ELECTRONICS AND RADIO FREQUENCY

The L3Harris Fault Isolation Unit (FIU) is an innovative device essential for enhancing the resilience of military and government electronic systems. As the complexity of these systems increases, the FIU plays a critical role in protecting power distribution networks from high-current overloads and fault loads. By effectively limiting the negative impacts of such faults, the FIU enhances the flexibility and survivability of power delivery systems, ensuring mission success in demanding operational environments. Its advanced design contributes to improved reliability and operational readiness, making it a vital component in modern military infrastructure.

The L3Harris Air Circuit Breaker 2012 is a state-of-the-art electrical protection device designed for use in demanding environments, particularly in military and aerospace applications. This advanced circuit breaker offers reliable performance and enhanced safety features, ensuring optimal protection for critical electrical systems. With its robust design, the Air Circuit Breaker 2012 is capable of handling high current loads while providing precise control and monitoring capabilities. Its lightweight construction and compact form factor make it suitable for integration into various platforms, including unmanned systems and submarines. L3Harris continues to lead the industry by delivering innovative solutions that enhance operational efficiency and safety in complex electrical environments.

The L3Harris Air Circuit Breaker 4012 is an advanced electrical protection device designed to enhance safety and reliability in various applications. It features a range of new standard capabilities, including RMS sensing, ground-fault detection, real-time state monitoring, and bidirectional communications. The breaker also incorporates electronic overcurrent protection, eliminating the need for costly overcurrent assemblies and simplifying the ordering process. Additional functionalities such as under-voltage dropout, under-voltage lockout, power-up trip, and charging motor protection further enhance its versatility and operational efficiency. By reducing parts inventory and maintenance requirements, the Air Circuit Breaker 4012 not only improves performance but also results in significant manpower savings, making it an ideal solution for modern electrical systems in military and commercial environments.

The L3Harris Air-Cooled Frequency Converter (ACFC) is a cutting-edge solution designed to provide refined, stable, and reliable power delivery to central and distributed 400 Hz systems, including weapons, fire control, electronic countermeasures (ECM), sonar, and avionics. Complying with MIL-STD-1399 requirements for Type III power and STANAG 1008, Edition 8, the ACFC ensures compatibility with existing shipboard data buses, facilitating seamless integration into naval platforms. The ACFC family features units rated up to 75 kW, making them ideal for demanding military applications where consistent power performance is critical. With its robust design and advanced technology, the L3Harris ACFC enhances operational efficiency and reliability in complex maritime environments.

The L3Harris Air-Cooled, Solid-State Frequency Converter (ACSSFC) is engineered to deliver reliable power for critical applications, including the AEGIS Weapons Systems, while serving as a direct replacement for aircraft carrier or fixed-base central power motor generators. With a rating of 288 kW/384 kVA, the ACSSFC supports parallel operation with up to six units, ensuring robust performance and flexibility. This converter provides MIL-STD-1399 Type II or III power with exceptional reliability and efficiency. Its air-cooled, self-contained modular design facilitates easy access for troubleshooting and built-in diagnostic tests enhance operational readiness. The ACSSFC is an ideal solution for demanding military environments, backed by comprehensive logistics support to ensure seamless integration and maintenance.

L3Harris' Alarm and Announcing Systems are engineered for high-performance and resilience in demanding environments, delivering superior audio quality that sets the industry standard. These modular systems are ideal for high-ambient noise settings such as aircraft carrier flight decks, military vessels, offshore platforms, and large commercial venues like stadiums and factories. With configurations ranging from systems driving eight speakers with 40 watts of amplification to those managing over 1,100 speakers with 24,000 watts, they ensure clear communication under any circumstances. Built with multiple levels of redundancy and failover capabilities, these systems maintain operational integrity even if a complete rack goes offline. L3Harris meets stringent specifications set by the American Bureau of Shipping (ABS), SOLAS, and various military standards, ensuring compliance and reliability in critical situations.

The RF-410D Next Generation Power Amplifier (NGPA) is a cutting-edge solution designed for dynamic mission environments, significantly smaller and up to 70% lighter than its predecessors, allowing for enhanced tactical mobility. Operating across a frequency range of 30-2600 MHz, it ensures seamless access to networked voice and data while providing exceptional range extension and resilient communications in RF-congested areas. This software-defined amplifier supports rapid upgrades to emerging capabilities and is compatible with any L3Harris tactical radio, offering various serial interfaces and modes. The RF-410D features both RF sensing input for minimal manual interaction and a radio control mode for optimized performance without user input. It is suitable for vehicle and fixed-mount systems, with optional shock mounts for high-impact applications, making it an ideal choice for modern military operations.

The RF-411 Power Amplifier (PA) is a cutting-edge solution designed for dynamic missions, compatible with both vehicular and fixed-mount radio systems. Engineered for reliability, it can be mounted in wheeled vehicles or equipped with a shock tray for tracked vehicles, ensuring optimal performance in diverse operational environments. The RF-411 seamlessly integrates with the latest L3Harris tactical radios, featuring an advanced control mode that utilizes the radio’s software to automatically optimize performance without manual adjustments. This amplifier supports a wide frequency range of 30-520 MHz, enabling robust networked voice and data communications across both wideband and traditional narrowband waveforms, making it an essential tool for modern tactical operations.

The ES-5080 Digital Receiver Based ELINT/ESM System by L3Harris is a high-performance system designed for detecting and analyzing radio frequency (RF) emissions from submarines, surface ships, aircraft, and land-based radars. It combines omnidirectional and high-gain spinning dish antennas with wideband synthesized superheterodyne tuners and digital receivers, providing exceptional sensitivity and accuracy in detecting low-power radars over long distances. The system's flexible architecture allows for scalable configurations, from single-channel, single-operator setups to multi-receiver, multi-operator ESM/ELINT systems. Featuring a Windows-based graphical interface for easy signal analysis, the ES-5080 is ideal for comprehensive emitter identification and parameter measurement. For more information, visit [L3Harris ES-5080](www.l3harris.com/all-capabilities/es-5080-digital-receiver-based-elintesm-system).

Advanced Component Obsolescence Management (AVCOM) is a comprehensive solution designed to manage and mitigate the risks associated with the obsolescence of critical components in defense and aerospace systems. By leveraging advanced technologies and expert analysis, AVCOM ensures the continued operational effectiveness and lifecycle management of military systems, providing innovative strategies for sourcing, redesigning, and securing long-term availability of key components. This approach helps maintain the reliability and sustainability of complex systems, reducing downtime and extending the service life of defense platforms while ensuring compliance with industry standards.

BAE Systems' Defense Electronics R&D: Next Generation Systems focuses on advancing cutting-edge technologies to maintain superiority in national defense. The division is dedicated to the development of multi-functional systems, advanced materials, and optics to enhance the capabilities of defense electronics. Key innovations include high-performance electronic warfare systems, communications, and radar solutions. Leveraging decades of experience, BAE Systems integrates advanced research to create solutions that meet the evolving demands of modern warfare, enhancing both the operational effectiveness and sustainability of defense systems. Through continuous R&D, BAE Systems strives to provide the U.S. and allied forces with reliable, next-generation technology for mission-critical operations.

The AN/ALR-94 F-22 Electronic Warfare (EW) System provides advanced, integrated protection for the F-22 Raptor against a wide range of airborne and ground-based threats. Using state-of-the-art digital EW technologies, the system enhances the F-22's air dominance capabilities by offering real-time detection, jamming, and countermeasures to defeat both existing and emerging threats. The AN/ALR-94 ensures unparalleled survivability and mission success by delivering relentless protection and maintaining the F-22's superiority in contested environments. For more information, visit [AN/ALR-94 F-22 Electronic Warfare System](www.baesystems.com/en-us/product/an-alr-94).

BAE Systems' Electronic Warfare and Support Equipment provides cutting-edge solutions for detecting, countering, and neutralizing electronic threats across multiple domains. This advanced suite of tools enhances situational awareness and ensures mission success by offering superior electronic warfare capabilities, including jamming, signal interception, and electronic protection. Designed to support both defensive and offensive operations, BAE's EW systems are integral to modern military forces, offering robust protection against evolving electromagnetic threats. For more information, visit [Electronic Warfare and Support Equipment](www.baesystems.com/en-us/product/electronic-warfare-and-support-equipment).

The AN/ASQ-239 F-35 Electronic Warfare (EW) countermeasure system is a next-generation suite designed to provide both offensive and defensive options for pilots operating the F-35 Lightning II. This system integrates advanced radar warning, targeting support, and countermeasures, offering unparalleled protection against a wide range of airborne and ground-based threats. Its 360-degree situational awareness maximizes detection ranges and provides real-time, rapid response capabilities for jamming, evasion, and engagement. The system's platform-level design ensures long-term reliability, maintainability, and cost-effectiveness, while its adaptable architecture allows for future upgrades, making it an essential component of the F-35's electronic warfare capabilities. For more information, visit [AN/ASQ-239 F-35 EW Countermeasure System](www.baesystems.com/en-us/product/an-asq-239-f-35-ew-countermeasure-system).

BAE Systems' Electronic Warfare (EW) solutions provide cutting-edge capabilities for protecting military forces and critical infrastructure from modern threats. With over 60 years of experience, BAE Systems offers a comprehensive suite of technologies that include Electronic Support (ES), Electronic Protection (EP), Electronic Attack (EA), and Mission Support. These systems are designed to detect, disrupt, and neutralize adversary threats using advanced signal processing, electronic countermeasures, and directed energy weapons. BAE’s EW technologies have been deployed on over 120 platforms and are integral to 5th generation aircraft and other military assets. As threats evolve, BAE Systems continues to develop innovative EW solutions that give armed forces the edge to control the electromagnetic spectrum, ensuring operational superiority and enhanced survivability in the most complex environments.