Waveform engineering has been an important concept in RF power amplifier (RFPA) design, resulting in the definition of important new PA modes. The concept can, however, be taken too far. A set of volt
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This webinar showcases the advanced load-pull based design flows for high power amplifiers (HPAs) within the Cadence® AWR Design Environment® platform. Load pull has become an integral tool for PA des
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This presentation covers the design of a FMCW MIMO radar system with AWR Design Environment software. The purpose of the system is for shortrange high-resolution localization of nearby moving objects.
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This webinar will showcase the latest RF amplifier model library from Analog Devices, Inc. (ADI) that support the Cadence® AWR Design Environment® simulation platform, specifically Visual System Simul
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Wireless communications and millimeter-wave (mmWave) radar systems enable next-generation vehicles with a host of functions, ranging from safety and navigation features to infotainment and remote entr
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This webinar will showcase a microwave module design flow for a 2x2 phased-array antenna with a transmit/receive (T/R) module operating in the 8-12GHz frequency range. The T/R module is packaged using
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This Cadence® AWR Design Environment® web-based demonstration provides users of AWR® software with a jump start on using Visual System Simulator™ for phased-array antenna design for multiple-in-multip
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This webinar will showcase the use of the Cadence® AWR Design Environment®, specifically AWR® AXIEM® and AWR Microwave Office® software, to enhance the design of PCB-based wireless functionality vis-à
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This presentation is given by Dan Swanson from DGS Associates. It showcases a microstrip combline filter design example using the NI AWR Design Environment platform and SW Filter Design software. Pre
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5G New Radio (NR) networks represent the next milestone in enhanced mobile communications, targeting more traffic, increased capacity, reduced latency and energy consumption, made possible through mul
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Reducing product development time requires design tools that support and expedite all stages of development, from translating performance requirements into an initial design through to optimization, p
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This presentation is given by Dan Swanson from DGS Associates. It showcases a narrowband, high-Q cavity combline filter design example using the NI AWR Design Environment platform and SW Filter Design
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This presentation demonstrates a design methodology for a broadband RFPA for continuous wave (CW) operation using load pull for optimal impedance extraction, network synthesis, and electromagnetic ana
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This presentation describes the application and design of a printed Balun suitable for L-band (1350-1850 MHz) push-pull power amplifiers. Starting with a simplified ideal model simulation in NI AWR De
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This webinar presents recent work that calls into question several well-established principles in RF power amplifier (RFPA) design. Conventional theory usually assumes that the active device current w
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Phased array antenna systems, well-known for their use in radar and aerospace systems, are now seeing greater use in commercial applications. MIMO and Beam-steering phased array antennas are enabling
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This webinar will showcase the use of the Cadence® AWR Design Environment®, specifically AWR® AXIEM® and AWR Microwave Office® software, to enhance the design of PCB-based wireless functionality vis-à
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This webinar presents a practical methodology for designing single and multiband impedance-matching networks in order to optimize the antenna efficiency of Virtual Antenna™ surface-mount antennas from
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Cavity combline filters and multiplexers are widely used in commercial and military systems. Many of these filters use finite transmission zeros to increase selectivity in the stopbands, which are rea
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Addressing stability in power amplifiers (PAs) over wide bandwidths is one of the biggest challenges that RFPA designers must overcome. Standard techniques include adding resistive (lossy) elements, h
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