Standard coaxial cables
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- Blaise Glenn
- 9 years ago
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1 Standard coaxial cables Issue 2 January
2 Content Guideline of coaxial cables Page 3 Coaxial families: Standard coaxial cables PE/PTFE Page 11 Other standard cables Page 35 FLAMEX Halogen free coaxial cables Page 37 Telecom coaxial cables Page 40 Low noise coaxial cables Page 57 Miniature coaxial cables Page 61 Hand formable coaxial cables Page 64 Issue 2 January
3 Standard coaxial cables PE/PTFE References according to CONDUCTOR JACKET FILOTEX Dielectric Nb Braid MIL C17 PART # Nature Ø mm braids nature Nature NF. C Dielectric Composition n x Ø mm Ø mm Overall diameter mm PE KX 3B x 0.16 CCS ± TPC PVC 2.54 ± 0.13 PE RG 174 A/U x 0.16 CCS ± TPC PVC 2.79 ± 0.13 PE KX 15 RG 58 C/U x 0.18 TPC ± TPC PVC 4.95 ± 0.15 PE RG 223 U x 0.89 SPC ± SPC PVC 5.38 ± 0.10 PE KX 4 RG 213 U x 0.75 B.C ± B.C. PVC ± 0.20 PE RG 214 U x 0.75 SPC ± SPC PVC ± W PTFE KX 21 A x 0.10 SPCCS ± SPC FEP 1.80 ± 0.10 PTFE PTFE M17/ (RG 178) M17/ (RG 196) x 0.10 SPCCS ± SPC FEP 1.80 ± x 0.10 SPCCS ± SPC PFA 1.80 ± 0.10 PTFE KX 22 A x 0.17 SPCCS ± SPC FEP 2.50 ± 0.10 PTFE PTFE M17/ (RG 316U) M17/ (RG 188) x 0.17 SPCCS ± SPC FEP 2.49 ± x 0.17 SPCCS ± SPC PFA 2.49 ± 0.10 PTFE RG 142 AU x 0.94 SPCCS ± SPC Glass fiber 5.10 ± 0.15 PTFE PTFE M17/ (RG 142BU) M17/ (RG 400U) x 0.94 SPCCS ± SPC FEP 4.95 ± x 0.20 SPC ± SPC FEP 4.95 ± 0.13 PTFE KX x 0.34 SPC ± SPC Glass fiber 5.10 ± 0.20 PTFE M17/ (RG 393) x 0.80 SPC ± SPC FEP 9.91 ± 0.25 PTFE KX x 0.80 SPC ± SPC Glass fiber ± 0.25 PE RG 59 B/U x 0.57 CCS ± B.C. PVC 6.15 ± 0.10 PE KX 6A x 0.20 B.C ± B.C. PVC 6.10 ± W PE RG 11 A/U x 0.40 TPC ± B.C. PVC ± 0.18 PE RG 216/U x 0.40 TPC ± B.C. PVC ± 0.18 PE KX x 0.40 B.C ± B.C. PVC ± W 95 W PTFE M17/94-RG x 0.10 SPCCS ± SPC FEP 2.54 ± 0.13 PTFE M17/ (RG 187) x 0.10 SPCCS ± SPC PFA 2.54 ± 0.13 PE RG 62 A/U x 0.64 CCS ± B.C. PVC 6.15 ± 0.18 PTFE M17/95-RG x 0.10 SPCCS ± SPC FEP 3.58 ± 0.10 PTFE M17/ (RG 195) x 0.10 SPCCS ± SPC PFA 3.58 ± 0.10 SPC : Silver plated copper, SPCCS: silver plated copper clad steel, TPC: tin plated copper, BC: bare copper, CCS: copper clad steel Issue 2 January
4 Standard coaxial cables PE/PTFE FILOTEX PART # Average weight kg/km Nominal capacitance pf/m 10 MHz 200 MHz Attenuation (db/100 m) 400 MHz 3000 MHz MHz 10 MHz Powers at 40 C (kw) 200 MHz 400 MHz 3000 MHz MHz Velocity of propagation Continuous working voltage Operating temp. Page Issue 2 January
5 Other standard cables 77 W 78 W 95 W References according to CONDUCTOR JACKET FILOTEX Dielectric Nb Braid MIL C17 PART # Nature Ø mm braids nature Nature NF. C Dielectric Composition n x Ø mm PTFE M17/ x 0.13 Ø mm DATA BUS CABLES SPC (alloy) CABLES with two CONDUCTORS SPC (alloy) Overall diameter mm PFA 3.28 PE RG 108 AU x 0.32 TPC TPC PVC 6.0 ± 0.25 PE RG 22 BU x 0.38 TPC TPC PVC 10.7 ± 0.25 FLAMEX halogen free coaxial cables Dielectric References according to CONDUCTOR JACKET FILOTEX Dielectric Nb Braid MIL C17 PART # Ø mm braids nature NF. C Composition Nature Ø mm n x Ø mm NF. C MIL C17 PE FLAMEX RG x0.16 CCS ± TPC FLAMEX 2.79 ± W PE PE FLAMEX RG 58 FLAMEX RG x0.18 TPC ± TPC FLAMEX 4.95 ± x0.75 BC ± BC FLAMEX 10.3 ± 0.18 PE FLAMEX RG x0.75 SPC ± SPC FLAMEX 10.8 ± W PE FLAMEX RG x0.57 CCS ± BC FLAMEX 6.15 ± 0.10 Issue 2 January
6 Other standard cables FILOTEX PART # Average weight kg/km Nominal capacitance 10 pf/m MHz Attenuation (db/100 m) 200 MHz 400 MHz 3000 MHz MHz Operating temperature Page DATA BUS CABLES CABLES with two CONDUCTORS Consult us FLAMEX halogen free coaxial cables FILOTEX PART # Average weight kg/km Nominal capacitance pf/m 10 MHz 200 MHz Attenuation (db/100 m) 400 MHz 3000 MHz MHz Velocity of propagation Continuous working voltage Operating temp. Page < < < < < Issue 2 January
7 Telecom coaxial cables Dielec-tric Designation FILOTEX PART # Composition n x Ø mm CONDUCTOR Nature Ø mm Dielectric Ø mm Nb braids Braid nature Nature JACKET Overall diameter mm PTFE RG x 0.10 SPCCS SPC FEP 1.80 ± 0.10 PTFE RG 316 ST x 0.17 SPCCS SPC FEP 2.50 ± 0.10 FEP RG 316 ST FEP x 0.17 SPCCS SPC FEP 2.50 ± W PTFE RG 316 DT x 0.17 SPCCS SPC FEP 2.90 ± 0.10 FEP RG 316 DT FEP x 0.17 SPCCS SPC FEP 2.90 ± 0.10 Polyolefine RG 316 ST LSZH 2PB272 7 x 0.17 SPCCS SPC LSZH 2.50 ± 0.10 Polyolefine RG 316 DT LSZH 2PB273 7 x 0.17 SPCCS SPC LSZH 2.94 ± 0.15 PTFE RG 142 DT x 0.95 SPCCS SPC FEP 4.95 ± 0.13 Polyolefine RG 142 LSZH 2PB274 1 x 0.95 SPCCS SPC LSZH 4.95 ± 0.13 PTFE RG 179 ST x 0.10 SPCCS SPC FEP 2.54 ± 0.13 FEP RG 179 ST FEP x 0.10 SPCCS SPC FEP 2.54 ± 0.13 PTFE RG 179 DT x 0.10 SPCCS SPC FEP 3.07 ± W FEP RG 179 DT FEP 2PA030 7 x 0.10 SPCCS SPC FEP 3.07 ± 0.10 Polyolefine RG 179 ST LSZH 2PB270 7 x 0.10 SPCCS SPC LSZH 2.54 ± 0.13 Polyolefine RG 179 DT LSZH 2PB271 7 x 0.10 SPCCS SPC LSZH 3.00 ± 0.15 PE RG 179 ST PE/PVC x 0.25 CCS ± B.C. PVC 2.80 ± 0.12 PE RG 179 DT PE/PVC 2PB389 1 x 0.25 CCS ± B.C. PVC 3.20 ± 0.15 Low noise coaxial cables Designation FILOTEX PART # Dielectric Composition n x Ø mm CONDUCTOR Nature Ø mm Dielectric Ø mm Nb braids Braid nature Nature JACKET Overall diameter mm PE CAS 85-22P x 0.30 SPCCS ± B.C. PVC 2.15 ± 0.05 PTFE CAS P x 0.30 SPCCS ± SPC PTFE 1.90 ± 0.10 PTFE CAS SP x 0.10 SPCCS ± SPC PTFE 1.90 ± 0.10 PTFE CAS x 0.30 SPCCS ± SPC PTFE 2.15 ± 0.05 Issue 2 January
8 Telecom coaxial cables FILOTEX PART # Nominal capacitan ce pf/m 10 MHz Attenuation (db/100 m) 100 MHz 1000 MHz 900 MHz 1800 MHz 3000 MHz Velocity of Operating propagation temperature Page PB PB PB PA PB PB PB Low noise coaxial cables FILOTEX PART # Average weight kg/km Nominal capacitance pf/m Velocity of propagation Continuous working voltage Operating temperature Page Issue 2 January
9 Miniature coaxial cables Designation FILOTEX PART # Dielectric Composition n x Ø mm CONDUCTOR Nature Ø mm Dielectric Ø mm Nb braids Braid nature Nature JACKET Overall diameter mm PTFE 50 VMTX x 0.17 SPCCS ± SPC FEP 1.17 ± 0.05 PTFE 75 VMTX x 0.10 SPCCS ± SPC FEP 1.22 ± 0.05 Hand formable coaxial cables Designation FILOTEX PART # CONDUCTOR Dielectric Composition Nature n x Ø mm Ø mm Dielectric Ø mm OUTER CONDUCTOR Overall Nature diameter mm 50 W PTFE QF86 Cw PTFE x 0.51 SPCCS Tin soaked braid 2.11 PTFE QF141 Cw PTFE x 0.92 SPCCS Tin soaked braid 3.50 Issue 2 January
10 Miniature coaxial cables FILOTEX PART # Average weight kg/km Nominal capacitance pf/m 10 MHz 100 MHz Attenuation (db/100 m) MHz MHz 2000 MHz 3000 MHz Velocity of propagation Continuous working voltage Operating temperature Page Hand formable coaxial cables FILOTEX PART # Capa. (pf/m) Relative velocity of propagation (%) Operating temperature 0.1 GHz 0.3 GHz 1 GHz Nominal attenuation (db/m) at 2 GHz 3 GHz 5 GHz 10 GHz 15 GHz 20 GHz 26 GHz Page Issue 2 January
11 Standard coaxial cables PE/PTFE Issue 2 January
12 KX 3B COAXIAL 50 W 85 C Polyethylene KX 3B (ET ) 1- CONDUCTOR: Stranded 7x0.16 Copper clad steel = 0.48 mm 2- DIELECTRIC: Solid Polyethylene = 1.50 mm ± SCREEN: Single braid Tin plated copper 4- JACKET: PVC = 2.54 mm ± 0.13 To: NF C93550 Operating temperature: - 40 to +85 C Continuous working voltage: 1100 volts Maximal operating frequency: 3 GHz Good resistance to flame NFC 32070/C2 & CEI 332-1&2 Capacitance: 100 ± 6 pf/m Relative velocity of propagation: 65.9 % Characteristic impedance at200 MHz: 50 ± 3.5 Ω Attenuation at 10 MHz: 11 db/100 m at 200 MHz: 42 db/100 m at 400 MHz: 60 db/100 m at 3000 MHz: 220 db/100 m Dielectric withstanding at 50 Hz: 2 kv Nominal weight: 10 kg/km High frequency connections Issue 2 January
13 M17/ (RG 174 A/U) COAXIAL 50 W 85 C Polyethylene RG 174 A/U (ET ) 1- CONDUCTOR: Stranded 7x0.16 Copper clad steel = 0.48 mm 2- DIELECTRIC: Solid Polyethylene = 1.52 mm ± SCREEN: Single braid Tin plated copper 4- JACKET: PVC = 2.79 mm ± 0.13 To: MIL C17 Operating temperature: - 40 to +85 C Continuous working voltage: 1100 volts Maximal operating frequency: 1 GHz Good resistance to flame NFC 32070/C2 & CEI 332-1&2 Capacitance: <106 pf/m Relative velocity of propagation: 65.9 % Characteristic impedance at200 MHz: 50 ± 2 Ω Attenuation at 10 MHz: 11 db/100 m at 200 MHz: 42 db/100 m at 400 MHz: 60 db/100 m at 3000 MHz: 220 db/100 m Dielectric withstanding at 50 Hz: 4.5 kv Nominal weight: 12 kg/km High frequency connections Issue 2 January
14 KX 15 / RG 58 C/U COAXIAL 50 W 85 C Polyethylene KX 15 / RG 58 C/U (ET ) 1- CONDUCTOR: Stranded 19x0.18 Tin plated copper = 0.90 mm 2- DIELECTRIC: Solid Polyethylene = 2.95 mm ± SCREEN: Single braid Tin plated copper 4- JACKET: PVC = 4.95 mm ± 0.15 To: NF C93550, MIL C17 Operating temperature: - 40 to +85 C Continuous working voltage: 1400 volts Maximal operating frequency: 3 GHz Good resistance to flame NFC 32070/C2 & CEI 332-1&2 Capacitance: 100 ± 5 pf/m Relative velocity of propagation: 65.9 % Characteristic impedance at200 MHz: 50 ± 2 Ω Attenuation at 10 MHz: 4.5 db/100 m at 200 MHz: 24 db/100 m at 400 MHz: 36 db/100 m at 3000 MHz: 140 db/100 m Dielectric withstanding at 50 Hz: 5 kv Nominal weight: 36 kg/km High frequency connections Issue 2 January
15 M17/ (RG 223 U) COAXIAL 50 W 85 C Polyethylene To: MIL C17 RG 223 U (ET ) 1- CONDUCTOR: Solid 1x0.89 Silver plated copper = 0.89 mm 2- DIELECTRIC: Solid Polyethylene = 2.95 mm ± SCREEN: Double braid Silver plated copper 4- JACKET: PVC = 5.38 mm ± 0.10 Operating temperature: - 40 to +85 C Continuous working voltage: 1400 volts Maximal operating frequency: 12.4 GHz Good resistance to flame NFC 32070/C2 & CEI 332-1&2 Capacitance: <106 pf/m Relative velocity of propagation: 65.9 % Characteristic impedance at200 MHz: 50 ± 2 Ω Attenuation at 10 MHz: 5.5 db/100 m at 200 MHz: 20 db/100 m at 400 MHz: 30 db/100 m at 3000 MHz: 100 db/100m at MHz: 240 db/100 m Dielectric withstanding at 50 Hz: 5 kv Nominal weight: 55 kg/km High frequency connections Issue 2 January
16 KX 4 / RG 213 U COAXIAL 50 W 85 C Polyethylene KX 4 / RG 213 U (ET ) 1- CONDUCTOR: Stranded 7x0.75 Bare copper = 2.25 mm 2- DIELECTRIC: Solid Polyethylene = 7.25 mm ± SCREEN: Single braid Bare copper 4- JACKET: PVC = mm ± 0.20 To: NF C93550, MIL C17 Operating temperature: - 40 to +85 C Continuous working voltage: 3700 volts Maximal operating frequency: 3 GHz Good resistance to flame NFC 32070/C2 & CEI 332-1&2 Capacitance: 100 ± 5 pf/m Relative velocity of propagation: 65.9 % Characteristic impedance at200 MHz: 50 ± 2 Ω Attenuation at 10 MHz: 2 db/100 m at 200 MHz: 9.5 db/100 m at 400 MHz: 14.5 db/100 m at 3000 MHz: 55 db/100 m Dielectric withstanding at 50 Hz: 5 kv Nominal weight: 158 kg/km High frequency connections Issue 2 January
17 RG 214 U COAXIAL 50 W 85 C Polyethylene RG 214 U (ET ) 1- CONDUCTOR: Stranded 7x0.75 Silver plated copper = 2.25 mm 2- DIELECTRIC: Solid Polyethylene = 7.25 mm ± SCREEN: Double braid Silver plated copper 4- JACKET: PVC = mm ± 0.18 To: MIL C17 Operating temperature: - 40 to +85 C Continuous working voltage: 3700 volts Maximal operating frequency: 11 GHz Good resistance to flame NFC 32070/C2 & CEI 332-1&2 Capacitance: <106 pf/m Relative velocity of propagation: 65.9 % Characteristic impedance at200 MHz: 50 ± 2 Ω Attenuation at 10 MHz: 2 db/100 m at 200 MHz: 9 db/100 m at 400 MHz: 13 db/100 m at 3000 MHz: 45 db/100 m at MHz: 100 db/100 m Dielectric withstanding at 50 Hz: 10 kv Nominal weight: 196 kg/km High frequency connections Issue 2 January
18 KX 21 A COAXIAL 50 W 200 C PTFE KX 21 A (ET ) 1- CONDUCTOR: Stranded 7x0.10 Silver plated copper clad steel = 0.30 mm 2- DIELECTRIC: Extruded PTFE = 0.87 mm ± SCREEN: Single braid Silver plated copper 4- JACKET: FEP = 1.80 mm ± 0.10 To: NF C93550 Operating temperature: - 90 to +200 C Continuous working voltage: 750 volts Maximal operating frequency: 3 GHz Good resistance to aircraft fluids. Good resistance to flame NFC 32070/C1 & C2 (CEI 332 1) Capacitance: 95 ± 10 pf/m Relative velocity of propagation: 69.5 % Characteristic impedance at200 MHz: 50 ± 5 Ω Attenuation at 10 MHz: 16.5 db/100 m at 200 MHz: 65 db/100 m at 400 MHz: 95 db/100 m at 3000 MHz: 300 db/100 m Dielectric withstanding at 50 Hz: 1 kv Nominal weight: 9.6 kg/km High frequency connections operating at high temperature. By their small dimensions, they are mainly designed for miniaturized connections, operating at high or low temperature Issue 2 January
19 M17/ (RG 178 B/U) M17/ (RG 196) COAXIAL 50 W 200 C/230 C PTFE RG 178 B/U (ET ) RG 196 (ET ) 1- CONDUCTOR: Stranded 7x0.10 Silver plated copper clad steel = 0.30 mm 2- DIELECTRIC: Extruded PTFE = 0.84 mm ± SCREEN: Single braid Silver plated copper 4- JACKET: T = 200 C FEP (RG178BU) T = 230 C PFA (RG196) = 1.80 mm ± 0.10 To: MIL C17 Operating temperature: - 90 to +200 C (FEP JACKET) - 90 to C (PFA JACKET) Maximal operating frequency: 3 GHz Continuous working voltage: 750 volts Good resistance to aircraft fluids. Good resistance to flame NFC 32070/C1 & C2 (CEI 332 1) Capacitance: < 105 pf/m Relative velocity of propagation: 69.5 % Characteristic impedance at200 MHz: 50 ± 2 Ω Attenuation at 10 MHz: 16.5 db/100 m at 200 MHz: 65 db/100 m at 400 MHz: 95 db/100 m at 3000 MHz: 300 db/100m Dielectric withstanding at 50 Hz: 2 kv Nominal weight: 9.6 kg/km High frequency connections operating at high temperature. By their small dimensions, they are mainly designed for miniaturized connections, operating at high or low temperature Issue 2 January
20 KX 22 A COAXIAL 50 W 200 C PTFE KX 22 A (ET ) 1- CONDUCTOR: Stranded 7x0.17 Silver plated copper clad steel = 0.51 mm 2- DIELECTRIC: Extruded PTFE = 1.50 mm ± SCREEN: Single braid Silver plated copper 4- JACKET: FEP = 2.50 mm ± 0.10 To: NF C93550 Operating temperature: - 90 to +200 C Continuous working voltage: 900 volts Maximal operating frequency: 3 GHz Good resistance to aircraft fluids. Good resistance to flame NFC 32070/C1 & C2 (CEI 332 1) Capacitance: 95 ± 10 pf/m Relative velocity of propagation: 69.5 % Characteristic impedance at200 MHz: 50 ± 5 Ω Attenuation at 10 MHz: 10 db/100 m at 200 MHz: 40 db/100 m at 400 MHz: 55 db/100 m at 3000 MHz: 160 db/100 m Dielectric withstanding at 50 Hz: 2 kv Nominal weight: 17 kg/km High frequency connections operating at high temperature. By their small dimensions, they are mainly designed for miniaturized connections, operating at high or low temperature Issue 2 January
21 M17/ (RG 316 U) M17/ (RG 188 A/U) COAXIAL 50 W 200 C/230 C PTFE RG 316 U (ET ) RG 188 A/U (ET ) 1- CONDUCTOR: Stranded 7x0.17 Silver plated copper clad steel = 0.51 mm 2- DIELECTRIC: Extruded PTFE = 1.52 mm ± SCREEN: Single braid Silver plated copper 4- JACKET: T = 200 C FEP (RG316U) T = 230 C PFA (RG188AU) = 2.49 mm ± 0.10 To: MIL C17 Operating temperature: - 90 to +200 C (FEP JACKET) - 90 to C (PFA JACKET) Maximal operating frequency: 3 GHz Continuous working voltage: 900 volts Good resistance to aircraft fluids. Good resistance to flame NFC 32070/C1 & C2 (CEI 332 1) Capacitance: < 105 pf/m Relative velocity of propagation: 69.5 % Characteristic impedance at200 MHz: 50 ± 2 Ω Attenuation at 10 MHz: 10 db/100 m at 200 MHz: 40 db/100 m at 400 MHz: 55 db/100 m at 3000 MHz: 160 db/100m Dielectric withstanding at 50 Hz: 2 kv Nominal weight: 17 kg/km High frequency connections operating at high temperature. By their small dimensions, they are mainly designed for miniaturized connections, operating at high or low temperature Issue 2 January
22 RG 142 A/U COAXIAL 50 W 250 C PTFE RG 142 A/U (ET ) 1- CONDUCTOR: Solid 1x0.94 Silver plated copper clad steel = 0.94 mm 2- DIELECTRIC: Extruded PTFE = 2.95 mm ± SCREEN: Double braid Silver plated copper 4- JACKET: Glass fiber = 5.10 mm ± 0.15 To: MIL C17 Operating temperature: - 90 to +250 C Maximal operating frequency: 3 GHz Good resistance to flame NFC 32070/C1 & C2 (CEI 332 1) Continuous working voltage: 1400 volts Good resistance to aircraft fluids. Capacitance: < 105 pf/m Relative velocity of propagation: 69.5 % Characteristic impedance at200 MHz: 50 ± 2 Ω Attenuation at 10 MHz: 4.3 db/100 m at 200 MHz: 19 db/100 m at 400 MHz: 28 db/100 m at 3000 MHz: 95 db/100 m at MHz: 210 db/100 m Dielectric withstanding at 50 Hz: 5 kv Nominal weight: 66 kg/km High frequency connections operating at high temperature, or on equipement excepted to work under severe conditions without failure Issue 2 January
23 M17/ (RG 142 B/U) M17/ (RG 400 U) COAXIAL 50 W 200 C PTFE RG 142 B/U (ET ) RG 400 U (ET ) 1- CONDUCTOR: M17/ Solid 1x0.94 Silver plated copper clad steel = 0.94 mm M17/ Multibrin 19x0.20 Silver plated copper = 0.98 mm 2- DIELECTRIC: Extruded PTFE = 2.95 mm ± SCREEN: Double braid Silver plated copper 4- JACKET: FEP = 4.95 mm ± 0.13 To: MIL C17 Operating temperature: - 90 to +200 C (FEP JACKET) Maximal operating frequency: 3 GHz Continuous working voltage: 1400 volts Good resistance to aircraft fluids. Good resistance to flame NFC 32070/C1 & C2 (CEI 332 1) Capacitance: < 105 pf/m Relative velocity of propagation: 69.5 % Characteristic impedance at200 MHz: 50 ± 2 Ω Attenuation at 10 MHz: 4.3 db/100 m at 200 MHz: 19 db/100 m at 400 MHz: 28 db/100 m at 3000 MHz: 95 db/100 m at MHz: 210 db/100 m Dielectric withstanding at 50 Hz: 5 kv Nominal weight: 68 kg/km (M17/ ), 66 kg/km (M17/ ) High frequency connections operating at high temperature, or on equipement excepted to work under severe conditions without failure. M17/ M17/ Issue 2 January
24 KX 23 COAXIAL 50 W 250 C PTFE KX 23 (ET ) 1- CONDUCTOR: Stranded 7x0.34 Silver plated copper = 1.02 mm 2- DIELECTRIC: Extruded PTFE = 2.95 mm ± SCREEN: Double braid Silver plated copper 4- JACKET: Glass fiber = 5.10 mm ± 0.20 To: NF C93550 Operating temperature: - 90 to +250 C Continuous working voltage: 1400 volts Maximal operating frequency: 3 GHz Good resistance to aircraft fluids. Good resistance to flame NFC 32070/C1 & C2 (CEI 332 1) Capacitance: 95 ± 10 pf/m Relative velocity of propagation: 69.5 % Characteristic impedance at200 MHz: 50 ± 2.5 Ω Attenuation at 10 MHz: 4.3 db/100 m at 200 MHz: 19 db/100 m at 400 MHz: 28 db/100 m at 3000 MHz: 95 db/100 m at MHz: 210 db/100 m Dielectric withstanding at 50 Hz: 5 kv Nominal weight: 70 kg/km High frequency connections operating at high temperature, or on equipement excepted to work under severe conditions without failure Issue 2 January
25 M17/ (RG 393) COAXIAL 50 W 200 C PTFE RG 393 (ET ) 1- CONDUCTOR: Stranded 7x0.80 Silver plated copper = 2.40 mm 2- DIELECTRIC: Extruded PTFE = 7.24 mm ± SCREEN: Double braid Silver plated copper 4- JACKET: FEP = 9.91 mm ± 0.25 To: MIL C17 Operating temperature: - 90 to +200 C Continuous working voltage: 3700 volts Maximal operating frequency: 11 GHz Good resistance to aircraft fluids. Good resistance to flame NFC 32070/C1 & C2 (CEI 332 1) Capacitance: 105 pf/m Relative velocity of propagation: 69.5 % Characteristic impedance at200 MHz: 50 ± 2 Ω Attenuation Nominal weight: 241 kg/km at 10 MHz: 2.4 db/100 m at 200 MHz: 9.5 db/100 m at 400 MHz: 14 db/100 m at 3000 MHz: 50 db/100m High frequency connections operating at high temperature, or on equipement excepted to work under severe conditions without failure Issue 2 January
26 KX 24 COAXIAL 50 W 250 C PTFE KX 24 (ET ) 1- CONDUCTOR: Stranded 7x0.80 Silver plated copper = 2.40 mm 2- DIELECTRIC: Extruded PTFE = 7.25 mm ± SCREEN: Double braid Silver plated copper 4- JACKET: Glass fiber = mm ± 0.25 To: NF C93550 Operating temperature: - 90 to +250 C Continuous working voltage: 3700 volts Maximal operating frequency: 3 GHz Good resistance to aircraft fluids. Good resistance to flame NFC 32070/C1 & C2 (CEI 332 1) Capacitance: 95 pf/m Relative velocity of propagation: 69.5 % Characteristic impedance at200 MHz: 50 ± 2 Ω Attenuation at 10 MHz: 2.4 db/100 m at 200 MHz: 9.5 db/100 m at 400 MHz:14 db/100 m at 3000 MHz: 50 db/100 m at MHz: 120 db/100 m Dielectric withstanding at 50 Hz: 10 kv Nominal weight: 216 kg/km High frequency connections operating at high temperature, or on equipement excepted to work under severe conditions without failure Issue 2 January
27 M17/29-RG059 (RG 59 B/U) COAXIAL 75 W 85 C Polyethylene RG 59 B/U (ET ) 1- CONDUCTOR: Solid 1x0.57 Copper clad steel = 0.57 mm 2- DIELECTRIC: Solid Polyethylene = 3.71 mm ± SCREEN: Single braid Bare copper 4- JACKET: PVC = 6.15 mm ± 0.10 To: MIL C17 Operating temperature: - 40 to +85 C Continuous working voltage: 1700 volts Maximal operating frequency: 1 GHz Good resistance to flame NFC 32070/C2 & CEI 332-1&2 Capacitance: <72.2 pf/m Relative velocity of propagation: 65.9 % Characteristic impedance at200 MHz: 75 ± 3 Ω Attenuation at 10 MHz: 4 db/100 m at 200 MHz: 18 db/100 m at 400 MHz: 27 db/100 m at 3000 MHz: 95 db/100m Dielectric withstanding at 50 Hz: 7 kv Nominal weight: 50 kg/km High frequency connections Issue 2 January
28 KX 6A COAXIAL 75 W 85 C Polyethylene KX 6A (ET ) 1- CONDUCTOR: Stranded 7x0.20 Bare copper = 0.60 mm 2- DIELECTRIC: Solid Polyethylene = 3.70 mm ± SCREEN: Single braid Bare copper 4- JACKET: PVC = 6.10 mm ± 0.15 To: NF C93550 Operating temperature: - 40 to +85 C Continuous working voltage: 1700 volts Maximal operating frequency: 3 GHz Good resistance to flame NFC 32070/C2 & CEI 332-1&2 Capacitance: 67 ± 3 pf/m Relative velocity of propagation: 65.9 % Characteristic impedance at200 MHz: 75 ± 2 Ω Attenuation at 10 MHz: 4 db/100 m at 200 MHz: 18 db/100 m at 400 MHz: 27 db/100 m at 3000 MHz: 95 db/100 m Dielectric withstanding at 50 Hz: 4.2 kv Nominal weight: 53 kg/km High frequency connections Issue 2 January
29 M17/6-RG011 (RG 11 A/U) COAXIAL 75 W 85 C Polyethylene RG 11 A/U (ET ) 1- CONDUCTOR: Stranded 7x0.40 Tin plated copper = 1.20 mm 2- DIELECTRIC: Solid Polyethylene = 7.24 mm ± SCREEN: Single braid Bare copper 4- JACKET: PVC = mm ± 0.18 To: MIL C17 Operating temperature: - 40 to +85 C Continuous working voltage: 3700 volts Maximal operating frequency: 1 GHz Good resistance to flame NFC 32070/C2 & CEI 332-1&2 Capacitance: <72.2 pf/m Relative velocity of propagation: 65.9 % Characteristic impedance at200 MHz: 75 ± 3 Ω Attenuation at 10 MHz: 2 db/100 m at 200 MHz: 9.5 db/100 m at 400 MHz: 13 db/100 m at 3000 MHz: 45 db/100 m Dielectric withstanding at 50 Hz: 10 kv Nominal weight: 136 kg/km High frequency connections Issue 2 January
30 M17/77-RG216 (RG 216 U) COAXIAL 75 W 85 C Polyethylene RG 216 U (ET ) 1- CONDUCTOR: Stranded 7x0.40 Tin plated copper = 1.20 mm 2- DIELECTRIC: Solid Polyethylene = 7.24 mm ± SCREEN: Double braid Bare copper 4- JACKET: PVC = mm ± 0.18 To: MIL C17 Operating temperature: - 40 to +85 C Continuous working voltage: 3700 volts Maximal operating frequency: 3 GHz Good resistance to flame NFC 32070/C2 & CEI 332-1&2 Capacitance: <72.2 pf/m Relative velocity of propagation: 65.9 % Characteristic impedance at200 MHz: 75 ± 3 Ω Attenuation at 10 MHz: 2 db/100 m at 200 MHz: 9.5 db/100 m at 400 MHz: 13 db/100 m at 3000 MHz: 45 db/100m Dielectric withstanding at 50 Hz: 10 kv Nominal weight: 177 kg/km High frequency connections Issue 2 January
31 KX 8 COAXIAL 75 W 85 C Polyethylene KX 8 (ET ) 1- CONDUCTOR: Stranded 7x0.40 Bare copper = 1.20 mm 2- DIELECTRIC: Solid Polyethylene = 7.25 mm ± SCREEN: Single braid Bare copper 4- JACKET: PVC = mm ± 0.20 To: NF C93550 Operating temperature: - 40 to +85 C Continuous working voltage: 3700 volts Maximal operating frequency: 3 GHz Good resistance to flame NFC 32070/C2 & CEI 332-1&2 Capacitance: 67 ± 3 pf/m Relative velocity of propagation: 65.9 % Characteristic impedance at200 MHz: 75 ± 3 Ω Attenuation at 10 MHz: 2 db/100 m at 200 MHz: 9.5 db/100 m at 400 MHz: 13 db/100 m at 3000 MHz: 45 db/100 m Dielectric withstanding at 50 Hz: 8 kv Nominal weight: 135 kg/km High frequency connections Issue 2 January
32 M17/94-RG179 (RG179BU) M17/ (RG187AU) COAXIAL 75 W 200 C/230 C PTFE RG 179 B/U (ET ) RG 187 A/U (ET ) 1- CONDUCTOR: Stranded 7x0.10 Silver plated copper clad steel = 0.30 mm 2- DIELECTRIC: Extruded PTFE = 1.60 mm ± SCREEN: Single braid Silver plated copper 4- JACKET: T = 200 C FEP (RG179BU) T = 230 C PFA (RG187AU) = 2.54 mm ± 0.13 To: MIL C17 Operating temperature: - 90 to +200 C (FEP JACKET) - 90 to C (PFA JACKET) Maximal operating frequency: 3 GHz Continuous working voltage: 900 volts Good resistance to aircraft fluids. Good resistance to flame NFC 32070/C1 & C2 (CEI 332 1) Capacitance: < 75.5 pf/m (FEP JACKET) / <72.2 pf/m (PFA JACKET) Relative velocity of propagation: 69.5 % Characteristic impedance at200 MHz: 75 ± 3 Ω Attenuation at 10 MHz: 11 db/100 m at 200 MHz: 40 db/100 m at 400 MHz: 56 db/100 m at 3000 MHz: 160 db/100m Dielectric withstanding at 50 Hz: 2 kv Nominal weight: 16.9 kg/km High frequency connections operating at high temperature. By their small dimensions, they are mainly designed for miniaturized connections, operating at high or low temperature Issue 2 January
33 M17/30-RG062 (RG 62 A/U) COAXIAL 93 W 85 C Polyethylene RG 62 A/U (ET ) 1- CONDUCTOR: Solid 1x0.64 Copper clad steel = 0.64 mm 2- DIELECTRIC: Semi-air-spaced polyethylene = 3.71 mm ± SCREEN: Single braid Bare copper 4- JACKET: PVC = 6.15 mm ± 0.18 To: MIL C17 Operating temperature: - 40 to +85 C Continuous working voltage: 750 volts Maximal operating frequency: 1 GHz Good resistance to flame NFC 32070/C2 & CEI 332 1&2 Capacitance: <47.6 pf/m Relative velocity of propagation: 83 % Characteristic impedance at200 MHz: 93 ± 5 Ω Attenuation at 10 MHz: 3.2 db/100 m at 200 MHz: 14 db/100 m at 400 MHz: 22 db/100 m at 3000 MHz: 100 db/100m Dielectric withstanding at 50 Hz: 3 kv Nominal weight: 46 kg/km High frequency connections Issue 2 January
34 M17/95-RG180 (RG 180 B/U) M17/ (RG 195 A/U) COAXIAL 95 W 200 C/230 C PTFE RG 180 B/U (ET ) RG 195 A/U (ET ) 1- CONDUCTOR: Stranded 7x0.10 Silver plated copper clad steel = 0.30 mm 2- DIELECTRIC: Extruded PTFE = 2.59 mm ± SCREEN: Single braid Silver plated copper 4- JACKET: T = 200 C FEP (RG180BU) T = 230 C PFA (RG195AU) = 3.58 mm ± 0.10 To: MIL C17 Operating temperature: - 90 to +200 C (FEP JACKET) - 90 to C (PFA JACKET) Maximal operating frequency: 3 GHz Continuous working voltage: 900 volts Good resistance to aircraft fluids. Good resistance to flame NFC 32070/C1 & C2 (CEI 332 1) Capacitance: < 50.5 pf/m Relative velocity of propagation: 69.5 % Characteristic impedance at200 MHz: 95 ± 5 Ω Attenuation at 10 MHz: 7 db/100 m at 200 MHz: 30 db/100 m at 400 MHz:43 db/100 m at 3000 MHz: 150 db/100m Dielectric withstanding at 50 Hz: 2 kv Nominal weight: 27 kg/km High frequency connections operating at high temperature. By their small dimensions, they are mainly designed for miniaturized connections, operating at high or low temperature Issue 2 January
35 S FILOTEX Ref : ET CORES 1 CONDUCTOR 19 x mm High Strength Silver plated Copper alloy 2 INSULATION Extruded PTFE Diameter = 1.07 ± 0.05 mm FILLERS 3 Extruded PTFE ASSEMBLY 2 cores + 2 fillers, twisted Identification : one Blue core and one White core SHIELD 4 16 carriers x 6 ends Strand diam mm, Optical coverage = 93% nom. 90% min Picks / inch = 11.2 ±10% High Strength Silver plated Copper alloy OUTER JACKET 4 PFA Colour : Translucent blue Diameter = 3.27 ± mm M17/ Symmetrical bus cable, for multiplexed transmissions Bus lines for multiplexed transmissions. Electrical characteristics Voltage rating : 750 Volts (RMS) Operating frequency : up to 10 MHz Impedance : 77 ± 7 1MHz Nominal capacitance : 65 pf/m Max capacitance : 78 pf/m Max attenuation 4.6 1MHz Physical characteristics Max weight : 26 g/m Temperature rating : -65 to 200 C Min Bend radius : 21 mm Applicable Specification : M17/ Issue 2 January
36 TWINAXIAL 78 W M17/45-RG108 (RG 108 A/U) 85 C Polyethylene RG 108 A/U (ET ) 1- CONDUCTOR: 7 x 0.32 mm Tin plated copper = 0.96 mm 2 DIELECTRIC: Polyethylene = 2.0 mm 3 ASSEMBLY: 2 cores 4 - SCREEN: Tin plated copper braid 5 - Polyester tape 6 - JACKET: PVC = 6.0 mm ± 0.25 To: MIL C17 Operating temperature: - 40 to +85 C Continuous working voltage: 750 volts Good resistance to flame NFC 32070/C2 & CEI 332 1&2 Maximum capacitance between two cores: 80 pf/m Maximal operating frequency: 10 MHz Relative velocity of propagation: 65.9 % Characteristic impedance at1 MHz: 78 ± 7Ω Attenuation at 10 MHz: 10 db/100m at 200 MHz: 60 db/100m at 400 MHz: 95 db/100m Dielectric withstanding at 50 Hz: 2 kv Nominal weight: 52 kg/km High frequency connections. This twinaxial cable is mainly designed for digital data transmissions in electronic systems. Issue 2 January
37 FLAMEX Halogen free coaxial cables Issue 2 January
38 Coaxial Cables : FLAMEX RG s : High Frequency Data transmission (communication equipment, radar, instrumentation equipment), Video signal transmission. PRODUCT RANGE FLAMEX RG Fire Performance : Flame and Fire retardant (IEC Cat C), Halogen free cable (IEC 754 1), Non corrosive and non toxic cable (IEC 754 2), Low smoke emission and opacity (IEC 1034). Main data : Electrical and mechanical data in accordance with the MIL C17 standard, High electromagnetic protection : single or double braids, Operating temperature : -30 C to +80 C, High chemical resistance (acids, alkalis, oil, ). 1 CONDUCTOR Stranded bare, tinned or silvered copper 2 DIELECTRIC plain PE 3 TAPE (option) fire barrier 4 SCREEN single or double braid bare, tinned or silvered copper 5 TAPE (option) fire barrier 6 JACKET black or green halogen free Standards : Approved Bureau Veritas, MIL C 17, IEC332 3 Cat C, IEC & - 2, IEC Marking : FILOTEX P FLAMEX cable type Connectors : Compatible with standard connectors : SMA, SMB, TNC, BNC, N, C, SC, HN, LC Issue 2 January
39 Coaxial Cables : FLAMEX RG Coaxial Cable 50 W (MIL C 17) Conductor Dielectric Braid Cable Operating Designation Filotex Stranding 1 2 Ext Weigh voltage t ref. (mm) (mm) (mm) (mm) (mm) (kg/km) (V ac) FLAMEX RG 174 ET x0.16 CCS ± TPC ± FLAMEX RG 58 ET x0.1 TPC ± TPC ± FLAMEX RG 213 ET x0.75 BC ± BC ± FLAMEX RG 214 ET x0.75 SPC ± SPC 0.16 SPC 10.8 ± Capacity : < 106 pf / m Propagation velocity : 65.9% Coaxial Cable 75 W (MIL C 17) Conductor Dielectric Braid Cable Operating Designation Filotex Stranding 1 2 Ext Weigh voltage t ref. (mm) (mm) (mm) (mm) (mm) (kg/km) (V ac) FLAMEX RG 59 ET x0.57 CCS ± BC ± Capacity : < 72.2 pf / m Propagation velocity : 65.9 % SPC : Silver plated copper, SPCCS: silver plated copper clad steel, TPC: tin plated copper, BC: bare copper, CCS: copper clad steel White marking : FILOTEX P FLAMEX RG XXX Jacket Colour : black Issue 2 January
40 Telecom coaxial cables Issue 2 January
41 RG 178 TELECOM COAXIAL 50 W 200 C PTFE RG178 ST (ET ) 1- CONDUCTOR: Silver plated copper clad steel 2- DIELECTRIC: Extruded PTFE 3- SCREEN: Single braid Silver plated copper 4- JACKET: Brown FEP To: NEXANS Operating temperature: -90 C to +200 C (PTFE) Maximal operating frequency: 3 GHz Continuous working voltage: 750 volts Dimensions and high frequency characteristics: see page 2 Very good resistance to solvents Very good resistance to soldering operations High frequency interconnections between PCB in Telecommunication equipments Issue 2 January
42 PHYSICAL PROPERTIES FILOTEX PART # RG 178 ST (111336) CONDUCTOR Dielectric Screen JACKET Composition Ø Nb of Nature Ø mm Nature Nature Ø mm Nature n x Ø mm mm braids 7 x 0.10 SPCCS PTFE 1 SPC 1.80 ± 0.10 FEP ELECTRICAL VALUES FILOTEX PART # Capacitance (pf/m) Impedance (W ) Relative velocity of propagation (%) Attenuation at 900 MHz (db/m) Attenuation at 1800 MHz (db/m) RG 178 ST (111336) ± Issue 2 January
43 RG 316 TELECOM COAXIAL50 W 200 C PTFE /180 C FEP RG316ST PTFE/FEP (ET124467) RG316ST FEP/FEP (ET296891) RG316DT PTFE/FEP (ET124376) RG316DT FEP/FEP (ET296892) 1- CONDUCTOR: Silver plated copper clad steel 2- DIELECTRIC: Extruded PTFE or FEP 3- SCREEN: Single or Double braid Silver plated copper 4- JACKET: Brown FEP To: NEXANS Operating temperature: -90 C to +200 C (PTFE/FEP) -90 C to +180 C (FEP/FEP) Maximal operating frequency: 3 GHz Continuous working voltage: 900 volts Dimensions and high frequency characteristics: see page 2 Very good resistance to solvents Very good resistance to soldering operations High frequency interconnections between PCB in Telecommunication equipments If a high shielding effectiveness is required, use the double braided cables Issue 2 January
44 PHYSICAL PROPERTIES FILOTEX PART # RG 316 ST (124467) RG 316 ST (296891) RG 316 DT (124376) RG 316 DT (296892) CONDUCTOR Dielectric Screen JACKET Composition Ø Nb of Nature Ø mm Nature Nature Ø mm Nature n x Ø mm mm braids 7 x 0.17 SPCCS PTFE 1 SPC 2.50 ± 0.10 FEP 7 x 0.17 SPCCS FEP 1 SPC 2.50 ± 0.10 FEP 7 x 0.17 SPCCS PTFE 2 SPC 2.90 ± 0.10 FEP 7 x 0.17 SPCCS FEP 2 SPC 2.90 ± 0.10 FEP ELECTRICAL VALUES FILOTEX PART # Capacitance (pf/m) Impedance (W ) Relative velocity of propagation (%) Attenuation at 900 MHz (db/m) Attenuation at 1800 MHz (db/m) RG 316 ST (124467) RG 316 ST (296891) RG 316 DT (124376) RG 316 DT (296892) ± ± ± ± Issue 2 January
45 Type RG 316 Halogen free TELECOM COAXIAL 50 W 80 C Polyolefin RG316 ST LSZH (ET 2PB272) RG316 DT LSZH (ET 2PB273) 1- CONDUCTOR: Silver plated copper clad steel 2- DIELECTRIC: Extruded foam polyolefin 3- SCREEN: Single or Double braid Silver plated copper 4- JACKET: Halogen free To: NEXANS Operating temperature: - 25 C to +80 C Maximal operating frequency: 3 GHz Continuous working voltage: 900 volts Dimensions and high frequency characteristics: see page 2 Minimum static bend radius : 5 x outer diam. Minimum dynamic bend radius : 15 x outer diam. Flammability resistance according to IEC for Double Braided only ph > 4 and conductivity < 100µS/cm according to IEC VW-1 and FT-1 according to UL and CSA Low smoke emission according to IEC Suitable with all the standard connectors intended for RG cables Very good resistance to soldering operations High frequency interconnections between PCB in Telecommunication equipments If a high shielding effectiveness is required, use the double braided cables Issue 2 January
46 PHYSICAL PROPERTIES FILOTEX PART # CONDUCTOR Dielectric Screen JACKET Composition Ø Nb of Nature Ø mm Nature Nature Ø mm Nature n x Ø mm mm braids RG 316 ST LSZH (2PB272) RG 316 DT LSZH (2PB273) 7 x 0.17 SPCCS x 0.17 SPCCS Polyolefin Polyolefin 1 SPC 2.50 ± 0.10 LSZH 2 SPC 2.94 ± 0.15 LSZH ELECTRICAL VALUES FILOTEX PART # Capacitance (pf/m) Impedance (W ) Relative velocity of propagation (%) Attenuation at 900 MHz (db/m) Attenuation at 1800 MHz (db/m) Attenuation at 3000 MHz (db/m) RG 316 ST LSZH (2PB272) RG 316 DT LSZH (2PB273) ± ± Issue 2 January
47 RG 142 TELECOM COAXIAL 50 W 200 C PTFE RG142 DT (ET ) 1- CONDUCTOR: Silver plated copper clad steel 2- DIELECTRIC: Extruded PTFE 3- SCREEN: Double braid Silver plated copper 4- JACKET: Brown FEP To: NEXANS Operating temperature: -90 C to +200 C (PTFE) Maximal operating frequency: 3 GHz Continuous working voltage: 1400 volts Dimensions and high frequency characteristics: see page 2 Very good resistance to solvents Very good resistance to soldering operations High frequency interconnections between PCB in Telecommunication equipments Issue 2 January
48 PHYSICAL PROPERTIES FILOTEX PART # RG 142 DT (124380) CONDUCTOR Dielectric Screen JACKET Composition Ø Nb of Nature Ø mm Nature Nature Ø mm Nature n x Ø mm mm braids 1 x 0.95 SPCCS PTFE 2 SPC 4.95 ± 0.13 FEP ELECTRICAL VALUES FILOTEX PART # Capacitance (pf/m) Impedance (W ) Relative velocity of propagation (%) Attenuation at 900 MHz (db/m) Attenuation at 1800 MHz (db/m) RG 142 DT (124380) ± Issue 2 January
49 Type RG 142 Halogen free TELECOM COAXIAL 50 W 80 C Polyolefin RG142 DT LSZH (ET 2PB274) 1- CONDUCTOR: Silver plated copper clad steel 2- DIELECTRIC: Extruded foam polyolefin 3- SCREEN: Double braid Silver plated copper 4- JACKET: Halogen free To: NEXANS Operating temperature: - 25 C to +80 C Maximal operating frequency: 3 GHz Continuous working voltage: 1500 volts Dimensions and high frequency characteristics: see page 2 Minimum static bend radius : 5 x outer diam. Flammability resistance according to IEC ph>4 et conductivité < 100µS/cm selon norme IEC VW-1 and FT-1 according to UL and CSA Low smoke emission according to IEC Suitable with all the standard connectors intended for RG cables Very good resistance to soldering operations High frequency interconnections between PCB in Telecommunication equipments If a high shielding effectiveness is required, use the double braided cables Issue 2 January
50 PHYSICAL PROPERTIES FILOTEX PART # CONDUCTOR Dielectric Screen JACKET Composition Ø Nb of Nature Ø mm Nature Nature Ø mm Nature n x Ø mm mm braids RG 142 DT LSZH (2PB274) 1 x 0.95 SPCCS Polyolefin 2 SPC 4.95 ± 0.13 LSZH ELECTRICAL VALUES FILOTEX PART # Capacitance (pf/m) Impedance (W ) Relative velocity of propagation (%) Attenuation at 900 MHz (db/m) Attenuation at 1800 MHz (db/m) Attenuation at 3000 MHz (db/m) RG 142 DT LSZH (2PB274) ± Issue 2 January
51 RG 179 TELECOM COAXIAL 75 W 200 C PTFE /180 C FEP RG179ST PTFE/FEP (ET125480) RG179ST FEP/FEP (ET296469) RG179DT PTFE/FEP (ET124431) RG179DT FEP/FEP(ET2PA030) 1- CONDUCTOR: Silver plated copper clad steel 2- DIELECTRIC: Extruded PTFE or FEP 3- SCREEN: Single or Double braid Silver plated copper 4- JACKET: Brown FEP To: NEXANS Operating temperature: -90 C to +200 C (PTFE/FEP) -90 C to +180 C (FEP/FEP) Maximal operating frequency: 3 GHz Continuous working voltage: 900 volts Dimensions and high frequency characteristics: see page 2 Very good resistance to solvents Very good resistance to soldering operations High frequency interconnections between PCB in Telecommunication equipments If a high shielding effectiveness is required, use the double braided cables Issue 2 January
52 PHYSICAL PROPERTIES FILOTEX PART # RG 179 ST (125480) RG 179 ST (296469) RG 179 DT (124431) RG 179 DT (2PA030) CONDUCTOR Dielectric Screen JACKET Composition Ø Nb of Nature Ø mm Nature Nature Ø mm Nature n x Ø mm mm braids 7 x 0.10 SPCCS PTFE 1 SPC 2.54 ± 0.13 FEP 7 x 0.10 SPCCS FEP 1 SPC 2.54 ± 0.13 FEP 7 x 0.10 SPCCS PTFE 2 SPC 3.07 ± 0.10 FEP 7 x 0.10 SPCCS FEP 2 SPC 3.07 ± 0.10 FEP ELECTRICAL VALUES FILOTEX PART # Capacitance (pf/m) Impedance (W ) Relative velocity of propagation (%) Attenuation at 900 MHz (db/m) Attenuation at 1800 MHz (db/m) RG 179 ST (125480) RG 179 ST (296469) RG 179 DT (124431) RG 179 DT (2PA030) ± ± ± ± Issue 2 January
53 Type RG 179 Halogen free TELECOM COAXIAL 75 W 80 C Polyolefin RG179 ST LSZH (ET 2PB270) RG179 DT LSZH (ET 2PB271) 1- CONDUCTOR: Silver plated copper clad steel 2- DIELECTRIC: Extruded foam polyolefin 3- SCREEN: Single or Double braid Silver plated copper 4- JACKET: Halogen free To: NEXANS Operating temperature: - 25 C to +80 C Maximal operating frequency: 3 GHz Continuous working voltage: 900 volts Dimensions and high frequency characteristics: see page 2 Minimum static bend radius : 5 x outer diam. Minimum dynamic bend radius : 15 x outer diam. Flammability resistance according to IEC for Double Braided only ph>4 et conductivité < 100µS/cm selon norme IEC VW-1 and FT-1 according to UL and CSA Low smoke emission according to IEC Suitable with all the standard connectors intended for RG cables Very good resistance to soldering operations High frequency interconnections between PCB in Telecommunication equipments If a high shielding effectiveness is required, use the double braided cables Issue 2 January
54 PHYSICAL PROPERTIES FILOTEX PART # CONDUCTOR Dielectric Screen JACKET Composition Ø Nb of Nature Ø mm Nature Nature Ø mm Nature n x Ø mm mm braids RG 179 ST LSZH (2PB270) RG 179 DT LSZH (2PB271) 7 x 0.10 SPCCS x 0.10 SPCCS Polyolefin Polyolefin 1 SPC 2.54 ± 0.13 LSZH 2 SPC 3.00 ± 0.15 LSZH ELECTRICAL VALUES FILOTEX PART # Capacitance (pf/m) Impedance (W ) Relative velocity of propagation (%) Attenuation at 900 MHz (db/m) Attenuation at 1800 MHz (db/m) Attenuation at 3000 MHz (db/m) RG 179 ST LSZH (2PB270) RG 179 DT LSZH (2PB271) ± ± Issue 2 January
55 Type RG 179 PE/PVC TELECOM COAXIAL 75 W 80 C PE RG179 ST PE/PVC (ET ) RG179 DT PE/PVC (ET 2PB389) 1- CONDUCTOR: Copper-clad steel 2- DIELECTRIC: PE 3- SCREEN: Single or Double braid Bare copper 4- JACKET: PVC To: NEXANS Operating temperature: -20 C to +80 C (PE/PVC) Dimensions and high frequency characteristics: see page 2 High frequency interconnections between PCB in Telecommunication equipments If a high shielding effectiveness is required, use the double braided cables Issue 2 January
56 PHYSICAL PROPERTIES FILOTEX PART # RG 179 ST PE/PVC (288108) RG 179 DT PE/PVC (2PB389) CONDUCTOR Dielectric Screen JACKET Composition Ø Nb of Nature Ø mm Nature Nature Ø mm Nature n x Ø mm mm braids 1 x 0.25 CCS PE 1 B.C ± 0.12 PVC 1 x 0.25 CCS PE 2 B.C ± 0.15 PVC ELECTRICAL VALUES FILOTEX PART # Capacitance (pf/m) Impedance (W ) Relative velocity of propagation (%) Attenuation at 10 MHz (db/m) Attenuation at 100 MHz (db/m) Attenuation at 1000 MHz (db/m) RG 179 ST PE/PVC (288108) RG 179 DT PE/PVC (2PB389) ± ± Issue 2 January
57 Low noise coaxial cables Issue 2 January
58 Low noise coaxial cable CAS P CAS 85-22P (ET 87067) 1- CONDUCTOR 1 x 0.30 mm Silver plated copper clad steel 2- ISOLATION Polyethylene = 1.10 ± 0.05 mm 3- ANTIMICROPHONIC NOISE COATING = 1.13 ± 0.05 mm 4- SCREEN Bare copper 7/ JACKET PVC = 2.15 ± 0.05 mm Operating temperature: - 40 to +85 C Continuous working voltage: 600 volts (RMS) Nominal capacitance: 95 pf/m Relative velocity of propagation: 70 % Triboelectric low noise level < 200 µvolts Nominal weight: 6.7 kg/km Low frequency connections submitted to deplacements and vibrations during their operation. Issue 2 January
59 Low noise coaxial cable CAS P CAS SP CAS P (ET 87028) CAS SP (ET 87209) 1- CONDUCTOR P: 1x0.30 mm SPCCS SP: 7x0.10 mm SPCCS 2- ISOLATION Extruded PTFE = 1.05 ± 0.05 mm 3- ANTIMICROPHONIC NOISE COATING 4- SCREEN SPC 0.07 mm Kr 75 % 5- JACKET PTFE tape(s) = 1.90 ± 0.10 mm Operating temperature: - 90 C to C Continuous working voltage: 600 volts (RMS) Nominal capacitance: 90 pf/m Relative velocity of propagation: 76 % Triboelectric low noise level < 200 µvolts Nominal weight: 8.8 kg/km Low frequency connections submitted to deplacements and vibrations during their operation. Issue 2 January
60 Low noise coaxial cable CAS CAS (ET 87068) 1- CONDUCTOR 1 x 0.30 mm Silver plated copper clad steel 2- ISOLATION Extruded PTFE = 0.98 ± 0.05 mm 3- SEMI-CONDUCTOR TAPE 4- SCREEN SPC 0.10 mm Kr 80% 5- JACKET PTFE tape(s) = 2.15 ± 0.05 mm Operating temperature: 200 C Continuous working voltage: 250 volts (RMS) Nominal capacitance: 90 pf/m Relative velocity of propagation: 76 % Triboelectric low noise level < 200 µvolts Low frequency connections submitted to deplacements and vibrations during their operation. Issue 2 January
61 Miniature coaxial cables Issue 2 January
62 50 VMTX Miniature coaxial cable 50 VMTX (ET 87059) Miniature coaxial cable 1- CONDUCTOR 1x0.17 mm SPCCS 2- ISOLATION Extruded PTFE = 0.52 ± 0.03 mm 4- SCREEN Single braid SPC 0.05 mm 5- JACKET FEP = 1.17 ± 0.05 mm Operating temperature: - 90 C to C Continuous working voltage: 250 volts (RMS) Maximal operating frequency: 3 GHz Impedance: 50 ± 5 Ω Nominal capacitance: 85 pf/m Relative velocity of propagation: 69.5 % Attenuation at 10 MHz: 0.22 db/m 100 MHz: 0.54 db/m 400 MHz: 1.15 db/m 1000 MHz: 2.20 db/m 2000 MHz: 3.20 db/m 3000 MHz: 4.50 db/m Very good resistance to solvents Very good resistance to soldering operations Nominal weight: 3 kg/km Issue 2 January
63 75 VMTX Miniature coaxial cable 75 VMTX (ET 87060) Miniature coaxial cable 1- CONDUCTOR 1x0.10 mm SPCCS 2- ISOLATION Extruded PTFE = 0.57 ± 0.05 mm 4- SCREEN Single braid SPC 0.05 mm 5- JACKET FEP = 1.22 ± 0.05 mm Operating temperature: - 90 C to C Continuous working voltage: 250 volts (RMS) Maximal operating frequency: 3 GHz Impedance: 80 ± 8 Ω Nominal capacitance: 60 pf/m Relative velocity of propagation: 69.5 % Attenuation at 5 MHz: 0.32 db/m 10 MHz: 0.36 db/m 100 MHz: 0.70 db/m 1000 MHz: 2.20 db/m 2000 MHz: 3.20 db/m 3000 MHz: 3.90 db/m Very good resistance to solvents Very good resistance to soldering operations Nominal weight: 3 kg/km Issue 2 January
64 Hand formable coaxial cables Issue 2 January
65 Quickform Hand formable coaxial 50 W 150 C PTFE FILOTEX Ref : QF86 Cw PTFE (ET ) QF141 Cw PTFE (ET ) 1- CONDUCTOR: Silver plated copper clad steel 2- DIELECTRIC: PTFE 3- OUTER CONDUCTOR: Tin soaked braid To: CEI , CEI specifications Operating temperature: -65 C to+150 C (PTFE) Maximum operating frequency: 26 GHz Minimum static bending radius: 7 mm (QF86), 11 mm (QF141) Dimensions and high frequency characteristics: see page 2 Advantages QUICKFORM coaxial cables have electrical performances close to those of semi-rigid cables (very low attenuation very high screening effectiveness) but with easy and economical processing : - no need for drawing of the assembly, - manual shaping with or without pattern, - no previous stabilisation - fast connection with all types of connectors intended for standard semi-rigid cables and RG 402 in particular. The special outer conductor allows to change the shape of the assembly ; nevertheless, they are intended for static use. They are specially recommended for high frequency connections (mobile phone equipment, radio beams, radar ). Quickform could be listed Style UL1354 if requested. This cable is intended to be used as a substitute to M17/130-RG 402. Other cables are available on request. Issue 2 January
66 PHYSICAL PROPERTIES FILOTEX PART # Compos ition n x Ø mm Conductor Dielectric Outer conductor Nature Ø mm Ø mm Nature Ø mm Nature QF86 Cw PTFE (ET ) QF141 Cw PTFE (ET ) 1 x 0.51 SPCCS PTFE x 0.92 SPCCS PTFE 3.50 Tin soaked braid Tin soaked braid ELECTRICAL VALUES FILOTEX PART # Capacitance (pf/m) Impedance (W ) Relative velocity of propagation (%) Screening efficiency QF86 Cw PTFE (ET ) QF141 Cw PTFE (ET ) ± 2 70 > 90 db ± 2 70 > 95 db FILOTEX PART # 0.1 GHz 0.3 GHz 1 GHz Nominal attenuation (db/m) at GHz GHz GHz GHz 15 GHz 20 GHz 26 GHz QF86 Cw PTFE (ET ) QF141 Cw PTFE (ET ) Issue 2 January
67 About Nexans Nexans, with its Filotex products, has a high technology knowledge and an international experience, which has been developed in different industrial areas: Aerospace, Railways and Shipboard, Automotive, Military and Navy, Industrial Instrumentation, Geophysics, Micro-Computing, Medical. A global presence In order to offer the best service, to be close to its customers and respond quickly to their requirements, Nexans is present worldwide. The production centres are located over 3 continents with sales representatives in 20 countries. Our strengths High technology capabilities: Insulation knowledge : different materials & processes, Screen knowledge : braid and / or tape, spiral, Miniaturization : exclusive technology process. Worldwide experience (different markets) Development & production capacity: Standard or customized products, Small or long series, Several R&D and production centres. A wide range of products Single / Multicore cables (hook-up wires), Coaxial cables (RG,..), Bus cables (multipairs), Special cables (cables for sensors ), Twinaxial cables, Microcables and microcoaxial cables. Also available: Optical cables and hybrid which perform under very harsh ambient conditions for aeronautics, railways & shipboard, geophysics and industry. Special cable assemblies for applications in aerospace, railways, defence, microcomputing, medical devices About Nexans Nexans is the worldwide leader in the cable industry. The Group brings an extensive range of advanced copper and optical fiber cable solutions to the infrastructure, industry and building markets. Nexans cables and cable systems can be found in every area of people s lives, from telecommunications and energy networks to aeronautics, aerospace, building, automobile, petrochemicals, medical applications, etc. Operating in 28 countries, Nexans employs people and had sales of euros 4.3 billion in Nexans is listed on the Paris stock exchange. More information at Issue 2 January
68 Global expert in cables and cabling systems 140, rue Eugène Delacroix 600 South Parker Street BP Draveil Cedex France PO Box 909 Tel : + 33 (0) Elm City, NC USA Fax : +33 (0) Tel : Fax : [email protected]
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