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holl_ands | Home > Not For TV - Too Narrowband > Browse:UHF Loop (Parallel-to-Ground) NOT for TVUHF Fractal Pisan-CrossHiVHF+UHF Circular Pancake Loop FakeOmni2-Meter Cubical Quad-1: Howzit for TV?2-Meter Cubical Quad-2: Howzit for TV?V- & H-Polarized X396 FenceYet Another UTube DefectBruce ArraySterba CurtainSix Shooter
Six Shooter Six Shooter analyzed using 4nec2. Description found here: http://books.google.com/books?id=q11p4eduQGsC&pg=PA166&lpg=PA166&dq=Joe+Carr+Six+Shooter&source=bl&ots=KLrTrEdlp4&sig=GDBun3xjKTV3C_eOi7N9BpXW5G4&hl=en&ei=-nRqSsiyHZKBtwfp-4zHBQ&sa=X&oi=book_result&ct=result&resnum=1 Raw Gain peak (8 dBi) was fairly narrow, although always above 4 dBi. SWR (300-ohm) was also narrowband and only partially overlapped Gain peak. Date(s): 26 July 2009. Album by holl_ands. 1 - 6 of 6 Total. 7913 Visits.
enlarge 0KB, 1024x831 1 Variant6 Bottom Fed Six-Shooter - 3D View enlarge 0KB, 1024x819 2 Variant6 Bottom Fed Six-Shooter - Raw Gain Narrow Gain Peak but always above 4 dBi. enlarge 0KB, 1024x819 3 Variant6 Bottom Fed Six-Shooter SWR (300-ohm) is very Narrowband and only partially overlaps Gain peak. enlarge 0KB, 1024x819 4 Variant6 Bottom Fed Six-Shooter SWR (200-ohm) is better match around 554 MHz, but Gain drops to 6.4 dBi. enlarge 0KB, 1024x819 5 Variant6 Bottom Fed Six-Shooter - Impedance enlarge 24KB, 791x1024 6 Variant6 Bottom Fed Six-Shooter Example 4nec2 File
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