MtronPTI’s Post

Interesting, compact MMIC switch. Broad 0-30 GHz band, high isolation, operation to greater than 200 mW. From Minicircuits: "The M3SWA2-34DR+ from Mini-Circuits is a GaAs Absorptive SPDT Switch MMIC that operates from DC to 30 GHz. It has an insertion loss of 0.6 dB, provides more than 68 dB of isolation, and can handle an input power of 25.2 dBm. This switch has a rise time of 6.9 ns and a fall time of 7.1 ns. It consists of an internal driver that is designed for wideband operation and offers fast, nanosecond. switching operation with no gate lag effects. This SPDT switch provides excellent isolation, and high linearity, and enables ease of integration in compact assemblies. It is available in a surface-mount package that measures 3 x 3 mm. This MMIC switch is ideal for test and measurement. communication infrastructure, radar, EW, and CM defense applications."

Beamforming 101 Whitepaper: Understand the basics of electronically steered phased array antennas that form the heart of today's SATCOM, 5G communications and RADAR systems #mmWave #beamforming #5G #SATCOM https://lnkd.in/gm5vtiqq

Introducing the 6-12 GHz 300W CW/Pulse GaN-Based SSPA We are excited to unveil our latest innovation in RF amplification technology: the 6-12 GHz 300W Continuous Wave (CW) and Pulse Gallium Nitride (GaN) Solid State Power Amplifier (SSPA). This state-of-the-art amplifier is designed to meet the demanding requirements of modern communication, radar, and electronic warfare systems. Key Features: Frequency Range: Operates seamlessly across the 6-12 GHz spectrum, ensuring broad compatibility with various applications. High Power Output: Delivers a robust 300W output, providing the necessary power for both CW and pulse operations. GaN Technology: Utilizes advanced GaN technology for superior efficiency, thermal performance, and reliability. Compact Design: Engineered for high performance in a compact, lightweight package, making it ideal for both airborne and ground-based platforms. Durability: Built to withstand harsh environments, including high shock and vibration, with an operating temperature range from -40°C to +85°C. Applications: Communication Systems: Enhances signal strength and clarity in both commercial and military communication networks. Radar Systems: Provides the power and frequency agility needed for advanced radar applications. Electronic Warfare: Offers the high power and rapid response required for effective electronic countermeasures. Why Choose Our GaN-Based SSPA? Our GaN-based SSPA stands out due to its exceptional power efficiency and reliability. The use of GaN technology not only boosts performance but also extends the lifespan of the amplifier, reducing maintenance costs and downtime. Whether you need a solution for high-power communication, radar, or electronic warfare, our 6-12 GHz 300W GaN SSPA is designed to deliver unparalleled performance. #RFAmplifier #GaNTechnology #SSPA #HighPowerAmplifier #RadarSystems #CommunicationSystems #ElectronicWarfare #6to12GHz #300WAmplifier #AdvancedTechnology

New White Paper Alert: PDUs and Switches Requirements for Ground Vehicle Applications We're excited to share our latest white paper, which explores the critical requirements for Power Distribution Units (PDUs) and switches tailored for ground vehicle applications. This comprehensive paper delves into the nuances of integrating power and communication solutions effectively within military vehicles. Our new MILTECH 9080 combines power distribution and a Gigabit Ethernet Switch into one unit, designed to address these exact needs. It offers a streamlined solution that enhances efficiency and reliability in demanding environments. Gain valuable insights into optimizing your vehicle systems by exploring our findings and recommendations. Read the white paper to learn more about how our solutions can support your ground vehicle applications: https://lnkd.in/e8YPW5uz #Milpower #MILTECH9080 #PowerDistribution #NetworkingSolutions #GroundVehicleApplications #WhitePaper

As many defense and satellite communication applications face requirements to perform increasingly complex tasks with unwavering precision and reliability, the wider bandwidths and faster speeds available in the millimeter wave (mmWave) portion of the RF spectrum are becoming increasingly attractive. This white paper explores the key factors to consider when selecting a filter technology for mmWave applications. https://bit.ly/3v4w5zi

IEE Case Study: A Military Weapon System Integrator requested a rugged avionics display that could provide a direct full-high definition (Full-HD) image of their modern high resolution sensors and cameras. In addition, this rotary-wing application required extreme flexibility in the operator control inputs for commanding the modes and positioning of the multiple weapon system devices and helicopter payloads. The major challenge was the requirement to present high-resolution sensor, map, and symbology legibly in the wide range of ambient light conditions found in the cockpit of a military helicopter; from direct sunlight to dark night NVIS goggle operation. Read here how IEE approached the customer's challenge. https://lnkd.in/gZm3GzXs #leddisplay

The use of #ElectronicWarfare in #Ukraine and the #MiddleEast is having its desired military effect. In today's newsletter, we look at an unintended effect: the disruption of commercial aviation. We also look at how engineers can tackle stimulated Brillouin scattering challenges with additive white Gaussian noise during laser weapon design (thanks, Wireless Telecom Group (Boonton, Holzworth, Noisecom)), how PMICs can design and control RF GaN PA technology in various applications and help overcome hurdles in RF front-end (RFFE) design to help achieve peak performance (yay, Qorvo, Inc.!), and more. Also featuring Remcom Inc., dB Control, Rohde & Schwarz, Knowles Precision Devices, and Communications & Power Industries (CPI). https://lnkd.in/eYWpSyXH

Is prioritizing critical electronic warfare capabilities to stay ahead of today's threats at the top of your list? Are you planning your second half of the year conference calendar to connect with others who are focusing on electronic warfare? For all the planners who are currently scheduling their December activities, we want you to know that Herrick Technology Labs is exhibiting at the 61st Annual AOC International Symposium & Convention taking place December 11-13, 2024 at the Gaylord National Harbor, MD.  In the meantime, be sure to reach out to our experts to discuss your requirements, development needs, fielding and acquisition plans. Our advanced EW solutions includes: • High performance software-defined radios • A-PNT position, navigation and timing modules  • Direction finding antennas • Tactical manpack solutions • Ultrawideband up/down converter • Wideband transceiver • CMOSS & SOSA aligned modular 3U VPX chassis and modules To learn more, contact our experts at: marketing@herricktechlabs.com #AOC2024 #HerrickTechLabsSolutions #ModularOpenStandards #SoftwareDefinedRadio #SDRbasedtechnology #DirectionFinding #PNTtechnology #ManpackSolution #SOSAchassis #3UVPX #RadioFrequency #ElectronicWarfare #HerrickTechLabsSolutions

Accelerate Design Cycles, Reduce Costs, and Future-Proof Designs with Apollo MxFE™ The growth of data intensive applications is increasing the need for wider bandwidths and more rapid processing and analysis of data for 5G, 6G, Wi-Fi 7 & 8, radar, signal intelligence, and other applications at the network edge. As a result, customers need a solution that enables higher-speed data conversion and processing capabilities, while reducing electronic testing complexity. To address these challenges, Analog Devices has created Apollo MxFE™, its most advanced software-defined, direct RF-sampling, wideband mixed signal front end platform. Apollo MxFE enables next-generation applications such as phased array radar, electronic surveillance, test and measurement, and 6G communications in the Aerospace & Defense, Instrumentation, and Wireless Communications industries. https://lnkd.in/eY-yipbE

And yet another notable application of GaN emerges in the defense industry. The technology is revolutionizing the defense industry by offering significant advantages over traditional materials like gallium arsenide (GaAs) and silicon (Si). GaN-based components, such as transistors and amplifiers, provide higher power density, efficiency, and reliability. These qualities make GaN ideal for applications requiring robust performance in harsh environments, such as radar systems, electronic warfare, communications, and satellite systems. #GaN #GalliumNitride