Phase Stable Cable Assemblies​​​​​​

FEATURES

ADVANTAGES

BENEFITS

Low density, low loss ePTFE dielectric

Reduced cable loss

Meet challenging system gain or signal-to-noise requirements


Increased thermal stability​

Meet challenging system power or MeanTime Between Failures (MTBF) requirements

Helically wrapped SPC primary shield

Reduced cable loss

Meet challenging system gain or signal-to-noise requirements


Reduced leakage​

Improved system performance

Fully captivated connectors

Increased connector retention

Reduced chance of degradation after install or use

Combination hex/knurl coupling nuts

Easier to tighten, while still able to torque

Reduced fatigue, increased repeatability

Diameters of 0.096", 0.110", 0.127",0.159", 0.187", 0.210" and 0.299"

Sizes and frequencies to fit a wide range of applications

Enhanced design-in options​​​

Specifications
​​​​​​​​​D​​ata Sheet
​​​​

Phase Master® 096

Phase Master® 110

Phase Master® 130

Phase Master® 160

Phase Master® 190

Phase Master® 210

Phase Master® 300

Cable Designator

66

65

68

64

63

62

61

Diameter (in/mm)

0.096/2.44

0.110/2.79

0.127/3.23

0.159/4.04​

0.187/4.75

0.210/5.33

0.299 / 7.59

Operating Frequency (Max, GHz)

50

50

50

40

32

26.5

18

Attenuation–Nom @ 2 GHz (dB/ft)

0.28

0.234

0.181

0.139

0.112

0.092

0.062

Attenuation–Nom @ 10 GHz (dB/ft)

0.642

0.538

0.412

0.321

0.261

0.215

0.147

Attenuation–Nom @ 18 GHz (dB/ft)

0.874

0.735

0.559

0.439

0.359

0.296

0.205

Attenuation–Nom @ 26.5 GHz (dB/ft)

1.074

0.905

0.684

0.541

0.446

0.367

Attenuation–Nom @ 32 GHz (dB/ft)

1.188

1.003

0.756

0.6

0.496

--

--

Attenuation–Nom @ 40 GHz (dB/ft)

 1.340

1.133

0.851

0.678

--

Attenuation–Nom @ 50 GHz (dB/ft)

 1.513

1.282

0.959

--

Power Handling -- Avg Power in Watts @ 1 GHz

176

232

348

528

750

878

1615

Phase Stability vs. Temp -- ppm (nom/tolerance)

–55°C

758/100

607/100

213/200

365/125

445/150

410/150

410/150

Phase Stability vs. Temp -- ppm (nom/tolerance)

+20°C

55/100

-0.27

-0.03

70/100

35/100

60/125

70/100

Phase Stability vs. Temp -- ppm (nom/tolerance)

+120°C

950/100

808/100

990/100*

865/150

800/125

790/175

945/100

Phase Stability vs. Flexure† (@ 18 GHz, nom)

±6.5°

±4°

±2.7°

±3.5°

±4°

±4.5°

±8°

Shielding Effectiveness–Min‡ (dB @ 1 GHz)

> 95

> 95

> – 90

> –90

> 90

> 90

> 90

Typical VSWR (2 straight connectors)

1.30 to 50 GHz

1.33 to 50 GHz

1.35 to 50 GHz

1.28 to 40 GHz

1.25 to 32 GHz

1.22 to 26.5 GHz

1.22 to 18 GHz

Min Bend Radius (in/mm)

Static

0.50/12.7

0.50/12.7

0.625/15.9

0.75/19.05

0.95/24.1

1.0/25.4

1.5/38.1

Min Bend Radius (in/mm)

Dynamic

1.00/25.4

1.00/25.4

1.25/31.8

1.53/38.1

2/50.8​

2.0/50.8

3.0/76.2

Connector Retention, Straight pull (lbs/kg max)

15/6.80

25/11.34

25/11.34

20/9.07

40/18.14

50/22.68

75/34.02

Velocity of Propagation (%)

81

81

84

87

82.75

84

85

Weight (grams/ft & /m)

4.83/15.85

6.77/22.21

9.24/30.31

12.12/39.76

15.9/52.15

19.40/63.65

39.2/128.58​

Operating Temperature Range (°C)

–55 to +125 (FEP jacket)    –55 to +100 (LSZH jacket)

–55 to +125 (FEP jacket)    –55 to +100 (LSZH jacket)

–55 to +125 (FEP jacket)    –55 to +100 (LSZH jacket)

–55 to +125 (FEP jacket)    –55 to +100 (LSZH jacket)

–55 to +125 (FEP jacket)    –55 to +100 (LSZH jacket)

–55 to +125 (FEP jacket)    –55 to +100 (LSZH jacket)

–55 to +125 (FEP jacket)    –55 to +100 (LSZH jacket)​​​​​​​​​

† ± 360 degree bends around a 20 x cable OD mandrel.​
‡ Subject to connector choice.​
* PM 130 upper temp. shift @ +125°C​​

Specifications subject to change without notice.​​​​