A handy application that helps you compute and display the graphs that contain the impedance and SWR at both ends of a transmission line.
- Transmission Line Details
- Version :2.0.1
- License :Freeware
- OS :Windows All
- Publisher :Dan Maguire
Transmission Line Details Description
When it comes to analyzing impedance and reflection coefficient parameters generated at both ends of a transmission line, you need to keep in mind that a program able to calculate precise mathematical formulas is a must.
Transmission Line Details is a reliable software solution that helps you generate advanced graphs and mathematical results based on the analysis of impedance and other reflection coefficient parameters, such as SWR, Rho or RL that usually result at both ends of a transmission line.
Handy and easy to use frequency analysis tool with minimalist interface
The program allows you to compute plots of the matched line loss, the velocity factor or the true characteristic impedance magnitude, that can range from frequencies of 0.1 MHz to 1000 MHz. This way, you are able to experiment with parameter line variations and check how a plot alters its state for various frequencies.
One of the most useful features of the application enables you to compare different line types, in order to see how would a higher or lower frequency affect the characteristics of a transmission line.
Straightforward and seamlessly easy to use transmission line analyzer
With the help of Transmission Line Details, you are able to see changes of the velocity factor at lower or higher frequencies for the same line types, modifications that are usually caused by internal inductance.
For instance, at low frequencies, certain devices have a high internal inductance that can drop to zero when facing high frequencies, thus altering their state.
An intuitive and comprehensive transmission line analysis utility
As a conclusion, Transmission Line Details provides you with a stable and efficient environment for plotting graphs and various functions using the characteristics of transmission lines, such as SWR, Rho, RL, Nominal Zo, Nominal VF and the loss coefficients K0, K1 and K2.