Settings of Bind keys (keyboard shortcuts) can be exported from S-Edit and L-Edit. This helps in case users want to share the same setup of bind keys or transfer these settings from another environment or tool version.
After simulation, small signal parameters of the instance such as “vth” and “vgs” are annotated in S-Edit. The method to change the annotation, by adding or removing annotation entries on the symbols, will be discussed.
This article describes how to plot small-signal parameters of a component in your design. We will show how to configure the plotting settings both from the GUI as well as by netlisting to achieve this purpose.
Users can easily use the "Find" window to set up search parameters using the GUI and then add additional search filters and modifications using Tcl commands, reducing the overall need for scripting.
When working with multiple windows, a user may want to stack or create dockable views of cells to manage screen space efficiently and simultaneously access multiple views. This feature is available in S-Edit and L-Edit through the same methods.
S-Edit allows running netlisting procedures in Tcl that would enable greater control over how your device or subcircuit can be netlisted. This guide will explain how to create a Tcl netlister for your devices, supported by examples.
Adding simpler waveform returning functions, such as the DATA(2) function. This note discusses how to use this function in your project.
In certain cases, not parsing the netlist view can prevent S-Edit from netlisting the subcircuits that make up the netlist, for example in case of a digital block in CDL format, S-Edit may not netlist the subcircuits (standard cells) which might cause issues downstream in LVS.
External Simulation Interface (ESI) controls S-Edit interfaces with simulators. This tech note teaches how to manipulate its settings without using the GUI, which can useful in scripting your CAD environment.
This video shows how to use the 'Schematic compare' feature in S-Edit 2021.2 and later.
