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Funiculus Coaxialis Alimentatoris Telsto 7/8" Iacturae Humilis Typus 3A01170028
| Constructio | |||
| conductor internus | materia | tubus aeneus levis | |
| dies | 9.30±0.10 mm | ||
| insulatio | materia | PE spumata physice | |
| dies | 22.40±0.40 mm | ||
| conductor externus | materia | anulus undulatus aereus | |
| diameter | 25.60±0.30 mm | ||
| tunica | materia | PE vel PE ignifugum | |
| diameter | 27.90±0.20 mm | ||
| proprietates mechanicae | |||
| flexura radius | sola repetitus movens | 127 mm 254 mm 500 mm | |
| vis trahens | 1590 N | ||
| resistentia contusionis | 1.4 kg/mm² | ||
| temperatura commendata | Tunica PE | taberna | -70±85°C |
| installatio | -40±60°C | ||
| operatio | -55±85°C | ||
| tunica PE ignifuga | taberna | -30±80°C | |
| installatio | -25±60°C | ||
| operatio | -30±80°C | ||
| proprietates electricae | |||
| impedantiam | 50±2 Ω | ||
| capacitas | 75 pF/m | ||
| inductantia | 0.19 uH/m | ||
| velocitas propagationis | 87% | ||
| Tensio disruptionis continuae | 6.0 kV | ||
| resistentia insulationis | >5000 MQ.km | ||
| potentia maxima | 91 kW | ||
| attenuatio examinationis | >120 dB | ||
| frequentia abscissionis | 5.0 GHz | ||
| attenuatio et potentia media | |||
| frequentia, MHz | potentia nominalis @ 40°C, kW | attenuatio nominalis @ 20°C, dB/100m | |
| ducenti | 5.05 | 1.67 | |
| 450 | 3.29 | 2.55 | |
| DCCC | 2.42 | 3.48 | |
| 900 | 2.26 | 3.7 | |
| mille | 2.14 | 3.93 | |
| MDCCC | 1.54 | 5.44 | |
| MM | 1.46 | 5.77 | |
| MMCC | 1.38 | 6.09 | |
| 2500 | 1.28 | 6.55 | |
| tria milia | 1.15 | 7.27 | |
| Valor attenuationis maximus potest esse 105% valoris attenuationis nominalis. | |||
| SWR | |||
| 690-960MHz | ≤1.12 | ||
| 1700-2200MHz | ≤1.15 | ||
| 2300-2400MHz | ≤1.15 | ||
| normae | |||
| 2011/65/EU | obsequens | ||
| IEC61196.1-2005 | obsequens | ||
Referentia Sarcinae
Coniunctor RF
Exemplar: TEL-4310F.12-RFC
Descriptio
Conector femina 4.3-10 pro fune RF flexibili 1/2″
| Materia et Involucrum | |
| Contactus centralis | Aes / Argentum Indumentum |
| Insulator | PTFE |
| Corpus et Conductor Externus | Aes / mixtura tri-mixtura obducta |
| Obturaculum | Gummi Silicii |
| Proprietates electricae | |
| Impedentia Characteres | 50 Ohmia |
| Frequentiae Ambitus | DC ~ 3 GHz |
| Resistentia Insulationis | ≥5000MΩ |
| Robur Dielectricum | ≥2500 V rms |
| Resistentia contactus centralis | ≤1.0 mΩ |
| Resistentia contactus externi | ≤1.0 mΩ |
| Iactura Insertionis | ≤0.1dB @ 3GHz |
| SWR | ≤1.1@-3.0GHz |
| Ambitus temperaturae | -40~85℃ |
| PIM dBc (2×20W) | ≤-160 dBc (2×20W) |
| Impermeabilis | IP67 |
Instructiones institutionis funis superflexibilis N vel 7 / 16 vel 4310 1 / 2″
Structura connectoris: (Fig. 1)
A. nux anterior
B. nux posterior
C. obturaculum
Dimensiones nudationis in diagramma (Fig. 2) monstrantur; dum nudatur, attendendum est:
1. Superficies extrema conductoris interni limatura esse debet.
2. Impuritates, ut squamam cupri et lapam, ex superficie extrema funis remove.
Partis obturantis componenda: Partem obturantem secundum conductorem externum funis, ut in diagramma (Fig. 3) monstratur, cochleis adfige.
Nucem posteriorem componendo (Fig. 3).
Nucem anteriorem et posteriorem coniunge cochleis ut in diagramma demonstratur (Fig. (5)).
1. Antequam cochleas, stratum pinguedinis lubricantis anulo torico unge.
2. Nucem posteriorem et funem immobiles tene, corpus testae principalis corpori testae posteriori adstringe. Corpus testae principalis corporis testae posterioris clave simiae adstringe. Assemblatio perfecta est.
