Share This MMANA Antenna Modeling Plan Tutorial, Component 1 A step-by-step inverted-coat-hanger antenna MMANA modeling plan design example Michael MANA is certainly a powerful antenna modeling system that is usually appealing to test with.It can model a wide range of antenna forms, calculate rays patterns, strength gains, front-to-back ratios, take care of impedances, bandwidths, the results of loading inductors, capacitors ánd resistors, the results of resonant barriers, the effects of some sorts of transmission lines, and other things of curiosity to anyone interested in antennas.
![]() How very much wider will the bandwidth become with 12 AWG instead than 14 AWG wire Will the give food to impedance match up the feedline much better if the antenna is raised somewhat increased If the give food to impedance modifications, how will that impact the bandwidth WiIl the resonant rate of recurrence switch In which path and how very much What will the height increase do to the radiation pattern What effect will it possess on main-lobe gain. What will occur to the side lobes What will happen to the frónt-to-back proportion How much wider would the bandwidth be with a foIded dipole Would surrendering the dipole change anything else Would changing to a gamma complement modification the bandwidth In which direction and how much How would adding another powered element, another movie director, or another reflector transformation all these items What would be the effects of altering the dipole powered element. Why Model an Inverted Layer Hanger Anténna Any antenna couId be selected as a short training example. An inverted-cóat-hanger antenna had been selected because somebody questioned how to design the antenna ánd because it will be an unusual antenna others may become fascinated in. MMANA Computer Requirements Operating System MMANA is definitely a Get32 software system that will run under any modern version of Home windows, but it will not run under any version of UNIX, Linux or Macintosh operating program. Disk Room MMANA plan files require just 1.1 MB of cd disk space. Antenna description files you will produce require extra area, but those files are very little, so the overall disk space requirement is meager likened to the needs of many modern program programs. Memory In contrast, MMANA memory space needs are usually instead large. MMANA will operate with small a amount of available memory, but you will end up being restricted modeling quite basic antennas or to modeling somewhat more complicated antennas with outcomes that will not be quite accurate. The needed quantity of memory space varies depending on the edition of Home windows MMANA is utilized with. Your computer should have got at least 256MW of actual memory installed if you are usually running MMANA under Home windows XP. You will become able to model significantly even more complex antennas with precise results if your computer offers 512MM of memory installed. GB of bodily memory space will become even better. Mmana Gal Antenna Files Download And SetThe First Stage ( If MMANA is already set up, jump to Tutorial Part 4 ) If you havent performed so already, download and set up the MMANA system so you will become capable to replicate the antenna design tips that follow. However, you should near any some other applications that are usually operating before doing that, because a large amount of Active Link Libraries (DLLs) are discussed by Home windows programs and installation programs cannot upgradé DLLs that máy require to end up being improved if they are currently. A dialog box will show up when you click on the MMANA system download link. The exact text you will notice depends on the version of Windows you are usually using. With Windows XP the dialog container title-bar will include the Document Download - Safety Warning demonstrated on the following page. MMANA Antenna Modeling Program Tutorial, Part 2 Search some other ham stereo websites with Ham Radio Research Home Page Newest Content On-Line Recipient Antenna Design Picture Gallery 17M6M Multiband Ant Wire Choice Bifilar Blocks Bottom Loading Competition Dipole Dog crate Inverted-L Middle Packed Coax Trap Coil-Loaded Dipole Dipole ( updated ) Dipole SWR vs. Mmana Gal Antenna Files Trial Aurora PicturesF End Fed Matching Feed Impedance Halfwave Vertical Helical Modeling lmpedanceSWR Inverted-V Big Horiz Loops Weight Reactance Loaded Vertical Magnetic Loop MMANA Modeling MMANA Images MMANA Tutorial MMANA Tut 2 MMANA Tut 3 MMANA Tut 4 MMANA Tut 5 Mobile Loop Cell phone Loop 2 Cell phone Cycle 3 Mulitiband Windom Receiving Loops Simple Capital t Antenna Little Xmitting Loops Capital t AntennaRadials Best Hat Packed Sending Loops Trapped Dipole Tuned Capture Two-Band LC Weight Very Short Helical Mix Sig Benefits Passes Matching Terrain Systems Amplifier Design Filters Consumer electronics Propagation RF Range Stations Statistics Radio stations Astronomy Extraterrestrial Aurora Pictures Global Weather Your Site Specifics of the Time FCC Additional Sources About Contact Us Trademarks and copyrights are properties of their proprietors. All additional content material 2003- Martek.
0 Comments
Leave a Reply. |
Details
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |