Motorola HF-SSB manual Equipment Description, Functional Description, Main Operational Features

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1-3. Equipment Description

1-3.1 Functional Description

The micomTrooper is an advanced and flexible backpack-portable HF-SSB transceiver that provides a complete solution to the communication requirements in the crowded HF band. micomTrooper has an automatic antenna tuner, which supports a wide range of antennas, including a light-weight foldable whip for portable (backpack) operation; dipole, long wire, and many other types of antennas can be used for static operation.

The micomTrooper provides voice, data, and telegraphy (CW) communication. Communication reliability and quality is improved by means of automatic frequency management and automatic link establishment (ALE). In addition, the ALE function also provides Automatic Message Display (AMD), that enables operators to exchange preprogrammed messages while establishing a link.

The transmit output power is operator-selectable (5, 10 or 20 W). When used in a backpack configuration, the operator can reduce the transmit power and thus increase battery life when the communication conditions do not require the maximum transmit power (20 W).

Under bad propagation conditions or in an emergency, the operator can rapidly switch to static operation by simply placing the self-supporting micomTrooper harness on ground, and increase the transmit power to 50 W. Under static operating conditions, the operator can easily connecting a dipole or another long wire antenna instead of the whip, further increasing communication efficiency. Using a dipole or long wire antenna also extends the lower operating frequency from 3.0 to 1.6 MHz.

micomTrooper is powered by a 16V, 12Ah rechargeable Lithium ion battery, type ML1416-L. Spare batteries can be carried in the backpack harness.

1-3.2 Main Operational Features

This section presents a concise list of the main operational features of the micomTrooper transceiver.

For a description of the additional capabilities and features of MICOM transceivers, see the "MICOM-2E/2R ALE HF-SSB Transceiver Owner’s Guide", Publication 68P02952C60-A, and the "MICOM-2ES/2RS/2TS ALE HF-SSB Transceiver” Supplement 68MB000010 to the Owner’s Guide 68P02952C60-A.

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Contents Page Page Commercial Warranty Standard Computer Software Copyrights MicomTrooper Page MicomTrooper Page General Safety Precautions Compliance with RF Energy Exposure Standards Federal Communication Commission Regulations Page Driver Safety Electromagnetic Interference/CompatibilityOperational Warnings For Vehicles with an Air BagTable of Contents Table of Contents Contd List of Illustrations Intentionally Left Blank Chapter Introduction ScopePurpose and Use MicomTrooper Ready for Operation, General View Equipment Description Main Operational FeaturesFunctional Description Fast and simple radio link establishing Part of a proven family of radio products Main Technical Specifications SpecificationsIntentionally Left Blank Chapter Preparation for Operation Unpacking and Inspection Familiarization with Main Equipment Components Backpack Carrying HarnessTypical Backpack Carrying Harness, Open View MicomTrooper Transceiver MicomTrooper Transceiver, General ViewInstallation of micomTrooper Battery Outline of Preparation ProceduresPreparing for Backpack Operation Upper Battery Flap Battery Straps Lower Battery Installation of Transceiver in Carrying Harness Transceiver Power Connector Cable Page Page Installation of Whip Antenna Whip Antenna Base Mount Handset Connection of Audio Accessories Wearing the Backpack Carrying HarnessPage Intentionally Left Blank Chapter Operation Channel Mode Menu 000.000Menu Functions MenuMenu RAD ALE Lang Intentionally Left Blank Procedure Appendix a Static OperationTo connect a dipole or long-wire antenna Figure A-1. Connecting the Dipole or Long-Wire Antenna Intentionally Left Blank Appendix B Using Battery Charger, FLN9541 Battery is probably bad and cannot be recharged Operating InstructionsInput voltage Intentionally Left Blank