Calculo de Radio enlace

CALCULOS.-

• Atenuación por espacio libre.

[pic 1]

• Calabozo – Repetidor GLY.

Para f = 1600 MHz                                        

       d = 20.61 Km

[pic 2]

[pic 3]

Para f = 1100 MHz                        

       d = 20.61 Km

[pic 4]

[pic 5]

• Repetidor GLY – Corozopando.

Para f = 1650 MHz                                

        d = 19.27 Km

[pic 6]

[pic 7]

Para f = 1200 MHz                                

       d = 19.27 Km

[pic 8]

[pic 9]

• Valores de K

[pic 10]

Donde

[pic 11]

[pic 12]

[pic 13]

[pic 14]

[pic 15]

Para una f = 1600 MHz

• Polarización vertical.

[pic 16]

[pic 17]

[pic 18]

[pic 19]

[pic 20]

• Polarización horizontal.

[pic 21]

[pic 22]

[pic 23]

[pic 24]

[pic 25]

Para una f = 1100MHz

• Polarización vertical.

[pic 26]

[pic 27]

[pic 28]

[pic 29]

[pic 30]

• Polarización horizontal.

[pic 31]

[pic 32]

[pic 33]

[pic 34]

[pic 35]

Para una f = 1650 MHz

• Polarización vertical.

[pic 36]

[pic 37]

[pic 38]

[pic 39]

[pic 40]

• Polarización horizontal.

[pic 41]

[pic 42]

[pic 43]

[pic 44]

[pic 45]

Para una f = 1200MHz

• Polarización vertical.

[pic 46]

[pic 47]

[pic 48]

[pic 49]

[pic 50]

• Polarización horizontal.

[pic 51]

[pic 52]

[pic 53]

[pic 54]

[pic 55]

• Valores de α

[pic 56]

Donde

[pic 57]

[pic 58]

[pic 59]

[pic 60]

[pic 61]

Para una f =  1600MHz.

• Polarización vertical.

[pic 62]

[pic 63]

[pic 64]

[pic 65]

[pic 66]

[pic 67]

[pic 68]

[pic 69]

• Polarización Horizontal.

[pic 70]

[pic 71]

[pic 72]

[pic 73]

[pic 74]

[pic 75]

[pic 76]

[pic 77]

Para una f = 1100 MHz.

• Polarización vertical.

[pic 78]

[pic 79]

[pic 80]

[pic 81]

[pic 82]

[pic 83]

[pic 84]

[pic 85]

• Polarización Horizontal.

[pic 86]

[pic 87]

[pic 88]

[pic 89]

[pic 90]

[pic 91]

[pic 92]

[pic 93]

Para una f =  1650MHz.

• Polarización vertical.

[pic 94]

[pic 95]

[pic 96]

[pic 97]

[pic 98]

[pic 99]

[pic 100]

[pic 101]

• Polarización Horizontal.

[pic 102]

[pic 103]

[pic 104]

[pic 105]

[pic 106]

[pic 107]

[pic 108]

[pic 109]

Para una f = 1200 MHz.

• Polarización vertical.

[pic 110]

[pic 111]

[pic 112]

[pic 113]

[pic 114]

[pic 115]

[pic 116]

[pic 117]

• Polarización Horizontal.

[pic 118]

[pic 119]

[pic 120]

[pic 121]

[pic 122]

[pic 123]

[pic 124]

[pic 125]

• Atenuación especifica.

[pic 126]

Para f = 1600MHz.

• Polarización Vertical.

[pic 127]

[pic 128]

• Polarización Horizontal.

[pic 129]

[pic 130]

Para f = 1100MHz.

• Polarización Vertical.

[pic 131]

[pic 132]

• Polarización Horizontal.

[pic 133]

[pic 134]

Para f = 1650MHz.

• Polarización Vertical.

[pic 135]

[pic 136]

• Polarización Horizontal.

[pic 137]

[pic 138]

Para f = 1200MHz.

• Polarización Vertical.

[pic 139]

[pic 140]

• Polarización Horizontal.

[pic 141]

[pic 142]

• Longitud efectiva del trayecto.

[pic 143]

Donde:

[pic 144]

[pic 145]

[pic 146]

[pic 147]

• Calabozo – Repetidor GLY.

[pic 148]

[pic 149]

[pic 150]

[pic 151]

[pic 152]

• Repetidor GLY – Corozopando.

[pic 153]

[pic 154]

[pic 155]

[pic 156]

[pic 157]

• Atenuación por Lluvia.

[pic 158]

• Calabozo – Repetidor GLY.

Para f = 1600MHz.

• Polarización Vertical.

9766[pic 159]

[pic 160]

• Polarización Horizontal.

[pic 161]

[pic 162]

Para f = 1100MHz.

• Polarización Vertical.

[pic 163]

[pic 164]

• Polarización Horizontal.

[pic 165]

[pic 166]

• Repetidor GLY – Corozopando.

Para f =  1650MHz.

• Polarización Vertical.

[pic 167]

[pic 168]

• Polarización Horizontal.

[pic 169]

...