Wifi Yagi Calculator
HTB1Rzy.KpXXXXcQXXXXq6xXFXXXP/Hot-Sale-2-4GHz-WiFi-Yagi-Antenna.jpg' alt='Wifi Yagi Calculator' title='Wifi Yagi Calculator' />Yagi Antenna15 element long range WiFi yagi antenna for 802. Yagi calculator inputs. Long Range WiFi Yagi Antenna Duration. Cubical quad antenna calculator in java script let you calculate elements size and spacing in inch and meters. Amateur Vertical Antenna Calculator This basic. Design Frequency, GainBoom Length, Reflector Spacing, and Director Element Spacing On the right, define the Design Frequency for your antenna design. Easy to Build WIFI 2. GHz Yagi Antenna 8 Steps with PicturesThe most essential point in printing the template is getting the correct scale. In the attached zip file below, are three png picture files. The antenna is longer than an Letter sized or A4 sized paper. So you have to print the template in two parts labeled part. I have also included the full sized unsplit template if your printer can handle large enough paper. PRINTING Make sure to set your printers properties to ORIGINAL SIZE not best fit to page ect. Countdown Program For Windows 7 Software. This 5 element 20m Yagi gives you tremendous performance with a very high gain on a 36ft boom. The antenna has been optimized for good FR and SWR performance across. Ground Plane Antenna Calculator by BucK4ABT. This calculator is designed to give the vertical length of a quarterwave ground plane antenna. Free Online Engineering Calculator to find the Dimensions of a yagi Uda Antenna for a given Frequency Range and Length. This page covers 3 element Yagi Antenna basics. It mentions Yagi Antenna Calculator and mentions formula used for calculations. The links to other antenna calculators. Oracle Siebel Crm Software there. Set the print orientation to LANDSCAPE. VERIFYING SCALE Use a ruler or caliper to measure if the print is of correct scale. You will notice vertical bars crossing the horizontal line. The vertical bars represent the Yagi elements which will be made from paperclips. The horizontal line is the backbone of the antenna which will be build out of popsicle sticks. You will also notice numbers next to the elements. These numbers are in pairs. The first number is the length of the element in millimeters. The second number, is the distance from the start of the diagram to the element, in millimeters. Measure the size and position of a couple of elements on each prints. If your measurements match the numbers on the diagrams, then your print is to scale and you may proceed. Accuracy need not to be tight for the antenna to perform well. Now superimpose both prints, until they match at around element 1.