The SynMatrix and HFSS workflow streamlines the RF filter design process in three steps: Saving Time and Cost with Simplified Filter Design in Three Steps “Without this workflow, the process would take a long time and have more uncertainties, which is why the optimization is quite important.” “Engineering time is very valuable and saving meaningful engineering time by using this workflow lowers the cost,” adds Diamond.
The two aspects that were the most time consuming were 3D modeling - especially to customize designs - and optimization.īy integrating simulation with RF design filter software, the workflow becomes more intuitive and designs can be achieved more speedily, affordably, and accurately. To develop the sophisticated workflow, Diamond surveyed engineers to understand the pain points of previous RF filter design methods. By pairing these tools, designers can overcome uncertainties and we can guide users to hit design targets quickly.”
Emi Filter Design Software software#
“SynMatrix software can provide this instruction based on the HFSS EM simulations. “I think the most challenging work is the optimization uncertainties, for example, when there are more than nine physical variables needed to optimize and the designer asks, ‘Which variables do I need to tune?’” says Diamond. SynMatrix Technologies Inc., an Ansys technology partner, offers a solution through an all-in-one RF filter design and test tuning software platform that can be paired with Ansys HFSS 3D high-frequency electromagnetic (EM) simulation software to reduce development time, material and operational costs, design risks, and product failure.Īccording to SynMatrix’ founder Diamond Liu, one of the top challenges in RF filter design is the uncertainty surrounding EM phenomena, but the SynMatrix and HFSS workflow provides insight, confidence, and accuracy. RF filters have an important role in overall product function and connectivity, so accurate RF filter design is critical, but the process can be challenging and require multiple disconnected tools. Band pass: allows frequencies within a certain range and filters frequencies outside of that range.High pass: allows signals with a frequency higher than a certain cutoff frequency and filters signals with frequencies lower than that cutoff frequency.Low pass: allows signals with a frequency lower than a selected cutoff frequency and filters signals with frequencies higher than that cutoff frequency.They eliminate unwanted signals, frequencies, and noise that would otherwise cause interference or potential damage to the product and how it is intended to function. Essentially, RF filters are the passive components that act as gatekeepers. RF filters are essential to a wide range of devices and applications, including broadcast radio, amplifiers, television, and wireless communications such as cell phones. As wireless connectivity rapidly advances beyond 5G, the demand for radio frequency (RF) filter components in millimeter-wave (mm-Wave) frequency bands is higher than ever.
0 kommentar(er)
