RGCoaxials RG, low noise and sub-miniature coaxials

Transcription

1 RGCoaxials RG, low noise and sub-miniature coaxials

2 RG Coaxials Contents Page Introduction and contents Comparison of coaxial and triaxial cable types RG (LS0H) FR, LS, ZH, RAD Low smoke, zero halogen coax Attenuation and power graphs RG (PVC) FR, Standard coax Attenuation and power graphs RG and SM FR, LS, Standard and sub-miniature coax Attenuation and power graphs 19 RG (M) FR, LS, Military grade coax Attenuation and power graphs RGD FR, LS, Double-braided coax Attenuation and power graphs RGT and SMT FR, LS, Standard and sub-miniature triax Attenuation and power graphs RGL and SML FR, LS Low noise and sub-miniature low noise coax Introduction Habia Cable s reputation as a manufacturer of market leading, high performance coaxial cables such as Flexiform and Multibend has been built on a foundation of RG Style coaxial cables. RG (LS0H) These coaxial cables take the popular industry standard RG (PVC) type coaxials such as RG 58 and RG 59 and add a Low Smoke Zero Halogen (LSZH or LS0H) sheath. This provides a completely halogen free cable ideal for use in sensitive areas where use of materials such as PVC that exhibit corrosive and toxic fumes under fire-conditions are prohibited. RG (PVC) Using PE dielectrics and PVC sheaths for a low cost, general performance cable, these are the industry standard for coaxial cables. RG and SM Using PTFE dielectrics and FEP sheaths in order to offer high temperature properties. These coaxials typically use nonmagnetic conductors which are less susceptible to passive intermodulation as well as providing a more cost effective solution. RG (M) These coaxial cables are original, military grade coaxials. These RG types use PTFE dielectrics and FEP sheaths in order to offer the highest possible electrical performance from a non-foamed coaxial. This is complemented by a wide temperature range of -55 o C to +2 o C which enables both a wide range of applications that the coax can be used in, and also excellent power ratings in relation to the size of the coax. RGD These coaxials are built up with a conductor, dielectric and then two braids in contact with one another, then finally an overall sheath. The addition of the second braid improves electrical performance over a range of frequencies, offering a cleaner signal which makes them ideal for long cable runs. RGT and SMT Triaxials are built up with a conductor, dielectric, braid and inner sheath, then a second braid and an outer sheath. In contrast to the RGD types, as the second braid is separated from the first, it can be used as an electrical screen. RGL and SML Designed to be immune to the electrical interference caused by vibration and pressure, low noise cables have in integral carbon layer between the dielectric and the screen which reduces the noise generated from within the cable by factor of over a thousand when compared to standard coaxial cables. In addition to the various options shown here, Habia Cable also manufactures the Speedflex range of coaxes. These are designed to be dimensionally and electrically comparable with the standard RG and RG (M) types such as RG 9 and RG 3, but in addition they are a completely Low Smoke Zero Halogen (LSZH) solution. Ref: RG_ Created: CJV Approved: AE Date: --

3 RG Coaxials comparison of coax and triax cable types Variants RG (LS0H) RG (PVC) RG SM RG (M) RGD RGT SMT RGL SML LSZH insdustry standard alt. Industry standard coaxial High performance coaxial Sub-miniature coaxial Military grade coaxial Double screened coaxial Triaxial Sub-miniature triaxial Low noise cable Sub-miniature low noise cable Construction Conductor Shield Tin Plated Copper (TPC) Silver Plated Copper () High Strength Copper Alloy (HSA) Copper Clad Steel (CCS) Silver Plated Copper Clad Steel () Copper (C) Tin Plated Copper (T) Silver Plated Copper (S) Dielectric Sheath PE PTFE HFS 80 T PVC FEP PTFE RG (LS0H) RG (PVC) RG & SM RG (M) RGD RGT & SMT RGL & SML RG (LS0H) RG (PVC) RG & SM RG (M) RGD RGT & SMT RGL Construction Electrical Values Coaxial and Triaxial Types dielectric Ø impedance Ω 0, , , RG (LS0H) RG (PVC) RG & SM RG (M) RGD RGT & SMT RGL & SML SM OD = 1,mm SM 75 OD = 1,mm RG 8 OD = 1,75mm - - SMT OD = 1,60mm SML OD = 1,mm RG 8 (M) OD = 1,75mm RGD 8 OD = 2,mm 0, , , ,52 - RG 4 OD = 2,80mm 1, , SM 95 OD = 1,40mm - - RGT 4 OD = 2,95mm - RGL 196 OD = 1,35mm RG 3 OD = 2,45mm RG 9 OD = 2,mm RG 3 (M) OD = 2,70mm RG 9 (M) OD = 2,60mm RGD 3 OD = 2,90mm RGD 9 OD = 3,mm RGT 3 OD = 3,60mm RGT 9 OD = 3,60mm 1, , ,95 RG 58 (LS0H) OD = 4,95mm RG 58 OD = 4,95mm 2, ,95 RG 223 (LS0H) OD = 5,40mm RG 223 OD = 5,40mm RG 0 (M) OD = 3,60mm RGD 0 OD = 4,mm RGT 0 OD = 4,80mm RGL 3 OD = 2,49mm RGL 9 OD = 2,54mm RGL 7 OD = 2,54mm RG 2 OD = 4,80mm 2, , ,70 75 RG 59 (LS0H) OD = 6,mm RG 59 OD = 6,mm RG 2 (M) OD = 5,mm RG 4 OD = 4,80mm 3, , ,24 RG 2 (LS0H) OD =,80mm RG 2 OD =,80mm 7, RG 3 (M) OD = 4,mm RG 4 (M) OD = 5,mm RGT 4 OD = 5,70mm - RGL 4 OD = 4,95mm RG 3 (M) OD = 5,mm RG 3 (M) OD = 7,mm RG 393 (M) OD =,mm - RGT 393 OD =,mm - Ref: RG_OV_ Created: CJV Approved: AE Date: --

4 RG (LS0H) low smoke zero halogen coaxial cables -40 o C/+80 o C Coax Flame retardant IEC Smoke generation IEC Toxicity IEC Frequency range Up to 2,5 GHz Screening efficiency -40dB (single braid) -70dB (double braid) Velocity propagation 66% Construction Tin Plated Copper (TPC) Conductor Silver Plated Copper () Dielectric HFI 90 Copper Covered Steel (CCS) Shield Braid of Copper (C) Braid of Tin Plated Copper (T) Braid of Silver Plated Copper (S) Sheath HFS 80 T Identification Dielectric Natural Sheath Black Marking TYPE Habia Cable ORDER REFERENCE YEAR-WEEK BATCHCODE (e.g. RG 58 (LS0H) Habia Cable W 260) Description Construction Electrical MBR Order reference RG 58 (LS0H) RG 59 (LS0H) RG 2 (LS0H) RG 223 (LS0H) conductor material TPC 19x 0, CCS 7x 0,75 conductor dielectric shield (s) sheath (s) weight V rms imp. cap. static Ø Ø Ø Ø g/m V DC Ω pf/m dynamic 0,90 2,95 T: 3,55 4, ,57 3,70 C: 4,45 6, , 7,24 S: 8, 37, S: 8, ,89 2,95 S: 3, 5, S: 4, Electrical data (table) Attenuation (db/0m) Power (W) RG 58 (LS0H) RG 59 (LS0H) RG 2 (LS0H) RG 223 (LS0H) Ref: RG_LS0H_ Created: CJV Approved: AE Date: --

5 RG (LS0H) low smoke zero halogen coaxial cables -40 o C/+80 o C Application Habia s RG (LS0H) coaxials take the is industry standard RG (PVC) type coaxials such as RG 58 and RG 59 and add a Low Smoke Zero Halogen (LSZH or LS0H) sheath. This provides a completely halogen free cable that is ideal for use in sensitive areas where the corrosive and toxic gasses released by PVC under fire-conditions are prohibited. Electrical data (graph) Attenuation (nom. at o C) Attenuation (db/0m) 0 Black Green RG 58 RG 59 RG 2 RG Power rating (max. at o C, SWR 1.0 and sea level) Watts (W) 0 Black Green RG 58 RG 59 RG 2 RG Ref: RG_LS0H_ Created: CJV Approved: AE Date: --

6 RG (PVC) standard coaxial cables -40 o C/+70 o C Coax Flame retardant Frequency range Up to 2,5 GHz -40dB (single braid) Screening efficiency -70dB (double braid) Velocity propagation 66% Construction Tin Plated Copper (TPC) Conductor Silver Plated Copper () Dielectric HFI 90 Copper Covered Steel (CCS) Shield Braid of Copper (C) Braid of Tin Plated Copper (T) Braid of Silver Plated Copper (S) Sheath PVC Identification Dielectric Natural Sheath Black Marking TYPE Habia Cable ORDER REFERENCE YEAR-WEEK BATCHCODE (e.g. RG 58 Habia Cable W 260) RG 58 RG 59 RG 4 RG 2 RG 223 Description Construction Electrical MBR Order reference conductor material TPC 19x 0, CCS CCS 7x 0, 7x 0,75 conductor dielectric shield (s) sheath (s) weight V rms imp. cap. static Ø Ø Ø Ø g/m V DC Ω pf/m dynamic 0,90 2,95 T: 3,55 4, ,57 3,70 C: 4,45 6, ,48 1,52 T: 2,23 2, , 7,24 S: 8, 37, S: 8, ,89 2,95 S: 3, 5, S: 4, Electrical data (table) Attenuation (db/0m) Power (W) RG RG RG RG RG Ref: RG_PVC_ Created: CJV Approved: AE Date: --

7 RG (PVC) standard coaxial cables -40 o C/+70 o C Application Coaxials use PE dielectrics and PVC sheaths. These are the industry standard for coaxial cables. Electrical data (graph) Attenuation (nom. at o C) Attenuation (db/0m) 0 Black Green RG 58 RG 59 RG 4 RG 2 RG Power rating (max. at o C, SWR 1.0 and sea level) Watts (W) 0 Black Green RG 58 RG 59 RG 4 RG 2 RG Ref: RG_PVC_ Created: CJV Approved: AE Date: --

8 RG and SM standard and sub-miniature coaxial cables -65 o C/+2 o C Coax Flame retardant IEC UL 81 VW-1 Smoke generation IEC Toxicity IEC Frequency range Up to 2,5 GHz Screening efficiency -40dB (single braid) -70dB (double braid) Velocity propagation 70% Construction Conductor Silver Plated Copper () Silver Plated High Strength Copper Alloy (HSA) Dielectric PTFE Shield Braid of Silver Plated Copper (S) Sheath FEP Identification Dielectric Natural Sheath -transparent Marking TYPE Habia Cable ORDER REFERENCE YEAR-WEEK BATCHCODE (e.g. RG 2 Habia Cable W 260) RG 2 RG 8 RG 9 RG 3 RG 4 SM SM 75 SM 95 Description Construction Electrical MBR Order reference conductor material 7x 0, 7x 0, 7x 0, (9x 0, HSA HSA HSA conductor dielectric shield (s) sheath (s) weight V rms imp. cap. static Ø Ø Ø Ø g/m V DC Ω pf/m dynamic 0,94 2,95 S: 3, 4, S: 4, 28 0, 0,87 S: 1,37 1, , 1,60 S: 2, 2, ,54 1,52 S: 2, 2, ,98 2,95 S: 3, 4, S: 4, 28 0, 0,52 S: 0,85 1, , 0,55 S: 0,90 1, , 0,95 S: 1, 1, Electrical data (table) Attenuation (db/0m) Power (W) RG RG RG RG RG SM SM SM Ref: RG_SM_ Created: CJV Approved: AE Date: --

9 RG and SM standard and sub-miniature coaxial cables -65 o C/+2 o C Application Coaxials use PTFE dielectrics and FEP sheaths in order to offer high temperature properties. These coaxials typically use non-magnetic conductors which are less susceptible to passive intermodulation as well as providing a more cost effective solution to the copper-covered steel conductor coaxes. Electrical data (graph) Attenuation (nom. at o C) Attenuation (db/0m) 0 Black Grey - - Green - Blue - RG 2 RG 8 RG 9 RG 3 RG 4 SM SM 75 SM Power rating (max. at o C, SWR 1.0 and sea level) Watts (W) 0 Black Grey - - Green - Blue - RG 2 RG 8 RG 9 RG 3 RG 4 SM SM 75 SM Ref: RG_SM_ Created: CJV Approved: AE Date: -- 19

10 RG (M) military grade coaxial cables -65 o C/+2 o C Coax Flame retardant IEC UL 81 VW-1 Smoke generation IEC Toxicity IEC Frequency range Up to 2,5 GHz Screening efficiency -40dB (single braid) -70dB (double braid) Velocity propagation 70% Construction Conductor Silver Plated Copper () Silver Plated Copper Covered Steel () Dielectric PTFE Shield Braid of Silver Plated Copper (S) Sheath FEP Identification Dielectric Natural Sheath -transparent Marking TYPE Habia Cable ORDER REFERENCE YEAR-WEEK BATCHCODE (e.g. RG 2 (M) Habia Cable W 260) Description Construction Electrical MBR Order reference RG 2 (M) RG 8 (M) RG 9 (M) RG 0 (M) RG 3 (M) RG 3 (M) RG 3 (M) RG 3 (M) RG 393 (M) RG 4 (M) conductor material 7x 0, 7x 0, 7x 0, 7x 0, 7x 0,80 19x 0, conductor dielectric shield (s) sheath (s) weight V rms imp. cap. static Ø Ø Ø Ø g/m V DC Ω pf/m dynamic S: 3, 0,94 2,95 5, S: 4, 28 0, 0,87 S: 1,37 1,75 8 0, 1,60 S: 2, 2,60 0, 2,60 S: 3, 3, ,64 3,70 S: 4, 5, 54 0,94 2,95 S: 3,70 4, 45 1, 4,70 S: 5,40 S: 6, 7, 0 0,54 1,52 S: 2, 2,70 2,43 7,24 0,98 2,95 S: 8, S: 8,70 S: 3, S: 4,, 0 5, Electrical data (table) Attenuation (db/0m) Power (W) RG 2 (M) RG 8 (M) RG 9 (M) RG 0 (M) RG 3 (M) RG 3 (M) RG 3 (M) RG 3 (M) RG 393 (M) RG 4 (M) Ref: RG_M_ Created: CJV Approved: AE Date: --

11 RG (M) military grade coaxial cables -65 o C/+2 o C Application The original, military grade coaxials. These RG types use PTFE dielectrics and FEP sheaths in order to offer the highest possible electrical performance from a non-foamed coaxial. This is complemented by a wide temperature range of -55 o C to +2 o C which enables both a wide range of applications that the coax can be used in, and also excellent power ratings in relation to the size of the coax. Electrical data (graph) Attenuation (nom. at o C) Attenuation (db/0m) 0 Black Green Blue Grey Black - - RG 2 (M) RG 8 (M) RG 9 (M) RG 0 (M) RG 3 (M) RG 3 (M) RG 3 (M) RG 3 (M) RG 4 (M) Power rating (max. at o C, SWR 1.0 and sea level) Watts (W) 0 Black Green Blue Grey Black - - RG 2 (M) RG 8 (M) RG 9 (M) RG 0 (M) RG 3 (M) RG 3 (M) RG 3 (M) RG 3 (M) RG 4 (M) 0 0 Ref: RG_M_ Created: CJV Approved: AE Date: --

12 RGD double-braided coaxial cables -65 o C/+2 o C Coax Flame retardant IEC UL 81 VW-1 Smoke generation IEC Toxicity IEC Frequency range Up to 2,5 GHz Screening efficiency -40dB (single braid) -70dB (double braid) Velocity propagation 70% Construction Conductor Silver Plated High Strength Copper Alloy (HSA) Dielectric PTFE Shield 1 Shield 2 Braid of Silver Plated Copper (S) Sheath FEP Identification Dielectric Natural Sheath Marking -transparent TYPE Habia Cable ORDER REFERENCE YEAR-WEEK BATCHCODE (e.g. RGD 8 Habia Cable W 260) RGD 8 RGD 9 RGD 0 RGD 3 Description Construction Electrical MBR Order reference conductor material 7x 0, 7x 0, 7x 0, 7x 0, conductor dielectric shield (s) sheath (s) weight V rms imp. cap. static Ø Ø Ø Ø g/m V DC Ω pf/m dynamic 0, 0,87 S: 1,37 5 2, 94 S: 1,85 0, 1,60 S: 2, 9 3, S: 2,65 0, 2,60 S: 3, 4, S: 3, ,54 1,52 S: 2, 9 2, S: 2, Electrical data (table) Attenuation (db/0m) Power (W) RGD RGD RGD RGD Ref: RG_D_ Created: CJV Approved: AE Date: --

13 RGD double-braided coaxial cables -65 o C/+2 o C Application Built up with a conductor, dielectric and then two braids in contact with one another, then finally an overall sheath. The addition of the second braid improves electrical performance over a range of frequencies, offering a cleaner signal which makes them ideal for long cable runs. Electrical data (graph) Attenuation (nom. at o C) Attenuation (db/0m) 0 Grey RGD 8 RGD 9 RGD 0 RGD Power rating (max. at o C, SWR 1.0 and sea level) Watts (W) 0 Grey RGD 8 RGD 9 RGD 0 RGD Ref: RG_D_ Created: CJV Approved: AE Date: --

14 RGT and SMT standard and sub-miniature triax cables -65 o C/+2 o C Triax Flame retardant IEC UL 81 VW-1 Smoke generation IEC Toxicity IEC Frequency range Up to 2,5 GHz Screening efficiency -60dB Velocity propagation 70% Construction Conductor Shield 1 Shield 2 Silver Plated Copper () Silver Plated Copper Covered Steel () Silver Plated High Strength Copper Alloy (HSA) Braid of Silver Plated Copper (S) Dielectric Sheath 1 Sheath 2 PTFE Identification Dielectric Natural Sheath 1 Natural Sheath 2 -transparent TYPE Habia Cable ORDER REFERENCE YEAR-WEEK BATCHCODE Marking (e.g. RGT 9 Habia Cable W 260) FEP RGT 9 RGT 0 RGT 3 RGT 393 RGT 4 RGT 4 SMT Description Construction Electrical MBR Order reference conductor material 7x 0, 7x 0, 7x 0, 7x 0,80 19x 0, 7x 0, HSA conductor dielectric shield (s) sheath (s) weight V rms imp. cap. static Ø Ø Ø Ø g/m V DC Ω pf/m dynamic 0, 1,60 S: 2, 2, S: 3, 3, , 2,60 S: 3, 3, S: 4,40 4,80 0,51 1,52 S: 2, 2, S: 3, 3, ,40 7, S: 7,95 9, S: 9,90, ,98 2,95 S: 3,55 4, S: 4,90 5, , 0,84 S: 1, 1, S: 2,35 2,95 0, 0,52 S: 0,85 1, S: 1,35 1, Electrical data (table) Attenuation (db/0m) Power (W) RGT RGT RGT RGT RGT RGT SMT Ref: RG_T_ Created: CJV Approved: AE Date: --

15 RGT and SMT standard and sub-miniature triax cables -65 o C/+2 o C Application Triaxials are built up with a conductor, dielectric, braid and inner sheath, then a second braid and an outer sheath. In contrast to the RGD types as the second braid is separated from the first it can be used as an electrical screen. Electrical data (graph) Attenuation (nom. at o C) Attenuation (db/0m) 0 Grey Black RGT 9 RGT 0 RGT 3 RGT 393 RGT 4 RGT 4 SMT Power rating (max. at o C, SWR 1.0 and sea level) Watts (W) 0 Grey Black RGT 9 RGT 0 RGT 3 RGT 393 RGT 4 RGT 4 SMT 0 0 Ref: RG_T_ Created: CJV Approved: AE Date: --

16 RGL and SML low noise cables -65 o C/+2 o C Low noise cable Flame retardant IEC UL 81 VW-1 Smoke generation IEC Toxicity IEC Frequency range Up to 2,5 GHz Screening efficiency -40dB (single braid) -70dB (double braid) Velocity propagation 70% Construction Silver Plated Copper () Conductor Silver Plated Copper Covered Steel () Silver Plated High Strength Copper Alloy (HSA) Dielectric Shield Braid of Silver Plated Copper (S) Sheath PTFE with integral low-noise carbon dispersion layer RGL SML FEP or PTFE FEP Applications Suitable for use with piezo-electric sensors as well as other highly sensitive detection or measurement equipment, low noise cables have extremely low microphonic sensitivity due to the application of an integral carbon layer between the dielectric and the screen. Any electrical charge formed by movement or pressure on the cable is rapidly returned to and from the screen, effectively trapping these unwanted signals so that they are unable to interfere with the equipment connected to the cable. RGL 9 RGL 7 RGL 196 RGL 3 RGL 4 SML Description Construction Electrical MBR Order reference conductor material 7x 0, 7x 0, 7x 0, 7x 0, 19x 0, HSA conductor dielectric shield (s) sheath (s) weight V rms imp. cap. static Ø Ø Ø Ø g/m V DC Ω pf/m dynamic 0, 1,60 9 S: 2, FEP: 2, LN: 1, , 1,60 9 S: 2, PTFE: 2, LN: 1, , 0,89 5 S: 1,35 PTFE: 2, 9 5 LN: 0, ,51 1,56 9 S: 2, FEP: 2,49 5 LN: 1, ,98 2,98 S: 3,55 FEP: 4, LN: 3, S: 4, , 0, S: 0,80 FEP: 1, 3 5 LN: 0, Ref: RG_L_ Created: CJV Approved: AE Date: --