Quasi-Planar Transmission Lines in Millimeter Frequency Applications
Gain excellent integration and lower loss in millimeter frequency circuits through the use of quasi-planar transmission lines.
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RF/Microwave
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Evaluate Your RF/Microwave Design Needs
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Phased Array Antennas: Principles, Advantages, and Types
The phased array antenna is gaining popularity with 5G communication technologies & will be a requirement in the future with advantages such as multiple beams, high gain, and wide azimuthal coverage.
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Load-Pull Analysis for Optimizing PA Performance
In load pull calculations, power amplifiers are going to need harmonic load pull analysis and load pull contours with wideband electromagnetic tuners.
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Conquer Radio Frequency
RF systems design in 5G networks, communications systems design, and data transmission networks requires fine software functionality.
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Microstrip Antenna Design
Microstrip antenna design individually can be strenuous and require EM simulation tools. See how microstrip antenna arrays, or microstrip patch antennas work.
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Fundamental RF and Microwave Principles for Your Next School Project
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AXIEM EM Simulation - Best Practices for Efficient and Effective Planar EM Simulation
In electromagnetic (EM) simulation software, grow comfortable with harmonics, magnetics, and planar waveguides across any frequency spectrum.
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X-Band Push-Push Oscillator Simulation and Measurement
Push-pull output, especially oscillation, in the x-band of frequencies is measured with harmonic balance simulation of time-domain voltage values.
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Filter Technologies for 5G Wireless Communication Systems
RF Filter design and especially 5g RF filters in wireless communication systems are facing stress from MIMO technologies, EM analysis is a necessity.
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Designing IoT Antennas that Make the Connection
MIMO technologies are rapidly evolving micro antenna designs in RF systems, and you'll need to stay on top of EM analysis to keep up with these technologies.
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Raising the Levels of 5G Millimeter-Wave Signals
mmWave 5g designs, especially in RF and microwave systems, are looking at handling power amplifiers with crosstalk and transmission line voltage demands.
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Radar Systems
Whether aerospace or automotive radar systems design, trust the right tools to work through phased array antenna designs and GaN or GaAs technologies.
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5G Communications
Designing tried-and-true 5g technologies, or new applications of mmWave 5g systems demands accurate and strong tools. 5g mmWave antenna design stops for nobody!
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Internet of Things (IoT)
RF and Microwave system design for internet of things (IoT) devices will have you examining micro antenna designs, MIMO technologies, and EM simulations.
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5G Primer for MIMO/Phased-Array Antennas
MIMO Phased array antenna designs in 5g RF systems are an evolving technology challenging systems designers everywhere with increasingly difficult EM analysis.
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Design and Modeling of a Solid-State T/R Module for Radar Applications
Work through radar system design with innovative frequency band, antenna design, modulation, and continuous wave type RF and microwave simulation.
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System Simulation for RF Link Budget Analysis
In 5G RF planning or RF link analysis make sure to pay attention to propagation modeling as well as fade margin calculations to optimize your system.
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RFIC PA Development for Communication and Radar Systems
An RFIC Power amplifier (PA) based on GaS or GaAn technologies can be hard to design, so too can added CMOS or SiC technologies increase difficulty.
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Predicting Critical Metrics for Wireless RF Links
Linking wireless RF transmitter and receivers requires strong signal processing and EM simulation tools to ensure design integrity.
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Design and Physical Realization of Phased Array Antennas for MIMO/Beam Steering Applications
When designing phased array antennas for your RF and microwve systems, measure MIMO and beamsteering technologies accurately with EM simulation tools.
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Design of a Complete RF Downconverter Module for Test Equipment
RF down conversion is accomplished with low noise amplifiers (LNAs) and dielectric resonator oscillators (DRO), for MMIC/RFIC or field effect transistors (FETs).
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