Signal integrity analysis on discontinuous microstrip line

HyperLynx® Signal Integrity Analysis

Signal Integrity Analysis with Third-Party Tools

As FPGA devices are used in high-speed applications, signal integrity and timingmargin between the FPGA and other devices on the printed circuit board (PCB) are important aspects to consider to ensure proper systemoperation. To avoid time-consuming redesigns and expensive board respins, the topology and routing of critical signals must be simulated. The high-speed interfaces available on curren...

Signal Integrity and Timing Analysis Simulation Reuse

Computer and storage systems contain many printed circuit boards that utilize common pieces of logic and technology. New technologies are signaling faster, with increased edge rate, clocking off both edges, leading to reduced system level timing and noise margins. The reuse of signal integrity and timing analysis environments with their associated models results in significant savings in manpow...

Analysis of Planar Microstrip Circuits Using Three-Dimensional Transmission Line Matrix Method

The frequency-dependent characteristics of microstrip planar circuits have been previously analyzed using several full-wave approaches. All those methods directly give characteristic of the circuits frequency by frequency. Computation time becomes important if these planar circuits have to be studied over a very large bandwidth. The transmission line matrix (TLM) method presented in this paper ...

Coupled-mode Analysis of Line Parameters of Coupled Microstrip Lines