Dive deeper into RF board design with Keysight engineers. This boot camp shows how to solve today’s design challenges resulting from RF applications operating at ever-higher frequencies and bandwidths with tutorials and step-by-step guidance you can apply in your designs today.
Audience
This course is ideal for RF Circuit designers and anyone looking to gain a deeper understanding of how to eliminate wasteful cut-and-try iterations by accurately simulating the RF paths on the RF board design before building hardware and meeting specs in one pass.
Learn
Quickly simulate the RF critical paths and components on any chosen RF path without messing up the layout.
Efficient mesh domain optimization refines the mesh around the selected layout fragments for fast interactive EM analysis.
Selecting which components to analyze with EM or Circuit simulator while maintaining full connectivity and integrity of the design.
Interactively tune and optimize RF path performance with EM-circuit co-simulation to accommodate unavoidable parasitics.
5G mmWave designs at FR2 frequencies have circuit interconnects which face new challenges.
Avoid the guesswork in RF performance by accurately including the EM effects of 3D components in your planar RF layout design.
Design and optimize the transitions between the various types of SMA connectors with the RF board for best performance.
Include the 3D package structure to perform 3DEM-circuit co-simulation and optimize the circuit design to work within the enclosure.
Optimization technique to vary the physical geometries and circuit parameters in the optimization sequence.
New 6G research includes 3D components easily into a circuit schematic and layout for immediate 3DEM-circuit co-simulation.
EM simulators easily perform parametric sweeps of material properties and physical geometry like electric thickness.
Check how process variations may shift your design operating frequency so that you can account for it before hardware fabrication.
Stability analysis shows the frequencies and locations of feedback paths that make an amplifier unstable using EM visualization.
The integration of the HFSS FEM solver in RFPro simplifies making HFSS 3DEM analysis and Circuit-EM co-simulation within ADS.
What are you looking for?