Solving electromagnetic, RF, thermal, and SI/PI simulation challenges to ensure your system works
In key electronics applications such as data centers, automotive, and 5G, the data speed and volume are increasing at an exponential rate. Data flow analysis and data simulation ensure data integrity.
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Evaluate Your RF/Microwave Design Needs
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Through unique properties such as high power-added efficiency, excellent noise figures, and high switching speeds, HEMTs and PHEMTs can enhance the performance of wireless communication systems.
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Evaluate Your Comms/Radar System Design Needs
Start Free TrialData transmission line propagation delay is dependent on the characteristic impedance of the line and the dielectric material surrounding it.
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Prevent poor signal reception by using the polarization loss factor to calculate the EM power lost due to antenna polarization mismatch.
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Introducing an fT-doubler amplifier into a system can provide a high gain-bandwidth product.
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Fundamental RF and Microwave Principles for Your Next School Project
Start Free TrialGain excellent integration and lower loss in millimeter frequency circuits through the use of quasi-planar transmission lines.
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Leverage the L-match network’s impedance transforming properties to make RF and microwave circuits more power-efficient.
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For electrical system efficiency, a power ORing diode-based protection system offers a safeguard for parallel power supplies during faults.
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Electromagnetic simulation, including the partial element equivalent circuit (PEEC) method, is essential to electronic product development.
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Quadrature amplitude modulation is widely used in wireless and digital communication due to merits such as high data rates, increased bandwidth, and low noise interference.
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Diode offset voltage is a parameter for choosing the diode for any application—read on to learn the semiconductor physics behind diode offset voltage.
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Before physical prototyping, model, analyze, and optimize EM designs with 3D EM simulation software.
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FEA/CFD analysis is a software-based simulation tool that can be used to enhance the performance, reliability, and safety of engineering designs.
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Minimize stress and prevent failures in silicon-based devices by matching the CTE of silicon with the CTE of the bonding material.
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The silicon photonics modulator is a device in optical interconnection systems that regulates the light beam propagating in the optical waveguide or in free space.
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The four layers in TBCs are different in chemical, mechanical, and thermal properties. Different TBC materials possess different linear coefficients of thermal expansion.
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