1) A normalized load admittance of (0.2 + j0.2) needs a single stub tuner.
i) how far down the line should it be located?
ii) what is normalized admittance at the point just to right of where stub should be attached?
2) A certain point along a transmission line the normalized admittance is (1+j1.5)
i) Design the short-circuited stub necessary to change the normalized admittance to (1+j0)
I would prefer the use and explanation of a smith chart. If you want to solve analitically feel free to do so.
give me answer. we are waiting and are not made.
token ecomony
What is a causation Chart?
You decide this because a t chart is when you give details about something so if your doing t chart that's when you decide to do a t chart
An embedded chart.
Phillip Smith has written: 'Electronic applications of the Smith Chart'
Phillip Hagar Smith has written: 'Electronic applications of the Smith chart' -- subject(s): Smith charts
give me answer. we are waiting and are not made.
If you look at the reflection coefficient curve as a function of frequency, it follows a counter-clockwise direction about the Smith chart. You should see a loop, and at the "top" of the loop, that is the oscillation frequency.They both have in common an open-loop gain greater than one, however. So the curve will be outside the Smith chart.
to calculate impedence of power supply
James G. Smith has written: 'Sampling statistics and applications'
These are called graphical methods, some of which are applications of statistics.
H. T. U. Smith has written: 'Aerial photographs and their applications' -- subject(s): Photographic surveying, Aerial photography, Photography, Cartography, Scientific applications
Norman Reginald Smith has written: 'Industrial applications of the diamond' -- subject(s): Industrial Diamonds
Just about every element can be modified on the chart (size, color, source, legend, title, etc.). According to my Spreadsheet Applications book the six chart modicifcations include the following: size, color, font, format, scale, and style.
Excel, Word, and PowerPoint
I. E. Smith has written: 'Applications and Efficiency of Heat Pump Systems' 'Design and development of absorption heat pumps'