Ultra Low-Loss Coaxial Cables

 

 

 

Ultra Low‐Loss Coaxial Cables

 

   

FSC Global Limited, Alban Point, Alban Park, Hatfield Road, St Albans, Herts, AL4 0JX, UK. Tel: +44 1727 849 841, Email: [email protected] Website: www.fscglobal.com

Antennax™ cables provide ultra-low loss performance from transceiver to aerial or dish. Developed for microwave, satellite, VSAT and communications, these cables are manufactured to ensure optimum levels of performance. 50Ω and 75Ω versions are available to cover a wide range of performance demanding applications. Antennax™ cables are sweep tested to 6.0Ghz to ensure optimal performance across the operating spectrum providing a high quality alternative to Times Microwave Systems LMR® and the Andrew Cinta® range. Manufactured to internationally recognised standards the Low Smoke Halogen Free (LSHF) versions conform to IEC 61034-2 & IEC 60754-1&2 and are flame retardant to IEC 60332-3-24 making them the ideal choice for use on rigs, ships, in tunnels or public buildings where fire safety is a concern. The UV stabilised sheath allows for the cable to be run from outside to inside without the need for cable joints that could increase signal loss. A wide range of connectivity is available to make the perfect installation including NType, TNC, F-Type, SMA, Right Angle and Reverse Polarity connectors and termination tools. The range is available from stock for immediate despatch worldwide with a cut to customer length service to reduce wastage and save on installation time.

ANT – 195 UV PE

Part Number:

390L19

Cable Construction Inner Conductor: Insulation: Screen 1: Screen 2: Jacket:

Bare Copper (1/0.94mm) Foamed Polyethylene (2.79mm) Bonded Aluminium/Polyester/Aluminium Tape Tinned Copper Wire Braid UV Resistant Polyethylene (4.95mm)

Bare Copper Conductor, Foamed Polyethylene Insulation, Bonded Aluminium / Polyester / Aluminium Tape, Tinned Copper Wire Braid, PE Jacket – Black UV stable Characteristics Impedance: Capacitance: Velocity of Propagation: Return Loss (30-2800MHz): Conductor Resistance:

50 Ω (± 2) 24.6 pF/ft (± 2) 75% ≥ 15 dB ≤ 25.5 Ω/km

Bend Radius: UV Stability:

Test Results Attenuation

30MHz 50MHz 150MHz 220MHz 450MHz 900MHz 1500MHz 1800MHz 2000MHz 2500MHz 5800MHz

2.01 dB/100ft 2.47 dB/100ft 4.01 dB/100ft 4.90 dB/100ft 7.26 dB/100ft 10.19 dB/100ft 13.40 dB/100ft 14.77 dB/100ft 15.59 dB/100ft 17.61 dB/100ft 29.30 dB/100ft

30 Attenuation dB/100ft

Frequency

12.7mm IEC 60811-4-1

20

10

0 30

150

450

1500

2000

5800

Frequency

These are actual test results from production cable. Results should not be confused with the theoretical data shown in other companies catalogues.

N-Type TNC SMA

Right Angle N-Type Reverse Polarity TNC Reverse Polarity SMA

Right Angle SMA Crimp Tools

ANT – 195 Low Smoke Halogen Free

Part Number:

390L19H

Cable Construction Inner Conductor: Insulation: Screen 1: Screen 2: Jacket:

Bare Copper (1/0.94mm) Foamed Polyethylene (2.79mm) Bonded Aluminium/Polyester/Aluminium Tape Tinned Copper Wire Braid Low Smoke Halogen Free (4.95mm)

Bare Copper Conductor, Foamed Polyethylene Insulation, Bonded Aluminium / Polyester / Aluminium Tape, Tinned Copper Wire Braid, LSHF Jacket – Black UV stable Characteristics Impedance: Capacitance: Velocity of Propagation: Return Loss (30-2800MHz): Conductor Resistance:

50 Ω (± 2) 24.6 pF/ft (± 2) 75% ≥ 15 dB ≤ 25.5 Ω/km

Bend Radius: UV Stability: Flame Retardant: Low Smoke Generation: Halogen Gas Emission:

Test Results Attenuation

30MHz 50MHz 150MHz 220MHz 450MHz 900MHz 1500MHz 1800MHz 2000MHz 2500MHz 5800MHz

2.01 dB/100ft 2.47 dB/100ft 4.01 dB/100ft 4.90 dB/100ft 7.26 dB/100ft 10.19 dB/100ft 13.40 dB/100ft 14.77 dB/100ft 15.59 dB/100ft 17.61 dB/100ft 29.30 dB/100ft

30 Attenuation dB/100ft

Frequency

12.7mm ASTM D 2565-99 IEC 60332-3-24C IEC 61034-2 IEC 60754-1&2

20

10

0 30

150

450

1500

2000

5800

Frequency

These are actual test results from production cable. Results should not be confused with the theoretical data shown in other companies catalogues.

N-Type TNC SMA

Right Angle N-Type Reverse Polarity TNC Reverse Polarity SMA

Right Angle SMA Crimp Tools

ANT – 200 UV PE

Part Number:

390L20

Cable Construction Inner Conductor: Insulation: Screen 1: Screen 2: Jacket:

Bare Copper (1/1.12mm) Foamed Polyethylene (2.95mm) Bonded Aluminium/Polyester/Aluminium Tape Tinned Copper Wire Braid UV Resistant Polyethylene (4.95mm)

Bare Copper Conductor, Foamed Polyethylene Insulation, Bonded Aluminium / Polyester / Aluminium Tape, Tinned Copper Wire Braid, PE Jacket – Black UV stable Characteristics Impedance: Capacitance: Velocity of Propagation: Return Loss (30-2800MHz): Conductor Resistance:

50 Ω (± 2) 24.51pF/ft (± 2) 83% ≥ 15 dB ≤ 18.3 Ω/km

Bend Radius: UV Stability:

Test Results Attenuation

30MHz 50MHz 150MHz 220MHz 450MHz 900MHz 1500MHz 1800MHz 2000MHz 2500MHz 5800MHZ

1.9 dB/100ft 2.3 dB/100ft 4.0 dB/100ft 4.8 dB/100ft 6.9 dB/100ft 9.9 dB/100ft 13.0 dB/100ft 14.4 dB/100ft 15.3 dB/100ft 17.5 dB/100ft 28.8 dB/100ft

30 Attenuation dB/100ft

Frequency

12.7mm IEC 60811-4-1

20

10

0 30

150

450

1500

2000

5800

Frequency

These are actual test results from production cable. Results should not be confused with the theoretical data shown in other companies catalogues.

N-Type TNC

Right Angle N-Type Reverse Polarity TNC

Crimp Tools

ANT – 200 Low Smoke Halogen Free

Part Number:

390L20H

Cable Construction Inner Conductor: Insulation: Screen 1: Screen 2: Jacket:

Bare Copper (1/1.12mm) Foamed Polyethylene (2.95mm) Bonded Aluminium/Polyester/Aluminium Tape Tinned Copper Wire Braid Low Smoke Halogen Free (4.95mm)

Bare Copper Conductor, Foamed Polyethylene Insulation, Bonded Aluminium / Polyester / Aluminium Tape, Tinned Copper Wire Braid, LSHF Jacket – Black UV stable Characteristics Impedance: Capacitance: Velocity of Propagation: Return Loss (30-2800MHz): Conductor Resistance:

50 Ω (± 2) 24.51pF/ft (± 2) 83% ≥ 15 dB ≤ 18.3 Ω/km

Bend Radius: UV Stability: Flame Retardant: Low Smoke Generation: Halogen Gas Emission:

Test Results Attenuation

30MHz 50MHz 150MHz 220MHz 450MHz 900MHz 1500MHz 1800MHz 2000MHz 2500MHz 5800MHZ

1.9 dB/100ft 2.3 dB/100ft 4.0 dB/100ft 4.8 dB/100ft 6.9 dB/100ft 9.9 dB/100ft 13.0 dB/100ft 14.4 dB/100ft 15.3 dB/100ft 17.5 dB/100ft 28.8 dB/100ft

30 Attenuation dB/100ft

Frequency

12.7mm ASTM D2565-99 IEC 60332-3-24C IEC 61034-2 IEC 60754-1&2

20

10

0 30

150

450

1500

2000

5800

Frequency

These are actual test results from production cable. Results should not be confused with the theoretical data shown in other companies catalogues.

N-Type TNC

Right Angle N-Type Reverse Polarity TNC

Crimp Tools

ANT – 240 UV PE

Part Number:

390L24

Cable Construction Inner Conductor: Insulation: Screen 1: Screen 2: Jacket:

Bare Copper (1/1.42mm) Foamed Polyethylene (3.81mm) Bonded Aluminium/Polyester/Aluminium Tape Tinned Copper Wire Braid UV Resistant Polyethylene (6.1mm)

Bare Copper Conductor, Foamed Polyethylene Insulation, Bonded Aluminium / Polyester / Aluminium Tape, Tinned Copper Wire Braid, PE Jacket – Black UV stable Characteristics Impedance: Capacitance: Velocity of Propagation: Return Loss (30-2800MHz): Conductor Resistance:

50 Ω (± 2) 24.4 pF/ft (± 2) 84% ≥ 15db ≤ 10.5 Ω/km

Bend Radius: UV Stability:

Test Results Attenuation

30MHz 50MHz 150MHz 220MHz 450MHz 900MHz 1500MHz 1800MHz 2000MHz 2500MHz 5800MHZ

1.46 dB/100ft 1.83 dB/100ft 3.04 dB/100ft 3.69 dB/100ft 5.45 dB/100ft 8.00 dB/100ft 10.65 dB/100ft 11.81 dB/100ft 12.56 dB/100ft 14.32 dB/100ft 23.71 dB/100ft

30 Attenuation dB/100ft

Frequency

19.1mm IEC 60811-4-1

20 10 0 30

150

450

1500

2000

5800

Frequency

These are actual test results from production cable. Results should not be confused with the theoretical data shown in other companies catalogues.

N-Type TNC SMA

Right Angle N-Type Reverse Polarity TNC Reverse Polarity SMA

BNC Crimp Tools

ANT – 240 Low Smoke Halogen Free

Part Number:

390L24H

Cable Construction Inner Conductor: Insulation: Screen 1: Screen 2: Jacket:

Bare Copper (1/1.42mm) Foamed Polyethylene (3.81mm) Bonded Aluminium/Polyester/Aluminium Tape Tinned Copper Wire Braid Low Smoke Halogen Free (6.1mm)

Bare Copper Conductor, Foamed Polyethylene Insulation, Bonded Aluminium / Polyester / Aluminium Tape, Tinned Copper Wire Braid, LSHF Jacket – Black UV stable Characteristics Impedance: Capacitance: Velocity of Propagation: Return Loss (30-2800MHz): Conductor Resistance:

50 Ω (± 2) 24.4 pF/ft (± 2) 84% ≥ 15db ≤ 10.5 Ω/km

Test Results Attenuation

30MHz 50MHz 150MHz 220MHz 450MHz 900MHz 1500MHz 1800MHz 2000MHz 2500MHz 5800MHZ

1.46 dB/100ft 1.83 dB/100ft 3.04 dB/100ft 3.69 dB/100ft 5.45 dB/100ft 8.00 dB/100ft 10.65 dB/100ft 11.81 dB/100ft 12.56 dB/100ft 14.32 dB/100ft 23.71 dB/100ft

19.1mm ASTM D 2565-99 IEC 60332-3-24C IEC 61034-2 IEC 60754-1&2

30

2000

30 Attenuation dB/100ft

Frequency

Bend Radius: UV Stability: Flame Retardant: Low Smoke Generation: Halogen Gas Emission:

20 10 0 150

450

1500

5800

Frequency

These are actual test results from production cable. Results should not be confused with the theoretical data shown in other companies catalogues.

N-Type TNC SMA

Right Angle N-Type Reverse Polarity TNC Reverse Polarity SMA

BNC Crimp Tools

ANT – 300 UV PE

Part Number:

390L30

Cable Construction Inner Conductor: Insulation: Screen 1: Screen 2: Jacket:

Bare Copper (1/1.78mm) Foamed Polyethylene (4.83mm) Bonded Aluminium/Polyester/Aluminium Tape Tinned Copper Wire Braid UV Resistant Polyethylene (7.62mm)

Bare Copper Conductor, Foamed Polyethylene Insulation, Bonded Aluminium / Polyester / Aluminium Tape, Tinned Copper Wire Braid, PE Jacket – Black UV stable Characteristics Impedance: Capacitance: Velocity of Propagation: Return Loss (30-2800MHz): Conductor Resistance:

50 Ω (± 2) 24.5pF/ft (± 2) 85% ≥ 15 dB ≤ 6.95 Ω/km

Bend Radius: UV Stability:

Test Results Attenuation

30MHz 50MHz 150MHz 220MHz 450MHz 900MHz 1500MHz 1800MHz 2000MHz 2500MHz 5800MHZ

1.16 dB/100ft 1.50 dB/100ft 2.40 dB/100ft 2.90 dB/100ft 4.00 dB/100ft 5.90 dB/100ft 7.70 dB/100ft 8.60 dB/100ft 9.10 dB/100ft 10.30 dB/100ft 16.53 dB/100ft

20 Attenuation dB/100ft

Frequency

22.2mm IEC 60811-4-1

15 10 5 0 30

150

450

1500

2000

5800

Frequency

These are actual test results from production cable. Results should not be confused with the theoretical data shown in other companies catalogues.

N-Type TNC

Right Angle N-Type Reverse Polarity TNC

Crimp Tools

ANT – 300 Low Smoke Halogen Free

Part Number:

390L30H

Cable Construction Inner Conductor: Insulation: Screen 1: Screen 2: Jacket:

Bare Copper (1/1.78mm) Foamed Polyethylene (4.83mm) Bonded Aluminium/Polyester/Aluminium Tape Tinned Copper Wire Braid Low Smoke Halogen Free (7.62mm)

Bare Copper Conductor, Foamed Polyethylene Insulation, Bonded Aluminium / Polyester / Aluminium Tape, Tinned Copper Wire Braid, LSHF Jacket – Black UV stable Characteristics Impedance: Capacitance: Velocity of Propagation: Return Loss (30-2800MHz): Conductor Resistance:

50 Ω (± 2) 24.5pF/ft (± 2) 85% ≥ 15 dB ≤ 6.95 Ω/km

Bend Radius: UV Stability: Flame Retardant: Low Smoke Generation: Halogen Gas Emission:

Test Results Attenuation

30MHz 50MHz 150MHz 220MHz 450MHz 900MHz 1500MHz 1800MHz 2000MHz 2500MHz 5800MHZ

1.16 dB/100ft 1.50 dB/100ft 2.40 dB/100ft 2.90 dB/100ft 4.00 dB/100ft 5.90 dB/100ft 7.70 dB/100ft 8.60 dB/100ft 9.10 dB/100ft 10.30 dB/100ft 16.53 dB/100ft

20 Attenuation dB/100ft

Frequency

22.2mm ASTM D 2565-99 IEC 60332-3-24C IEC 61034-1&2 IEC 60754-1&2

15 10 5 0 30

150

450

1500

2000

5800

Frequency

These are actual test results from production cable. Results should not be confused with the theoretical data shown in other companies catalogues.

N-Type TNC

Right Angle N-Type Reverse Polarity TNC

Crimp Tools

ANT – 400 UV PE

Part Number:

390L40

Cable Construction Inner Conductor: Insulation: Screen 1: Screen 2: Jacket:

Copper Clad Aluminium (1/2.74mm) Foamed Polyethylene (7.24mm) Bonded Aluminium/Polyester/Aluminium Tape Tinned Copper Wire Braid UV Resistant Polyethylene (10.30mm)

Copper Clad Aluminium Conductor, Foamed Polyethylene Insulation, Bonded Aluminium / Polyester / Aluminium Tape, Tinned Copper Wire Braid, PE Jacket – Black UV stable Characteristics Impedance: Capacitance: Velocity of Propagation: Return Loss (30-2800MHz): Conductor Resistance:

50 Ω (± 2) 24.6 pF/ft (± 2) 85% ≥ 15 dB ≤ 4.5Ω/km

Bend Radius: UV Stability:

25.4mm IEC 60811-4-1

Test Results Attenuation

30MHz 50MHz 150MHz 220MHz 450MHz 900MHz 1500MHz 1800MHz 2000MHz 2500MHz 5800MHZ

0.78 dB/100ft 0.94 dB/100ft 1.59 dB/100ft 1.87 dB/100ft 2.76 dB/100ft 4.04 dB/100ft 5.36 dB/100ft 5.91 dB/100ft 6.30 dB/100ft 7.10 dB/100ft 11.61 dB/100ft

20 Attenuation dB/100ft

Frequency

15 10 5 0 30

150

450

1500

2500

6000

Frequency

These are actual test results from production cable. Results should not be confused with the theoretical data shown in other companies catalogues.

N-Type TNC SMA

Right Angle N-Type Reverse Polarity TNC Reverse Polarity SMA

BNC Crimp Tools

ANT – 400 Low Smoke Halogen Free

Part Number:

390L40H

Cable Construction Inner Conductor: Insulation: Screen 1: Screen 2: Jacket:

Copper Clad Aluminium (1/2.74mm) Foamed Polyethylene (7.24mm) Bonded Aluminium/Polyester/Aluminium Tape Tinned Copper Wire Braid Low Smoke Halogen Free (10.30mm)

Copper Clad Aluminium Conductor, Foamed Polyethylene Insulation, Bonded Aluminium / Polyester / Aluminium Tape, Tinned Copper Wire Braid, LSHF Jacket – Black UV stable Characteristics Impedance: Capacitance: Velocity of Propagation: Return Loss (30-2800MHz): Conductor Resistance:

Standards Bend Radius: UV Stability: Flame Retardant: Low Smoke Generation: Halogen Gas Emission:

50 Ω (± 2) 24.5 pF/ft (± 2) 85% ≥ 15 dB ≤ 4.5Ω/km

25.4mm ASTM D 2565-99 IEC 60332-3-24C IEC 61034-2 IEC 60754-1&2

Test Results Attenuation

30MHz 50MHz 150MHz 220MHz 450MHz 900MHz 1500MHz 1800MHz 2000MHz 2500MHz 5800MHZ

0.78 dB/100ft 0.94 dB/100ft 1.59 dB/100ft 1.87 dB/100ft 2.76 dB/100ft 4.04 dB/100ft 5.36 dB/100ft 5.91 dB/100ft 6.30 dB/100ft 7.10 dB/100ft 11.61 dB/100ft

20 Attenuation dB/100ft

Frequency

15 10 5 0 30

150

450

1500

2500

6000

Frequency

These are actual test results from production cable. Results should not be confused with the theoretical data shown in other companies catalogues.

N-Type TNC SMA

Right Angle N-Type Reverse Polarity TNC Reverse Polarity SMA

BNC Crimp Tools

ANT – 400 75ohm Low Smoke Halogen Free

Part Number:

390L40H-75

Cable Construction Inner Conductor: Insulation: Screen 1: Screen 2: Jacket:

Bare Copper (1/1.65mm) Foamed Polyethylene (7.24mm) Bonded Aluminium/Polyester/Aluminium Tape Tinned Copper Wire Braid Low Smoke Halogen Free (10.29mm)

Bare Copper Conductor, Foamed Polyethylene Insulation, Bonded Aluminium / Polyester / Aluminium Tape, Tinned Copper Wire Braid, LSHF Jacket – Black UV stable Characteristics Impedance: Capacitance: Velocity of Propagation: Return Loss (200-2500MHz): Conductor Resistance:

75 Ω (± 2) 52 pF/ft (± 2) 85% ≥ 15dB ≤ 8.2Ω/km

Bend Radius: UV Stability: Flame Retardant: Low Smoke Generation: Halogen Gas Emission:

Test Results Attenuation

30MHz 50MHz 150MHz 220MHz 450MHz 900MHz 1500MHz 1800MHz 2000MHz 2500MHz

0.60 dB/100ft 0.80 dB/100ft 1.50 dB/100ft 1.80 dB/100ft 2.60 dB/100ft 3.70 dB/100ft 4.90 dB/100ft 5.40 dB/100ft 5.70 dB/100ft 6.40 dB/100ft

IEC 60754-1&2

7 Attenuation dB/100ft

Frequency

25.4mm ASTM D 2565-99 IEC 60332-3-24C IEC 61034-2

6 5 4 3 2 1 0 30

150

450

1500

2000

Frequency

These are actual test results from production cable. Results should not be confused with the theoretical data shown in other companies catalogues.

F-Type Male crimp connector F-Type Female crimp connector

Part number 390L40-75-CF1 Part number 390L40-75-CF2

ANT – 600 UV PE

Part Number:

390L60

Cable Construction Inner Conductor: Insulation: Screen 1: Screen 2: Jacket:

Copper Clad Aluminium (1/4.47mm) Foamed Polyethylene (11.56mm) Bonded Aluminium/Polyester/Aluminium Tape Tinned Copper Wire Braid UV Resistant Polyethylene (14.99mm)

Copper Clad Aluminium Conductor, Foamed Polyethylene Insulation, Bonded Aluminium / Polyester / Aluminium Tape, Tinned Copper Wire Braid, PE Jacket – Black UV stable Characteristics Impedance: Capacitance: Velocity of Propagation: Return Loss (30-2800MHz): Conductor Resistance:

50 Ω (± 2) 23.2 pF/ft (± 2) 87% ≥15dB ≤ 1.8Ω/km

Bend Radius: UV Stability:

Test Results Attenuation

30MHz 50MHz 150MHz 220MHz 450MHz 900MHz 1500MHz 1800MHz 2000MHz 2500MHz 5800MHz

0.49 dB/100ft 0.60 dB/100ft 0.97 dB/100ft 1.17 dB/100ft 1.71 dB/100ft 2.50 dB/100ft 3.30 dB/100ft 3.70 dB/100ft 3.90 dB/100ft 4.50 dB/100ft 7.40 dB/100ft

10 Attenuation dB/100ft

Frequency

8 6 4 2 0 30

150

These are actual test results from production cable. Results should not be confused with the theoretical data shown in other companies catalogues.

N-Type Reverse Polarity TNC

38.1mm IEC 60811-4-1

450

1500

Frequency

2000

5800

ANT – 600 Low Smoke Halogen Free

Part Number:

390L60H

Cable Construction Inner Conductor: Insulation: Screen 1: Screen 2: Jacket:

Copper Clad Aluminium (1/4.47mm) Foamed Polyethylene (11.56mm) Bonded Aluminium/Polyester/Aluminium Tape Tinned Copper Wire Braid Low Smoke Halogen Free (14.99mm)

Copper Clad Aluminium Conductor, Foamed Polyethylene Insulation, Bonded Aluminium / Polyester / Aluminium Tape, Tinned Copper Wire Braid, LSHF Jacket – Black UV stable Characteristics Impedance: Capacitance: Velocity of Propagation: Return Loss (30-2800MHz): Conductor Resistance:

50 Ω (± 2) 23.2 pF/ft (± 2) 87% ≥15dB ≤ 1.8Ω/km

Bend Radius: UV Stability: Flame Retardant: Low Smoke Generation:

Test Results Attenuation

30MHz 50MHz 150MHz 220MHz 450MHz 900MHz 1500MHz 1800MHz 2000MHz 2500MHz 5800MHz

0.49 dB/100ft 0.60 dB/100ft 0.97 dB/100ft 1.17 dB/100ft 1.71 dB/100ft 2.50 dB/100ft 3.30 dB/100ft 3.70 dB/100ft 3.90 dB/100ft 4.50 dB/100ft 7.40 dB/100ft

10 Attenuation dB/100ft

Frequency

8 6 4 2 0 30

150

These are actual test results from production cable. Results should not be confused with the theoretical data shown in other companies catalogues.

N-Type Reverse Polarity TNC

38.1mm ASTM D 2565-99 IEC 60332-3-24C IEC 61034-1&2

450

1500

Frequency

2000

5800

ANT – 600 75ohm Low Smoke Halogen Free

Part Number:

390L60H-75

Cable Construction Inner Conductor: Insulation: Screen 1: Screen 2: Jacket:

Copper Clad Aluminium (1/2.74mm) Foamed Polyethylene (11.56mm) Bonded Aluminium/Polyester/Aluminium Tape Tinned Copper Wire Braid Low Smoke Halogen Free (14.99mm)

Copper Clad Aluminium Conductor, Foamed Polyethylene Insulation, Bonded Aluminium / Polyester / Aluminium Tape, Tinned Copper Wire Braid, LSHF Jacket – Black UV stable Characteristics Impedance: Capacitance: Velocity of Propagation: Return Loss (200–2500Mhz): Conductor Resistance:

Standards Bend Radius: UV Stability: Flame Retardant: Low Smoke Generation: Halogen Gas Emission:

75 Ω (± 2) 51 pF/ft (± 2) 87% ≥15dB ≤ 4.56Ω/km

Test Results

25.4mm ASTM D 2565-99 IEC 60332-3-24C IEC 61034-2 IEC 60754-1&2

Attenuation

30MHz 50MHz 150MHz 220MHz 450MHz 900MHz 1500MHz 1800MHz 2000MHz 2500MHz

0.40 dB/100ft 0.50 dB/100ft 0.90 dB/100ft 1.10 dB/100ft 1.60 dB/100ft 2.30 dB/100ft 3.10 dB/100ft 3.50 dB/100ft 3.70 dB/100ft 4.20 dB/100ft

Attenuation dB/100ft

6

Frequency

4

2

0 30

150

450

1500

2000

Frequency

These are actual test results from production cable. Results should not be confused with the theoretical data shown in other companies catalogues.

F-Type Male crimp connector F-Type Female crimp connector

Part number 390L60-75-CF1 Part number 390L60-75-CF2

N-Type Male Crimp Plugs

Construction Centre Pin O Ring Insulator Outer Body Coupling Nut

Gold Plated Brass Silicone Rubber PTFE Nickel Plated Brass Nickel Plated Brass

Characteristics Impedance Frequency Range Return Loss

Insertion Loss Insulation Resistance Test Voltage Working Voltage Contact Resistance Power Handling (@ 20°c, sea level, VSWR 1.0)

RF-Leakage Temperature Range Mating Cycles Coupling Nut Retention Coupling Test Torque Recommended Torque

50 Ω DC to 11 GHz ≥ 35 dB, DC-1 GHz ≥ 28 dB, 1-2 GHz ≥ 18 dB, 2-6 GHz ≤ 0.25 dB, DC-6 GHz ≥5000 MΩ 2500 V rms 1400 V rms 1) Centre Contact 2) Outer Conductor 1000 W @ 1 GHz 700 W @ 2 GHz ≥ 128 dB up to 1 GHz -55°c to 155°c ≥ 500 ≥ 450 N ≤ 1.7 Nm 0.7 Nm to 1.1 Nm

1.0 mΩ 0.25 mΩ

N-Type Crimp Jack

Construction Centre Contact Insulator Outer Body

Gold Plated Phosphor Bronze PTFE Nickel Plated Brass

Charicteristics Impedance Frequency Range Return Loss

Insertion Loss Insulation Resistance Test Voltage Working Voltage Contact Resistance Power Handling (@ 20°c, sea level, VSWR 1.0)

RF-Leakage Temperature Range Mating Cycles Coupling Nut Retention Coupling Test Torque Recommended Torque

50 Ω DC to 11 GHz ≥ 35 dB, DC-1 GHz ≥ 28 dB, 1-2 GHz ≥ 18 dB, 2-6 GHz ≤ 0.25 dB, DC-6 GHz ≥5000 MΩ 2500 V rms 1400 V rms 1) Centre Contact 2) Outer Conductor 1000 W @ 1 GHz 700 W @ 2 GHz ≥ 128 dB up to 1 GHz -55°C to 155°C ≥ 500 ≥ 450 N ≤ 1.7 Nm 0.7 Nm to 1.1 Nm

1.0 mΩ 0.25 mΩ

TNC Crimp Plugs

Construction Centre Pin O Ring Insulator Outer Body Coupling Nut

Gold Plated Brass Silicone Rubber PTFE Nickel Plated Brass Nickel Plated Brass

Characteristics Impedance Frequency Range Return Loss Insertion Loss Insulation Resistance Test Voltage Working Voltage Contact Resistance

50 Ω DC to 10 GHz ≥ 30 dB, DC-2.5 GHz ≥ 20 dB, 2.5-6 GHz ≤ 0.05 dB, DC-4 GHz ≥5000 MΩ 1500 V rms 500 V rms 1) Centre Contact 2) Outer Conductor

Power Handling (@ 20°c, sea level, VSWR 1.0)

Temperature Range Mating Cycles Centre Contact Captivation Coupling Test Torque Recommended Torque

80 W @ 2 GHz -65°C to 165°C ≥ 500 ≥ 15 N (axial) ≤ 1.7 Nm 0.46 Nm to 0.69 Nm

1.5 mΩ 1.0 mΩ

TNC Crimp Jack

Construction Centre Pin Insulator Outer Body

Gold Plated Phosphor Bronze PTFE Nickel Plated Brass

Characteristics Impedance Frequency Range Return Loss Insertion Loss Insulation Resistance Test Voltage Working Voltage Contact Resistance

50 Ω DC to 10 GHz ≥ 30 dB, DC-2.5 GHz ≥ 20 dB, 2.5-6 GHz ≤ 0.05 dB, DC-4 GHz ≥5000 MΩ 1500 V rms 500 V rms 1) Centre Contact 2) Outer Conductor

Power Handling (@ 20°c, sea level, VSWR 1.0)

Temperature Range Mating Cycles Centre Contact Captivation Coupling Test Torque Recommended Torque

80 W @ 2 GHz -65°C to 165°C ≥ 500 ≥ 15 N (axial) ≤ 1.7 Nm 0.46 Nm to 0.69 Nm

1.5 mΩ 1.0 mΩ