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This eBook gives you a good overview of emerging components, simulation, analysis techniques and trends that will influence the next generation of defense radar systems. The first article gives a good overview of digital beamforming and direct sampling advantages and how filter technology enables these advances. The second article expands on this theme and advocates for the industry to keep driving analog evolution so that the integration of analog and digital technologies increases the affordability of sophisticated defense systems. The third article is a market report on high-power tubes and the role they still play in defense applications. The following two articles address the analysis and simulation aspects of defense applications. The first presents several factors, along with guidelines and recommended values to use in the PCB design-for-manufacturing (DFM) process. The second of these two articles looks at techniques and methods to simplify system-level behavioral modeling and simulation, using phased arrays as examples. The final article in this eBook brings us back to components with a description of a low noise mmW oscillator developed for radar and communications systems.

With the rapid growth of electronic devices and wireless communication systems, the potential for unwanted electromagnetic signals has increased dramatically. These signals can disrupt the performance of devices, degrade signal integrity, and even cause catastrophic system failures. Whether you are a seasoned engineer or someone new to the field, understanding EMI testing and how amplifiers are used in EMI testing is essential for creating reliable and compliant electronic systems. Amplifiers play a critical role in EMI testing. They are used to boost signals, enabling testers to measure emissions and susceptibility with greater accuracy. In this guide, you will find practical articles on new EMI testing techniques and amplifier selection for test setups.

Explore cutting-edge measurement techniques essential for the successful planning and technical verification of New Space satellite constellations and terminals. This white paper covers key technologies, including active phased array antennas, digital processors, and OTA measurements, offering insights into the latest tools and methods. Download now for in-depth analysis.

Uncover how SIGINT has evolved into an asset capable of influencing conflict outcomes.  In today's complex battlespace, technology and information intertwine, the effective use of SIGINT is necessary for achieving a strategic advantage. Explore the advanced signal monitoring and analysis tools at the forefront of this digital warfare landscape.

This article focuses on the challenges of driving multioctave RF sampling ADCs. It covers the issues related to second-order and third-order intermodulation, the trade-offs of single-ended and differential drive, and the features and performance of RF driver amps that make them ideal choices for use as ADC drivers.

Over the past two decades, AnaPico has introduced several analog signal generator series to the market, including the APSIN, APULN and APLC, each progressively improving performance aspects. Continuing this tradition, AnaPico presents the APHSP series signal generators. This new series boasts the best phase noise, spectral purity performance and switching time in the market. 

The August issue of Microwave Journal includes a special focus section eBook on mmWave technology. The articles cover extreme mobile broadband and wireless fiber plus design of an alumina D-band waveguide to coplanar transition. The eBook also has product articles on a new signal generator, real-time spectrum analyzer and mmWave horn antennas for T&M plus a new products section.

Our contributors, experts from various fields, present in-depth analyses and innovative solutions aimed at enhancing the functionality and efficiency of military systems. You'll find comprehensive discussions on implementing high-performance filters in millimeter-wave applications, an overview of trends in RF components for radar, and the transformative potential of multifunction GRIN antennas. These technologies are pivotal in addressing the growing need for multi-mission capabilities within confined spaces, ensuring that our defense systems are both effective and resilient. 

This article compares the environmental impact of FD-SOI, Bulk, and FinFET technologies in automotive applications using a "cradle-to-use" approach. Produced with Soitec's Smart Cut™ process, FD-SOI, simplifies IC production and reduces field power consumption, achieving a 25% lifecycle energy reduction, making it a superior choice for sustainable automotive ICs.

RF mixers are pivotal components in electronic circuits, manipulating frequencies for transmission and reception. This article explores methodologies for characterizing mixer performance using Vector Network Analyzers (VNAs). Key measurements include conversion loss, compression, and IP3, essential for evaluating signal conversion from RF to intermediate frequency (IF).