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General| Brand | Viavi |
|---|---|
| Model | MTS-5800 |
| Category | Control Unit |
| Language | English |
Explains the manual's objective and intended audience.
Outlines prerequisites and knowledge expected from the user.
Defines key terms and acronyms used throughout the manual.
Lists other manuals and resources for further study.
Details typographical and symbol usage for clarity.
Covers important safety warnings and regulatory compliance details.
Provides contact information for support and troubleshooting.
Provides a general description of the Timing Expansion Module (TEM).
Details the key features and functionalities of the TEM Module.
Lists the components included with the TEM Module package.
Guides the user through the process of safely unpacking the TEM Module.
Instructs on checking the TEM Module and its accessories for any physical damage.
Describes the various connectors on the TEM Module's panel.
Step-by-step instructions for physically connecting the TEM Module to the test instrument.
Details how to connect the GNSS antenna to the TEM Module for timing.
Explains how to supply power to the TEM Module via the test instrument.
Outlines the procedure for powering on the test instrument with the TEM Module.
Guides on confirming the correct time zone setting for accurate timing.
Describes how to activate and initiate the warm-up of the TEM's rubidium oscillator.
Procedures for safely powering down the test instrument.
Instructions for safely removing the GNSS antenna.
Step-by-step guide to detach the TEM Module from the test instrument.
Explains fundamental timing concepts relevant to the TEM Module's operation.
Describes typical tests and scenarios requiring high accuracy timing.
Details the process and importance of warming up the rubidium oscillator.
Guides the user through setting up the TEM Module for specific timing operations.
Explains how to survey GNSS satellites for position and timing data.
Describes the process of synchronizing the TEM Module's oscillator to a reference source.
Details how to manually place the oscillator into holdover mode for stable timing.
Provides steps to assess the performance and placement of GNSS antennas.
Introduces the concept and purpose of 1PPS wander analysis.
Explains how 1PPS analysis mode affects the oscillator's tuning state.
Guides on measuring Time Interval Error and calculating MTIE/TDEV.
Details the process of analyzing wander data using the onboard tool.
Explains how to save and export TIE measurement data for offline analysis.
Overview of the timing and 1PPS analysis results available.
Describes the meaning and function of various LEDs on the TEM Module.
Explains how to interpret the event log for oscillator tuning and status.
Details the results related to GNSS satellite acquisition and signal strength.
Provides information on GNSS status, location, and time data.
Presents results related to the status and performance of the rubidium oscillator.
Shows detailed results from 1PPS analysis, including offset and error measurements.
Introduces the troubleshooting section and how to resolve common issues.
Addresses potential problems encountered during module assembly and setup.
Covers troubleshooting steps for issues during normal TEM Module operation.
Addresses common questions and issues related to performing tests with the TEM Module.
Provides guidance on routine maintenance and care for the TEM Module.
Introduces the specifications section and lists categories covered.
Lists the physical dimensions and weight of the TEM Module.
Details operating and storage environmental requirements.
Outlines the power requirements and battery life considerations.
Describes the electrical and physical characteristics of module connectors.
Lists key performance metrics for GNSS and time synchronization.
Details the phase noise and performance characteristics of the rubidium oscillator.
Provides accuracy specifications for 1PPS analysis measurements.
Provides guidelines for proper storage of the TEM Module.
Offers recommendations for safely transporting the TEM Module.
Outlines procedures and precautions for shipping the TEM Module.
Explains the process and requirements for returning equipment to Viavi.
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