Andere Kunden interessierten sich auch für
![Rabinovich- Fabrikant Equations]( "Rabinovich- Fabrikant Equations")
Rabinovich- Fabrikant Equations25,99 €![Weingarten Equations]( "Weingarten Equations")
Weingarten Equations32,99 €![Simultaneous Equations]( "Simultaneous Equations")
Simultaneous Equations25,99 €![Faddeev Equations]( "Faddeev Equations")
Faddeev Equations22,99 €![Differential Equations of Addition]( "Differential Equations of Addition")
Differential Equations of Addition22,99 €![Equations For a Falling Body]( "Equations For a Falling Body")
Equations For a Falling Body25,99 €![Solving quadratic equations with continued fractions]( "Solving quadratic equations with continued fractions")
Solving quadratic equations with continued fractions25,99 €
High Quality Content by WIKIPEDIA articles! High Quality Content by WIKIPEDIA articles! The telegrapher's equations (or just telegraph equations) are a pair of linear differential equations which describe the voltage and current on an electrical transmission line with distance and time. The equations come from Oliver Heaviside who in the 1880s developed the transmission line model which is described in this article. The theory applies to high-frequency transmission lines (such as telegraph wires and radio frequency conductors) but is also important for designing high-voltage energy transmission lines. The model demonstrates that the electromagnetic waves can be reflected on the wire, and that wave patterns can appear along the line.