Alps Vs Hall Effect. The simulation setup is as i attached it below, as you can see that the circuit is provided only with dc, then i run the stb simulation and using the iprobe as the instance. At some process corners, the phase plot actually stats from 0 degree and then goes up to 90 then falls back.
I checked the transient simulations and it looks fine, without stability issues. It's basically possible in any simulator by combining several ac sweeps so i remember seeing a cadence custom tool with gui for running multiple ac simulations and. The simulation setup is as i attached it below, as you can see that the circuit is provided only with dc, then i run the stb simulation and using the iprobe as the instance.
I Checked The Transient Simulations And It Looks Fine, Without Stability Issues.
The simulation setup is as i attached it below, as you can see that the circuit is provided only with dc, then i run the stb simulation and using the iprobe as the instance. It's basically possible in any simulator by combining several ac sweeps so i remember seeing a cadence custom tool with gui for running multiple ac simulations and. At some process corners, the phase plot actually stats from 0 degree and then goes up to 90 then falls back.
Images References :
It's Basically Possible In Any Simulator By Combining Several Ac Sweeps So I Remember Seeing A Cadence Custom Tool With Gui For Running Multiple Ac Simulations And.
I checked the transient simulations and it looks fine, without stability issues. At some process corners, the phase plot actually stats from 0 degree and then goes up to 90 then falls back. The simulation setup is as i attached it below, as you can see that the circuit is provided only with dc, then i run the stb simulation and using the iprobe as the instance.