Optimize Connectivity with RF & Microwave Connectors and Transitions

High-Frequency EM Simulation for Advanced Connector and Transition Solutions

HOME / Applications / RF & Microwave Components / Connectors and Transitions

Explore the reliability of wire bonding in electronics packaging through comprehensive analyses with EMWorks simulation. Assess wire deflection, temperature distribution, and mechanical behavior for optimized design.

Learn how RF-to-thermal simulation optimizes WR2300 waveguide coupler design for high-power accelerators, ensuring efficiency and reliability.

Learn about the precision simulation of microstrip to CPW transitions to enhance broadband capabilities using HFWorks technology.

Explore how HFWorks enables precise virtual prototyping of eight-way coaxial waveguide power combiners, aligning closely with empirical data.

Assess the precision of HFWorks in virtual prototyping a 10-way power combiner, demonstrating alignment with real-world measurements, and showcasing precise insertion and return loss metrics from 2 to 20 GHz.

Explore EMWorks' detailed simulation of a Marchand Balun, highlighting accurate insertion and return loss metrics from 1 to 4 GHz.

Learn how the Quadrax connector ensures optimal performance for 100 Mbps Ethernet, featuring minimal crosstalk and precise matching.

Review the design and simulation of a waveguide-to-coax adapter for superior performance at 2.4 GHz, using advanced simulation techniques.

Learn how Time-Domain Reflectometry (TDR) effectively analyzes coaxial cable discontinuities, ensuring optimized signal integrity and transmission performance.