RF Coaxial Cable KSR195 50ft feet -High Quality Low Loss Cable

Product Description

KSR 195

Applications:
1. Microwave communications, wireless communication systems and their equipment.

Key Features:
1. Low loss.
2. Superior shielding effectiveness.
3. Flexible for ease of deployment.
4. Phase stability.

Flexible Communications Cable Ideal for...

Drop-in replacement for RG58 RG142 Air-Dielectric type Cable

Jumper Assemblies in Wireless Communications Systems

Short Antenna Feeder runs

Any application (e.g. WLL,GPS,WiFi,WLAN,WISP,WiMax,SCADA,Mobile Antennas) requiring an easily routed,Low loss RF Cable

Flexible: and bendability are hallmarks of the KSR195 cable design.The flexible outer conductor enables the tightest bend radius available for any cable of similar size and performance.

Low Loss: KSR-195 similar to LMR-195 has the lowest loss of any flexible cable and comparable loss to semirigid hard-line cables.

Weatherproof: the UV protected black polyethylene jacket makes the cable rugged and resistant to the full range of outdoor environments.the DB version of the cable includes a water blocking material within the braid to protect the cable from moisture ingress and eliminate any potential for corrosion in harsh environments or should the jacket become damaged. Various jacket material are available to address other indoor and outdoor requirements

RF Shielding is 50 dB greater than typical single shielded coax(40 dB).The multi-ply bonded foil outer conductor is rated conservatively at > 90 dB (i.e. > 180 dB between two adjacent cables).

Phase Stability: The intimately bonded structure and foam dielectric of KSR cables provide excellent phase stability over temperature and with bending. The high velocity dielectric results in superior phase stability as compared with solid and air-spaced dielectric cables.

Phase Stability: KSR 195 cable is available as pre-terminated cable assemblier. Refer to the section on FlexTech for further details.

Package included:

1pc RF Coaxial Low Loss Cable KSR195 drop-in replacement for KSR/LMR195 50 feet

Cable type
Specification

Material

Diameter(mm)

1. Inner conductor

Bare Copper

7*0.17

2. Insulation

Solid PE

1.52

3. Outer conductor

Tinned Copper Bried

Nom.1.90

4. Jacket

PVC

2.79

Material

Diameter(mm)

1. Inner conductor

SCCS

7/0.17

2. Insulation

PTFE

1.52

3. Outer conductor

1 : SC

1.95

4. Jacket

FEP

2.50

Material

Diameter(mm)

1¡ê?Inner conductor

Tinned copper

19*0.18

2¡ê?Insulation

PE

2.95

3¡ê?Outer conductor

Tinned Copper Braid

3.50

4¡ê?Jacket

PVC

4.95

Material

Diameter(mm)

1. Inner conductor

SCCS

1/0.94

2. Insulation

PTFE

2.95

3. Outer conductor

2 : SC

4.11

4. Jacket

FEP

4.95

Material

Diameter(mm)

1. Inner conductor

SCCS

7*0.102

2. Insulation

PTFE

0.86

3. Outer conductor

1 : SC

1.30

4. Jacket

FEP

1.83

Material

Diameter(mm)

1. Inner conductor

SCCS

7/0.10

2. Insulation

PTFE

1.60

3. Outer conductor

1 : SC

2.04

4. Jacket

FEP

2.54

Material

Diameter(mm)

1. Inner conductor

Silver plated copper

0.9

2. Insulation

Solid polyethylene

2.95

3. Outer conductor

Double Silver Plated Copper Braid

3.95

4. Jacket

PVC

5.3

Material

Diameter(mm)

1. Inner conductor

SCCS

19/0.196

2. Insulation

PTFE

2.95

3. Outer conductor

2 : SC

4.11

4. Jacket

FEP

4.95

Material

Diameter(mm)

1¡ê?Inner conductor

Silver Plated copper clad steel

Silver Plated Copper

0.93

2¡ê?Insulation

PTFE

3.00

3¡ê?Outer conductor

Copper Tube

3.58

Material

Diameter(mm)

1¡ê?Inner conductor

Silver Plated copper clad steel

0.51

2¡ê?Insulation

PTFE

1.68

3¡ê?Outer conductor

Copper Tube

2.20

Material

Diameter(mm)

1. Inner conductor

Solid Copper 0.94

2. Insulation

Physical Foam Polyethylene 2.79

3. Outer conductor

Bonded Aluminum Foil + Tinned Copper Brad 3.53

4. Jacket

Black PV C or Polyethylene 4.95

Material

Diameter(mm)

1. Inner conductor

Solid Copper 2.74

2. Insulation

Physical Foam Polyethylene 7.24

3. Outer conductor

Bonded Aluminum Foil + Tinned Copper Brad 8.13

4. Jacket

Black PV C or Polyethylene 10.29