Funis connector duorum metrorum, 1/2″, superflexus, cum connectore DIN masculo 7/16
1 coniunctor coaxialis RF:
1.1 Materia et Involucrum
Conductor internus: aes, argento obductus, crassitudo obductionis: ≥0.003mm
Dielectricum insulationis: PTFE
Conductor externus: aes, mixtura ternaria obductus, crassitudo inaurationis ≥ 0.002 mm
1.2 Proprietates Electricae et Mechanicae
Impedantiam proprietatum: 50Ω
Frequentiae ambitus: DC-3GHz
Robur dielectricum: ≥2500V
Resistentia contactus: conductor internus ≤ 1.0 mΩ, conductor externus ≤ 0.4 mΩ
Resistentia insulatoris: ≥5000MΩ (500V DC)
SWR: ≤1.15 (DC-3GHz)
PIM: ≤-155dBc@2x43dBm
Firmitas connectoris: ≥500 cycli
2 funes coaxiales RF: Funis RF Superflexibilis 1/2"
2.1 Materia
Conductor internus: filum aluminii cupro obductum (φ3.60mm)
Dielectricum insulationis: spuma polyethylenea (φ8.90mm)
Conductor externus: tubus aeneus corrugatus (φ12.20mm)
Involucrum funis: PE (φ13.60mm)
2.2 Proprietas
Impedantiam proprietatum: 50Ω
Condensator ordinarius: 80pF/m
Ratio transmissionis: 83%
Radius flexionis singularis minimus: 50mm
Robur tensile: 700N
Resistentia insulationis: ≥5000MΩ
Attenuatio munitionis: ≥120dB
ROS: ≤1.15 (0.01-3GHz)
Funis 3 saltatoris
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 Proprietatum: 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)
PIM3: ≤-150dBc@2x20W
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 |
Methodus Probationis Ictus Mechanici: MIL-STD-202, Methodus 213, Conditio Probationis I
Methodus Probationis Resistentiae Humoris: MIL-STD-202F, Methodus 106F
Methodus Probationis Impetus Thermalis: MIL-STD-202F, Methodus 107G, Conditio Probationis A-1
3.3. Proprietas ambitus
Impermeabilis: IP68
Temperatura operationis: -40°C ad +85°C
Temperaturae repositionis: -70°C ad +85°C
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.
