| Balun 1:1 do W3DZZ |
| Poniżej zamieszczam model, którego ja używałem do symulacji W3DZZ. Dodałem do niego drut do symulacji wpływu prądu common mode. W zakładce "Symbols" można dowolnie zmieniać wszystkie istotne parametry włącznie z kątem pomiędzy ramionami (różne warianty zawieszenia V / invered V) Z uwagi na długość niektórych linii model może się rozjechać - trzeba będzie to ewentualnie ręcznie poprawić po wklejeniu. CM W3DZZ model for common mode influence simulations by SQ8AQU CM To connect common mode wire to ground set the CmWireLen==Height CE SY Freq=7.1 'Frequency SY Height=15 'Height above the ground (feed point) SY Angle=180 'Angle between antenna arms SY Length1st=11.6 'Length of the 1st part of the antenna arm SY Length2nd=6.1 'Length of the 2nd part of the antenna arm SY TrapC=84.3e-12 'Trap capacitance in farads SY TrapL=5.2e-6 'Trap inductance in henrs SY TrapLen=0.1 'Mechanical length of the trap SY TrapCoilQ=100 'Trap coil Q SY TrapF=7.6e6 'Trap resonance frequency SY TrapDia=30e-3 'Trap diameter SY FeedDist=0.1 'Feedpoint distance SY WireDia=2e-3 'Wire diameter SY CoatDia=WireDia*1.25*0 'Wire coat diameter SY Segs1st=25 'Number of segments in model for the 1st part of the antenna arm SY Segs2nd=15 'Number of segments in model for the 2st part of the antenna arm SY CmWireLen=5 'Common mode wire length SY CmWireSegs=15 'Number of segments in model for common mode wire SY CmWireDia=6e-3 'Common mode wire diameter SY BalunZ_re=0 'Resistance componnent in balun impedance SY BalunZ_im=0 'Reactance componnent in balun impedance SY GroundZ_re=0 'Resistance componnent in ground impedance SY GroundZ_im=0 'Reactance componnent in ground impedance GW 1 1 0 -FeedDist/2 Height 0 FeedDist/2 Height WireDia/2 GW 2 1 0 FeedDist/2+Length1st*sin(Angle/2) Height-Length1st*cos(Angle/2) 0 FeedDist/2+(TrapLen+Length1st)*sin(Angle/2) Height-(Length1st+TrapLen)*cos(Angle/2) TrapDia/2 GM 1 1 0 0 180 0 0 0 2 GW 4 Segs1st 0 FeedDist/2 Height 0 FeedDist/2+Length1st*sin(Angle/2) Height-(Length1st)*cos(Angle/2) WireDia/2 GM 1 1 0 0 180 0 0 0 4 GW 6 Segs2nd 0 FeedDist/2+(Length1st+TrapLen)*sin(Angle/2) Height-(Length1st+TrapLen)*cos(Angle/2) 0 FeedDist/2+(TrapLen+Length1st+Length2nd)*sin(Angle/2) Height-(Length1st+TrapLen+Length2nd)*cos(Angle/2) WireDia/2 GM 1 1 0 0 180 0 0 0 6 GW 10 CmWireSegs 0 FeedDist/2 Height 0 FeedDist/2 Height-CmWireLen CmWireDia/2 GE 1 LD 5 0 0 0 58000000 LD 7 0 0 0 4.5 CoatDia/2 LD 6 2 1 1 TrapCoilQ TrapL TrapC TrapF LD 6 3 1 1 TrapCoilQ TrapL TrapC TrapF LD 4 10 1 1 BalunZ_re BalunZ_im LD 4 10 CmWireSegs CmWireSegs GroundZ_re GroundZ_im GN 2 0 0 0 13 0.005 EK EX 6 1 1 0 1 0 0 FR 0 0 0 0 Freq 0 EN Pozdrawiam, |