Funiculus connector 1/2″ superflexus, DIN 7/16 masculus ad DIN 7/16 masculum angulus rectus
| Nomen typi | Funiculus connector 1/2"s masculus DIN rectus ad angulum rectum | |
| Impedentia | 50Ω | |
| Vibratio | 100m/S² (10~500Hz) | |
| Frequentiae Ambitus | DC-6GHz | |
| Amissio Insertionis | ≤ 0.15dB/6GHz | |
| Tensioni Resistenti | 4000V rms ad planitiem maris | |
| Tensio Operativa | 2700Vr.ms ad planitiem maris | |
| Potentia media | 3Kw maximus | |
| Resistentia Insulationis | ≥ 10000 MΩ | |
| Vis retentionis conductoris centralis | ≥ 6N | |
| Durabilitas | ≥ 500 (cycli) | |
| Resistentia contactus | Contactus Centralis ≤ 0.4mΩ | |
| Contactus externus ≤ 1.5mΩ | ||
| Ratio Undae Stabilis Tensionis | Recta | ≤ 1.20/6GHz |
| Angulus rectus | ≤ 1.35/6GHz | |
1. Coniunctor coaxialis RF
| 1.1 Materiae et Involucrum Coniunctorum | |
| Conductor internus | Aes, argento obductum, crassitudine inaurationis ≥0.003mm |
| Conductor externus | Aes, mixtura ternaria obductum, crassitudine inaurationis ≥ 0.002 mm |
| Fibula: Aeris | Insulatio |
| dielectricum | PTFE |
| 1.2 Proprietates Electricae et Mechanicae | |
| Impedantiam proprietatum: | 50Ω |
| Frequentiae amplitudo | DC-3GHz |
| SWR | ≤1.15 (DC-3GHz) |
| Robur dielectricum | ≥2500V |
| Resistentia contactus | conductor internus ≤1.0mΩ, conductor externus ≤0.4mΩ |
| Resistentia insulatoris | ≥5000MΩ (500V DC) |
| SWR | ≤1.15 (DC-3GHz) |
| PIM(IM3) | ≤-155dBc@2x43dBm |
| Firmitas connectoris | ≥500 cycli |
2. Funis coaxialis RF: Funis RF Superflexibilis 1/2"
| 2.1 Materiae | |
| Conductor internus | filum aluminii cupro obductum (φ3.60mm) |
| Dielectricum insulationis | spuma polyethylena (φ8.90mm) |
| Conductor externus | Tubus aeneus corrugatus (φ12.20mm) |
| Tunica funis | PE (φ13.60mm) |
| 2.2 Proprietas | |
| Impedantiam characteristicam | 50Ω |
| Condensator ordinarius | 80pF/m |
| Frequentia transmissionis | 83% |
| Radius flexionis singularis minimus | 50mm |
| Robur tensile | 700N |
| Resistentia insulationis | ≥5000MΩ |
| Attenuatio munitionis | ≥120dB |
| SWR | ≤1.15 (0.01-3GHz) |
3. Funis saltatorius
| 3.1 Magnitudo Partis Funis | |
| Longitudo totalis coniunctionum funium | 1000mm±10, 2000mm±20, 3000mm±25, 5000mm±40 |
| 3.2 Proprietas electrica | |
| Frequentiae Fascia | 800-2700MHz |
| Impedentia Characteres | 50Ω±2 |
| Tensio Operativa | 1500V |
| SWR | ≤1.11 (0.8-2.2GHz), ≤1.18 (2.2-2.7GHz) |
| Tensio insulationis | ≥2500V |
| Resistentia insulationis | ≥5000MΩ (500V DC) |
| PIM(IM3) | ≤-155dBc @ 2x20W |
| 3.3 Proprietas ambitus | |
| Impermeabilis | IP68 |
| Ambitus temperaturae operationis | -40℃ ad +85℃ |
| Ambitus temperaturae repositionis | -70℃ ad +85℃ |
3.4 Iactura Insertionis:
| Frequentia | 1m | 2m | 3m | 5m |
| 890-960MHz | ≤0.15dB | ≤0.26dB | ≤0.36dB | ≤0.54dB |
| 1710-1880MHz | ≤0.20dB | ≤0.36dB | ≤0.52dB | ≤0.80dB |
| 1920-2200MHz | ≤0.26dB | ≤0.42dB | ≤0.58dB | ≤0.92dB |
| 2500-2690MHz | ≤0.30dB | ≤0.50dB | ≤0.70dB | ≤1.02dB |
| 5800-5900MHz | ≤0.32dB | ≤0.64dB | ≤0.96dB | ≤1.6dB |
Referentia Sarcinae
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 constringendo, ut in diagramma demonstratur (Fig. (5)), coniunge.
1. Antequam cochleas, stratum pinguedinis lubricantis anulo torico perunge.
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.
