0100010 0100

938.6375 1100010 0100

938.6500 0010010 0100

938.6625 1010010 0100

938.6750 0110010 0100

938.6875 1110010 0100

938.7000 0001010 0100

938.7125 1001010 0100

938.7250 0101010 0100

938.7375 1101010 0100

938.7500 0011010 0100

938.7625 1011010 0100

938.7750 0111010 0100

938.7875 1111010 0100

938.8000 0000110 0100

938.8125 1000110 0100

938.8250 0100110 0100

938.8375 1100110 0100

938.8500 0010110 0100

938.8625 1010110 0100

938.8750 0110110 0100

938.8875 1110110 0100

938.9000 0001110 0100

938.9125 1001110 0100

938.9250 0101110 0100

938.9375 1101110 0100

938.9500 0011110 0100

938.9625 1011110 0100

938.9750 0111110 0100

938.9875 1111110 0100

939 MHz

939.0000 0000001 0100

939.0125 1000001 0100

939.0250 0100001 0100

939.0375 1100001 0100

939.0500 0010001 0100

939.0625 1010001 0100

939.0750 0110001 0100

939.0875 1110001 0100

939.1000 0001001 0100

939.1125 1001001 0100

939.1250 0101001 0100

939.1375 1101001 0100

939.1500 0011001 0100

939.1625 1011001 0100

939.1750 0111001 0100

939.1875 1111001 0100

939.2000 0000101 0100

939.2125 1000101 0100

939.2250 0100101 0100

939.2375 1100101 0100

939.2500 0010101 0100

939.2625 1010101 0100

939.2750 0110101 0100

939.2875 1110101 0100

939.3000 0001101 0100

939.3125 1001101 0100

939.3250 0101101 0100

939.3375 1101101 0100

939.3500 0011101 0100

939.3625 1011101 0100

939.3750 0111101 0100

939.3875 1111101 0100

939.4000 0000011 0100

939.4125 1000011 0100

939.4250 0100011 0100

939.4375 1100011 0100

939.4500 0010011 0100

939.4625 1010011 0100

939.4750 0110011 0100

939.4875 1110011 0100

Legend: 0 = Closed, 1 = Open

NOTE: For MASTR III - set all switches (S1-1 thru S1-7 and S2-1 thru S2-4) to the CLOSED position.

B-4 Rev. B

S1-1 S2-1 S1-1 S2-1 S1-1 S2-1
TX FREQ Thru Thru TX FREQ Thru Thru TX FREQ Thru Thru
(MHz) S1-7 S2-4 (MHz) S1-7 S2-4 (MHz) S1-7 S2-4

Legend: 0 = Closed, 1 = Open

NOTE: For MASTR III - set all switches (S1-1 thru S1-7 and S2-1 thru S2-4) to the CLOSED position.

939.5000 0001011 0100

939.5125 1001011 0100

939.5250 0101011 0100

939.5375 1101011 0100

939.5500 0011011 0100

939.5625 1011011 0100

939.5750 0111011 0100

939.5875 1111011 0100

939.6000 0000111 0100

939.6125 1000111 0100

939.6250 0100111 0100

939.6375 1100111 0100

939.6500 0010111 0100

939.6625 1010111 0100

939.6750 0110111 0100

939.6875 1110111 0100

939.7000 0001111 0100

939.7125 1001111 0100

939.7250 0101111 0100

939.7375 1101111 0100

939.7500 0011111 0100

939.7625 1011111 0100

939.7750 0111111 0100

939.7875 1111111 0100

939.8000 0000000 1100

939.8125 1000000 1100

939.8250 0100000 1100

939.8375 1100000 1100

939.8500 0010000 1100

939.8625 1010000 1100

939.8750 0110000 1100

939.8875 1110000 1100

939.9000 0001000 1100

939.9125 1001000 1100

939.9250 0101000 1100

939.9375 1101000 1100

939.9500 0011000 1100

939.9625 1011000 1100

939.9750 0111000 1100

939.9875 1111000 1100

900 MHZ FREQUENCY SELECTIONS LBI-38988

Rev. B B-5

LBI-38988

Ericsson Inc.

Private Radio Systems
Mountain View Road
Lynchburg, Virginia
1-800-528-7711 (Outside USA, 804-528-7711)

Printed in U.S.A.