Lantronix 4092A IRIG-B Configuring for Input Signal and Impedance, To change the jumper settings

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4.4 Configuring for Input Signal and Impedance

The Input Signal and Impedance settings are configured at the factory for a modulated input and low Z input and output impedance. If the signal sources have a high Z output impedance, then

Caution

When opening the top cover and changing the power supply settings, use proper ESD precautions. This includes ensuring that you are properly grounded before touching the internal PWA of the unit to change the jumper settings.

Required for this procedure:

„#1 Phillips screwdriver

To change the jumper settings:

1.Disconnect both power supplies from their power source.

2.Using a #1 Phillips screwdriver, remove the top cover.

3.Move the jumper one position to the left to the 2S position.

4.Replace the top cover.

5.Reconnect the power supplies.

Gain setting for selected input impedance. Must follow Input impedance.

Inputs A & B impedance jumpers configured for the LO-Z (50 Ω).

Signal Type jumper configured for modulated (IRIG-B).

4.5 Configuring for Dual Power Supplies

The power supply setting is configured at the factory based upon single or dual power supply configuration. If you are adding a second power supply to a unit that was originally configured for a single power supply, you should change the internal jumper setting. The jumper setting ensures that the power supply LEDs reflect the proper configuration and that the second power supply is monitored.

4092A Operations and Maintenance Manual

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Contents Walnut Street Suite 1B Boulder, CO Phone 303 Revision Description Date Approved Contents Glossary Index Introduction SymbolsSymbol Definition Convention Definition About This ManualConventions 4092A Overview AC Power EthernetIntroduction Installing the 4092A Installing and Setting Up the 4092ASafety Information Assigning a Static IP Address To set up the 4092A4092A Operations and Maintenance Manual To select the active input channel remotely To assign the static IP address using TelnetSelecting the Active Input Channel To select the active input channel from the front panelTo set the 4092A to autoswitch mode remotely Setting the 4092A to Autoswitch ModeCleaning To set the 4092A to autoswitch mode from the front panelInstalling and Setting Up the 4092A Checking System Information Accessing the SystemChecking Status and Alarms Monitoring the 4092ADefines each status or alarm bit position Command sent 4092A response To check the software version Checking Model Number and Software VersionTo check the TSC model number Understanding Alarm Output Monitoring the 4092A Input LED status What it means What do to Troubleshooting the 4092ATroubleshooting Input Problems Input Select LED status What it means What do to Troubleshooting Output ProblemsTroubleshooting Power Supply Problems Power LED status What it means What do toTo change the jumper settings Configuring for Input Signal and ImpedanceConfiguring for Dual Power Supplies To change the jumper setting Replacing Power SuppliesTo replace a fuse Verifying Operational ProblemsTo replace a power supply Replacing FusesTroubleshooting the 4092A Packing Instructions Warranty and Shipping InformationWarranty Information Shipping InformationWarranty and Shipping Information Specification Appendix a SpecificationsElectrical Specifications Temperature Relative Humidity Altitude Physical SpecificationsEnvironment Specifications Glossary Glossary Numerics IndexIndex

4092A IRIG-B specifications

The Lantronix 4092A IRIG-B is a high-performance time code generation and distribution module that plays a crucial role in various applications requiring precise time synchronization. This compact device is particularly beneficial in systems such as telecom infrastructure, military applications, satellite communications, and scientific research. Its core functionality revolves around generating and managing the IRIG-B time code, a standard used for accurately transmitting time information.

One of the primary features of the Lantronix 4092A is its versatility in time code generation. It supports both unidirectional and bidirectional protocols, allowing for seamless integration into existing systems. The module can generate multiple IRIG-B formats, ensuring compatibility with a wide range of time synchronization devices. This flexibility is a significant advantage, particularly in environments that utilize various time code standards.

The device employs advanced timekeeping technology that ensures high accuracy and stability. Equipped with a GPS input option, the 4092A can synchronize its time code with GPS signals, obtaining precise time data globally. This feature is essential for applications that demand synchronization across extensive networks and geographical locations.

In terms of connectivity, the Lantronix 4092A IRIG-B offers multiple options, including RS-232 and RS-485 interfaces. This variety enhances its compatibility with various systems and makes installation straightforward. Additionally, the module is designed for easy integration, enabling developers to embed it within existing hardware architectures without significant modifications.

The 4092A also boasts user-friendly configuration capabilities. Its setup can be managed through a serial interface, allowing users to define parameters and adjust settings with ease. This feature ensures that the device can be quickly tailored to meet the specific needs of the application, minimizing downtime during deployment.

In conclusion, the Lantronix 4092A IRIG-B is an essential module for any application that requires robust time synchronization. Its main features, including versatile time code generation, advanced timekeeping technology, multiple connectivity options, and user-friendly configuration, make it an outstanding choice for industries where precision timing is critical. With its reliability and adaptability, the 4092A is poised to meet the challenges of modern time-sensitive applications.
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