linSmith is an educational Smith Charting software developed for teaching purposes. It helps users understand and work with Smith charts, a tool commonly used in the field of electronics.
If you're in the market for a Smith Charting program that's specifically designed for educational purposes, then you might want to check out linSmith. This software features a range of capabilities that cater to the "showing the effect of" style of operation, which is particularly useful in an educational context.
One of the key functions of linSmith is the ability to define multiple load impedances at different frequencies. You can also add discrete components such as L, C, series and parallel LC, and transformer, as well as line components like open and closed stubs, and line segments. Additionally, you can connect these components in series and parallel and easily experiment with component values using scrollbars.
To help explain or understand parallel components, linSmith also features a "virtual" component that switches from impedance to admittance. Plus, the software works in real impedances instead of normalized ones, so you get a more accurate result. You can directly view the outcome on the screen and generate high-quality Postscript output.
Another useful feature of linSmith is the ability to store load and circuit configurations separately. This allows you to explore several solutions without having to redefine the other. Plus, there's a "log" file that provides textual results at each intermediate step.
The one requirement for using linSmith is the gnomeprint-dev package, so make sure you have that installed before you start. Overall, linSmith is an excellent option for educators and students who need a Smith Charting program that's easy to use and has all the functionality they need.
One of the key functions of linSmith is the ability to define multiple load impedances at different frequencies. You can also add discrete components such as L, C, series and parallel LC, and transformer, as well as line components like open and closed stubs, and line segments. Additionally, you can connect these components in series and parallel and easily experiment with component values using scrollbars.
To help explain or understand parallel components, linSmith also features a "virtual" component that switches from impedance to admittance. Plus, the software works in real impedances instead of normalized ones, so you get a more accurate result. You can directly view the outcome on the screen and generate high-quality Postscript output.
Another useful feature of linSmith is the ability to store load and circuit configurations separately. This allows you to explore several solutions without having to redefine the other. Plus, there's a "log" file that provides textual results at each intermediate step.
The one requirement for using linSmith is the gnomeprint-dev package, so make sure you have that installed before you start. Overall, linSmith is an excellent option for educators and students who need a Smith Charting program that's easy to use and has all the functionality they need.
What's New
Version 0.99.12: N/A