● ● ● ● ● ● ● ● Semi-Conductor Manufacturing Equipment
Flat Panel Manufacturing Equipment
Solar Panel Manufacturing Equipment
High Power Lasers
High Power Radars
TV/FM Broadcast
Magnetic Resonance Imaging
Other High Power RF Applications
High Power Coaxial Cable,
Connectors & Assemblies
Connector Selection
Times offers a broad range of cables, connectors and
assemblies for high power RF transmission. Applications
such as magnetic resonance imaging (MRI),
semi-conductor manufacturing equipment, flat panel
manufacturing equipment, broadcast and high power
lasers and radar each have their own electrical and
mechanical requirements. With our broad range of
solutions and capability of producing custom cables and
connectors, Times is uniquely positioned to help with all
of your high power RF transmission applications.
At the relatively low frequencies and high powers typically
encountered in these applications, considerations for the
best interface selection are very different than in
microwave applications. Impedance uniformity through
the interface is not as critical, but high contact forces, low
contact resistance and a large interface diameter are very
important. From a performance point of view, EIA flange
connectors are the ideal choice with their bolt-together
outer contacts and inside spring finger center-contacts.
Their disadvantages include large size, high cost and
time-consuming installation. Other good choices include
LC’s and 7/16 DIN’s. Frequently, the equipment being
connected to dictates the interface. Some interfaces that
Times Microwave Systems provide include:
Although Times Microwave Systems is known for
providing precision cable assemblies for microwave
applications up to 40 GHz, we are also the leading
provider of cables and assemblies for high power, low
frequency applications. Our broad range of
manufacturing capabilities enables us to offer rugged,
flexible cables and cable assemblies, that can operate in
high ambient temperatures and provide environmental
resistance, while handling both high average and peak
powers. Constructions are available to meet
requirements for low loss, high RF shielding, and low
VSWR.
Since each application requires a different set of
performance characteristics, having a wide range of
cables to choose from allows the trade-offs to be
considered and the best cable for the application to be
chosen. We produce cables with dielectrics of solid PE
and PTFE, foam PE and expanded PTFE; outer conductors
of round wire, flat wire and composite construtions; and
jackets of PE, FEP, PVC, Urethane, Nomex®, Kapton® and
other materials.
•C
• SC
•N
• QDS
• HN
• LC
• 7-16 DIN
• 7/8” EIA
• 1-5/8” EIA
• 3-1/8”EIA
• Proprietary LC quick disconnect interface
Cable Assemblies
Our capability to manufacture cables and connectors and
our expertise in assembling and testing them enable us to
design custom cable assemblies for your application. Built
to exacting standards, we design our cable assemblies for
reliability in the most extreme operating conditons.
Assemblies can be matched in phase length or supplied in
specific electrical lengths with customer required
markings added. Complete test data on VSWR, insertion
loss, corona and other parameters can be provided as
required.
HP Cables
Cable Feature:
Flexibility
Cost
Attenuation
Power Handling
Temperature
Connector Availability
AA Drawing Number
Part Number
Physical Specifications
Description
Center Conductor
Dielectric
Inner Shield
Interlayer
Outer Shield
Jacket
Very Good
High
Medium
Very High
High
Good
HP-393
AA-9963
510-0019
HP-226
AA-9021
51848
HP-600A
AA-11441
510-0070
HP-218
AA-9290
51928
HP-900
AA-11229
54262
HP-1200
AA-11419
54359
in (mm)
SC
0.094 (2.39)
PTFE
0.285 (7.24)
TC
0.295 (7.49)
/
in (mm)
SC
0.126 (3.20)
PTFE
0.370 (9.40)
TC
0.400 (10.13)
/
in (mm)
SC
0.152 (3.86)
PTFE
0.455 (11.56)
TC
0.488 (12.40)
/
in (mm)
SC
0.230 (5.84)
PTFE
0.680 (17.27)
TC
0.710 (18.11)
/
in (mm)
BC Tube
0.227 (5.77)
PTFE
0.680 (17.27)
MT
0.686 (17.42)
/
in (mm)
BC Tube
0.308 (7.82)
PTFE
0.920 (23.27)
APA
0.932 (23.67)
/
TC
0.330 (8.38)
FEP
0.390 (9.91)
TC
0.430 (10.87)
FEP
0.490 (12.32)
TC
0.520 (13.23)
FEP
0.590 (14.99)
TC
0.740 (18.95)
Nomex/PTFE
0.790 (19.94)
TC
0.732 (18.59)
Nomex/Kapton
0.775 (19.69)
TC
0.980 (24.89)
PTFE
1.050 (26.67)
2.8 (69.9)
0.325 lb/ft
-55/+200 ℃
8.0 (203.0)
0.375 lb/ft
-55/+200 ℃
4.0 (101.6)
0.475 lb/ft
-55/+200 ℃
8.0 (203.2)
0.740 lb/ft
-40/+125 ℃
0.50 (1.63)
0.98 (3.23)
1.43 (4.68)
5.31 (17.43)
6.83 (22.40)
8.20 (26.89)
9.48 (31.08)
10.69 (35.05)
0.131000
0.001170
0.34 (1.11)
0.66 (2.15)
0.93 (3.06)
3.07 (10.08)
3.81 (12.51)
4.45 (14.61)
5.03 (16.49)
5.55 (18.22)
0.091400
0.000183
0.21 (0.70)
0.41 (1.36)
0.59 (1.94)
1.99 (6.54)
2.49 (8.17)
2.92 (9.59)
3.32 (10.88)
3.68 (12.08)
0.057220
0.000183
0.16 (0.51)
0.31 (1.00)
0.44 (1.43)
1.50 (4.93)
1.89 (6.21)
2.23 (7.33)
2.55 (8.35)
2.83 (9.30)
0.041900
0.000180
32938
16674
11513
3106
2421
2020
1750
1554
66034
34170
24030
7306
5891
5049
4476
4053
80110
41284
28932
8586
6872
5854
5162
4653
126762
65095
45482
13225
10521
8919
7831
7033
Mechanical Specifications
Bend Radius
2.0 (50.8)
5.0 (127.0)
Weight
0.175 lb/ft
0.240 lb/ft
Operating Temperature Range
-55/+200 ℃
-55/+200 ℃
Electrical Specifications
Impedance
50 ohms
50 ohms
Shielding Effectiveness
60 dB
60 dB
Dielectric Constant
1.98
1.98
Velocity of Propagation
0.71
0.71
Capacitance
28.6pF/ft
28.6pF/ft
DC Voltage (kV)
1.875
6.9
Attenuation: dB/100ft (100m) (+25 ℃ Ambient; Sea Level)
13.56 MHz
0.76 (2.48)
0.61 (1.99)
50 MHz
1.48 (4.87)
1.18 (3.88)
100 MHz
2.14 (7.02)
1.70 (5.56)
1000 MHz
7.64 (25.07)
5.90 (19.34)
1500 MHz
9.72 (31.88)
7.44 (24.39)
2000 MHz
11.57 (37.95)
8.80 (28.86)
2500 MHz
13.28 (43.56)
10.04 (32.94)
3000 MHz
14.89 (48.83)
11.21 (36.75)
K1
0.200595
0.161700
K2
0.001300
0.000783
Power (Watts)
(+25℃ Ambient; Sea Level)
13.56 MHz
18401
27153
50 MHz
9389
13926
100 MHz
6526
9720
1000 MHz
1836
2809
1500 MHz
1447
2231
2000 MHz
1218
1889
2500 MHz
1064
1657
3000 MHz
951
1487
* SC = Silver Plated Copper
* BC = Bare Copper
* TC = Tinned Copper
50 ohms
60 dB
1.98
0.71
29.0pF/ft
8.3
50 ohms
60 dB
1.73
0.76
26.7pF/ft
9.45
50 ohms
90 dB
1.73
0.76
26.7pF/ft
9.45
50 ohms
60 dB
1.73
0.76
26.7pF/ft
12.5
* MT = Metallized Composite Tapes
Note: HP-393 is marked RG-393-NPP-SN
HPL Cables
Cable Feature:
Flexibility
Cost
Attenuation
Power Handling
Temperature
Connector Availability
AA Drawing Number
Part Number
Physical Specifications
Description
Center Conductor
Dielectric
Inner Shield
Interlayer
Outer Shield
Jacket
Very Good
Medium/High
Medium
High
Medium
Good
HPL-393
AA-11461
510-0079
HPL-226
AA-11460
510-0078
HPL-600
AA-11458
510-0080
HPL-218
AA-11459
510-0077
HPL-1200
AA-11475
54367
in (mm)
Stranded BC
0.094 (2.39)
PTFE
0.285 (7.24)
TC
0.314 (7.98)
/
in (mm)
Stranded BC
0.117 (2.97)
PTFE
0.370 (9.40)
TC
0.400 (10.16)
/
in (mm)
Stranded BC
0.152 (3.86)
PTFE
0.455 (11.56)
TC
0.488 (12.40)
/
in (mm)
Stranded BC
0.235 (5.97)
PTFE
0.68 (17.27)
TC
0.714 (18.14)
/
in (mm)
Stranded BC
0.314 (7.98)
PTFE
0.920 (23.37)
TC
0.966 (24.54)
/
TC
0.340 (8.64)
TPV
0.430 (10.92)
TC
0.427 (10.85)
TPV
0.515 (13.08)
TC
0.520 (13.21)
TPV
0.610 (15.49)
TC
0.745 (18.92)
TPV
0.845 (21.46)
TC
1.012 (25.70)
TPV
1.200 (30.48)
2.8 (69.9)
0.240 lb/ft
-55/+125 ℃
3.0 (76.2)
0.310 lb/ft
-55/+125 ℃
4.3 (108.0)
0.610 lb/ft
-55/+125 ℃
9.0 (228.6)
1.188 lb/ft
-55/+125 ℃
0.59 (1.94)
1.15 (3.79)
1.65 (5.43)
5.77 (18.92)
7.28 (23.88)
8.62 (28.26)
9.84 (32.28)
10.98 (36.03)
0.157660
0.000783
0.51 (1.66)
1.00 (3.27)
1.45 (4.74)
5.37 (17.62)
6.90 (22.64)
8.28 (27.17)
9.57 (31.39)
10.79 (35.39)
0.132920
0.001170
0.29 (0.96)
0.56 (1.85)
0.80 (2.63)
2.63 (8.63)
3.26 (10.70)
3.81 (12.49)
4.30 (14.09)
4.74 (15.56)
0.078590
0.000146
0.25 (0.82)
0.48 (1.59)
0.69 (2.26)
2.30 (7.56)
2.87 (9.42)
3.37 (11.04)
3.81 (12.51)
4.22 (13.86)
0.067100
0.000183
19232
9859
6879
1983
1574
1332
1168
1048
25403
12865
8886
2403
1874
1564
1355
1204
65129
33718
23722
7234
5838
5007
4441
4024
87899
45371
31840
9539
7657
6538
5777
5216
Mechanical Specifications
Bend Radius
2.3 (57.2)
Weight
0.185 lb/ft
Operating Temperature Range
-55/+125 ℃
Electrical Specifications
Impedance
50 ohms
Shielding Effectiveness
60 dB
Dielectric Constant
1.98
Velocity of Propagation
0.71
Capacitance
28.8pF/ft
DC Voltage (kV)
5.1
Attenuation: dB/100ft (100m) (+25 ℃ Ambient; Sea Level)
13.56 MHz
0.84 (2.74)
50 MHz
1.62 (5.33)
100 MHz
2.32 (7.61)
1000 MHz
7.87 (25.82)
1500 MHz
9.86 (32.33)
2000 MHz
11.59 (38.01)
2500 MHz
13.16 (43.18)
3000 MHz
14.63 (47.97)
K1
0.224140
K2
0.000783
Power (Watts) (+25℃ Ambient; Sea Level)
13.56 MHz
13663
50 MHz
7039
100 MHz
4932
1000 MHz
1463
1500 MHz
1171
2000 MHz
998
2500 MHz
880
3000 MHz
793
* SC = Silver Plated Copper
* BC = Bare Copper
* TC = Tinned Copper
50 ohms
60 dB
1.98
0.71
28.8pF/ft
6.4
50 ohms
60 dB
1.98
0.71
28.9pF/ft
8.3
50 ohms
60 dB
1.73
0.76
26.8pF/ft
9.45
50 ohms
60 dB
1.73
0.76
29.0pF/ft
12.5
* MT = Metallized Composite Tapes
Note: HP-393 is marked RG-393-NPP-SN
SFT Cables
Outer Shield
Inner Shield
Center
Conductor
Cable Feature:
Flexibility
Cost
Attenuation
Power Handling
Temperature
Connector Availability
AA Drawing Number
Part Number
Physical Specifications
Description
Center Conductor
Dielectric
Inner Shield
Interlayer
Outer Shield
Jacket
Good/Very Good
Very High
Low
Very High
High
Good
Jacket
Interlayer
Dielectric
SFT-393
AA-8653
51800
SFT-226
AA-8654
51803
SFT-500
AA-11168
510-0037
SFT-600
AA-9649
51963
in (mm)
Solid SC
0.096 (2.44)
PTFE
0.285 (7.24)
SC Flat Braid
0.295 (7.49)
MT
0.301 (7.65)
SC
0.330 (8.38)
FEP
0.390 (9.91)
in (mm)
Solid SC
0.131 (3.33)
PTFE
0.370 (9.40)
SC Flat Braid
0.380 (9.65)
MT
0.385 (9.78)
SC
0.399 (10.14)
FEP
0.485 (12.32)
in (mm)
Stranded SC
0.145 (3.68)
PTFE
0.408 (10.36)
SC Flat Braid
0.420 (10.67)
SC
0.448 (11.38)
FEP
0.490 (12.45)
in (mm)
Stranded SC
0.160 (4.06)
PTFE
0.455 (11.56)
SC Flat Braid
0.465 (11.81)
MT
0.471 (11.96)
SC
0.500 (12.70)
FEP
0.555 (14.10)
2.5 (63.5)
0.235 lb/ft
-55/+200 ℃
2.5 (63.5)
0.230 lb/ft
-55/+200 ℃
2.75 (69.9)
0.240 lb/ft
-55/+200 ℃
0.45 (1.49)
0.87 (2.87)
1.24 (4.07)
4.04 (13.24)
4.99 (16.37)
5.81 (19.04)
6.54 (21.43)
7.20 (23.62)
0.122500
0.000164
0.43 (1.43)
0.84 (2.75)
1.19 (3.91)
3.90 (12.78)
4.82 (15.82)
5.62 (18.43)
6.33 (20.76)
6.98 (22.90)
0.117433
0.000183
0.37 (1.21)
0.71 (2.34)
1.01 (3.32)
3.30 (10.84)
4.09 (13.40)
4.76 (15.61)
5.36 (17.58)
5.91 (19.38)
0.099850
0.000146
37095
19241
13558
4182
3388
2915
2592
2354
42102
21820
15366
4717
3815
3278
2912
2642
51888
26900
18948
5826
4715
4053
3601
3268
Mechanical Specifications
Bend Radius
2.0 (50.8)
Weight
0.126 lb/ft
Operating Temperature Range
-55/+200 ℃
Electrical Specifications
Impedance
50 ohms
100 dB
Shielding Effectiveness
Dielectric Constant
1.73
Velocity of Propagation
0.76
Capacitance
26.7pF/ft
DC Voltage (kV)
5
Attenuation: dB/100ft (100m) (+25℃ Ambient; Sea Level)
13.56 MHz
0.50 (1.65)
50 MHz
0.97 (3.18)
100 MHz
1.38 (4.52)
1000 MHz
4.48 (14.69)
5.53 (18.15)
1500 MHz
2000 MHz
6.44 (21.12)
2500 MHz
7.25 (23.77)
3000 MHz
7.99 (26.19)
K1
0.135930
K2
0.000180
Power (Watts) (+25 ℃ Ambient; Sea Level)
13.56 MHz
27605
50 MHz
14319
100 MHz
10090
1000 MHz
3113
1500 MHz
2522
2000 MHz
2169
2500 MHz
1929
3000 MHz
1752
50 ohms
100 dB
1.73
0.76
26.7pF/ft
6
NA
50 ohms
80 dB
1.73
0.76
26.7pF/ft
7
50 ohms
100 dB
1.73
0.76
26.7pF/ft
8
FBT Cables
Outer Shield
Dielectric
Cable Feature:
Flexibility
Cost
Attenuation
Power Handling
Temperature
Connector Availability
AA Drawing Number
Part Number
Physical Specifications
Description
Center Conductor
Dielectric
Inner Shield
Interlayer
Outer Shield
Jacket
Fair
Medium/High
Low
High
High
Very Good
Center
Conductor
Inner Shield
FBT-400
AA-8957
54171
FBT-500
AA-8958
54172
FBT-600
AA-8959
54173
in (mm)
Solid BCCAI
0.095 (2.14)
PTFE
0.285 (7.24)
MT
0.291 (7.39)
/
in (mm)
Solid BCCAI
0.123 (3.12)
PTFE
0.370 (9.40)
MT
0.376 (9.55)
/
in (mm)
Solid BCCAI
0.150 (3.81)
PTFE
0.455 (11.56)
MT
0.461 (11.71)
/
TC
0.320 (8.13)
FEP
0.370 (9.40)
TC
0.405 (10.29)
FEP
0.465 (11.81)
TC
0.490 (12.45)
FEP
0.565 (14.35)
5.0 (127.0)
0.168 lb/ft
-55/+150 ℃
6.0 (152.4)
0.210 lb/ft
-55/+150 ℃
0.37 (1.22)
0.72 (2.35)
1.02 (3.34)
3.32 (10.88)
4.10 (13.45)
4.78 (15.66)
5.38 (17.64)
5.93 (19.45)
0.100255
0.000146
0.30 (0.99)
0.58 (1.91)
0.83 (2.72)
2.72 (8.92)
3.37 (11.06)
3.93 (12.90)
4.43 (14.55)
4.90 (16.06)
0.081389
0.000146
44385
23010
16208
4984
4033
3467
3080
2796
56975
29501
20758
6336
5115
4388
3893
3528
Mechanical Specifications
Bend Radius
4.0 (101.6)
Weight
0.104 lb/ft
Operating Temperature Range
-55/+150 ℃
Electrical Specifications
Impedance
50 ohms
Shielding Effectiveness
90 dB
Dielectric Constant
1.73
Velocity of Propagation
0.76
Capacitance
26.7pF/ft
DC Voltage (kV)
5
Attenuation: dB/100ft (100m) (+25 ℃ Ambient; Sea Level)
13.56 MHz
0.48 (1.57)
50 MHz
0.92 (3.02)
100 MHz
1.31 (4.28)
1000 MHz
4.23 (13.87)
1500 MHz
5.22 (17.12)
2000 MHz
6.07 (19.90)
2500 MHz
6.82 (22.38)
3000 MHz
7.51 (24.64)
K1
0.129138
K2
0.000146
Power (Watts) (+25 ℃ Ambient; Sea Level)
13.56 MHz
31011
50 MHz
16096
100 MHz
11350
1000 MHz
3516
1500 MHz
2852
2000 MHz
2456
2500 MHz
2186
3000 MHz
1987
* BCCAl = Bare Copper Clad Aluminum
Jacket
50 ohms
90 dB
1.73
0.76
26.7pF/ft
7
50 ohms
90 dB
1.73
0.76
26.7pF/ft
8
LMR-FR Cables
Outer Shield
Cable Feature:
Flexibility
Cost
Attenuation
Power Handling
Temperature
Connector Availability
AA Drawing Number
Part Number
Physical Specifications
Description
Center Conductor
Dielectric
Inner Shield
Interlayer
Outer Shield
Jacket
Dielectric
Fair
Low
Low
Medium
Medium
Very Good
Center
Conductor
Inner Shield
LMR-400-FR
AA-8120
54030
LMR-500-FR
AA-8121
54031
LMR-600-FR
AA-8122
54032
LMR-900-FR
AA-8123
54033
LMR-1200-FR
AA-8124
54034
in (mm)
Solid BCCAl
0.108 (2.74)
PE
0.285 (7.24)
MT
0.291 (7.39)
/
in (mm)
Solid BCCAl
0.142 (3.61)
PE
0.370 (9.40)
MT
0.376 (9.55)
/
in (mm)
Solid BCCAl
0.176 (4.47)
PE
0.455 (11.56)
MT
0.461 (11.71)
/
in (mm)
BC Tube
0.262 (6.65)
PE
0.680 (17.27)
MT
0.686 (17.42)
/
in (mm)
BC Tube
0.349 (8.86)
PE
0.920 (23.37)
MT
0.926 (23.52)
/
TC
0.320 (8.13)
FRPE
0.405 (10.29)
TC
0.405 (10.29)
FRPE
0.500 (12.70)
TC
0.490 (12.45)
FRPE
0.590 (14.99)
TC
0.732 (18.59)
FRPE
0.870 (22.10)
TC
0.972 (24.69)
FRPE
1.200 (30.48)
1.3 (31.8)
0.097 lb/ft
-40/+85 ℃
1.5 (38.1)
0.131 lb/ft
-40/+85 ℃
3.0 (76.2)
0.266 lb/ft
-40/+85 ℃
6.5 (165.1)
0.448 lb/ft
-40/+85 ℃
0.36 (1.17)
0.69 (2.26)
0.98 (3.22)
3.28 (10.77)
4.09 (13.42)
4.79 (15.73)
5.43 (17.81)
6.01 (19.73)
0.095640
0.000259
0.29 (0.95)
0.56 (1.85)
0.80 (2.63)
2.69 (8.82)
3.36 (11.01)
3.93 (12.91)
4.46 (14.62)
4.94 (16.21)
0.077990
0.000224
0.19 (0.64)
0.38 (1.24)
0.54 (1.77)
1.84 (6.03)
2.31 (7.56)
2.72 (8.91)
3.09 (10.13)
3.44 (11.27)
0.051869
0.000198
0.14 (0.46)
0.27 (0.89)
0.39 (1.28)
1.34 (4.39)
1.68 (5.52)
1.99 (6.51)
2.26 (7.42)
2.52 (8.26)
0.037474
0.000155
18784
9703
6813
2050
1648
1408
1246
1126
26034
13433
9423
2816
2259
1928
1702
1537
49886
25658
17951
5267
4202
3570
3140
2825
81747
41991
29346
8547
6803
5769
5067
4552
Mechanical Specifications
Bend Radius
1.0 (25.4)
Weight
0.068 lb/ft
Operating Temperature Range
-40/+85 ℃
Electrical Specifications
Impedance
50 ohms
Shielding Effectiveness
90 dB
Dielectric Constant
1.38
Velocity of Propagation
0.85
Capacitance
23.9pF/ft
DC Voltage (kV)
5
Attenuation: dB/100ft (100m) (+25 ℃ Ambient; Sea Level)
13.56 MHz
0.46 (1.51)
50 MHz
0.89 (2.92)
100 MHz
1.27 (4.15)
1000 MHz
4.17 (13.68)
1500 MHz
5.17 (16.97)
2000 MHz
6.04 (19.81)
2500 MHz
6.82 (22.36)
3000 MHz
7.53 (24.71)
K1
0.124100
K2
0.000245
Power (Watts) (+25 ℃ Ambient; Sea Level)
13.56 MHz
12611
50 MHz
6527
100 MHz
4591
1000 MHz
1398
1500 MHz
1128
2000 MHz
967
2500 MHz
858
3000 MHz
777
* BCCAl = Bare Copper Clad Aluminum
Jacket
50 ohms
90 dB
1.35
0.86
23.6pF/ft
7
50 ohms
90 dB
1.32
0.87
23.4pF/ft
8
50 ohms
90 dB
1.32
0.87
23.4pF/ft
5
50 ohms
90 dB
1.29
0.88
23.1pF/ft
6
LMR-LLPL Cables
Outer Shield
Cable Feature:
Flexibility
Cost
Attenuation
Power Handling
Temperature
Connector Availability
AA Drawing Number
Part Number
Physical Specifications
Description
Center Conductor
Dielectric
Inner Shield
Interlayer
Outer Shield
Jacket
Dielectric
Fair/Good
Medium
Low
Medium/High
Medium
Very Good
Inner Shield
Center Conductor
LMR-400-LLPL
AA-8317
54070
LMR-500-LLPL
AA-8278
54060
LMR-600-LLPL
AA-8279
54061
LMR-900-LLPL
AA-8280
54062
LMR-1200-LLPL
AA-8281
54063
in (mm)
Solid BCCAl
0.095 (2.41)
PTFE
0.285 (7.24)
MT
0.291 (7.39)
/
in (mm)
Solid BCCAl
0.123 (3.12)
PTFE
0.370 (9.40)
MT
0.376 (9.55)
/
in (mm)
Solid BCCAl
0.150 (3.81)
PTFE
0.455 (11.56)
MT
0.461 (11.71)
/
in (mm)
BC Tube
0.227 (5.77)
PTFE
0.680 (17.27)
MT
0.686 (17.42)
/
in (mm)
BC Tube
0.310 (7.87)
PTFE
0.920 (23.37)
MT
0.926 (23.52)
/
TC
0.320 (8.13)
FRPVC
0.405 (10.28)
TC
0.405 (10.29)
FRPVC
0.500 (12.70)
TC
0.490 (12.45)
FRPVC
0.590 (14.99)
TC
0.732 (18.59)
FRPVC
0.870 (22.10)
TC
0.972 (24.69)
FRPVC
1.200 (30.48)
5.0 (127.0)
0.194 lb/ft
-5/+75 ℃
6.0 (152.4)
0.240 lb/ft
-5/+75 ℃
9.0 (228.6)
0.542 lb/ft
-5/+75 ℃
12.0 (304.8)
0.700 lb/ft
-5/+75 ℃
0.38 (1.25)
0.74 (2.42)
1.05 (3.44)
3.45 (11.30)
4.27 (14.01)
4.98 (16.34)
5.62 (18.43)
6.20 (20.34)
0.103100
0.000185
0.32 (1.05)
0.62 (2.03)
0.88 (2.89)
2.91 (9.55)
3.62 (11.86)
4.22 (13.85)
4.77 (15.65)
5.27 (17.30)
0.086250
0.000183
0.20 (0.67)
0.40 (1.30)
0.57 (1.86)
1.92 (6.30)
2.40 (7.88)
2.82 (9.26)
3.20 (10.51)
3.56 (11.67)
0.054930
0.000183
0.16 (0.52)
0.31 (1.02)
0.44 (1.45)
1.51 (4.95)
1.89 (6.20)
2.22 (7.29)
2.53 (8.29)
2.81 (9.21)
0.042798
0.000155
14391
7452
5244
1602
1294
1110
985
893
19407
10038
7057
2140
1725
1477
1309
1184
38959
20069
14060
4163
3330
2835
2499
2251
58185
29945
20962
6172
4929
4191
3689
3320
Mechanical Specifications
Bend Radius
4.0 (101.6)
Weight
0.114 lb/ft
Operating Temperature Range
-5/+75 ℃
Electrical Specifications
Impedance
50 ohms
Shielding Effectiveness
90 dB
Dielectric Constant
1.73
Velocity of Propagation
0.76
Capacitance
26.7pF/ft
DC Voltage (kV)
5
Attenuation: dB/100ft (100m) (+25 ℃ Ambient; Sea Level)
13.56 MHz
0.47 (1.55)
50 MHz
0.91 (2.99)
100 MHz
1.29 (4.25)
1000 MHz
4.22 (13.83)
1500 MHz
5.21 (17.09)
2000 MHz
6.06 (19.89)
2500 MHz
6.83 (22.39)
3000 MHz
7.53 (24.68)
K1
0.127694
K2
0.000177
Power (Watts) (+25 ℃ Ambient; Sea Level)
13.56 MHz
10052
50 MHz
5212
100 MHz
3672
1000 MHz
1131
1500 MHz
915
2000 MHz
787
2500 MHz
700
3000 MHz
635
* BCCAl = Bare Copper Clad Aluminum
Jacket
50 ohms
90 dB
1.73
0.76
26.7pF/ft
7
50 ohms
90 dB
1.73
0.76
26.7pF/ft
8
50 ohms
90 dB
1.73
0.76
26.7pF/ft
5
50 ohms
90 dB
1.73
0.76
26.7pF/ft
9
RG Cables
Cable Feature:
Flexibility
Cost
Attenuation
Power Handling
Temperature
Connector Availability
AA Drawing Number
Part Number
Physical Specifications
Description
Center Conductor
Dielectric
Inner Shield
Interlayer
Outer Shield
Jacket
Good/Very Good
Medium/Low
Medium
Medium/High
Medium
Medium
RG-393
RG-217
RG-177
RG-218
RG-220
AA-3420
51509
AA-3410
41511
AA-3404
41506
AA-3411
41512
AA-6002
41579
in (mm)
SC
0.094 (2.39)
PTFE
0.285 (7.24)
SC
0.295 (7.49)
/
in (mm)
BC
0.106 (2.69)
PE
0.370 (9.40)
BC
0.403 (10.24)
/
in (mm)
BC
0.195 (4.95)
PE
0.680 (17.27)
SC
0.709 (18.01)
/
in (mm)
BC
0.195 (4.95)
PE
0.680 (17.27)
BC
0.726 (18.44)
/
in (mm)
BC
0.260 (6.60)
PE
0.910 (23.11)
BC
0.956 (24.28)
/
SC
0.330 (8.38)
FEP
0.390 (9.91)
BC
0.436 (11.07)
PVC
0.545 (13.84)
SC
0.738 (18.75)
PVC
0.895 (22.73)
/
/
PVC
0.870 (22.10)
PVC
1.120 (28.45)
5.5 (139.7)
0.230 lb/ft
-40/+80 ℃
9.0 (228.6)
0.470 lb/ft
-40/+80 ℃
9.0 (228.6)
0.460 lb/ft
-40/+80 ℃
12.0 (304.8)
0.820 lb/ft
-40/+80 ℃
0.61 (1.99)
1.19 (3.90)
1.71 (5.60)
5.97 (19.59)
7.55 (24.75)
8.94 (29.32)
10.22 (33.51)
11.41 (37.43)
0.162200
0.000842
0.35 (1.14)
0.71 (2.31)
1.05 (3.43)
4.46 (14.63)
5.93 (19.44)
7.30 (23.93)
8.60 (28.22)
9.86 (32.35)
0.087800
0.001685
0.35 (1.14)
0.71 (2.31)
1.05 (3.43)
4.46 (14.63)
5.93 (19.44)
7.30 (23.93)
8.60 (28.22)
9.86 (32.35)
0.087800
0.001685
0.24 (0.79)
0.50 (1.63)
0.74 (2.43)
3.23 (10.60)
4.32 (14.16)
5.33 (17.49)
6.30 (20.68)
7.25 (23.77)
0.061105
0.001300
7230
3704
2582
741
588
497
435
390
16686
8196
5525
1302
981
799
678
593
16888
8295
5592
1317
993
808
687
600
28800
14061
9434
2168
1625
1317
1115
971
Mechanical Specifications
Bend Radius
2.0 (50.8)
Weight
0.175 lb/ft
Operating Temperature Range
-55/+200 ℃
Electrical Specifications
Impedance
50 ohms
Shielding Effectiveness
60 dB
Dielectric Constant
1.98
Velocity of Propagation
0.71
Capacitance
28.6pF/ft
DC Voltage (kV)
1.9
Attenuation: dB/100ft (100m) (+25℃ Ambient; Sea Level)
13.56 MHz
0.76 (2.48)
50 MHz
1.48 (4.86)
100 MHz
2.13 (6.99)
1000 MHz
7.64 (25.05)
1500 MHz
9.71 (31.85)
2000 MHz
11.56 (37.92)
2500 MHz
13.27 (43.53)
3000 MHz
14.88 (48.80)
K1
0.200407
K2
0.001300
Power (Watts) (+25 ℃ Ambient; Sea Level)
13.56 MHz
19909
50 MHz
10158
100 MHz
7060
1000 MHz
1985
1500 MHz
1564
2000 MHz
1317
2500 MHz
1149
3000 MHz
1027
* SC = Silver Plated Copper
* BC = Bare Copper
50 ohms
60 dB
2.3
0.659
30.8pF/ft
5.8
50 ohms
60 dB
2.3
0.659
30.8pF/ft
8
50 ohms
40 dB
2.3
0.659
30.8pF/ft
8
50 ohms
40 dB
2.3
0.659
30.8pF/ft
10.5
Some Other Cables I
AA Drawing Number
Part Number
HFlex-142
AA-11406
QEAM-810
HP-1200-PUR
AA-9406
51929
AA-11406
510-0063
AA-8848
51816
AA-11470
54365
SFT-600-BCCAL-PUR
AA-9593
51956
in (mm)
SC
in (mm)
SC
in (mm)
SC
in (mm)
BC Tube
in (mm)
BCCAl
0.038 (0.01)
PTFE
0.097 (2.46)
PTFE
0.228 (5.79)
PTFE
0.308 (7.82)
PTFE
0.150 (3.81)
PTFE
0.105 (2.67)
SC
0.123 (3.12)
0.285 (7.24)
SC
0.620 (15.75)
FSC
0.920 (23.37)
MT
0.455 (11.45)
FSC
/
0.306 (7.77)
/
0.630 (16.00)
MT
0.932 (23.67)
/
0.465 (11.81)
MT
SC
SC
0.636 (16.15)
TC
TC
0.469 (11.91)
TC
0.141 (3.58)
0.328 (8.33)
0.665 (16.89)
0.980 (24.89)
0.508 (12.90)
FEP
0.170 (4.32)
PUR
0.400 (10.16)
PUR
0.810 (20.57)
PUR
1.200 (30.48)
PUR
0.560 (14.22)
Physical Specifications
Description
Center Conductor
Dielectric
Inner Shield
Interlayer
Outer Shield
Jacket
Mechanical Specifications
Bend Radius
1.5 (38.1)
2.0 (50.8)
8.0 (203.2)
7.0 (177.8)
2.5 (63.5)
Weight
0.030 lb/ft
0.135 lb/ft
0.400 lb/ft
0.950 lb/ft
0.220 lb/ft
Operating Temperature Range
Electrical Specifications
-55/+200 ℃
-55/+105 ℃
-55/+80 ℃
-40/+105 ℃
-55/+90 ℃
60 dB
1.73
60 dB
1.73
100 dB
1.56
90 dB
1.73
100 dB
1.73
Impedance
50 ohms
Shielding Effectiveness
Dielectric Constant
Velocity of Propagation
Capacitance
DC Voltage (kV)
Attenuation: dB/100ft (100m)
13.56 MHz
50 ohms
50 ohms
50 ohms
50 ohms
0.76
0.76
0.8
0.76
0.76
26.8pF/ft
2
(+25 ℃ Ambient; Sea Level)
26.9pF/ft
5
25.4pF/ft
9.2
26.7pF/ft
12.5
26.7pF/ft
7.5
1.59 (5.23)
0.71 (2.34)
0.27 (0.89)
3.08 (10.12)
4.39 (14.40)
1.38 (4.51)
1.95 (6.39)
0.53 (1.73)
0.75 (2.46)
0.16 (0.51)
0.30 (0.99)
0.43 (1.42)
0.32 (1.06)
0.62 (2.05)
0.89 (2.91)
1000 MHz
1500 MHz
14.56 (47.76)
18.10 (59.38)
6.25 (20.51)
7.69 (25.23)
2.47 (8.09)
3.06 (10.03)
1.50 (4.92)
1.89 (6.19)
2.93 (9.62)
3.64 (11.95)
2000 MHz
2500 MHz
21.17 (69.43)
23.93 (78.48)
8.92 (29.25)
10.00 (32.81)
3.57 (11.71)
4.03 (13.21)
2.23 (7.31)
2.54 (8.34)
4.26 (13.96)
4.81 (15.76)
3000 MHz
26.47 (86.82)
10.99 (36.05)
4.47 (14.59)
2.83 (9.29)
5.31 (17.43)
K1
K2
0.429235
0.000986
0.193622
0.000129
0.073588
0.000139
0.041586
0.000185
0.086948
0.000183
50 MHz
100 MHz
Power (Watts) (+25 ℃ Ambient; Sea Level)
13.56 MHz
6052
11120
28865
98786
24515
50 MHz
100 MHz
3133
2204
5783
4084
14942
10511
50709
35419
12681
8916
1000 MHz
1500 MHz
2000 MHz
2500 MHz
672
543
466
414
1280
1042
900
803
3203
2584
2216
1965
10277
8170
6922
6076
2706
2180
1868
1655
3000 MHz
375
732
1780
5454
1498
* SC = Silver Plated Copper
* BCCAl = Bare Copper Clad Aluminum
* RSC = Rope Stranded Silver Plated Copper
* FSC = Silver Plated Copper Flat Strip Braid
* TC = Tinned Copper
Some Other Cables II
AA-11222
AA-11223
AA-9193
AA-11222
510-0042
AA-11223
510-0043
AA-9193
51887
AA-8980
51839
AA-11629
54376
in (mm)
RSC
0.160 (4.06)
PTFE
0.455 (11.56)
in (mm)
RSC
0.160 (4.06)
PTFE
0.455 (11.56)
in (mm)
RSC
0.160 (4.06)
PTFE
0.455 (11.56)
in (mm)
BC
0.150 (3.81)
PTFE
0.455 (11.56)
in (mm)
BC Tube
0.516 (13.11)
PE
1.35 (34.29)
FSC
0.465 (11.81)
MT
0.469 (11.91)
TC
SC
0.478 (12.14)
/
SC
0.478 (12.14)
/
APA
1.356 (34.44)
/
SC
SC
SC
0.465 (11.81)
APT
0.469 (11.91)
TC
0.508 (12.90)
0.501 (12.73)
0.501 (12.73)
0.508 (12.90)
1.402 (35.61)
PUR
0.560 (14.22)
PUR
0.560 (14.22)
FEP
0.555 (14.10)
FEP
0.560 (14.22)
TPV
1.600 (40.64)
Bend Radius
Weight
2.5 (63.5)
0.300 lb/ft
2.5 (63.5)
0.285 lb/ft
2.5 (63.5)
0.260 lb/ft
2.5 (63.5)
0.235 lb/ft
13.5 (342.9)
0.68 lb/ft
Operating Temperature Range
Electrical Specifications
-55/+105 ℃
-55/+105 ℃
-55/+200 ℃
-55/+200 ℃
-50/+105 ℃
26.7pF/ft
8
(+25 ℃ Ambient; Sea Level)
26.7pF/ft
8
26.7pF/ft
8
26.7pF/ft
6
22.8pF/ft
9
0.46 (1.51)
0.46 (1.51)
0.32 (1.06)
0.10 (0.33)
0.89 (2.91)
1.26 (4.14)
4.11 (13.49)
5.09 (16.69)
5.92 (19.44)
6.67 (21.89)
0.89 (2.91)
1.26 (4.14)
4.11 (13.49)
5.09 (16.69)
5.93 (19.44)
6.67 (21.89)
0.62 (2.05)
0.89 (2.91)
2.93 (9.62)
3.64 (11.95)
4.26 (13.96)
4.81 (15.76)
0.20 (0.64)
0.28 (0.93)
0.99 (3.27)
1.26 (4.14)
1.50 (4.91)
1.71 (5.62)
7.36 (24.13)
0.124310
0.000183
7.36 (24.13)
0.124310
0.000183
5.31 (17.43)
0.086948
0.000183
1.91 (6.28)
0.026741
0.000150
AA Drawing Number
Part Number
Physical Specifications
Description
Center Conductor
Dielectric
Inner Shield
Interlayer
Outer Shield
Jacket
SFT-600-BCCAL
LMR-1700-DB-TPV
TC
Mechanical Specifications
Impedance
Shielding Effectiveness
Dielectric Constant
Velocity of Propagation
Capacitance
DC Voltage (kV)
Attenuation: dB/100ft (100m)
13.56 MHz
50 MHz
100 MHz
1000 MHz
1500 MHz
2000 MHz
2500 MHz
50 ohms
100 dB
1.73
0.76
0.38 (1.24)
0.73 (2.39)
1.04 (3.40)
3.40 (11.17)
4.22 (13.84)
4.92 (16.14)
5.55 (18.21)
3000 MHz
6.13 (20.10)
K1
0.101875
K2
0.000183
Power (Watts) (+25 ℃ Ambient; Sea Level)
50 ohms
60 dB
1.73
0.76
50 ohms
60 dB
1.73
0.76
50 ohms
100 dB
1.73
0.76
50 ohms
90 dB
1.26
0.89
13.56 MHz
50 MHz
100 MHz
26221
13579
9555
21996
11404
8033
46760
24242
17076
61389
31756
22326
81965
41916
29185
1000 MHz
1500 MHz
2000 MHz
2500 MHz
2919
2357
2022
1794
2471
2000
1719
1528
5253
4251
3654
3248
6775
5460
4677
4144
8293
6553
5525
4830
3000 MHz
1626
1387
2948
3751
4320
* SC = Silver Plated Copper
* RSC = Rope Stranded Silver Plated Copper
* BCCAl = Bare Copper Clad Aluminum
* FSC = Silver Plated Copper Flat Strip Braid
* TC = Tinned Copper
Connectors
We offer a broad range of high power connectors. Below are some of them for reference.
Please consult our factory for more details.
Cable Category
RG-217
HP-218
HPL-218
RG-218
HP-226
RG-393
SFT-320
SFT-500
Series
Stock Code
Part Number
Cable
Attachment
HNM
3190-6358
TC-217-HNMC
Clamp
HNMRA
3190-6359
TC-217-HNMC-RA
Clamp
158EIA
3190-2473
EZ-218-158EIA-CL
C-S-C
LCMRA
3190-2587
TC-218-LCM-RA-CL
C-S-C
158EIA
3190-6415
TC-218-158EIA-RA-CL
C-S-C
716M
3190-6194
TC-218-716M-CL
C-S-C
78EIA
3190-6118
TC-218-78EIA-CL
C-S-C
158EIA
3190-6415
TC-218-158EIA-RA-CL
C-S-C
318EIA
3190-6256
TC-218-318EIAC-RA
Clamp
318EIA
3190-6262
TC-218-318EIAC
Clamp
LCMRA
3190-2587
TC-218-LCM-RA-CL
C-S-C
716M
3190-2624
TC-226-716M-CL
C-S-C
716MRA
3190-2625
TC-226-716M-RA-CL
C-S-C
LCM
3190-2665
TC-226-LCM-CL
C-S-C
LCMRA
3190-2666
TC-226-LCM-RA-CL
C-S-C
716M
3190-2692
TC-393-716M-CL
C-S-C
716MRA
3190-2693
TC-393-716M-RA-CL
C-S-C
HNM
3190-2663
TC-393-HNM-CL
C-S-C
HNMRA
3190-2559
TC-393-HNM-RA-CL
C-S-C
LCM
3190-2565
TC-393-LCM-CL
C-S-C
LCMRA
3190-2561
TC-393-LCM-RA-CL
C-S-C
NM
3190-2745
TC-393-NM-CL
C-S-C
NMRA
3190-2754
TC-393-NM-RA-CL
C-S-C
SCM
3190-2569
TC-393-SCM-CL
C-S-C
SCMRA
3190-2570
TC-393-SCM-RA-CL
C-S-C
HNM
3190-2563
TC-320T-HNM-CL
C-S-C
LCM
3190-2664
TC-320T-LCM-CL
C-S-C
716M
3190-2730
TC-500T-716MC
Clamp
716MRA
3190-2729
TC-500T-716MC-RA
Clamp
HNM
3190-2732
TC-500T-HNMC
Clamp
HNMRA
3190-2731
TC-500T-HNMC-RA
Clamp
Connectors
We offer a broad range of high power connectors. Below are some of them for reference.
Please consult our factory for more details.
Cable Category
SFT-600
QEAM-810
LMR-900-LLPL
LMR-1200-LLPL
HP-1200
Receptacle
Adapter
Series
Stock Code
Part Number
Cable
Attachment
58EIA
3190-2485
EZ-600T-158EIA-CL
C-S-C
716M
3190-2636
TC-600T-716MC
Clamp
716MCL
3190-2595
TC-600T-716M-CL
C-S-C
716MRA
3190-2637
TC-600T-716MC-RA
Clamp
716MRA
3190-2594
TC-600T-716M-RA-CL
C-S-C
78EIA
3190-2755
EZ-600T-78EIA-CL
C-S-C
78EIA
3190-6163
TC-600T-78EIA-RA-CL
C-S-C
158EIA
3190-2568
EZ-600T-158EIA-CL (.59")
C-S-C
158EIA
3190-6229
TC-600T-158EIA-RA-CL
C-S-C
HNM
3190-2564
TC-600T-HNM-CL
C-S-C
HNMRA
3190-2560
TC-600T-HNM-RA-CL
C-S-C
LCM
3190-2566
TC-600T-LCM-CL
C-S-C
LCMRA
3190-2562
TC-600T-LCM-RA-CL
C-S-C
NM
3190-2583
TC-600T-NM-CL
C-S-C
SCM
3190-2971
TC-600T-SCM-CL
C-S-C
NMRA
3190-2757
TC-600T-NM-RA-CL
C-S-C
13-30M
3190-6333
TC-600T-1330M-CL
C-S-C
LCM
3190-2631
LC Male for QEAM-810
C-S-C
NF
3190-1586
EZ-900-NFC-PL-2
Clamp
NM
3190-1585
EZ-900-NMC-PL-2
Clamp
716M
3190-1549
EZ-900-716MC-PL-2
Clamp
NF
3190-912
EZ-1200-NFC-PL
Clamp
NM
3190-911
EZ-1200-NMC-PL
Clamp
NM
3190-6021
EZ-1200-NMC-PL-2
Clamp
158EIA
3190-2724
EZ-HP1200-158EIA
Clamp
318EIA
3190-2915
EZ-HP1200-318EIA
Clamp
QDSF
3191-296
QDSF-PM w/threaded pin
3191-274
QDLCF-RA-PM w/threaded pin
3191-293
QDLCF-PM(1.25SQ) w/threaded pin
3191-294
QDLCF-RA-PM w/spring pin
3191-295
QDLCF-PM w/spring pin
3191-297
QDLCF-PM(2SQ) w/threaded pin
3191-300
QDLCF-PM w/solder cup pim
HNF-HNF
3191-360
HN Female to HN Female
716M-716F
3191-361
7-16 DIN Male to n Female
QDLCF-LCM
3191-302
QDLC Female to LC male
QDLCM-LCF
3191-303
QDLC Male to LC Female
158EIA
3191-6001
Threaded 1-5/8” EIA Male to 1-5/8” EIA
NF-1330F
3191-6029
Type N Female to 13-30 Female
QDLCF
* “C-S-C” = Clam Shell Clamp
Threaded EIA connectors
EIA Flange connectors are rugged and are o en the op mal choice when working with very
high power levels. If there is a disadvantage to the EIA flange, it’s the large outer diameter
of the flange which may result in a rou ng challenge when installing a finished assembly. In
the case of the 1 5/8” EIA, we’ve addressed this issue by developing both a threaded 1 5/8”
connector as well as a separate 1 5/8” flange adapter. The combined assembly will handle all
of the power of the typical 1 5/8” connector and will allow the assembly to be routed
through a bulkhead hole/knockout having a diameter which is only a frac on of that
required by the standard 1 5/8” connector. This new 1 5/8” EIA connector combina on is
currently available for our HP-1200-PUR cable.
Quick Disconnect - QDLC & QDS
3190-6069
Connector Threaded 1-5/8” EIA Female
for HP-1200-PUR
Times Mirowave Systems provides a few types of quick disconnect
connectors including QDLC and QDS.
The interface is a proprietary Times developed specifically for high
power applica ons. Based on LC interface, it includes an
overlapping dielectric and a quick disconnect mechanism to allow
quick installa on and removal. We also supply ma ng female
connectors.
QDLC Male
3191-6001
Adaptor Threaded 1-5/8” EIA Male
to 1-5/8” EIA
TC-400-QDSM
TC-600-QDSM-RA
QDLC Female
Clam Shell Clamp
Clam Shell Clamp Strain Relief
Many high power applica ons in semi-conductor and flat panel manufacturing require periodically moving cables
for maintenance and cleaning opera ons. This places a great deal of strain on the cable to connector interface. The
use of a secondary clam-shell style clamp to secure the connector to the cable is an effec ve way to provide strain
relief and prevent cable to connector failures. Although there may be some distor on of the cable shape, at
frequencies below 100 MHz or so, this does not cause a performance issue.
Custom Interlock Bracket
Times Microwave Systems offers the customized
brackets to allow mounting of interlock switches.
Selection of RF Coaxial Cable by Power Handling
Electrical losses in a coaxial cable result in the generation of heat in the center and outer conductors, as well as in the
dielectric core. The power handling capability of a cable is related to the ability of the cable to dissipate this heat. The
ultimate limiting factor in power handling is the maximum allowable operating temperature of the materials used in the
cable, especially the dielectric. This is because most of the heat is generated at the center conductor of the cable. In general,
the power handling capability of a given cable is inversely proportional to its attenuation, and directly related to its size. The
other factor is the heat transfer properties of the cable, especially the dielectric.
Cable power ratings must be derated by correction factors for the ambient temperature, altitude and VSWR encountered in
a particular application. High ambient temperature and high altitude reduce the power rating of a cable by impeding heat
transfer out of the cable, VSWR reduces power rating by causing localized hot spots in the cable.
To select the cable construction for a particular requirement, determine the average input power at the highest frequency
from system requirements. Then determine the effective average input power as follows:
Effective Power =
Average Power x (VSWR correction)
(Temp.correction) x (Alt.correction)
Temperature and altitude corrections are shown as:
Power Altitude Correction Factor:
VSWR
Correction Factor Multiplier K
Power Temperature Correction Factor:
VSWR correction factor =
1
1
1/2 (VSWR + VSWR) + 1/2 k (VSWR - VSWR)
Where k, is shown in the second Figure. Select a cable from the Attenuation and Power charts rated at this effective power
level. Note that the peak power handling capability of a cable is related to the maximum operating voltage rating.
MISSION
TIMES MICROWAVE SYSTEMS designs and manufactures high
performance RF and microwave transmission lines. These products
consist of coaxial cables, connectors, accessories and cable assemblies.
We are commi ed to understanding the needs and requirements of our
customers and providing highly engineered, cost effec ve products.
TIMES MICROWAVE SYSTEMS is dedicated to total customer sa sfac on
and superior results for our shareholders in all we do.
World Headquarters: 358 Hall Avenue, Wallingford, CT 06492 • Tel: +1-203-949-8400 and +1-203-213-3506 Fax: +1 (203) 949-8423
China: Bld 4, No.318 Yuanshan Road, Shanghai, China 201108 • Tel: 86-21-51761234 Fax: 86-21-64424098
www. mesmicrowave.com
HP-5 10/17
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