G_03233 HUBERSUHNER

Document overview

  • Manufacturer or author: Provided By digicamel.com
  • PDF pages: 2

Technical content

75 O hm , 1 G H z, 8 5°C , ø5 m m , PVC jacket

G _03233 Properties

  • C ustom version of sta nd a rd RG ca b le
  • 75 O hm cha ra cteristic Impedance C onstruction C om ponent M aterial D etail D iam eter Centre conductor Copper Stra nd-0 7, RA L 90 0 5 - bk 0 .4 9 m m - 0 .15 m m D ielectric PE (Polyethylene) 2.95m m O uter conductor Copper Bra id, 95% 3.6mm J a cket PVC (Polyvinyl chloride) RA L 90 0 5 - bk 5 m m +/- 0 .15 m m Electrical data Impedance 75 /uni03A9 +/-3/uni03A9 O pera ting frequency ≤ 1 GHz Ca pa cita nce 67 pF Velocity of signa l propa ga tion 66 % Signal delay 5.0 3 ns/m Insula tion resista nce 100000000 MΩ*m Inner conductor resista nce 129.4 /uni03A9/km O pera ting Volta ge (a t sea level) ≤ 2.5 kV Test volta ge (50 H z/1 m in) ≤ 5 kV M echanical data W eight a pprox. 39 g/m Sta tic bending ra dius ≥ 25 mm Repea ted bending ra dius 50 mm Environm ental data O pera tion tem pera ture -25 °C ... 85°C Insta lla tion tem pera ture -20 °C ... 60 °C F ire cha ra cteristics conta ins ha logene hubersuhner.com

G _03233 Suitable connectors Ca ble group U12 O rdering inform ation Item num ber Item description A va ila ble a s a ssem bly only 22510 135 G _0 3233 N o Pow er M atrix Ca lcula tion: typica l A ttenua tion [ form ula : (a *f^0 .5 + b*f) ] a nd m a xim um Pow er CW [ form ula : (p/f^0 .5)] a coe/f_f.ligaicient typica l = 0 .49 25 b coe/f_f.ligaicient typica l = 0 .0 3 5 fmax = 1.0 P at 1 GHz = 8 2.0 Frequency N om . attenuation N om . attenuation M ax. C W pow er GHz (dB/m ) (dB//f_t.liga) (W) sea level 25°C a m bient tem pera ture sea level 25°C a m bient tem pera ture sea level 4 0 °C a m bient tem pera ture 0 .10 0 .159 0 .0 4 8 259 0 .20 0 .227 0 .0 69 183 0 .30 0 .280 0 .0 85 150 0 .4 0 0 .325 0 .0 99 130 0 .60 0 .4 0 2 0 .123 106 0 .80 0 .4 69 0 .14 3 92 1.0 0 0 .527 0 .161 82 H U BER+SU H N ER is certified by ISO 90 0 1, ISO 14 0 0 1, ISO 4 50 0 1, IA TF 1694 9, A S/ EN 910 0 a nd ISO /TS 22163-IRIS. W a iver: F a cts a nd figures herein a re for inform a tion only a nd do not represent a ny w a rra nty of a ny kind. D O CU MEN T PIM-P10 72 / D a te of publica tion: 27.10 .20 23 / uncontrolled copy hubersuhner.com