Transcript
“Quality leads the way” Being the oldest and largest antenna manufacturer worldwide, we take on every day the challenge arising from our own motto. One of our basic principles is to look always for the best solution in order to satisfy our customers. Our quality assurance system conforms to DIN EN ISO 9001 and applies to the product range of the company: Antenna systems, communication products as well as active and passive distribution equipment.
Target Groups: This catalogue is aimed at • System suppliers of mobile communication networks • Manufacturers of mobile radio equipment • Operators of various mobile communication networks • Authorities and organisations concerned with safety issues • Community offices, authorities, organisations and private companies
Edition 2007
Internet: http://www.kathrein.de KATHREIN-Werke KG . Phone +49 8031 184-0 . Fax +49 8031 184-494 Anton-Kathrein-Straße 1 – 3 . P.O. Box 10 04 44 . 83004 Rosenheim . Germany
Antennen . Electronic
Filters
Duplexers
Multiband Combiners
Hybrid Combiners
System Components
3-dB Couplers Hybrid Combiner 4 : 4 Hybrid Combiner 2 : 1 Hybrid Ring Junctions Decoupled Power Splitters 4.7-dB, 6-dB, 7-dB, 10-dB Couplers
Bias Tees Measuring Directional Coupler Circulators DC-Stops Attenuators 50- Loads Power Distribution Unit
DTMAs
Application Notes
3
Summary of Types The articles are listed by type number in numerical order.
Type No.
Page
Type No.
Page
Type No.
Page
Type No.
Page
725 704
24, 25
725 705
22, 23
782 10298
78, 79
790 213
100
792 966
102
782 10301
146
790 384
8, 9
792 967
102
727 380 727 381
24, 25
782 10302
148
790 385
8, 9
792 972
105
24, 25
782 10305
72, 73
790 533
10, 11
793 004
46, 47
728 044
97
782 10306
72, 73
790 534
10, 11
793 005
46, 47
728 055
22, 23
782 10312
128, 129
790 881
98, 99
793 006
86
728 954
58, 59
782 10313
130, 131
791 145
60, 61
793 105
100
729 812
97
782 10315
132, 133
791 375
113
793 106
100
730 312
22, 23
782 10316
134, 135
791 376
113
793 107
100
782 10319
115
791 397
36, 37
793 108
100
782 10147
150
782 10320
115
791 398
34, 35
793 131
20, 21
782 10148
152
782 10325
16
791 498
98, 99
793 301
106
782 10151
154, 155
782 10326
18, 19
791 594
36, 37
793 304
107
782 10161
48, 49
782 10341
64
791 600
94
793 423
74, 75
782 10162
48, 49
782 10344
116, 117
791 918
119
793 424
74, 75
782 10164
48, 49
782 10346
68, 69
791 919
119
793 425
76, 77
782 10165
48, 49
782 10347
156
791 920
119
793 426
76, 77
782 10167
50
782 10348
156
791 921
119
793 506
85
782 10168
42, 43
782 10349
156
791 946
28, 29
793 528
78, 79
782 10169
42, 43
782 10350
65
791 962
95
793 529
78, 79
782 10170
42, 43
782 10390
14
792 078
94
793 532
66, 67
782 10171
42, 43
782 10391
15
792 079
95
793 533
66, 67
782 10172
42, 43
782 10400
136, 137
792 122
12, 13
793 538
54
782 10192
53
782 10401
138, 139
792 170
100
793 539
26, 27
782 10193
53
782 10403
140, 141
792 180
100
793 540
30, 31
782 10215
44, 45
782 10404
142, 143
792 219
32, 33
793 554
87
782 10216
44, 45
782 10406
144, 145
792 542
51
793 555
90
782 10243
74, 75
782 10415
51
792 544
52
782 10244
74, 75
782 10429
108
792 691
96
K 62 26 11 1
122
782 10245
76, 77
782 10453
110,111,112
792 699
88
K 62 26 20 1
123
782 10246
76, 77
782 10454
110,111,112
792 702
89
K 62 26 20 7
123
782 10248
70, 71
782 10455
110,111,112
792 745
101
K 62 26 21 1
123
782 10249
70, 71
782 10456
110,111,112
792 763
114
K 62 26 21 7
123
782 10250
70, 71
782 10460
62, 63
792 789
20, 21
K 62 26 30 1
123
782 10251
70, 71
782 10474
124
792 790
20, 21
K 62 26 30 7
123
782 10253
110,111,112
782 10500
92
792 791
20, 21
K 62 26 31 1
123
782 10254
110,111,112
782 10502
93
792 792
20, 21
K 62 26 31 7
123
782 10255
110,111,112
782 10532
91
792 815
101
K 62 26 40 1
123
782 10256
110,111,112
782 10550
109
792 816
101
K 62 26 41 1
123
792 817
101
K 62 26 50 1
123 123
782 10257
44, 45
782 10264
80
784 10235
118
792 819
101
K 62 26 50 7
782 10265
44, 45
784 10236
118
792 820
101
K 62 26 51 1
123
782 10278
72, 73
784 10237
118
792 821
101
K 62 26 61 1
122
782 10279
72, 73
784 10238
118
792 822
101
K 63 70 61
84
782 10294
120
784 10367
122
792 937
100
K 63 70 67
84
782 10295
121
784 10470
122
792 964
102
K 63 73 621
98, 99
782 10296
17
792 965
102
4
Filters
Filters
5
6
Summary of Articles
Filters: Description
Type No.
Frequency range
Max. Input power
Page
... tunable bandwidth – fixed bandwidth Band-pass Filter
790 385
890 – 915 MHz
50 W
8, 9
Band-pass Filter
790 384
935 – 960 MHz
50 W
8, 9
Band-pass Filter
790 534
890 – 915 MHz
250 W
10, 11
Band-pass Filter
790 533
935 – 960 MHz
250 W
10, 11
Band-pass Filter
792 122
880 – 960 MHz
250 W
12, 13
Band-pass Filter
782 10390
890 – 960 MHz
400 W
14
Band-pass Filter
782 10391
890 – 960 MHz
400 W
15
Band-pass Filter
782 10325
894 – 960 MHz
250 W
16
Band-pass Filter
782 10296
907 – 960 MHz
250 W
17
Band-pass Filter
782 10326
890 – 915 MHz
50 W
18, 19
Band-stop Filter
792 789
Pass-band: 890.5 – 915.0 MHz Stop-band: 885.0 – 890.0 MHz
25 W
20, 21
Band-stop Filter
792 790
Pass-band: 897.0 – 915.0 MHz Stop-band: 891.5 – 896.5 MHz
25 W
20, 21
Band-stop Filter
792 791
Pass-band: 894.5 – 915.0 MHz Stop-band: 890.4 – 893.6 MHz
25 W
20, 21
Band-stop Filter
792 792
Pass-band: 894.5 – 915.0 MHz Stop-band: 890.0 – 894.0 MHz
25 W
20, 21
Band-stop Filter
793 131
Pass-band: 890.0 – 915.0 MHz Stop-band: 883.0 – 888.0 MHz
25 W
20, 21
Band-pass Filter
725 705
890 … 960 MHz
50 W
22, 23
Band-pass Filter
730 312
890 … 960 MHz
50 W
22, 23
Band-pass Filter
728 055
890 … 960 MHz
50 W
22, 23
Band-stop Filter
725 704
890 … 960 MHz
100 W
24, 25
Band-stop Filter
727 380
890 … 960 MHz
100 W
24, 25
Band-stop Filter
727 381
890 … 960 MHz
100 W
24, 25
Low-pass Filter
793 539
876 – 960 MHz
300 W
26, 27
Band-pass Filter
791 946
1710 – 1785 MHz
35 W
28, 29
Band-pass Filter
793 540
1710 – 1880 MHz
500 W
30, 31
Band-stop Filter
792 219
1800 … 2000 MHz
25 W
32, 33
Band-pass Filter
791 398
1800 … 2000 MHz
15 W
34, 35
Band-stop Filter
791 594
1550 … 1700 MHz
15 W
36, 37
Band-stop Filter
791 397
1700 … 1900 MHz
15 W
36, 37
7
Band-pass Filter, 50 W 890 – 915 / 935 – 960 MHz
The Band-pass Filter is suitable for use as a receiving or transmitting filter for one or several receiving or transmitting channels. It can be used: – to improve the input selectivity of receivers and amplifiers, – to increase the isolation of transmitters whose respective antennas are mounted close together, – to suppress noise sidebands and intermodulation products, – as a duplexer component. Design and construction: The Band-pass Filter consists of 6 high Q resonators. Filter characteristics: Broad pass band range with low insertion loss, high stop band attenuation, steepened filter curve through additional stop poles.
Technical Data Type No.
790 385
Pass band
890.0 – 915.0 MHz
Insertion loss Stop band attenuation VSWR Impedance Input power Temperature range g Connectors Application Mounting g Weight g Packing g size Dimensions (w x h x d)
8
790 384 935.0 – 960.0 MHz < 0.7 dB
> 65 dB (935.0 – 960.0 MHz)
> 65 dB (890.0 – 915.0 MHz)
< 1.3 (890.0 – 915.0 MHz)
< 1.3 (935.0 – 960.0 MHz) 50
< 50 W –10 … +55 °C N female Indoor With 3 screws (max. 3 mm diameter) 0.67 kg g 190 mm x 80 mm x 155 mm 160 mm x 31 mm x 141 mm (including connectors and mounting feet)
Band-pass Filter, 50 W 890 – 915 / 935 – 960 MHz Typical Attenuation Curves
790 385
790 384 Diagram I:
Attenuation/dB
Attenuation/dB
Diagram I: 0 10 20 30
0 10 20 30
40
40
50
50
60
60
70
70
80
80
90
90 100
100 652.5 702.5 752.5
802.5 852.5 902.5
697.5 747.5 797.5
952.5 1002.5 1052.5 1102.5 1152.5
847.5 897.5 947.5
997.5 1047.5 1097.5 1147.5 1197.5
Frequency/MHz
Frequency/MHz
Diagram II:
Attenuation/dB
Attenuation/dB
Diagram II: 0 10 20
890 – 915 30
0 10 20
935 – 960 30
40
40
50
50
60
60
70
70
80
80
90
90 100
100 852.5 862.5 872.5
882.5 892.5 902.5
912.5 922.5
897.5 907.5 917.5
932.5 942.5 952.5
927.5 937.5 947.5
977.5 987.5 997.5
Diagram III:
Attenuation/dB
Attenuation/dB
Diagram III: 0 0.5 1.0
890 – 915 1.5
0 0.5 1,0
935 – 960 1.5
2.0
2.0
2.5.
2.5
3.0
3.0
3.5
3.5
4.0
4.0
4.5
4.5 5.0
5.0 877.5 882.5 887.5
957.5 967.5
Frequency/MHz
Frequency/MHz
892.5 897.5 902.5
907.5 912.5
917.5 922.5 927.5
Frequency/MHz
922.5 927.5 932.5
937.5 942.5 947.5
952.5 957.5
962.5 967.5 972.5
Frequency/MHz
9
Band-pass Filter, 250 W 890 – 915 / 935 – 960 MHz
The Band-pass Filter is suitable for use as a receiving or transmitting filter for one or several receiving or transmitting channels. It can be used: – to improve the input selectivity of receivers and amplifiers, – to increase the isolation of transmitters whose respective antennas are mounted close together, – to suppress noise sidebands and intermodulation products, – as a duplexer component. Design and construction: The Band-pass Filter consists of 6 high Q resonators. Filter characteristics: Broad pass band range with low insertion loss, high stop band attenuation, steepened filter curve through additional stop poles. 204
56 15
140
2.5
13.2
12
17
7.5
5
2 24
Technical Data Type No.
790 534
Pass band
890.0 – 915.0 MHz
Insertion loss Stop band attenuation VSWR Impedance Input power Temperature range Connectors Application Mounting Weight Packing size Dimensions (w x h x d)
10
790 533 935.0 – 960.0 MHz < 0.4 dB
> 65 dB (935.0 – 960.0 MHz)
> 65 dB (890.0 – 915.0 MHz)
< 1.3 (890.0 – 915.0 MHz)
< 1.3 (935.0 – 960.0 MHz) 50
< 250 W –10 … +55 °C 7-16 female Indoor With 3 screws (max. 4 mm diameter) 1.5 kg 230 mm x 130 mm x 250 mm 160 mm x 62 mm x 221 mm (including connectors and mounting feet)
ø4.5 180
Band-pass Filter, 250 W 890 – 915 / 935 – 960 MHz Typical Attenuation Curves
790 534
790 533 Diagram I:
Attenuation/dB
Attentuation/dB
Diagram I: 0 10 20 30
0 10 20 30
40
40
50
50
60
60
70
70
80
80
90
90
100
100
652.5 702.5 752.5 805.5 852.5 902.5
952.5 1002.5 1052.5 1102.5 1152.5
697.5 747.5 797.5
847.5 897.5 947.5
997.5 1047.5 1097.5 1147.5 1197.5
Frequency/MHz
Frequency/MHz
Diagram II:
Attenuation/dB
Attentuation/dB
Diagram II: 0 10 20
890 – 915 30
0 10 20
935 – 960 30
40
40
50
50
60
60
70
70
80
80
90
90
100
100
852.5 862.5 872.5 882.5 892.5 902.5
912.5 922.5
932.5 942.5 952.5
897.5 907.5 917.5
927.5 937.5 947.5
957.5 967.5
Frequency/MHz
Diagram III:
Attenuation/dB
Diagram III:
Attentuation/dB
977.5 987.5 997.5
Frequency/MHz
0 0.5 1.0
890 – 915 1.5
0 0.5 1.0
935 – 960 1.5
2.0
2.0
2.5
2.5
3.0
3.0
3.5
3.5
4.0
4.0
4.5
4.5 5.0
5.0 877.5 882.5 887.5 892.5 897.5 902.5
907.5 912.5
917.5 922.5 927.5
Frequency/MHz
922.5 927.5 932.5
937.5 942.5 947.5
952.5 957.5
962.5 967.5 972.5
Frequency/MHz
11
Band-pass Filter, 250 W 880 – 960 MHz
The Band-pass Filter is suitable for use as a receiving or transmitting filter for one or several receiving or transmitting channels. It can be used: – to improve the input selectivity of receivers and amplifiers, – to increase the isolation of transmitters whose respective antennas are mounted close together, – to suppress noise sidebands and intermodulation products, – as a duplexer component. Design and construction: The Band-pass Filter consists of 4 high Q resonators. 2
22
ø4.5
140 max. 3.5
17
13.2
M6 12
59.6
12
Technical Data Type No. Pass band Insertion loss Stop band attenuation VSWR
792 122 880 – 960 MHz < 0.15 dB (880 – 960 MHz) > 65 dB (0 – 448 MHz) > 60 dB (1710 – 2000 MHz) < 1.3 (880.0 – 960.0 MHz)
Impedance
50
Input power
< 250 W
Temperature range Connectors Application Mounting Weight Packing size Dimensions (w x h x d)
12
–20 … +55 °C 7-16 female Indoor With 3 screws (max. 4 mm diameter) 1.1 kg 200 mm x 200 mm x 90 mm 155 mm x 161.5 mm x 62 mm (including connectors and mounting feet)
120.4
0.8
1.2
61
61.8
30
144.4
155
15
56
150
Filter characteristics: Broad pass band range with low insertion loss, high stop band attenuation, steepened filter curve through additional stop poles.
Band-pass Filter, 250 W 890 – 960 MHz Typical Attenuation Curves
792 122 Attenuation/dB
Diagram I 0 10 20 30 40 50 60 70 80 90 100 420
520
620
720
820
920
1020
1120
1220
1320
1420
Frequency/MHz
Attenuation/dB
Diagram II 0 0.1 0.2
880 – 960 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0 820
840
860
880
900
920
940
960
980
1000
1020
Frequency/MHz
13
Band-pass Filter Pass band 890 – 960 MHz Stop band 0 – 888 MHz Frequency spacing 2 MHz The Band-pass Filter is designed as a GSM Tx/Rx preselector filter in order to suppress interfering transmitting signals of an adjacent AMPS or CDMA frequency band.
Port 2
• Suitable for indoor applications • Built-in DC stop
Port 1
Port 2
Typical Attenuation Curves Attenuation/dB
Diagram I 0 10
0 – 888
890 – 960
20 30 40
Port 1
50 60 70 80
Technical Data
90
Pass band Insertion loss
Stop band attenuation
VSWR Impedance Input power
782 10390 890 – 960 MHz < 1.5 dB (890 – 892 MHz) < 0.8 dB (892 – 893 MHz) < 0.6 dB (893 – 905 MHz) < 0.3 dB (905 – 960 MHz) > 50 dB (0 – 880 MHz) > 40 dB (880 – 885 MHz) > 30 dB (885 – 888 MHz) < 1.25 (890 – 960 MHz) 50
100 865
3.0
Port 1: 7-16 female / Port 2: 7-16 male
3.5
Application
Indoor
4.0
Built-in DC stop
4.5
Dimensions (w x h x d)
14
387 mm x 137 mm x 130 mm 92 mm x 72.5 mm x 329.5 mm (including connectors and mounting feet)
935
945
955
965
955
965
890 – 960
Connectors
Packing size
925
1.5
2.5
With 4 screws (max. 4 mm diameter) 2 kg
915
1.0
–20 … +55 °C
Mounting Weight
905
0.5
2.0
Special features
895
Diagram II
< 400 W (935 – 960 MHz)
Temperature range
885
0
< –160 dBc (3rd order; with 2 x 20 W)
Intermodulation products
875
Frequency/MHz
Attenuation/dB
Type No.
5.0 865
875
885
895
905
915
925
935
945
Frequency/MHz
Band-pass Filter Pass band 890 – 960 MHz Stop band 0 – 889 MHz Frequency spacing 1 MHz Port 2
The Band-pass Filter is designed as a GSM Tx/Rx preselector filter in order to suppress interfering transmitting signals of an adjacent AMPS or CDMA frequency band.
• Suitable for indoor applications • Built-in DC stop
Port 1
Port 2
Typical Attenuation Curves Attenuation/dB
Diagram I 0 10
0 – 889
890 – 960
20 30 40
Port 1
50 60 70 80
Technical Data
90
782 10391
Pass band Insertion loss
Stop band attenuation VSWR
< < < < < > >
890 – 960 MHz 4.0 dB (890 – 891 MHz) 2.5 dB (891 – 892 MHz) 1.0 dB (892 – 893 MHz) 0.6 dB (893 – 905 MHz) 0.3 dB (905 – 960 MHz) 50 dB (0 – 869 MHz) 30 dB (869 – 889 MHz) < 1.3 (891 – 960 MHz)
100 865
2.5
–5 … +45 °C
3.0
Connectors
Port 1: 7-16 female / Port 2: 7-16 male
3.5
Application
Indoor
4.0
Built-in DC stop
4.5
Dimensions (w x h x d)
935
945
955
965
955
965
890 – 960
< –160 dBc (3rd order; with 2 x 20 W)
Packing size
925
1.5 2.0
With 4 screws (max. 4 mm diameter) 2 kg
915
1.0
< 400 W (925 – 960 MHz)
Mounting Weight
905
0.5
Input power
Special features
895
Diagram II
50
Temperature range
885
0
Impedance Intermodulation products
875
Frequency/MHz
Attenuation/dB
Type No.
5.0 865
875
885
895
905
915
925
935
945
Frequency/MHz
387 mm x 137 mm x 130 mm 92 mm x 72.5 mm x 329.5 mm (including connectors and mounting feet)
15
Band-pass Filter 894 – 960 MHz
The Band-pass Filter is designed as a GSM Tx/Rx preselector filter in order to suppress interfering transmitting signals of an adjacent AMPS or CDMA frequency band.
• Suitable for indoor applications • Built-in DC stop
Typical Attenuation Curves Attenuation/dB
Diagram I 0 10 20 0 – 881
894 – 960
30 40 50 60 70 80 90
Technical Data
Pass band Insertion loss
782 10325
> 50 dB (0 – 881 MHz)
VSWR
< 1.2 (894 – 960 MHz)
Impedance
50
Input power
< 250 W
Temperature range
885
895
905
915
925
935
945
955
965
955
965
894 – 960 MHz < 0.5 dB (894 – 960 MHz)
Stop band attenuation
Intermodulation products
875
Frequency/MHz
< –160 dBc (3rd order; with 2 x 20 W) –20 … +55 °C
Connectors
7-16 female
Application
Indoor
Diagram II Attenuation/dB
Type No.
100 865
0 0.5 1.0 894 – 960 1.5 2.0 2.5 3.0
Special features Mounting Weight Packing size Dimensions (w x h x d)
16
Built-in DC stop With 4 screws (max. 4 mm diameter) Approx. 1.6 kg 277 mm x 167 mm x 144 mm 128 mm x 78 mm x 205.6 mm (including connectors and mounting feet)
3.5 4.0 4.5 5.0 865
875
885
895
905
915
925
935
945
Frequency/MHz
Band-pass Filter 907 – 960 MHz
The Band-pass Filter is designed as a GSM Tx/Rx preselector filter in order to suppress interfering transmitting signals of an adjacent AMPS or CDMA frequency band.
• Suitable for indoor applications • Built-in DC stop
Typical Attenuation Curves Attenuation/dB
Diagram I 0 10 20 869 – 894
907 – 960
30 40 50 60 70 80 90
Technical Data
Pass band
< 0.5 dB (907 – 960 MHz)
Stop band attenuation
> 50 dB (869 – 894 MHz) < 1.2 (907 – 960 MHz)
Impedance
50
Input power
< 250 W
Intermodulation products Temperature range
< –160 dBc (3rd order; with 2 x 20 W) –20 … +55 °C
Connectors
7-16 female
Application
Indoor
Special features Mounting Weight Packing size Dimensions (w x h x d)
885
895
905
915
925
935
945
955
965
955
965
Frequency/MHz
907 – 960 MHz
Insertion loss VSWR
875
782 10296
Built-in DC stop With 4 screws (max. 4 mm diameter) 1.6 kg 277 mm x 167 mm x 144 mm 128 mm x 78 mm x 213.6 mm (including connectors and mounting feet)
Diagram II Attenuation/dB
Type No.
100 865
0 0.5 1.0 907 – 960 1.5 2.0 2.5 3.0 3.5 4.0 4.5 5.0 865
875
885
895
905
915
925
935
945
Frequency/MHz
17
Band-pass Filter 890 – 915 MHz
The Band-pass Filter is designed as a GSM Tx/Rx preselector filter in order to suppress interfering transmitting signals of an adjacent AMPS or CDMA frequency band.
• Suitable for indoor applications • DC grounded
Technical Data Type No. Pass band Insertion loss Stop band attenuation VSWR
782 10326 890 – 915 MHz < 2.5 dB (890 – 892 MHz) < 1.0 dB, typically 0.5 dB (892 – 915 MHz) > 50 dB (0 – 886 MHz) > 35 dB (886 – 888.5 MHz) < 1.25 (890 – 915 MHz)
Impedance
50
Input power
< 50 W
Temperature range Connectors Application Special features Mounting Weight Dimensions (w x h x d)
18
+10 … +40 °C N female Indoor DC signals shorted to ground With 4 screws (max. 4 mm diameter) Approx. 1.3 kg Approx. 182 mm x 90 mm x 64 mm (excluding connectors and mounting feet)
Band-pass Filter 890 – 915 MHz Typical Attenuation Curves
782 10326
Attenuation/dB
Diagram I 0 10 20 890 – 915
0 – 888.5 30 40 50 60 70 80 90 100 865
875
885
895
905
915
925
935
945
955
965
955
965
Frequency/MHz
Attenuation/dB
Diagram II 0 0.5 1.0 890 – 915 1.5 2.0 2.5 3.0 3.5 4.0 4.5 5.0 865
875
885
895
905
915
925
935
945
Frequency/MHz
19
Band-stop Filter (AMPS/CDMA) Suppression Filter) 885.0 – 890.0 MHz, 891.5 – 896.5 MHz, 890.4 – 893.6 MHz, 890.0 – 894.0 MHz, 883.0 – 888.0 MHz The Band-stop Filter is suitable for suppressing interfering signals in the GSM receiving band which are generated as a result of simultaneously operating AMPS transmitting frequencies. By using the Band-stop Filter (together with an existing band-pass filter) almost the full GSM receiving bandwidth can be used with the exception of a narrow transition gap.
Output
Input
Design and construction: The Band-stop Filter is made up of 4 high Q ceramic resonators. Filter characteristics: Broad pass band range with low insertion loss for the GSM receiving band, very steep filter curve with high attenuation of the upper part of the AMPS transmitting band.
Typical Attenuation Curves
792 789 Diagram II Attenuation/dB
Attenuation/dB
Diagram I 0 5 10
890.5 – 915
885 – 890 15
0 0.5 1.0
20
2.0
25
2.5
30
3.0
35
3.5
40
4.0
45
4.5
50
890.5 – 915
885 – 890 1.5
5.0 875
880
885
890
895
900
905
910
915
920
925
875
880
885
890
Frequency/MHz
895
900
905
910
915
920
925
Frequency/MHz
Technical Data Type No. Pass band Insertion loss (dB) (dB) Stop band Stop band attenuation VSWR
792 789
792 790
792 791
792 792
793 131
890.5 – 915.0 MHz
897.0 – 915.0 MHz
894.5 – 915.0 MHz
894.5 – 915.0 MHz
890.0 – 915.0 MHz
< 1.2 (890.5–891.0 MHz) < 1.3 (897.0–897.6 MHz) < 0.6 (894.5–915.0 MHz) < 1.3 (894.5–895.1 MHz) < 0.5 (890.0–915.0 MHz) < 0.5 (891.0–915.0 MHz) < 0.6 (897.6–915.0 MHz) < 0.6 (895.1–915.0 MHz) 885.0 – 890.0 MHz
891.5 – 896.5 MHz
890.4 – 893.6 MHz
890.0 – 894.0 MHz
883.0 – 888.0 MHz
> 30 dB
> 30 dB
> 30 dB
> 30 dB
> 35 dB
< 1.3
Impedance
50
Input power
< 25 W
Temperature range Connectors Application Mounting Weight Packing size Dimensions (w x h x d)
20
–20 … +55 °C SMA female Indoor With 4 screws (max. 4 mm diameter) 3.7 kg 262 mm x 144 mm x 262 mm 209 mm x 93 mm x 224 mm (including connectors and mounting feet)
Band-stop Filter (AMPS/CDMA) Suppression Filter) 885.0 – 890.0 MHz, 891.5 – 896.5 MHz, 890.4 – 893.6 MHz, 890.0 – 894.0 MHz, 883.0 – 888.0 MHz Typical Attenuation Curves
792 790 Attenuation/dB
Attenuation/dB
Diagram I 0 5 10
897 – 915
891.5 – 896.5 15
Diagram II 0 0.5 1.0
20
2.0
25
2.5
30
3.0
35
3.5
40
4.0
45
4.5
50
897 – 915
891.5 – 896.5 1.5
5.0 875
880
885
890
895
900
905
910
915
920
925
875
880
885
890
895
900
905
Frequency/MHz
792 791 Attenuation/dB
Attenuation/dB
Diagram I 0 5 10
894.5 – 915 15
920
925
Diagram II 0.5 1.0
894.5 – 915 1.5 2.0
25
2.5
30
3.0
35
3.5
40
4.0
45
4.5 5.0 875
880
885
890
895
900
905
910
915
920
925
875
880
885
890
895
900
905
Frequency/MHz
792 792 Attenuation/dB
0 5 10
890 – 894
910
915
920
925
Frequency/MHz
Diagram I Attenuation/dB
915
0
20
50
894.5 – 915
15
Diagram II 0 0.5 1.0
894.5 – 915 1.5
20
2.0
25
2.5
30
3.0
35
3.5
40
4.0
45
4.5
50
5.0 875
880
885
890
895
900
905
910
915
920
925
875
880
885
890
895
900
905
Frequency/MHz
793 131 Attenuation/dB
0 5 10
883 – 888
910
915
920
925
Frequency/MHz
Diagram I Attenuation/dB
910
Frequency/MHz
890 – 915
15
Diagram II 0 0.5 1.0
890 – 915 1.5
20
2.0
25
2.5
30
3.0
35
3.5
40
4.0
45
4.5
50
5.0 875
880
885
890
895
900
905
910
915
920
Frequency/MHz
925
875
880
885
890
895
900
905
910
915
920
925
Frequency/MHz
21
Band-pass Filter 890 … 960 MHz
The Band-pass Filter is used when several frequencies are to be attenuated outside a narrow passband. It is particularly suitable for laboratory test purposes, because of its ease of tuning. It can be used: – to improve the input selectivity of receivers and amplifiers, – to increase the isolation of transmitters whose respective antennas are mounted close together, – to suppress noise sidebands and intermodulation products, – as a combiner component. 725 705
Design and construction: The Band-pass Filter consists of capacitively shortened h/4 coaxial resonators. The resonators of the multicavity band-pass filter are interconnected by cables of h/4 length. The pass band frequency and the insertion loss are tunable. Filter characteristics: Narrow pass band with low insertion loss, high stop-band attenuation. Variable filter curves are possible in order to meet the desired stop-band attenuation. Tuning: The Band-pass Filter is tuned to the desired passband frequency and insertion loss at the factory. Please specify desired pass band frequency and insertion loss (curve A, B, C) when ordering. The Band-pass Filter can also be tuned on site following the instructions provided.
728 055
Technical Data
725 705
730 312
728 055
1-cavity Band-pass Filter
2-cavity Band-pass Filter
3-cavity Band-pass Filter
0.25 … 1.0 dB, tunable
0.5 … 2.0 dB, tunable
0.75 … 3.0 dB, tunable
Tuning examples 0.25 dB 0.5 dB 1.0 dB Curve A Curve B Curve C
Tuning examples 0.5 dB 1.0 dB 2.0 dB Curve A Curve B Curve C
Tuning examples 0.75 dB 1.5 dB 3.0 dB Curve A Curve B Curve C
Type No. Frequency range Insertion loss
890 … 960 MHz
VSWR
< 1.2 (at operating frequency) 50
Impedance Input power
< 50 W
< 25 W
< 10 W
Temperature range
< 50 W
< 25 W
< 10 W
Indoor
Mounting
22
< 10 W
N female
Application
Packing size Dimensions (w x h x d)
< 25 W +10 … +40 °C
Connectors
Weight
< 50 W
With 4 screws (max. 6 mm diameter) 2 kg
4.5 kg
6.5 kg
Approx. 125 x 170 x 200 mm 115 x 124 x max. 184 mm (including connectors)
Approx. 290 x 205 x 370 mm 260 x 150 x max. 336 mm (including connectors)
Approx. 400 x 250 x 420 mm Max. 316 x 150 x max. 336 mm (including connectors)
Band-pass Filter 890 … 960 MHz Typical Attenuation Curves (Tuning examples)
1-cavity Band-pass Filter 725 705 Diagram II:
0 10 A
20
B 30
C
Attenuation/dB
Attenuation/dB
Diagram I: 0 2
A
4 6
B
40
8
50
10
60
12
70
14
80
16
90
18
C
20
100 -25
-20
-15
-10
-5
f0
+5
+10
+15
+20
-2.5
+25
-2.0
-1.5
-1.0
-0.5
f0
+0.5 +1.0
+1.5 +2.0
+2.5
Frequency/MHz
Frequency/MHz
2-cavity Band-pass Filter 730 312 Diagram II: Attenuation/dB
Attenuation/dB
Diagram I: 0 10 20 30 40
0 2 4
A
6 8
A
10
50 B
60
12
C
70
14
80
16
90
18
B C
20
100 -25
-20
-15
-10
-5
f0
+5
+10
+15
+20
-2.5
+25
-2.0
-1.5
-1.0
-0.5
f0
+0.5 +1.0
+1.5 +2.0
+2.5
Frequency/MHz
Frequency/MHz
3-cavity Band-pass Filter 728 055 Diagram II: Attenuation/dB
Attenuation/dB
Diagram I: 0 10 20 30
0 2 4
A
6
40
8
50
10 12
60 A
14
70
16
80 90 100 -25
-20
-15
-10
-5
f0
+5
+10
+15
+20
Frequency/MHz y
B
18
C +25
20 -2.5
C -2.0
-1.5
-1.0
-0.5
f0
+0.5 +1.0
B +1.5 +2.0
+2.5
Frequency/MHz
23
Band-stop Filter 890 … 960 MHz
The Band-stop Filter is used when individual frequencies are to be attenuated. It is particularly suitable for laboratory test purposes, because of its ease of tuning. It can be used: – to attenuate interfering signals, – to increase the isolation between a transmitter and a receiver, – to suppress intermodulation products. Design and construction: The Band-stop Filter consists of capacitively shortened h/4 coaxial resonators. The resonators of the multicavity band-stop filter are interconnected by cables of h/4 length. The stop band frequency and the stop band attenuation are tunable.
725 704
Filter characteristics: Narrow stop band with high stop band attenuation, low insertion loss outside the stop band range. Tuning: The Band-stop Filter is tuned to the desired stop band frequency and stop band attenuation at the factory. When ordering please specify stop band frequency and stop band attenuation. The Band-stop Filter can also be tuned on site following the instructions provided. The resonators of the 2-cavity or 3-cavity Bandstop Filters can be tuned independently. In this way, 2 or 3 different interfering signals can be suppressed or one single interfering signal can be especially attenuated.
727 381
Technical Data Type No.
725 704
727 380
727 381
1-cavity Band-stop Filter
2-cavity Band-stop Filter
3-cavity Band-stop Filter
0 … 25 dB, tunable
0 … 50 dB, tunable
Frequency range Stop band attenuation
890 … 960 MHz
Impedance
50
Input power
< 100 W (Insertion loss < 0.5 dB)
Temperature range
+10 … +40 °C
Connectors
N female
Application
Indoor
Mounting Weight Packing size Dimensions (w x h x d)
24
0 … 75 dB, tunable
With 4 screws (max. 6 mm diameter) 2.0 kg
4.5 kg
6.5 kg
Approx. 130 x 160 x 240 mm 115 x 124 x max. 210 mm (including connectors)
Approx. 430 x 160 x 335 mm Max. 405 x 137 x 260 mm (including connectors)
Approx. 430 x 160 x 335 mm Max. 405 x 137 x 260 mm (including connectors)
Band-stop Filter 890 … 960 MHz Typical Attenuation Curves (Tuning examples)
1-cavity Band-stop Filter 725 704 Diagram II:
0
Attenuation/dB
Attenuation/dB
Diagram I: 10 20 30
0 0.5 1.0 1.5
40
2.0
50
2.5
60
3.0
70
3.5
80
4.0
90
4.5
100
5.0
-10
-8
-6
-4
-2
f0
+2
+4
+6
+8
+10
-10
-8
-6
-4
-2
f0
Frequency/MHz
+2
+4
+6
+8
+10
+8
+10
Frequency/MHz
2-cavity Band-stop Filter 727 380 Diagram II:
0
Attenuation/dB
Attenuation/dB
Diagram I: 10 20 30
0 0.5 1.0 1.5
40
2.0
50
2.5
60
3.0
70
3.5
80
4.0
90
4.5
100
5.0
-10
-8
-6
-4
-2
f0
+2
+4
+6
+8
+10
-10
-8
-6
-4
-2
f0
Frequency/MHz
+2
+4
+6
Frequency/MHz
3-cavity Band-stop Filter 727 381 Diagram II:
0
Attenuation/dB
Attenuation/dB
Diagram I: 10 20 30
0 0.5 1.0 1.5
40
2.0
50
2.5
60
3.0
70
3.5
80
4.0
90
4.5
100 -10
5.0 -8
-6
-4
-2
f0
+2
+4
+6
Frequency/MHz
+8
+10
-10
-8
-6
-4
-2
f0
+2
+4
+6
+8
+10
Frequency/MHz
25
Low-pass Filter 876 – 960 MHz (GSM 900)
The Low-pass Filter is designed for use in GSM 900 systems where GSM 1800 or UMTS systems are co-sited.
• Suppression of GSM 900 spurious emissions • Improvement of GSM 900 receiving selectivity • Inline design • Suitable for indoor or outdoor applications • Wall or mast mounting • Either port 1 or 2 can be used as the input port • DC by-pass between ports 1 and 2 • External DC Stop available as an accessory
Port 1
Port 2
Typical Attenuation Curves Attenuation/dB
Diagram I 10 20 876 – 960
1710 – 1900
30 1900 – 2170 40 50 60 70 80 90
Technical Data
100 500
Pass band Insertion loss Stop band attenuation VSWR Impedance Input power Intermodulation products Temperature range Connectors Application DC/AISG transparency Port 1 ↔ Port 2 Mounting Weight Packing size Dimensions (w x h x d)
26
700
900
1100 1300 1500 1700 1900 2100 2300 2500
793 539 876 – 960 MHz < 0.15 dB (876 – 960 MHz) > 55 dB (1710 – 1900 MHz) > 62 dB (1900 – 2170 MHz) < 1.2 (876 – 960 MHz) 50 < 300 W < –160 dBc (3rd order; with 2 x 20 W) –40 … +60 °C Port 1: 7-16 male Port 2: 7-16 female Indoor or outdoor (IP 66) By-pass (max. 2500 mA) Wall mounting: With 2 screws (max. 6 mm diameter) Mast mounting: With additional clamp set 0.75 kg 240 mm x 110 mm x 100 mm 184 mm x 57 mm x 75 mm (including mounting bracket)
Frequency/MHz
Diagram II Attenuation/dB
Type No.
0 0.1 0.2 876 – 960
0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0 800
820
840
860
880
900
920
940
960
980 1000
Frequency/MHz
Low-pass Filter 876 – 960 MHz (GSM 900)
Accessories (order separately) Type No.
Clamp set suitable for mast diameter of
736 801
34 – 60 mm
736 802
60 – 80 mm
736 803
80 – 100 mm
736 804
100 – 120 mm
736 805
120 – 140 mm
Type No.
Description
793 301
DC Stop
Clamp Set
DC stop
Port 1
Port 2
27
Band-pass Filter 1710 – 1785 MHz
The Band-pass Filter is suitable for use as a receiving or transmitting filter for one or several receiving or transmitting channels. It can be used: – to improve the input selectivity of receivers and amplifiers, – to increase the isolation of transmitters whose respective antennas are mounted close together, – to suppress noise sidebands and intermodulation products, – as a duplexer component. Design and construction: The Band-pass Filter consists of 10 high Q resonators. Filter characteristics: Broad pass band range with low insertion loss, high stop band attenuation, steepened filter curve through additional stop poles.
Technical Data Type No.
791 946
Pass band
1710 – 1785 MHz
Insertion loss Stop band attenuation VSWR
< 1.3 dB > 70 dB (1805 – 1880 MHz) < 1.4 (1710 – 1785 MHz)
Impedance
50
Input power
< 35 W
Temperature range Connectors Application Mounting Weight Packing size Dimensions (w x h x d)
28
–10 … +55 °C SMA female Indoor With 3 screws (max. 3 mm diameter) 0.51 kg Approx. 195 mm x 85 mm x 250 mm 94 mm x 30 mm x 150 mm (including connectors and mounting feet)
Band-pass Filter 1710 – 1785 MHz Typical Attenuation Curves
791 946 Attenuation/dB
Diagram I: 0 10 20 30 40 50 60 70 80 90 100 1497.5 1547.5 1597.5 1647.5 1697.5 1747.5 1797.5 1847.5 1897.5 1947.5 1997.5
Frequency/MHz
Attenuation/dB
Diagram II: 0 10 20
1710 – 1785 30 40 50 60 70 80 90 100 1647.5 1667.5 1687.5 1707.5 1727.5 1747.5 1767.5 1787.5 1807.5 1827.5 1847.5
Frequency/MHz
Attenuation/dB
Diagram III: 0 0.5 1.0
1710 – 1785 1.5 2.0 2.5 3.0 3.5 4.0 4.5 5.0 1697.5 1707.5 1717.5 1727.5 1737.5 1747.5 1757.5 1767.5 1777.5 1787.5 1797.5
Frequency/MHz
29
Band-pass Filter 1710 – 1880 MHz (GSM 1800)
The Band-pass Filter is designed for use in GSM 1800 systems where UMTS or GSM 900 systems are co-sited.
• • • • • • • • •
Suppression of GSM 1800 spurious emissions Improvement of GSM 1800 receiving selectivity Inline design Suitable for indoor or outdoor applications Wall or mast mounting Either port 1 or 2 can be used as the input port Built-in lightning protection DC by-pass between ports 1 and 2 External DC Stop available as an accessory
Port 2
Port 1
Typical Attenuation Curves Attenuation/dB
Diagram I 0 10 20 1710 – 1880
1920 – 2170
30 40 50 1900 – 1920
60 70 80 90
Technical Data
100
Pass band Insertion loss Stop band attenuation VSWR Impedance Input power Intermodulation products Temperature range Connectors Application DC/AISG transparency Port 1 ↔ Port 2 Lightning protection Mounting Weight Packing size Dimensions (w x h x d)
30
793 540 1710 – 1880 MHz < 0.3 dB (1710 – 1880 MHz) > 80 dB (800 – 960 MHz) > 28 dB (1900 – 1920 MHz) > 58 dB (1920 – 2170 MHz) < 1.2 (1710 – 1880 MHz) 50 < 500 W < –160 dBc (3rd order; with 2 x 20 W) –40 … +60 °C 7-16 female Indoor or outdoor (IP 66) By-pass (max. 2500 mA) 3 kA, 10/350 +s pulse Wall mounting: With 4 screws (max. 8 mm diameter) Mast mounting: With additional clamp set 2.2 kg 260 mm x 250 mm x 110 mm 210 mm x 253 mm x 49 mm (including mounting brackets)
1400
1500
1600
1700
1800
1900
2000
2100
2200
2300 2400
Frequency/MHz
Diagram II Attenuation/dB
Type No.
0 0.5 1.0 1710 – 1880
1.5 2.0 2.5 3.0 3.5 4.0 4.5 5.0 1400
1500
1600
1700
1800
1900
2000
2100
2200
2300 2400
Frequency/MHz
Band-pass Filter 1710 – 1880 MHz (GSM 1800)
Accessories (order separately) Type No.
Clamp set suitable for mast diameter of
734 360
34 – 60 mm
734 361
60 – 80 mm
734 362
80 – 100 mm
734 363
100 – 120 mm
734 364
120 – 140 mm
734 365
45 – 125 mm
Type No.
Description
793 301
DC Stop
Clamp Set
DC stop
Port 1
Port 2
31
Band-stop Filter 1800 … 2000 MHz
The Band-stop Filter is used when individual frequencies are to be attenuated. Due to its easy tuning it is particularly suitable for laboratory test purposes.
54
191
Tuning screws 1 ... 3
130
It can be used for: – attenuating interfering signals, – increasing the isolation between a transmitter and a receiver, – suppressing intermodulation products.
18.7
Design and construction: The Band-stop Filter is built up of three h/4 coaxial resonators. 28
33.5
Filter characteristics: Narrow stop band with high stop band attenuation, low insertion loss outside of the stop band. Tuning: The Band-stop Filter is factory-tuned to the indicated stop band frequency. Tuning can also be effected on site: For frequency increase/ decrease only three self-locking tuning screws have to be turned clockwise/counter-clockwise (with a hex socket wrench of width 1.5 mm). Since all three resonators can be tuned independently, two or three separate interfering signals can be attenuated or one single interfering signal can be suppressed with very high attenuation by superposing the stop poles. Please indicate stop band frequency and stop band bandwidth when ordering.
Technical Data
792 219
Type No.
3-cavity Band-stop Filter Frequency range
1800 … 2000 MHz Tuning examples f0 = 1800 MHz f0 = 1900 MHz f0 = 2000 MHz
Stop band attenuation at a stop band bandwidth of: at f0 ±0.5 MHz at f0 ±0.2 MHz at f0 ±0.1 MHz
> 45 dB > 50 dB > 55 dB
> 50 dB > 55 dB > 60 dB
> 55 dB > 60 dB > 65 dB
Impedance
50
Input power
< 25 W (at insertion loss < 0.5 dB)
Temperature range
+10 … +40 °C
Connectors
N female
Application Mounting
Indoor With 4 screws (max. 4 mm diameter) Mounting possible after removing of 4 plastic feet 1 kg
Weight Packing size Dimensions (w x h x d)
32
Approx. 200 mm x 150 mm x 75 mm 191 mm x 54 mm x 149 mm (including connectors)
124
Band-stop Filter 1800 … 2000 MHz Typical Attenuation Curves (Tuning examples)
792 219 Attenuation/dB
f0 = 1800 MHz 0 10 20 30 40 50 60 70 80 90 100 -10
-8
-6
-4
-2
f0
+2
+4
+6
+8
+10
+8
+10
+8
+10
Frequency/MHz
Attenuation/dB
f0 = 1900 MHz 0 10 20 30 40 50 60 70 80 90 100 -10
-8
-6
-4
-2
f0
+2
+4
+6
Frequency/MHz
Attenuation/dB
f0 = 2000 MHz 0 10 20 30 40 50 60 70 80 90 100 -10
-8
-6
-4
-2
f0
+2
+4
+6
Frequency/MHz
33
Band-pass Filter 1800 … 2000 MHz
The Band-pass Filter can be used if several frequencies outside of a narrow pass band are to be attenuated. Due to its easy tuning it is particularly suitable for laboratory test purposes. It can be used: – to improve the input selectivity of receivers or amplifiers, – to increase the isolation of transmitters whose respective antennas are mounted close together, – to suppress noise sidebands and intermodulation products, – as a combiner component. Design and construction: The Band-pass Filter consists of two capacitively coupled h/4 coaxial resonators mounted on a stable mounting plate. Filter characteristics: Narrow pass band with low insertion loss, high stop band attenuation outside of the pass band. Tuning: The Band-pass Filter is factory-tuned to the indicated pass band center frequency f0 with a bandwidth of f0 ±1.75 MHz. Tuning can also be effected by the customer, following the instructions provided. Please indicate pass band center frequency f0 when ordering.
Technical Data
791 398
Type No.
2-cavity Band-pass Filter Frequency range
1800 … 2000 MHz Tuning examples f0 = 1800 MHz f0 = 1900 MHz f0 = 2000 MHz
Insertion loss at f0 … f0 ±1.75 MHz Stop band attenuation at f0 ±10 MHz at f0 ±15 MHz at f0 ±20 MHz at f0 ±25 MHz VSWR (input) at f0 … f0 ±1.75 MHz Impedance Input power Temperature range Connectors Application
< 1.2 dB
< 0.9 dB
< 0.8 dB
> > > >
> > > >
> > > >
16 24 29 33
dB dB dB dB
< 1.6
13 20 25 29
dB dB dB dB
< 1.35
9 15 20 24
dB dB dB dB
< 1.3
50 < 15 W 0 … +50 °C N female Indoor
Mounting Weight
With 4 screws (max. 4 mm diameter) 0.6 kg
Packing size Dimensions (w x h x d)
Approx. 160 mm x 90 mm x 210 mm 130 mm x 58 mm x 170 mm (including mounting plate)
34
Band-pass Filter 1800 … 2000 MHz Typical Attenuation Curves (Tuning examples)
791 398 Attenuation/dB
f0 = 1800 MHz 0 5 10 15 20 25 30 35 40 45 50 -50
-40
-30
- 20
-10
f0
+10
+20
+30
+40
+50
Frequency/MHz
Attenuation/dB
f0 = 1900 MHz 0 5 10 15 20 25 30 35 40 45 50 -50
-40
-30
-20
-10
f0
+10
+20
+30
+40
+50
+40
+50
Frequency/MHz
Attenuation/dB
f0 = 2000 MHz 0 5 10 15 20 25 30 35 40 45 50 -50
-40
-30
-20
-10
f0
+10
+20
+30
Frequency/MHz
35
Band-stop Filter 1550 … 1700 / 1700 … 1900 MHz
The Band-stop Filter is used when individual frequencies are to be attenuated. Due to its easy tuning it is particularly suitable for laboratory test purposes. It can be used: – to attenuate interfering signals, – to increase the isolation between a transmitter and a receiver, – to suppress intermodulation products. Design and construction: The Band-stop Filter consists of two h/4 coaxial resonators mounted on a stable mounting plate. Filter characteristics: Narrow stop band with high stop band attenuation, low insertion loss outside of the stop band. 791 397 Tuning: The Band-stop Filter is factory-tuned to the indicated stop band frequency. Tuning can also be effected on site following the instructions provided. Since both resonators can be tuned independently, two separate interfering signals can be attentuated or one interfering signal can be suppressed with very high attentuation. Please indicate stop band frequency f0 and stop band bandwidth when ordering.
Technical Data
791 594
791 397
2-cavity Band-stop Filter
2-cavity Band-stop Filter
1550 … 1700 MHz Tuning examples
1700 … 1900 MHz Tuning examples
Type No. Frequency range f0 = 1550 MHz
f0 = 1625 MHz
f0 = 1700 MHz
f0 = 1700 MHz
f0 = 1800 MHz
f0 = 1900 MHz
> 24 dB > 33 dB > 37 dB
> 28 dB > 37 dB > 40 dB
> 30 dB > 39 dB > 45 dB
> 22 dB > 31 dB > 34 dB
> 25 dB > 36 dB > 40 dB
> 33 dB > 45 dB > 50 dB
Stop band attenuation when tuning to a stop band bandwidth of:
f0 ±0.5 MHz f0 ±0.2 MHz f0 ±0.1 MHz Impedance
50
Input power
< 15 W (at insertion loss of < 0.5 dB)
Temperature range Connectors Application Mounting Weight Packing size Dimensions (w x h x d)
36
0 … +50 °C N female Indoor With 4 screws (max. 4 mm diameter) 0.8 kg Approx. 160 mm x 90 mm x 210 mm 130 mm x 72 mm x 170 mm (including mounting plate)
Band-stop Filter 1550 … 1700 / 1700 … 1900 MHz Typical Attenuation Curves (Tuning examples)
791 594
791 397 f0 = 1700 MHz Attenuation/dB
Attenuation/dB
f0 = 1550 MHz 0 5 10 15
0 5 10 15
20
20
25
25
30
30
35
35
40
40
45
45
50
50 -10
-8
-6
-4
-2
f0
+2
+4
+6
+8
+10
-10
-8
-6
-4
-2
f0
Frequency/MHz
+4
+6
+8
+10
+8
+10
+8
+10
f0 = 1800 MHz
0
Attenuation/dB
Attenuation/dB
f0 = 1625 MHz 5 10 15
0 5 10 15
20
20
25
25
30
30
35
35
40
40
45
45
50
50 -10
-8
-6
-4
-2
f0
+2
+4
+6
+8
+10
-10
-8
-6
-4
-2
f0
Frequency/MHz
+2
+4
+6
Frequency/MHz
f0 = 1700 MHz
f0 = 1900 MHz
0
Attenuation/dB
Attenuation/dB
+2
Frequency/MHz
5 10 15
0 5 10 15
20
20
25
25
30
30
35
35
40
40
45
45
50
50 -10
-8
-6
-4
-2
f0
+2
+4
+6
Frequency/MHz
+8
+10
-10
-8
-6
-4
-2
f0
+2
+4
+6
Frequency/MHz
37
38
Duplexers
Duplexers
39
40
Summary of Articles
Duplexers: Description
Type No.
Duplexer
782 10168
Duplexer Duplexer Duplexer Duplexer Duplexer Duplexer Duplexer Duplexer Duplexer Duplexer Duplexer Duplexer Duplexer Duplexer Duplexer Duplexer Duplexer Duplexer Duplexer Duplexer Duplexer
782 10169 782 10170 782 10171 782 10172 782 10215 782 10216 782 10257 782 10265 793 004 793 005 782 10164 782 10165 782 10161 782 10162 782 10167 792 542 782 10415 792 544 782 10192 782 10193 793 538
Frequency range
Max. input power
Page
Low band: High band:
824 – 835 MHz 869 – 880 MHz
400 W
42, 43
Low band: High band:
824 – 835 MHz 869 – 880 MHz
400 W
42, 43
Low band: High band:
824 – 835 MHz 869 – 880 MHz
400 W
42, 43
Low band: High band:
835 – 851 MHz 880 – 896 MHz
400 W
42, 43
Low band: High band:
835 – 851 MHz 880 – 896 MHz
400 W
42, 43
Low band: High band:
824 – 851 MHz 869 – 896 MHz
400 W
44, 45
Low band: High band:
824 – 851 MHz 869 – 896 MHz
400 W
44, 45
Low band: 824 – 846.5 MHz High band: 869 – 891.5 MHz
400 W
44, 45
Low band: 824 – 846.5 MHz High band: 869 – 891.5 MHz
800 W
44, 45
Low band: High band:
876 – 880 MHz 921 – 925 MHz
250 W 250 W
46, 47
Low band: High band:
876 – 880 MHz 921 – 925 MHz
250 W 250 W
46, 47
Low band: High band:
890 – 915 MHz 935 – 960 MHz
500 W
48, 49
Low band: High band:
890 – 915 MHz 935 – 960 MHz
500 W
48, 49
Low band: High band:
890 – 915 MHz 935 – 960 MHz
500 W
48, 49
Low band: High band:
890 – 915 MHz 935 – 960 MHz
500 W
48, 49
Low band: High band:
880 – 915 MHz 925 – 960 MHz
250 W 250 W
50
Low band: 1710 – 1785 MHz High band: 1805 – 1880 MHz
150 W 150 W
51
Low band: 1710 – 1785 MHz High band: 1805 – 1880 MHz
150 W 150 W
51
Low band: 1850 – 1910 MHz High band: 1930 – 1990 MHz
300 W 300 W
52
Low band: 1920 – 1980 MHz High band: 2110 – 2170 MHz
250 W 250 W
53
Low band: 1920 – 1980 MHz High band: 2110 – 2170 MHz
250 W 250 W
53
Low band: 1920 – 2060 MHz High band: 2110 – 2170 MHz
50 W 150 W
54
41
Duplexer 824 – 835 / 869 – 880 MHz (AMPS A-Band) 835 – 851 / 880 – 896 MHz (AMPS B-Band) The Duplexer is designed to combine/split GMS Tx and Rx signals onto/from one common Tx/Rx antenna in order to save feeder cable and antenna costs. • • •
78210168: AMPS A-Band, indoor version
• •
78210171: AMPS B-Band, indoor version
782 10168 782 10171 (indoor)
78210169: AMPS A-Band, outdoor version 78210170: AMPS A-Band, indoor version mounted onto a 19˝ drawer
Low band
Antenna
High band
78210172: AMPS B-Band, outdoor version
782 10169 782 10172 (outdoor)
Low band
Low band Low band
Antenna Antenna
Antenna
High band
High band High band
782 10170 (19˝ drawer)
Technical Data Type No. Pass band Low band High band Insertion loss Antenna → Low band High band → Antenna Isolation Low band ↔ High band VSWR Impedance Input power Intermodulation products Temperature range Connectors Application Special features Mounting
Weight Packing size Dimensions (w x h x d)
42
782 10168 782 10169 782 10170
782 10171
782 10172
AMPS A-Band
AMPS B-Band
824 – 835 MHz 869 – 880 MHz
835 – 851 MHz 880 – 896 MHz
< 0.5 dB (824 – 835 MHz) < 0.5 dB (869 – 880 MHz)
< 0.5 dB (835 – 851 MHz) < 0.5 dB (880 – 896 MHz)
> 85 dB (824 – 835 / 869 – 880 MHz) > 85 dB (835 – 851 / 880 – 896 MHz) < 1.25 (824 – 835 / 869 – 880 MHz) < 1.25 (835 – 851 / 880 – 896 MHz) 50 50 < 400 W (high band; with max. 8 carriers) < 400 W (high band; with max. 12 carriers) < –160 dBc (3rd order; with 2 x 20 W) < –160 dBc (3rd order; with 2 x 20 W) –20 ... +55 °C –40 ... +60 °C –20 ... +55 °C –20 ... +55 °C –40 ... +60 °C 7-16 female 7-16 female Indoor Outdoor (IP 66) Indoor, 19˝ drawer Indoor Outdoor (IP 66) Built-in DC stop between all ports Built-in DC stop between all ports With 4 screws Wall mounting With 4 screws With 4 screws Wall mounting with 4 screws (max. 4 mm diameter) with 4 screws (max. 6 mm diameter) (max. 4 mm diameter) (max. 8 mm diameter) (max. 8 mm diameter) Mast mounting with Mast mounting with additional clamp set additional clamp set 2.8 kg 5.5 kg 3.7 kg 2.8 kg 5.5 kg 309 x 162 x 252 mm 347 x 297 x 174 mm 612 x 312 x 224 mm 309 x 162 x 252 mm 347 x 297 x 174 mm 229 x 80 x 170 mm 238 x 305 x 93.5 mm 19˝ drawer, 2 229 x 80 x 170 mm 238 x 305 x 93.5 mm height units, plug- (including connectors and (including mounting feet) in depth 170 mm mounting feet)
Duplexer 824 – 835 / 869 – 880 MHz (AMPS A-Band) 835 – 851 / 880 – 896 MHz (AMPS B-Band) Accessories (order separately) Type No.
Clamp set suitable for mast diameter of
734 360
34 – 60 mm
734 361
60 – 80 mm
734 362
80 – 100 mm
734 363
100 – 120 mm
734 364
120 – 140 mm
734 365
45 – 125 mm
Clamp Set
Typical Attenuation Curves (782 10168, 782 10169, 782 10170) Diagram I
Diagram II High band → Antenna
Antenna → Low band
0
Attenuation/dB
Attenuation/dB
Antenna → Low band
10 20 824 – 835
869 – 880
30
0.5 1.0 824 – 835 1.5
40
2.0
50
2.5
60
3.0
70
3.5
80
4.0
90
4.5
100 802
High band → Antenna
0
5.0 812
822
832
842
852
862
872
882
892
902
802
812
822
832
842
852
Frequency/MHz
862
872
882
892
902
Frequency/MHz
Typical Attenuation Curves (782 10171, 782 10172) Diagram II Antenna → Low band
High band → Antenna
0
Attenuation/dB
Attenuation/dB
Diagram I Antenna → Low band
10 20 880 – 896
835 – 851 30
0.5 1.0 835 – 851 1.5
40
2.0
50
2.5
60
3.0
70
3.5
80
4.0
90
4.5
100 815
825
835
845
855
865
875
885
895
905
Frequency/MHz
915
High band → Antenna
0
5.0 815
825
835
845
855
865
875
885
895
905
915
Frequency/MHz
43
Duplexer 824 – 851 / 869 – 896 MHz (AMPS A/B-Band) 824 – 846.5 / 869 – 891.5 MHz (AMPS A/B-Band) 782 10215 782 10257
134 148
ø4 .3
229 219
169.6
The Duplexer is designed to combine/split AMPS Tx and Rx signals onto/from one common Tx/Rx antenna in order to save feeder cable and antenna costs.
• Suitable for indoor application • Built-in DC stop
50
27.5
91.5
59.5
max. 80
206
High Band ø4 .3
Low Band Antenna 229 219
175.4
134 148
782 10216
782 10215, 782 10257
50
27.5
91.5
59.5 206
max. 80
Low Band Antenna
782 10265
High Band
ø4 .3
229 219
170
134 148
782 10216
71.5 max. 112
27.5
91.5
59.5 206
Low Band Antenna
High Band
Technical Data Type No. Pass band Low band High band Insertion loss Antenna → Low band High band → Antenna Isolation Low band ↔ High band VSWR Impedance Input power
782 10215
782 10216
782 10265
AMPS A/B-Band (reduced bandwidth)
824 – 851 MHz 869 – 896 MHz
824 – 846.5 MHz 869 – 891.5 MHz
< 0.5 dB (824 – 851 MHz) < 0.5 dB (869 – 896 MHz)
< 0.5 dB (824 – 846.5 MHz) < 0.5 dB (869 – 891.5 MHz)
> 65 dB (824 – 851 / 869 – 896 MHz)
> 70 dB (824 – 846.5 / 869 – 891.5 MHz)
< 1.25 (824 – 851 / 869 – 896 MHz) 50 < 400 W (high band; with max. 16 carriers)
< 1.25 (824 – 846.5 / 869 – 891.5 MHz) 50 < 400 W (high band; < 800 W (high band; with max. 16 carriers) with max. 32 carriers) < –160 dBc (3rd order; with 2 x 20 W) –20 ... +55 °C
Intermodulation products Temperature range
< –160 dBc (3rd order; with 2 x 20 W) –20 ... +55 °C
Connectors Application Special features Mounting Weight Packing size Dimensions (w x h x d)
7-16 female
44
782 10257
AMPS A/B-Band
N female Indoor Built-in DC stop between all ports With 4 screws (max. 4 mm diameter) 2.6 kg 309 x 252 x 162 mm 229 x 80 x 170 mm 229 x 80 x 175.4 mm (including connectors and mounting feet)
7-16 female Indoor Built-in DC stop between all ports With 4 screws (max. 4 mm diameter) 2.6 kg Approx. 3 kg 309 x 252 x 162 mm 309 x 252 x 162 mm 229 x 80 x 170 mm 229 x 112 x 170 mm (including connectors and mounting feet)
Duplexer 824 – 851 / 869 – 896 MHz (AMPS A/B-Band) 824 – 846.5 / 869 – 891.5 MHz (AMPS A/B-Band) Typical Attenuation Curves (782 10215, 782 10216) Diagram II
Diagram I High band → Antenna
Antenna → Low band
0
Attenuation/dB
Attenuation/dB
Antenna → Low band
10 20 824 – 851
869 – 896
30
0.5 1.0 824 – 851
2.0
50
2.5
60
3.0
70
3.5
80
4.0
90
4.5
820
830
840
850
860
870
880
890
900
5.0 810
910
869 – 896
1.5
40
100 810
High band → Antenna
0
820
830
840
850
860
Frequency/MHz
870
880
890
900
910
Frequency/MHz
Typical Attenuation Curves (782 10257) Diagram II
Diagram I High band → Antenna
Antenna → Low band
Attenuation/dB
Attenuation/dB
Antenna → Low band 0 10 20 824 – 846.5
869 – 891.5
30
0.5 1.0 824 – 846.5
2.0
50
2.5
60
3.0
70
3.5
80
4.0
90
4.5
820
830
840
850
860
870
880
890
900
5.0 810
910
869 – 891.5
1.5
40
100 810
High band → Antenna
0
820
830
840
850
860
Frequency/MHz
870
880
890
900
910
Frequency/MHz
Typical Attenuation Curves (782 10265) Diagram II
Diagram I High band → Antenna
Antenna → Low band
Attenuation/dB
Attenuation/dB
Antenna → Low band 0 10 20 824 – 846.5
869 – 891.5
30
0.5 1.0 824 – 846.5
2.0
50
2.5
60
3.0
70
3.5
80
4.0
90
4.5
820
830
840
850
860
870
880
890
900
Frequency/MHz
910
869 – 891.5
1.5
40
100 810
High band → Antenna
0
5.0 810
820
830
840
850
860
870
880
890
900
910
Frequency/MHz
45
Duplexer 876 – 880 / 921 – 925 MHz (GSM-R)
The Duplexer is designed to combine/split GSM-R Tx and Rx signals onto/from one common Tx/Rx antenna in order to save feeder cable and antenna costs.
• Suitable for indoor applications • Built-in DC stop
793 004
793 005
793 005
793 004 229 219
27.5
59.5
91.5
Low Band
Antenna
High Band
Technical Data Type No. Pass band Low band High band Insertion loss Antenna → Low band High band → Antenna Isolation Low band ↔ High band
VSWR Impedance Input power Intermodulation products Temperature range Connectors Application Special features Mounting Weight Packing size Dimensions (w x h x d)
46
793 004
793 005
876 – 880 MHz 921 – 925 MHz < 0.4 dB (876 – 880 MHz) < 0.4 dB (921 – 925 MHz) > 85 dB (876 – 880 MHz) > 80 dB (880 – 921 MHz) > 85 dB (921 – 925 MHz) < 1.25 (876 – 880 / 921 – 925 MHz) 50 < 250 W (low band or high band) < –160 dBc (3rd order; with 2 x 20 W) –20 ... +55 °C 7-16 female
134 148 50 max. 80
206
N female Indoor Built-in DC stop between all ports With 4 screws (max. 4 mm diameter) 2.6 kg 309 mm x 162 mm x 252 mm 229 x 80 x 169.6 mm 229 x 80 x 175.4 mm (including connectors and mounting feet)
.3 ø4
175.4
134 148
169.6
50 max. 80
229 219
.3 ø4
27.5
59.5
91.5 206
Low Band
Antenna
High Band
Duplexer 876 – 880 / 921 – 925 MHz (GSM-R) Typical Attenuation Curves
793 004, 793 005 Diagram I
Attenuation/dB
Antenna → Low band
High band → Antenna
0 10 20 876 – 880
921 – 925
30 40 50 60 70 80 90 100 850
860
870
880
890
900
910
920
930
940
950
Frequency/MHz
Diagram II
Attenuation/dB
Antenna → Low band
High band → Antenna
0 0.5 1.0 876 – 880
921 – 925
1.5 2.0 2.5 3.0 3.5 4.0 4.5 5.0 850
860
870
880
890
900
910
920
930
940
950
Frequency/MHz
47
Duplexer 890 – 915 / 935 – 960 MHz (GSM) The Duplexer is designed to combine/split GSM Tx and Rx signals onto/from one common Tx/Rx antenna in order to save feeder cable and antenna costs. 782 10164: Indoor version with 7-16 female connectors 782 10164 (indoor)
782 10165: Indoor version with 7-16/N female connectors
782 10162 (outdoor)
782 10161: Indoor version with 7-16 female connectors mounted onto a 19˝ drawer 782 10162: Outdoor version with 7-16 female connectors
782 10161 (19˝ drawer)
Typical Attenuation Curves Diagram I
Diagram II High band → Antenna
Antenna → Low band
0
Attenuation/dB
Attenuation/dB
Antenna → Low band 10 20
935 – 960
890 – 915 30
0.5 1.0 890 – 915 1.5
40
2.0
50
2.5
60
3.0
70
3.5
80
4.0
90
4.5
100 875
High band → Antenna
0
5.0 885
895
905
915
925
935
945
955
965
975
875
885
895
905
915
Frequency/MHz
925
935
945
955
965
975
Frequency/MHz
Technical Data Type No. Pass band Low band High band Insertion loss Antenna → Low band High band → Antenna Isolation Low band ↔ High band VSWR Impedance Input power Intermodulation products Temperature range Connectors Low band High band Antenna Application Special features Mounting
Weight Packing size Dimensions (w x h x d)
48
782 10164
782 10165
782 10161
782 10162
890 – 915 MHz 935 – 960 MHz < 0.5 dB (890 – 915 MHz) < 0.5 dB (935 – 960 MHz) > 70 dB (890 – 915 / 935 – 960 MHz) < 1.25 (890 – 915 / 935 – 960 MHz) 50 < 500 W (high band; with max. 16 carriers) < –160 dBc (3rd order; with 2 x 20 W) –20 ... +55 °C 7-16 female 7-16 female 7-16 female Indoor
N female 7-16 female 7-16 female 7-16 female 7-16 female 7-16 female Indoor Indoor, 19˝ drawer Built-in DC stop between all ports With 4 screws With 4 screws (max. 4 mm diameter) (max. 6 mm diameter)
2.6 kg 309 mm x 162 mm x 252 mm 228.6 mm x 80 mm x 169.6 mm (including connectors and mounting feet)
3.5 kg 612 mm x 312 mm x 224 mm 19˝ drawer, 2 height units, plug-in depth 172 mm
–40 ... +60 °C 7-16 female 7-16 female 7-16 female Outdoor (IP 66) Wall mounting: With 4 screws (max. 8 mm diameter) Mast mounting: With additional clamp set 5.5 kg 347 mm x 294 mm x 174 mm 238 mm x 93.5 mm x 305 mm (including connectors and mounting brackets)
Duplexer 890 – 915 / 935 – 960 MHz (GSM)
483 465.5
Accessories (order separately)
734 361
60 – 80 mm
734 362
80 – 100 mm
734 363
100 – 120 mm
734 364
120 – 140 mm
734 365
45 – 125 mm
Antenna
84.1 88.1
76.1
High band
166
91.5
59.5
445 6
DC stop
25
34 – 60 mm
Low band
172
734 360
6
Clamp Set
Clamp set Type No. suitable for mast diameter of
782 10161 (indoor, 19˝ drawer) Low band
High band
782 10165 (indoor)
134 148
91.5
50 max. 80
206
Antenna
High band
59.5
27.5
91.5 206
Low band Antenna
Low band
High band
High band
Antenna
782 10162 (outdoor) 87
64
171 275 305
Low band
Low band Antenna
61 93.5
43.5
59.5
High band
52
59.5
175.2 169.6
134 148
169.6
27.5
229 219
ø4 .3
229 219
ø4 .3
782 10164 (indoor)
50 max. 80
Antenna
91.5 238
49
Duplexer 880 – 915 / 925 – 960 MHz (EGSM)
The Duplexer is designed to combine/split EGSM Tx and Rx signals onto/from one common Tx/Rx antenna in order to save feeder cable and antenna costs.
• Suitable for indoor applications • Built-in DC Stop
Typical Attenuation Curves Diagram I
Low band
Antenna
High band
Attenuation/dB
Antenna → Low band
High band → Antenna
0 10 20 880 – 915
925 – 960
30 40 50 60
Technical Data
Pass band Low band High band Insertion loss Antenna → Low band High band → Antenna Isolation Low band ↔ High band VSWR
782 10167
80
880 – 915 MHz 925 – 960 MHz
100 870
90
< 0.9 dB (880 – 915 MHz) < 0.9 dB (925 – 960 MHz) > 75 dB (880 – 915 / 925 – 960 MHz) < 1.25 (880 – 915 / 925 – 960 MHz)
Impedance
50
Input power
< 250 W (low band or high band)
Intermodulation products Temperature range
Special features Mounting Weight Packing size Dimensions (w x h x d)
50
Built-in DC stop between all ports With 4 screws (max. 4 mm diameter) 4.6 kg 347 mm x 297 mm x 174 mm 229 mm x 81 mm x 260 mm (including connectors and mounting feet)
920
930
940
950
960
970
High band → Antenna
0.5 1.0 880 – 915
925 – 960
1.5
2.5
Indoor
910
Antenna → Low band
2.0
Application
900
0
–20 … +55 °C 7-16 female
890
Diagram II
< –160 dBc (3rd order; with 2 x 20 W)
Connectors
880
Frequency/MHz
Attenuation/dB
Type No.
70
3.0 3.5 4.0 4.5 5.0 870
880
890
900
910
920
930
940
950
960
Frequency/MHz
970
Duplexer 1710 – 1785 / 1805 – 1880 MHz (GSM 1800)
The Duplexer is designed to combine/split GSM 1800 Tx and Rx signals onto/from one common Tx/Rx antenna in order to save feeder cable and antenna costs.
• Suitable for indoor applications • Built-in DC stop 792 542
782 10415
Low band
Antenna
High band
Low Band
Antenna
High Band
Typical Attenuation Curves Diagram I Attenuation/dB
Antenna → Low band
High band → Antenna
0 10 20 1805 – 1880
1710 – 1785 30 40 50 60
Technical Data
Pass band Low band High band Insertion loss Antenna → Low band High band → Antenna Isolation Low band ↔ High band VSWR Impedance Input power Intermodulation products Temperature range Connectors Application Special features Mounting Weight Packing size Dimensions (w x h x d)
792 542
782 10415
80 90
1710 – 1785 MHz 1805 – 1880 MHz
100 1695 1715 1735 1755 1775 1795
1815 1835
1855 1875 1895
Frequency/MHz
< 0.7 dB (1710 – 1785 MHz) < 0.7 dB (1805 – 1880 MHz) > 65 dB (1710 – 1785 / 1805 – 1880 MHz) < 1.25 (1710 – 1785 / 1805 – 1880 MHz) 50 < 150 W (low band or high band) < –160 dBc (3rd order; with 2 x 20 W) –20 ... +55 °C 7-16 female Indoor Indoor, 19˝ drawer Built-in DC stop between all ports With 4 screws With 4 screws (max. 4 mm diameter) (max. 6 mm diameter) 1.6 kg 2.6 kg 282 x 252 x 114 mm 612 x 312 x 224 mm 192 x 42.5 x 199.6 mm 19˝ drawer, 2 height units (including connectors plug-in depth 184 mm and mounting feet)
Diagram II Antenna → Low band
Attenuation/dB
Type No.
70
High band → Antenna
0 0.5 1.0 1710 – 1785 1.5 2.0 2.5 3.0 3.5 4.0 4.5 5.0 1695 1715 1735 1755 1775 1795
1815 1835
1855 1875 1895
Frequency/MHz
51
Duplexer 1850 – 1910 / 1930 – 1990 MHz (GSM 1900)
The Duplexer is designed to combine/split GSM 1900 Tx and Rx signals onto/from one common Tx/Rx antenna in order to save feeder cable and antenna costs.
• Suitable for indoor applications • Built-in DC stop
Typical Attenuation Curves Diagram I
Low Band
Antenna
High Band
Attenuation/dB
Antenna → Low band
High band → Antenna
0 10 20 1850 – 1910
1930 – 1990
30 40 50 60 70
Technical Data
Pass band Low band High band Insertion loss Antenna → Low band High band → Antenna Isolation Low band ↔ High band VSWR Impedance Input power Intermodulation products Temperature range Connectors Application Special features Mounting Weight Packing size Dimensions (w x h x d)
80
792 544
90 100 1820 1840 1860 1880 1900 1920 1940 1960 1980 2000 2020
1850 – 1910 MHz 1930 – 1990 MHz
Frequency/MHz
< 0.7 dB (1850 – 1910 MHz) < 0.7 dB (1930 – 1990 MHz) > 65 dB (1850 – 1910 / 1930 – 1990 MHz) < 1.25 (1850 – 1910 / 1930 – 1990 MHz) 50 < 300 W (low band or high band) < –160 dBc (3rd order; with 2 x 20 W) –20 ... +55 °C 7-16 female Indoor Built-in DC stop between all ports With 4 screws (max. 4 mm diameter) 1.7 kg 282 mm x 252 mm x 114 mm 192 mm x 42.5 mm x 199.6 mm (including connectors and mounting feet)
Diagram II Antenna → Low band
Attenuation/dB
Type No.
High band → Antenna
0 0.5 1.0 1850 – 1910
1930 – 1990
1.5 2.0 2.5 3.0 3.5 4.0 4.5 5.0 1820 1840 1860
1880 1900 1920 1940 1960 1980 2000 2020
Frequency/MHz
52
Duplexer 1920 – 1980 / 2110 – 2170 MHz (UMTS)
The Duplexer is designed to combine/split UMTS Tx and Rx signals onto/from one common Tx/Rx antenna in order to save feeder cable and antenna costs.
• Suitable for indoor applications • Built-in DC stop 782 10193
782 10192
Low band
Antenna
High band
Typical Attenuation Curves Diagram I Antenna → Low band
Antenna
Attenuation/dB
Low band
High band
High band → Antenna
0 10 20 2110 – 2170 217
1920 920 – 1980 198 30 40 50
Technical Data
Pass band Low band High band Insertion loss Antenna → Low band High band → Antenna Isolation Low band ↔ High band VSWR
60
782 10192
782 10193
80
1920 – 1980 MHz 2110 – 2170 MHz
> 90 dB (1920 – 1980 / 2110 – 2170 MHz) < 1.25 (1920 – 1980 / 2110 – 2170 MHz) 50
Input power
< 250 W (low band or high band)
Temperature range Connectors Application Special features Mounting Weight Packing size Dimensions (w x h x d)
90 100 1800 1850 1900 1950 2000 2050
< 0.3 dB (1920 – 1980 MHz) < 0.3 dB (2110 – 2170 MHz)
Impedance Intermodulation products
70
< –160 dBc (3rd order; with 2 x 20 W)
2200 2250 2300
Diagram II
Antenna → Low band
High band → Antenna
0 0.5 1.0 1920 – 198 80
2110 – 2170
1.5 2.0
–20 … +55 °C 7-16 female
2100 2150
Frequency/MHz
Attenuation/dB
Type No.
N female
2.5
Indoor
3.0
Built-in DC stop between all ports
3.5
With 4 screws (max. 4 mm diameter) 1.67 kg
4.0
272 mm x 237 mm x 119 mm 229 x 46 x 167.6 mm 229 x 46 x 173.4 mm (including connectors and mounting feet)
4.5 5.0 1800 1850 1900 1950 2000 2050
2100 2150
2200 2250 2300
Frequency/MHz
53
Duplexer 1920 – 2060 / 2110 – 2170 MHz (UMTS)
The Duplexer is designed to combine/split UMTS Tx and Rx signals onto/from one common Tx/Rx antenna in order to save feeder cable and antenna costs.
• Especially suitable for use in UMTS intermodulation measurement equipment due to very high isolation and intermodulation performance
• 3rd order intermodulation products measurement possible due to extended low band bandwidth
• Suitable for indoor applications • Built-in DC stop
High band Low band
Typical Attenuation Curves Diagram I Antenna → Low band
Attenuation/dB
Antenna
High band → Antenna
0 10 20 2110 – 2170
1920 – 2060 30 40 50 60
Technical Data
70 80
793 538
Type No.
90 100 1800 1850 1900 1950 2000 2050
1920 – 2060 MHz 2110 – 2170 MHz < 1.0 dB (1920 – 2060 MHz) < 1.0 dB (2110 – 2170 MHz) > 110 dB (1920 – 2060 / 2110 – 2170 MHz) < 1.25 (1920 – 2060 / 2110 – 2170 MHz) 50 < 50 W (low band) / < 150 W (high band) < –178 dBc (3rd order; with 2 x 20 W) +15 … +35 °C 7-16 female Indoor With 4 screws (M6) 2.8 kg 439 mm x 40.2 mm x 100 mm (without connectors)
Low band port = Port 1 High band port = Port 2 Antenna port = Port 3 / Common port
2100 2150
2200 2250 2300
Frequency/MHz
Diagram II Antenna → Low band
Attenuation/dB
Pass band Low band High band Insertion loss Antenna → Low band High band → Antenna Isolation Low band ↔ High band VSWR Impedance Input power Intermodulation products Temperature range Connectors Application Mounting Weight Dimensions (w x h x d)
High band → Antenna
0 0.5 1.0 1920 – 2060
2110 – 2170
1.5 2.0 2.5 3.0 3.5 4.0 4.5 5.0 1800 1850 1900 1950 2000 2050
2100 2150
2200 2250 2300
Frequency/MHz
54
Multiband Combiners
Multiband Combiners
55
Summary of Articles
Multiband Combiners: Description
Type No.
Frequency range
Max. input power
Page
Dual-Band Combiner
728 954
Band 1: Band 2:
68 – 470 MHz 870 – 970 MHz
50 W 50 W
58, 59
Dual-Band Combiner
791 145
Band 1: 50 – 1000 MHz Band 2: 1600 – 2000 MHz
100 W 50 W
60, 61
Dual-Band Combiner
782 10460
Band 1: Band 2:
50 – 470 MHz 806 – 2500 MHz
500 W 500 W
62, 63
Dual-Band Combiner
782 10341
Band 1: Band 2:
824 – 880 MHz 890 – 960 MHz
400 W 400 W
64
Dual-Band Combiner
782 10350
Band 1: Band 2:
824 – 894 MHz 907 – 960 MHz
400 W 400 W
65
Dual-Band Combiner
793 532
Band 1: 806 – 960 MHz Band 2: 1710 – 2170 MHz
250 W 200 W
66, 67
Dual-Band Combiner
793 533
Band 1: 806 – 960 MHz Band 2: 1710 – 2170 MHz
250 W 200 W
66,67
Dual-Band Combiner
782 10346
Band 1: 806 – 960 MHz Band 2: 1710 – 2170 MHz
250 W 200 W
68, 69
Dual-Band Combiner
782 10248 782 10249
Dual-Band Combiner
782 10250
Dual-Band Combiner
782 10251
Dual-Band Combiner
782 10278
Dual-Band Combiner
782 10279
Dual-Band Combiner
782 10305
Dual-Band Combiner
782 10306
Dual-Band Combiner
793 423
Dual-Band Combiner
793 424
Dual-Band Combiner
782 10243
Dual-Band Combiner
782 10244
Triple-Band Combiner
793 425
Triple-Band Combiner
793 426
Triple-Band Combiner
782 10245
Triple-Band Combiner
782 10246
Triple-Band Combiner
793 528
Triple-Band Combiner
793 529
Triple-Band Combiner
782 10298
Dual-Band Combiner
782 10264
650 W 650 W 650 W 650 W 650 W 650 W 650 W 650 W 500 W 500 W 500 W 500 W 500 W 500 W 500 W 500 W 240 W 240 W 240 W 240 W 240 W 240 W 240 W 240 W 240 W 240 W 240 W 240 W 240 W 240 W 240 W 240 W 240 W 240 W 240 W 240 W 240 W 240 W 240 W 240 W 240 W 240 W 240 W 240 W 240 W 200 W 200 W
70, 71
Dual-Band Combiner
Band 1: Band 2: Band 1: Band 2: Band 1: Band 2: Band 1: Band 2: Band 1: Band 2: Band 1: Band 2: Band 1: Band 2: Band 1: Band 2: Band 1: Band 2: Band 1: Band 2: Band 1: Band 2: Band 1: Band 2: Band 1: Band 2: Band 3: Band 1: Band 2: Band 3: Band 1: Band 2: Band 3: Band 1: Band 2: Band 3: Band 1: Band 2: Band 3: Band 1: Band 2: Band 3: Band 1: Band 2: Band 3: Band 1: Band 2:
56
806 – 960 MHz 1710 – 2170 MHz 806 – 960 MHz 1710 – 2170 MHz 806 – 960 MHz 1710 – 2170 MHz 806 – 960 MHz 1710 – 2170 MHz 806 – 1880 MHz 1920 – 2170 MHz 806 – 1880 MHz 1920 – 2170 MHz 806 – 1880 MHz 1920 – 2170 MHz 806 – 1880 MHz 1920 – 2170 MHz 1710 – 1880 MHz 1920 – 2170 MHz 1710 – 1880 MHz 1920 – 2170 MHz 1710 – 1880 MHz 1920 – 2170 MHz 1710 – 1880 MHz 1920 – 2170 MHz 880 – 960 MHz 1710 – 1880 MHz 1920 – 2170 MHz 880 – 960 MHz 1710 – 1880 MHz 1920 – 2170 MHz 880 – 960 MHz 1710 – 1880 MHz 1920 – 2170 MHz 880 – 960 MHz 1710 – 1880 MHz 1920 – 2170 MHz 806 – 960 MHz 1710 – 1880 MHz 1920 – 2170 MHz 806 – 960 MHz 1710 – 1880 MHz 1920 – 2170 MHz 806 – 960 MHz 1710 – 1880 MHz 1920 – 2170 MHz 50 – 2200 MHz 2400 – 2500 MHz
70, 71 70, 71 70, 71 72, 73 72, 73 72, 73 72, 73 74, 75 74, 75 74, 75 74, 75 76, 77
76, 77
76, 77
76, 77
78, 79
78, 79
78, 79 80
782 10264
782 10298
793 528, 793 529
782 10245, 782 10246
793 425, 793 426
782 10243, 782 10244
793 423, 793 424
782 10305, 782 10306
782 10278, 782 10279
782 10250, 782 10251
782 10248, 782 10249
782 10346
793 532, 793 533
782 10350
782 10341
782 10460
791 145
728 954
Type No.
Frequency / MHz
470
50 – 470
68 – 470
50 68
PMR 806
806 – 1880
806 – 960 50 – 2200
880 – 960
806 – 960
960
907 – 960
890 – 960
870 – 970
GSM 900
806 – 960
824 – 894
824 – 880
50 – 1000
880
AMPS / CDMA 1880 1920
1710 – 1880
1710 – 1880
1710 – 1880
UMTS
1920 – 2170
1920 – 2170
1920 – 2170
WLAN 2500
2400 – 2500
2170 2400
1920 – 2170
1710 – 2170
1710 – 2170
1600 – 2000 806 – 2500
1710
GSM 1800
Dual-Band Combiner, Triple-Band Combiner
Multiband Combiner
Co-Siting Filter Solutions for GSM and UMTS
57
Dual-Band Combiner 68 – 470 MHz
870 – 970 MHz
80 / 160 / 400 MHz
GSM 900
• Designed for inhouse multiband distribution network
Port 1
• Enables feeder sharing • DC by-pass between port 1 and port 3
Port 2
• Built-in DC stop between port 2 and port 3
18.7
12
15
32
Port 3
ø4.3
Output N coupler
40
105
111.6
Input N coupler
728 954
223
Input N coupler
229.4
Technical Data Type No. Pass band Band 1 Band 2 Insertion loss Port 1 ↔ Port 3 Port 2 ↔ Port 3 Isolation Port 1 ↔ Port 2
728 954 68 – 470 MHz 870 – 970 MHz < 0.5 dB (68 – 470 MHz) < 0.5 dB (870 – 970 MHz) > 45 dB
VSWR
< 1.2
Impedance Input power Band 1 Band 2
50
Intermodulation products Temperature range Connectors Application DC transparency Port 1 ↔ Port 3 Port 2 → Port 3 Port 3 → Port 2 Weight Packing size Dimensions (w x h x d)
58
< 50 W < 50 W < –160 dBc (2nd/3rd order; with 2 x 20 W)
Port 3
–20 ... +70 °C N female Indoor By-pass (max. 2500mA) short circuited stop 0.8 kg 285 mm x 55 mm x 125 mm 229.4 mm x 32 mm x 111.6 mm (without connectors)
Port 1
Port 2
68 – 470 MHz
870 – 970 MHz
Dual-Band Combiner 68 – 470 MHz
870 – 970 MHz
80 / 160 / 400 MHz
GSM 900
Typical Attenuation Curves
728 954 Diagram I Port 2 ↔ Port 3
Attenuation/dB
Port 1 ↔ Port 3 0 10 20
870 – 970
68 – 470 30 40 50 60 70 80 90 100 0
100
200
300
400
500
600
700
800
900
1000
Frequency/MHz
Diagram II Port 2 ↔ Port 3
Attenuation/dB
Port 1 ↔ Port 3 0 0.1 0.2 0.3 0.4 0.5 0.6
870 – 970 0.7 0.8 0.9 1.0 0
100
200
300
400
500
600
700
800
900
1000
Frequency/MHz
59
Dual-Band Combiner 50 – 1000 MHz
1600 – 2000 MHz
80 / 160 / 400 / GSM 900
GSM 1800
• Designed for inhouse multiband distribution network Port 1
• Enables feeder sharing • DC by-pass between port 1 and port 3 • Built-in DC stop between port 2 and port 3
Port 2
deep
Port 3
Technical Data Type No. Pass band Band 1 Band 2 Insertion loss Port 1 ↔ Port 3 Port 2 ↔ Port 3 Isolation Port 1 ↔ Port 2 VSWR (all ports) Impedance Input power Band 1 Band 2 Temperature range Connectors Application DC transparency Port 1 ↔ Port 3 Port 2 → Port 3 Port 3 → Port 2 Mounting Weight Packing size Dimensions (w x h x d)
60
791 145 50 – 1000 MHz 1600 – 2000 MHz < 0.3 dB (50 – 1000 MHz) < 0.5 dB (1600 – 2000 MHz) > 40 dB (50 – 1000 / 1600 – 2000 MHz) < 1.2 (50 – 1000 / 1600 – 2000 MHz) 50 Port 3
< 100 W < 50 W –30 … +60 °C N female Indoor By-pass (max. 2500mA) short circuited stop With 4 screws (max.4 mm diameter) 0.7 kg 220 mm x 40 mm x 140 mm 201 mm x 23 mm x 112 mm (incl. connectors)
Port 1
Port 2
50 – 1000 MHz 1600 – 2000 MHz
Dual-Band Combiner 50 – 1000 MHz
1600 – 2000 MHz
80 / 160 / 400 / GSM 900
GSM 1800
Typical Attenuation Curves
791 145 Diagram I Port 2 ↔ Port 3
Attenuation/dB
Port 1 ↔ Port 3 0 10 20
1600 – 2000
50 – 1000 30 40 50 60 70 80 90 100 0
200
400
600
800
1000
1200
1400
1600
1800
2000
Frequency/MHz
Diagram II Port 2 ↔ Port 3
Attenuation/dB
Port 1 ↔ Port 3 0 0.1 0.2
1600 – 2000
50 – 1000
0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0 0
200
400
600
800
1000
1200
1400
1600
1800
2000
Frequency/MHz
61
Dual-Band Combiner 50 – 470 MHz
806 – 2500 MHz
PMR / TETRA / TETRAPOL
CDMA 800 / GSM 900 / GSM 1800 / UMTS / WLAN
• Designed for co-siting purposes • Enables feeder sharing • Can be used as a combiner near the BTS or in a • • • • •
reciprocal function near the antenna Suitable for indoor or outdoor applications Wall or mast mounting External DC stop available as an accessory Very low insertion loss High input power
Port 3
Port 1
Port 2
Port 3
Typical Attenuation Curves Port 2 806 – 2500
Diagram I Port 1 ↔ Port 3
Attenuation/dB
Port 1 50 – 470
Technical Data Type No.
Port 2 ↔ Port 3
0 0.1 0.2 50 – 470
806 – 2500
0.3 0.4 0.5
782 10460
0.6
VSWR Impedance Input power Band 1 Band 2 Intermodulation products Temperature range Connectors Application DC/AISG transparency Port 1 ↔ Port 3 Port 2 ↔ Port 3 Mounting Weight Dimensions (w x h x d)
0.7
50 – 470 MHz 806 – 2500 MHz
0.8 0.9
< 0.15 dB (50 – 470 MHz) < 0.15 dB (806 – 2500 MHz)
1.0 0
250
500
750
< 1.25 (50 – 470 / 806 – 960 / 1710 – 2500 MHz)
Diagram II
50 < 500 W < 500 W < –160 dBc (3rd order; with 2 x 20 W) –55 ... +60 °C 7-16 female Indoor or outdoor (IP 66)
1000 1250 1500 1750 2000 2250 2500
Frequency/MHz
> 50 dB (50 – 470 / 806 – 2500 MHz) Port 1 ↔ Port 3
Attenuation/dB
Pass band Band 1 Band 2 Insertion loss Port 1 ↔ Port 3 Port 2 ↔ Port 3 Isolation Port 1 ↔ Port 2
Port 2 ↔ Port 3
0 10 20 806 – 2500
50 – 470 30 40 50
By-pass (max. 2500 mA) Stop Wall mounting: With 4 screws (max. 8 mm diameter) Mast mounting: With additional clamp set 4 kg 122 x 64 x 364.3 mm (including mounting brackets)
60 70 80 90 100 0
250
500
750
1000 1250 1500 1750 2000 2250 2500
Frequency/MHz
62
Dual-Band Combiner 50 – 470 MHz
806 – 2500 MHz
PMR / TETRA / TETRAPOL
CDMA 800 / GSM 900 / GSM 1800 / UMTS / WLAN
Accessories (order separately) Type No.
Clamp set suitable for mast diameter of
734 360
34 – 60 mm
734 361
60 – 80 mm
734 362
80 – 100 mm
734 363
100 – 120 mm
734 364
120 – 140 mm
734 365
45 – 125 mm
Type No. 793 301 784 10367
Description
Clamp Set
DC stop
50- load
DC stop 50- load 1.5 W indoor or outdoor
Port 1
Port 3
Port 2
➀
➂
➁
➃
63
Dual-Band Combiner 824 – 880 MHz
890 – 960 MHz
AMPS / CDMA 800
GSM 900
• Designed for co-siting purposes • Enables feeder sharing • Suitable for indoor applications • Built-in DC stop between all ports
Port 1
Port 3
782 10341 824–880 / 890–960 MHz
Port 2
Calculated Attenuation Curves Diagram I Attenuation/dB
Port 1 ↔ Port 3
Port 2 ↔ Port 3
0 10 20 890 – 960
824 – 880 30 40 50 60 70
Technical Data
80
Pass band Band 1 (AMPS / CDMA 800) Band 2 (GSM 900) Insertion loss Port 1 ↔ Port 3 Port 2 ↔ Port 3 Isolation Port 1 ↔ Port 2 VSWR Impedance Input power Band 1 Band 2 Intermodulation products Temperature range
782 10341
90 100 800
824 – 880 MHz 890 – 960 MHz < 0.6 dB (824 – 880 MHz) < 0.6 dB (890 – 960 MHz) > 55 dB (824 – 880 MHz) > 50 dB (890 – 960 MHz) < 1.2 (824 – 880 / 890 – 960 MHz) 50 < 400 W (with max. 8 carriers) < 400 W (with max. 8 carriers) < –160 dBc (3rd order; with 2 x 20 W)
900
920
940
960
980
1000
Port 2 ↔ Port 3
0.5 1.0 890 – 960
824 – 880 1.5 2.0 2.5 3.0
–20 ... +55 °C 3.5
Indoor
4.0
Built-in DC stop between all ports
4.5
64
880
0
Application
Weight Dimensions (w x h x d)
860
Diagram II
7-16 female
Mounting
840
Port 1 ↔ Port 3
Connectors Special features
820
Frequency/MHz
Attenuation/dB
Type No.
With 4 screws (max. 4 mm diameter) Approx. 3 kg 228.6 mm x 81 mm x 213.6 mm (including connectors and mounting feet)
5.0 800
820
840
860
880
900
920
940
960
980
Frequency/MHz
1000
Dual-Band Combiner 824 – 894 MHz
907 – 960 MHz
AMPS / CDMA 800
GSM 900
• Designed for co-siting purposes • Enables feeder sharing • Suitable for indoor applications • Built-in DC stop between all ports
Port 1
Port 3 Port 2
Calculated Attenuation Curves Diagram I Attenuation/dB
Port 1 ↔ Port 3
Port 2 ↔ Port 3
0 10 20 907 – 960
824 – 894 30 40 50 60 70
Technical Data
Pass band Band 1 (AMPS / CDMA 800) Band 2 (GSM 900) Insertion loss Port 1 ↔ Port 3 Port 2 ↔ Port 3 Isolation Port 1 ↔ Port 2 VSWR Impedance Input power Band 1 Band 2 Intermodulation products Temperature range
782 10350
100
> 70 dB (824 – 894 / 907 – 960 MHz) < 1.2 (824 – 894 / 907 – 960 MHz) 50 < 400 W (with max. 20 carriers) < 400 W (with max. 8 carriers)
Weight Dimensions (w x h x d)
Approx. 3 kg 228.6 mm x 82 mm x 259.6 mm (including connectors and mounting feet)
900
920
940
960
980
1000
Port 2 ↔ Port 3
0.5 1.0 907 – 960
824 – 894 1.5 2.0
3.0
With 4 screws (max. 4 mm diameter)
880
0
2.5
Built-in DC stop between all ports
860
Diagram II
–20 ... +55 °C Indoor
840
Port 1 ↔ Port 3
< –160 dBc (3rd order; with 2 x 20 W)
Application
820
Frequency/MHz
< 0.5 dB (824 – 894 MHz) < 0.5 dB (907 – 960 MHz)
7-16 female
Mounting
800
824 – 894 MHz 907 – 960 MHz
Connectors Special features
90
Attenuation/dB
Type No.
80
3.5 4.0 4.5 5.0 800
820
840
860
880
900
920
940
960
980
1000
Frequency/MHz
65
Dual-Band Combiner 806 – 960 MHz
1710 – 2170 MHz
CDMA 800 / GSM 900
GSM 1800 / UMTS
• Designed for co-siting purposes • Enables feeder sharing • Can be used as a combiner near the BTS or in a reciprocal function near the antenna • Suitable for indoor or outdoor applications • Wall or mast mounting • Available as a single unit, or for XPol antennas as a double unit • DC by-pass between all ports • DC stop available as an accessory
Port 3 Port 1
793 532 Single Unit Port 2
793 533 Double Unit
Typical Attenuation Curves
Single Unit 793 532 Double Unit 793 533 (only 1 unit shown) Attenuation/dB
Diagram I Port 1 ↔ Port 3
Technical Data
Port 2 ↔ Port 3
0 10 2000 – 2170 20 806 – 96 60
1710 – 2000
30 40
Type No.
793 532
793 533
Single Unit
Double Unit
50 60
Isolation Port 1 ↔ Port 2 VSWR
80 90
Typically 0.15 dB (806 – 960 MHz) Typically 0.25 dB (1710 – 2000 MHz) Typically 0.35 dB (2000 – 2170 MHz)
100 500
50 < 250 W < 200 W < –160 dBc (2nd/3rd order; with 2 x 20 W)
0.2 0.3
7-16 female
0.5
Application
Indoor or outdoor (IP 66)
0.6
DC by-pass between all ports (max. 2500 mA)
0.7
Wall mounting: With 4 screws (max. 8 mm diameter) Mast mounting: With additional clamp set 1.6 kg
3.0 kg
350 x 165 x 138 mm 350 x 165 x 190 mm 125 x 282 x 61.2 mm 125 x 282 x 111.6 mm (including mounting brackets)
Port 2 ↔ Port 3
0.1
Connectors
66
1700 1900 2100 2300 2500
0
0.4
Packing size Dimensions (w x h x d)
1100 1300 1500
Diagram II
–55 ... +60 °C
Weight
900
Port 1 ↔ Port 3
< 1.2 (806 – 960 / 1710 – 2170 MHz)
Temperature range
Special features Mounting
700
Frequency/MHz
> 45 dB (806 – 824 MHz) > 50 dB (824 – 960 MHz) > 50 dB (1710 – 2170 MHz)
Impedance Input power Band 1 Band 2 Intermodulation products
70
806 – 960 MHz 1710 – 2170 MHz
Attenuation/dB
Pass band Band 1 Band 2 Insertion loss Port 1 ↔ Port 3 Port 2 ↔ Port 3
2000 – 2170 806 – 960 0.8 0.9 1.0 500
700
900
1100 1300 1500 1700 1900 2100 2300 2500
Frequency/MHz
Dual-Band Combiner 806 – 960 MHz
1710 – 2170 MHz
CDMA 800 / GSM 900
GSM 1800 / UMTS
Accessories (order separately) Type No.
Clamp set suitable for mast diameter of
734 360
34 – 60 mm
734 361
60 – 80 mm
734 362
80 – 100 mm
734 363
100 – 120 mm
734 364
120 – 140 mm
734 365
45 – 125 mm
Type No.
Description
793 301
DC Stop
Clamp Set
DC Stop
M6
Side view 793 532 Single Unit
31.5
61.2*
40.5*
234
*
*
*
281.8
Side view 793 533 Double Unit * Valid if labelled “Dual-Band Combiner labelled “Dual-Band Combiner“
V1“ (not valid for previous version
Earthing Instruction Top view 793 532 Single Unit, 793 533 Double Unit
Toothed washer Earthing cable (not included in the scope of delivery) Washer Earthing screw
Torque 6-7 Nm
➀
➂
➁
➃
Bottom view 793 532 Single Unit, 793 533 Double Unit
4 screws M5 x 10 4 spring washers 5.5 DIN 6095
67
Dual-Band Combiner 806 – 960 MHz
1710 – 2170 MHz
CDMA 800 / GSM 900
GSM 1800 / UMTS
• Designed for co-siting purposes • Enables feeder sharing • Can be used as a combiner near the BTS or in a reciprocal function near the antenna • Suitable for indoor or outdoor applications • DC by-pass between all ports • DC stop available as an accessory
Port 3
Port 1
Port 2
782 10346
Side view 782 10346
Application Example Top view
Technical Data Type No. Pass band Band 1 Band 2 Insertion loss Port 1 ↔ Port 3 Port 2 ↔ Port 3 Isolation Port 1 ↔ Port 2 VSWR Impedance Input power Band 1 Band 2 Intermodulation products Temperature range
782 10346 806 – 960 MHz 1710 – 2170 MHz Typically 0.15 dB (806 – 960 MHz) Typically 0.25 dB (1710 – 2000 MHz) Typically 0.35 dB (2000 – 2170 MHz) > 45 dB (806 – 824 MHz) > 50 dB (824 – 960 MHz) > 50 dB (1710 – 2170 MHz) < 1.2 (806 – 960 / 1710 – 2170 MHz) 50 < 250 W < 200 W < –160 dBc (2nd/3rd order; with 2 x 20 W) –55 ... +60 °C
Connectors
7-16 female
Application
Indoor or outdoor (IP 66)
Special features Weight Packing size Dimensions (w x h x d)
68
DC by-pass between all ports (max. 2500 mA) 1.5 kg 350 mm x 165 mm x 125 mm 117.5 mm x 234 mm x 41.5 mm
Dual-Band Combiner 806 – 960 MHz
1710 – 2170 MHz
CDMA 800 / GSM 900
GSM 1800 / UMTS
Typical Attenuation Curves
Diagram I
Attenuation/dB
Port 1 ↔ Port 3
Port 2 ↔ Port 3
0 10 2000 – 2170 20 806 – 96 60
1710 – 2000
30 40 50 60 70 80 90 100 500
700
900
1100 1300 1500
1700 1900 2100 2300 2500
Frequency/MHz
Diagram II
Attenuation/dB
Port 1 ↔ Port 3
Port 2 ↔ Port 3
0 0.1 0.2 0.3 0.4 0.5 0.6 2000 – 2170 0.7 806 – 960 0.8 0.9 1.0 500
700
900
1100 1300 1500 1700 1900 2100 2300 2500
Frequency/MHz
69
Dual-Band Combiner 806 – 960 MHz
1710 – 2170 MHz
CDMA 800 / GSM 900
GSM 1800 / UMTS
• Designed for co-siting purposes • Enables feeder sharing • Can be used as a combiner near the BTS or in a reciprocal function near the antenna • Suitable for indoor or outdoor applications • Wall or mast mounting • Available as a single unit, or for XPol antennas as a double unit • Built-in lightning protection • External DC stop available as an accessory • Very low insertion loss • High input power
Port 3 Port 1
Port 2
782 10248, 782 10250 Single Unit
782 10249, 782 10251 Double Unit
Port 3
Port 3
Port 1 806 – 960
Port 2 1710 – 2170
Port 1 806 – 960
Port 2 1710 – 2170
Single Unit 782 10250 Double Unit 782 10251 (only 1 unit shown)
Single Unit 782 10248 Double Unit 782 10249 (only 1 unit shown)
Technical Data Type No.
782 10248
782 10249
782 10250
782 10251
Single Unit
Double Unit
Single Unit
Double Unit
Pass band Band 1 Band 2 Insertion loss Port 1 ↔ Port 3 Port 2 ↔ Port 3 Isolation Port 1 ↔ Port 2
806 – 960 MHz 1710 – 2170 MHz < 0.15 dB (806 – 960 MHz), typically 0.1 dB (806 – 960 MHz) < 0.1 dB (1710 – 2170 MHz), typically 0.05 dB (1710 – 2170 MHz) > 55 dB (806 – 960 MHz) / > 65 dB (1710 – 2170 MHz)
VSWR
< 1.2 (806 – 960 / 1710 – 2170 MHz) 50
Impedance Input power Band 1 / Band 2
< 650 W / < 650 W
Intermodulation products
< –160 dBc (2nd/3rd order; with 2 x 20 W)
Temperature range
–55 ... +60 °C
Connectors Application DC/AISG transparency Port 1 ↔ Port 3 Port 2 ↔ Port 3
7-16 female(long neck) Indoor or outdoor (IP 66) By-pass (max. 2500 mA) By-pass (max. 2500 mA)
Lightning protection Mounting Weight Packing size Dimensions (w x h x d)
70
2.9 kg 365 x 207 x 150 mm 125 x 274 x 64 mm
Stop By-pass (max. 2500 mA)
3 kA, 10/350 +s pulse Wall mounting: With 4 screws (max. 8 mm diameter) Mast mounting: With additional clamp set 5.7 kg 2.9 kg 365 x 207 x 214 mm 365 x 207 x 150 mm 125 x 274 x 120 mm 125 x 274 x 64 mm (including mounting brackets)
5.7 kg 365 x 207 x 214 mm 125 x 274 x 120 mm
Dual-Band Combiner 806 – 960 MHz
1710 – 2170 MHz
CDMA 800 / GSM 900
GSM 1800 / UMTS
Accessories (order separately) Clamp set suitable for mast diameter of
734 360
34 – 60 mm
734 361
60 – 80 mm
734 362
80 – 100 mm
734 363
100 – 120 mm
734 364
120 – 140 mm
734 365
45 – 125 mm
Type No.
Description
793 301
DC stop
Clamp Set Typical Attenuation Curves Diagram I Port 1 ↔ Port 3
Attenuation/dB
Type No.
DC stop
Port 2 ↔ Port 3
0 10 20 806 – 960
1710 – 2170
30 40 50 60 70 80 90 100 500
700
900
1100 1300 1500 1700 1900 2100 2300 2500
Frequency/MHz
64
Side view 782 10248, 782 10250 Single Unit
Diagram II
Side view 782 10249, 782 10251 Double Unit
Attenuation/dB
Port 1 ↔ Port 3
Port 2 ↔ Port 3
0 0.1 0.2 806 – 960
1710 – 2170
0.3 0.4 0.5 0.6 0.7 0.8
102
Top view 782 10248, 782 10250 Single Unit and 782 10249, 782 10251 Double Unit
4 screws M5 x 10 4 spring washers 5.5 DIN 6095
➀
➂
➁
➃
Bottom view 782 10248, 782 10250 Single Unit and 782 10249, 782 10251 Double Unit
0.9 1.0 500
700
900
1100 1300 1500 1700 1900 2100 2300 2500
Frequency/MHz
Earthing Instruction Single Unit 782 10248, 782 10250
Double Unit 782 10249, 782 10251
Toothed washer Earthing cable (not included in the scope of delivery) Internal earthing cable Washer Earthing screw
Torque 6-7 Nm
71
Dual-Band Combiner 806 – 1880 MHz
1920 – 2170 MHz
CDMA 800 / GSM 900 / GSM 1800
UMTS
• Designed for co-siting purposes • Enables feeder sharing Port 1 • Can be used as a combiner near the BTS or in a reciprocal function near the antenna • Suitable for indoor or outdoor applications Port 2 • Wall or mast mounting • Available as a single unit, or for XPol antennas as a double unit • Built-in lightning protection • External DC Stop available as an accessory
Port 3
782 10278, 782 10305 Single Unit
782 10279, 782 10306 Double Unit
Port 3
Port 1 806 – 1880
Port 3
Port 2 1920 – 2170
Port 1 806 – 1880
Port 2 1920 – 2170
Single Unit 782 10305 Double Unit 782 10306 (only 1 unit shown)
Single Unit 782 10278 Double Unit 782 10279 (only 1 unit shown)
Technical Data Type No. Pass band Band 1 Band 2 Insertion loss Port 1 ↔ Port 3 Port 2 ↔ Port 3 Isolation Port 1 ↔ Port 2
782 10278
782 10279
782 10305
782 10306
Single Unit
Double Unit
Single Unit
Double Unit
806 – 1880 MHz 1920 – 2170 MHz < 0.1 dB, typically 0.05 dB (806 – 960 MHz) / < 0.4 dB, typically 0.2 dB (1710 – 1880 MHz) < 0.4 dB typically 0.2 dB (1920 – 2170 MHz) > 55 dB (806 – 960 MHz) / > 50 dB (1710 – 1880 MHz) > 50 dB (1920 – 1980 MHz) / > 50 dB (2110 – 2170 MHz) < 1.2 (806 – 960 MHz) / < 1.25 (1710 – 1880 MHz) < 1.2 (1920 – 2170 MHz)
VSWR
50
Impedance Input power Band 1 / Band 2
< 500 W / < 500 W
Intermodulation products
< –160 dBc (2nd/3rd order; with 2 x 20 W)
Temperature range
–55 ... +60 °C
Connectors
7-16 female (long neck)
Application DC/AISG transparency Port 1 ↔ Port 3 Port 2 ↔ Port 3
Indoor or outdoor (IP 66) By-pass (max. 2500 mA) By-pass (max. 2500 mA)
3 kA, 10/350 +s pulse Wall mounting: With 4 screws (max. 8 mm diameter) Mast mounting: With additional clamp set
Lightning protection Mounting Weight Packing size Dimensions (w x h x d)
72
Stop By-pass (max. 2500 mA)
3.4 kg 430 x 210 x 150 mm 130 x 349 x 64 mm
6.6 kg
3.4 kg
430 x 210 x 220 mm 430 x 210 x 150 mm 130 x 349 x 119 mm 130 x 349 x 64 mm (including mounting brackets)
6.6 kg 430 x 210 x 220 mm 130 x 349 x 119 mm
Dual-Band Combiner 806 – 1880 MHz
1920 – 2170 MHz
CDMA 800 / GSM 900 / GSM 1800
UMTS
Accessories (order separately) Clamp set suitable for mast diameter of
734 360
34 – 60 mm
734 361
60 – 80 mm
734 362
80 – 100 mm
734 363
100 – 120 mm
734 364
120 – 140 mm
Clamp Set Typical Attenuation Curves Diagram I Port 2 ↔ Port 3
Port 1 ↔ Port 3 0
Attenuation/dB
Type No.
DC Stop
10 20
1920 – 2170 0
806 – 1880
30
734 365
45 – 125 mm
40
Type No.
Description
50
793 301
DC Stop
60 70 80 90 100 500
700
900
1100
1300
1500
1700
1900
2100
2300
2500
Frequency/MHz
Side view, 782 10278, 782 10305 Single Unit
Diagram II Port 2 ↔ Port 3
Attenuation/dB
Port 1 ↔ Port 3
Side view, 782 10279, 782 10306 Double Unit
0 0.1 0.2 806 – 1880
1920 – 2170 0
0.3 0.4 0.5 0.6 0.7
Port 1
Port 3
0.8 0.9 1.0 500
Port 2
700
900
1100
1300
1500
1700
1900
2100
2300 2500
Frequency/MHz
Top view, 782 10278, 782 10305 Single Unit, 782 10279, 782 10306 Double Unit
Earthing Instruction ➀
➂
➁
➃
4 screws M5 x 10 4 spring washers 5.5 DIN 6095
Single Unit 782 10278, 782 10305
Double Unit 782 10279, 782 10306
Toothed washer Earthing cable (not included in the scope of delivery) Internal earthing cable Washer Earthing screw
Torque 6-7 Nm
Bottom view, 782 10278, 782 10305 Single Unit, 782 10279, 782 10306 Double Unit
73
Dual-Band Combiner 1710 – 1880 MHz
1920 – 2170 MHz
GSM 1800
UMTS
• Designed for co-siting purposes • Enables feeder sharing • Can be used as a combiner near the BTS or in a reciprocal function near the antenna • Suitable for indoor or outdoor applications • Wall or mast mounting • Available as a single unit, or for XPol antennas as a double unit • Built-in lightning protection • 793 423: Single unit, DC by-pass between all ports External DC stop available as an accessory
Port 3 Port 1
Port 2
793 423, 782 10243 Single Unit
• 793 424: Double unit, DC by-pass between all ports External DC stop available as an accessory
793 424, 782 10244 Double Unit
Port 3
Port 3
• 782 10243: Single unit, DC by-pass between ports 2 and 3 Built-in DC stop between ports 1 and 3 • 782 10244: Double unit, DC by-pass between ports 2 and 3 Built-in DC stop between ports 1 and 3
Port 1 1710 – 1880
Port 2 1920 – 2170
Port 1 1710 – 1880
Port 2 1920 – 2170
Single Unit 782 10243 Double Unit 782 10244 (only 1 unit shown)
Single Unit 793 423 Double Unit 793 424 (only 1 unit shown)
Technical Data Type No.
793 423
793 424
782 10243
782 10244
Single Unit
Double Unit
Single Unit
Double Unit
Pass band Band 1 (GSM 1800) Band 2 (UMTS) Insertion loss Port 1 ↔ Port 3 Port 2 ↔ Port 3 Isolation Port 1 ↔ Port 2
1710 – 1880 MHz 1920 – 2170 MHz < 0.3 dB (1710 – 1880 MHz) < 0.3 dB (1920 – 2170 MHz) > 50 dB (1710 – 1880 MHz) > 50 dB (1920 – 2170 MHz)
VSWR
< 1.2 (1710 – 1880 / 1920 – 2170 MHz) 50
Impedance Input power Band 1 Band 2
< 240 W < 240 W
Intermodulation products
< –160 dBc (3rd order; with 2 x 20 W)
Temperature range
–40 ... +60 °C
Connectors Application Special features
Mounting Weight Packing size Dimensions (w x h x d)
74
7-16 female Indoor or outdoor (IP 66) External DC stop available as an accessory Built-in DC stop between ports 1 and 3 DC by-pass between all ports (max. 2500 mA) DC by-pass between ports 2 and 3 (max. 2500 mA) Built-in lightning protection (3 kA, 10/350 +s pulse) Wall mounting: With 4 screws (max. 8 mm diameter) Mast mounting: With additional clamp set 3.2 kg 362 x 262 x 139 mm 216 x 318 x 55 mm
6.4 kg
3.2 kg
364 x 197 x 276 mm 362 x 262 x 139 mm 216 x 318 x 127 mm 216 x 318 x 55 mm (including mounting brackets)
6.4 kg 364 x 197 x 276 mm 216 x 318 x 127 mm
Dual-Band Combiner 1710 – 1880 MHz
1920 – 2170 MHz
GSM 1800
UMTS
Typical Attenuation Curves
Accessories (order separately)
734 360
34 – 60 mm
734 361
60 – 80 mm
734 362
80 – 100 mm
734 363
100 – 120 mm
734 364
120 – 140 mm
734 365
45 – 125 mm
Type No.
Description
793 301
DC stop
Clamp Set
Port 2 ↔ Port 3
Port 1 ↔ Port 3
Attenuation/dB
Clamp set suitable for mast diameter of
Type No.
Diagram I 0 10 20 1710 – 1880
1920 – 2170
30 40
DC stop
50 60 70 80 90 100 1400
1500
1600
1700
1800
1900
2000
2100
2200
2300 2400
Frequency/MHz
Diagram II Attenuation/dB
Port 1 ↔ Port 3
Port 2 ↔ Port 3
0 0.5 1.0 1710 – 1880
1920 – 2170
1.5 2.0 2.5 3.0 3.5 4.0 4.5 5.0 1400
73
1500
1600
1700
1800
1900
2000
2100
2200
2300 2400
Frequency/MHz
64
243.2 287.7 317.7
E2 . . . . . . . .
Dual Band Combin
Serial no.
Type
Type no. 793423
Port 3
Port 1
36
Port 2
8.5
137 210 216
Top view 793 423, 782 10243 Single Unit, 793 424, 782 10244 Double Unit
26 37 55
Side view 793 423, 782 10243 Single Unit
37
22 66 126.6
Side view 793 424, 782 10244 Double Unit
75
Triple-Band Combiner 880 – 960 MHz
1710 – 1880 MHz
1920 – 2170 MHz
GSM 900
GSM 1800
UMTS
• Designed for co-siting purposes • Enables feeder sharing • Can be used as a combiner near the BTS or in a reciprocal function near the antenna • Suitable for indoor or outdoor applications • Wall or mast mounting • Available as a single unit, or for XPol antennas as a double unit • Built-in lightning protection
Port 4 Port 1 Port 2
Port 3
793 425, 782 10245 Single Unit
793 426, 782 10246 Double Unit
• 793 425: Single unit, DC by-pass between all ports External DC Stop available as an accessory • 793 426: Double unit, DC by-pass between all ports External DC Stop available as an accessory • 782 10245: Single unit, DC by-pass between ports 3 and 4 Built-in DC Stop between ports 1 and 4, ports 2 and 4 • 782 10246: Double unit, DC by-pass between ports 3 and 4 Built-in DC Stop between ports 1 and 4, ports 2 and 4
Single Unit 793 425 Double Unit 793 426 (only 1 unit shown)
Single Unit 782 10245 Double Unit 782 10246 (only 1 unit shown)
Technical Data Type No.
793 425
793 426
782 10245
782 10246
Single Unit
Double Unit
Single Unit
Double Unit
Pass band Band 1 (GSM 900) Band 2 (GSM 1800) Band 3 (UMTS) Insertion loss Port 1 ↔ Port 4 Port 2 ↔ Port 4 Port 3 ↔ Port 4 Isolation Port 1 ↔ Port 2 Port 1 ↔ Port 3 Port 2 ↔ Port 3
880 – 960 MHz 1710 – 1880 MHz 1920 – 2170 MHz < 0.2 dB ( 880 – 960 MHz) < 0.3 dB (1710 – 1880 MHz) < 0.3 dB (1920 – 2170 MHz) > 50 dB ( 880 – 960 / 1710 – 1880 MHz) > 50 dB ( 880 – 960 / 1920 – 2170 MHz) > 50 dB (1710 – 1880 / 1920 – 2170 MHz)
VSWR
< 1.2 (880 – 960 / 1710 – 1880 / 1920 – 2170 MHz) 50
Impedance Input power Band 1 Band 2 Band 3
< 240 W < 240 W < 240 W
Intermodulation products
< –160 dBc (3rd order; with 2 x 20 W)
Temperature range
–40 ... +60 °C
Connectors Application Special features
Mounting Weight
7-16 female Indoor or outdoor (IP 66) External DC stop available as an accessory Built-in DC stop between ports 1 and 4, ports 2 and 4 DC by-pass between all ports (max. 2500 mA) DC by-pass between ports 3 and 4 (max. 2500 mA) Built-in lightning protection (3 kA, 10/350 +s pulse) Wall mounting: With 4 screws (max. 8 mm diameter) Mast mounting: With additional clamp set 4.7 kg
9.4 kg
4.7 kg
9.4 kg
Packing size
363 x 304 x 145 mm
363 x 304 x 198 mm
363 x 304 x 145 mm
363 x 304 x 198 mm
Dimensions (w x h x d)
251 x 318 x 60 mm
251 x 318 x 127 mm 251 x 318 x 60 mm (including mounting brackets)
251 x 318 x 127 mm
76
Triple-Band Combiner 880 – 960 MHz
1710 – 1880 MHz
1920 – 2170 MHz
GSM 900
GSM 1800
UMTS
Accessories (order separately) Clamp Set
Clamp set suitable for mast diameter of
Diagram I Port 1 ↔ Port 4
Attenuation/dB
Type No.
Typical Attenuation Curves
734 360
34 – 60 mm
734 361
60 – 80 mm
734 362
80 – 100 mm
734 363
100 – 120 mm
734 364
120 – 140 mm
50
734 365
45 – 125 mm
60
Type No.
Description
793 301 784 10367
DC stop
Port 2 ↔ Port 4 Port 3 ↔ Port 4
0 10 20 1920 – 2170
880 – 960 30 1710 – 1880 40
70
50- load
80
DC stop
90
50- load 1.5 W indoor or outdoor
100 500
700
900
1100
1300
1500
1700
1900
2100
2300 2500
Frequency/MHz
Diagram I Attenuation/dB
Port 1 ↔ Port 4 Port 2 ↔ Port 4 Port 3 ↔ Port 4 0 0.5 1.0 1920 – 2170 0
880 – 960 1.5 1710 – 1880 2.0 2.5 3.0 3.5 4.0 4.5
98
5.0 500
251 245 64
700
900
1100
1300
1500
1700
1900
2100
2300 2500
Frequency/MHz
8.5
83
25
204 247.2 287.7 317.7
Port 4
Port 1 GSM 900
Port 2 GSM 1800
880–960 MHZ
1710–1880 MHZ
Port 1
Port 2
30 109 212.5
Top view 793 425, 782 10245 Single Unit 793 426, 782 10246 Double Unit
Port 3 29 42 60
Side view 793 425, 782 10245 Single Unit
42
12 61 126.6
Side view 793 426, 782 10246 Double Unit
77
Triple-Band Combiner 806 – 960 MHz
1710 – 1880 MHz
1920 – 2170 MHz
CDMA 800 / GSM 900
GSM 1800
UMTS
• Designed for co-siting purposes
Port 4
• Enables feeder sharing • Can be used as a combiner near the BTS or in reciprocal function near the antenna
Port 1 Port 2
• Suitable for indoor or outdoor applications Port 3
• Wall or mast mounting
793 528 Single Unit
• Available as a single unit, or for XPol antennas as a double unit
793 529 Double Unit
• Built-in lightning protection • DC by-pass between all ports • DC stop available as an accessory
Port 4 Port 1 Port 2
Port 3 782 10298 Single Unit
Technical Data Type No. Pass band Band 1 (CDMA 800 / GSM 900) Band 2 (GSM 1800) Band 3 (UMTS) Insertion loss Port 1 ↔ Port 4 Port 2 ↔ Port 4 Port 3 ↔ Port 4 Isolation Port 1 ↔ Port 2 Port 1 ↔ Port 3 Port 2 ↔ Port 3 VSWR
793 528
793 529
782 10298
Single Unit
Double Unit
Single Unit
806 – 960 MHz 1710 – 1880 MHz 1920 – 2170 MHz < 0.2 dB ( 806 – 960 MHz) < 0.3 dB (1710 – 1880 MHz) < 0.3 dB (1920 – 2170 MHz) > 50 dB ( 806 – 960 / 1710 – 1880 MHz) > 50 dB ( 806 – 960 / 1920 – 2170 MHz) > 50 dB (1710 – 1880 / 1920 – 2170 MHz) < 1.2 (806 – 960 / 1710 – 1880 / 1920 – 2170 MHz) 50
Impedance Input power Band 1 Band 2 Band 3
< 240 W < 240 W < 240 W
Intermodulation products
< –160 dBc (3rd order; with 2 x 20 W)
Temperature range
–40 ... +60 °C
Connectors Application Special features Mounting Weight
Single Unit 793 528 Double Unit 793 529 (only 1 unit shown)
7-16 female Indoor or outdoor (IP 66) Indoor DC by-pass between all ports (max. 2500 mA) Built-in lightning protection (3 kW, 10/350 +s pulse) Wall mounting: With 4 screws (max. 8 mm diameter) Mast mounting: With additional clamp set
With 3 screws (max. 6 mm diameter)
4.6 kg
9.2 kg
4.5 kg
Packing size
362 x 292 x 139 mm
347 x 297 x 174 mm
362 x 292 x 139 mm
Dimensions (w x h x d)
245 x 318 x 55 mm 245 x 318 x 110 mm 245 x 247.5 x 44 mm (including mounting brackets)
78
Triple-Band Combiner 806 – 960 MHz
1710 – 1880 MHz
1920 – 2170 MHz
CDMA 800 / GSM 900
GSM 1800
UMTS
Accessories (order separately)
734 360
34 – 60 mm
734 361
60 – 80 mm
734 362
80 – 100 mm
Diagram I
Clamp Set
Port 1 ↔ Port 4
Attenuation/dB
Clamp set suitable for mast diameter of
Type No.
Typical Attenuation Curves
DC stop
Port 2 ↔ Port 4
Port 2 ↔ Port 4
0 10 20
806 – 960
1920 – 2170
30
1710 – 1880
734 363
100 – 120 mm
734 364
120 – 140 mm
734 365
45 – 125 mm
Type No.
Description
793 301
DC stop
80
50- load 1.5 W indoor or outdoor
90
40 50 60
784 10367
50- load
70
100 500
700
900
1100
1300
1500
1700
1900
2100
2300
2500
Frequency/MHz Port 4
Diagram I Attenuation/dB
Port 1 ↔ Port 4
Port 2 ↔ Port 4
Port 2 ↔ Port 4
0 0.5 1.0
806 – 960
1920 – 2170
1.5
1710 – 1880 2.0 2.5 3.0 3.5
Port 2
Port 1
Port 3
4.0 4.5 5.0 500
Side view 782 10298
Top view 782 10298
900
1100
1300
1500
1700
1900
2100
2300
2500
Frequency/MHz
245
98
126.6 37 24
64
85
700
66 22
ø8.5
Port 4
204 247 288 318
Type No 793 528 Type Triple Band Combiner
Port 4 COMMON 806–960/1710–1880 1920–2170 MHz Port 1 GSM 900 806–960 MHz
Port 2 GSM 1800 1710–1880 MHz
Port 3 UMTS 1920–2170 MHz
Port 1
Port 2
Port 3
30
107.5 209
Top view 793 528 Single Unit 793 529 Double Unit
24 37 55
Side view 793 528 Single Unit
Side view 793 529 Double Unit
79
Dual-Band Combiner 50 – 2200 MHz
2400 – 2500 MHz
80 / 160 / 400 / 900 / 1800 / UMTS
WLAN
• Designed for inhouse multiband distribution networks • Enables feeder sharing • DC by-pass between ports 1 and 3 • Built-in DC stop between ports 2 and 3
Port 3
Port 1
Port 2
Typical Attenuation Curves
Attenuation/dB
Diagram I Port 1 ↔ Port 3
Technical Data
Port 2 ↔ Port 3
0 10 20 935 – 960
890 – 915 30 40
782 10264
60
Pass band Band 1 Band 2 Insertion loss Port 1 ↔ Port 3 Port 2 ↔ Port 3 Isolation Port 1 ↔ Port 2
> 50 dB (50 – 2200 / 2400 – 2500 MHz)
VSWR
< 1.25 (50 – 2200 / 2400 – 2500 MHz)
Impedance Input power Band 1 Band 2 Intermodulation products Temperature range Connectors Application Special features Mounting Weight Packing size Dimensions (w x h x d)
50
50 – 2200 MHz 2400 – 2500 MHz
70 80
< 0.1 dB (50 – 2200 MHz) < 0.2 dB (2400 – 2500 MHz)
90 100 875
< –150 dBc (3rd order; with 2 x 20 W) –20 ... +55 °C N female
895
905
915
925
Diagram II Port 1 ↔ Port 3
50 < 200 W < 200 W
885
935
945
955
975
Port 2 ↔ Port 3
0.1 2400 – 2500
0.2 50 – 2200
0.3 0.4
Indoor Built-in DC stop between ports 2 and 3 DC by-pass between ports 1 and 3 (max. 2500 mA) With 4 screws (max. 4 mm diameter) 0.47 kg 225 mm x 140 mm x 75 mm 86 mm x 30.4 mm x 181.4 mm (including connectors and mounting feet)
0.5 0.6 0.7 0.8 0.9 1.0 0
300
600
900
1200 1500 1800 2100 2400 2700 3000
Frequency/MHz
80
965
Frequency/MHz
Attenuation/dB
Type No.
Hybrid Combiners
Hybrid Combiners
3-dB Couplers Hybrid Combiner 4 : 4 Hybrid Combiners 2 : 1 Hybrid Ring Junctions Decoupled Power Splitters 4.7-dB, 6-dB, 7-dB, 10-dB Couplers
81
82
Summary of Articles
Hybrid Combiners, Power Splitters and Couplers: Description
Type No.
Frequency range
Max. input power
Page
3-dB Coupler
K 63 70 61
806 – 960 MHz
500 W
84
3-dB Coupler
K 63 70 67
806 – 960 MHz
500 W
84
3-dB Coupler
793 506
806 – 960 MHz
500 W
85
3-dB Coupler
793 006
1700 – 2200 MHz
300 W
86
3-dB Coupler
793 554
800 – 2200 MHz
300 W
87
3-dB Coupler with Cable Absorber
792 699
806 – 960 MHz
150 W per Tx/Rx port
88
3-dB Coupler with Cable Absorber
792 702
1700 – 2200 MHz
150 W per Tx/Rx port
89
3-dB Coupler with Cable Absorber
793 555
800 – 2200 MHz
150 W per Tx/Rx port
90
Hybrid Combiner 4:4
782 10532
1710 – 2170 MHz
60 W at each port
91
Hybrid Combiner 2:1
782 10500
806 – 960 MHz
60 W at each port
92
Hybrid Combiner 2:1
782 10502
1710 – 2170 MHz
60 W at each port
93
Hybrid Transmitter Combiner 2:1
791 600
925 – 960 MHz
40 W at each port
94
Hybrid Transmitter Combiner 4:1
792 078
925 – 960 MHz
40 W at each port
94
Hybrid Transmitter Combiner 2:1
791 962
1805 – 1880 MHz
40 W at each port
95
Hybrid Transmitter Combiner 4:1
792 079
1805 – 1880 MHz
40 W at each port
95
Hybrid Transmitter Combiner 3:1
792 691
1805 – 1880 MHz
100 W at each port
96
1:3 Power Splitter
728 044
806 – 960 MHz
100 W each input
97
1:4 Power Splitter
729 812
806 – 960 MHz
100 W each input
97
Hybrid Ring Junction
K 63 73 621
806 – 960 MHz
100 W per input
Hybrid Ring Junction
790 881
890 – 960 MHz
100 W per input
98, 99
Hybrid Ring Junction
791 498
1710 – 1880 MHz
50 W per input
98, 99
4.7-dB Coupler
792 937
806 – 960 MHz
350 W
100
4.7-dB Coupler
792 170
806 – 960 MHz
350 W
100
6-dB Coupler
793 105
806 – 960 MHz
350 W
100
6-dB Coupler
792 180
806 – 960 MHz
350 W
100
7-dB Coupler
793 106
806 – 960 MHz
350 W
100
98, 99
7-dB Coupler
793 107
806 – 960 MHz
350 W
100
10-dB Coupler
793 108
806 – 960 MHz
350 W
100
10-dB Coupler
790 213
806 – 960 MHz
350 W
100
4.7-dB Coupler
792 817
1710 – 1900 MHz
350 W
101
4.7-dB Coupler
792 745
1710 – 1900 MHz
350 W
101
6-dB Coupler
792 820
1710 – 1900 MHz
350 W
101
6-dB Coupler
792 819
1710 – 1900 MHz
350 W
101
7-dB Coupler
792 822
1710 – 1900 MHz
350 W
101
7-dB Coupler
792 821
1710 – 1900 MHz
350 W
101
10-dB Coupler
792 816
1710 – 1900 MHz
350 W
101
10-dB Coupler
792 815
1710 – 1900 MHz
350 W
101
6-dB Coupler
792 964
800 – 1900 MHz
350 W
102
6-dB Coupler
792 965
800 – 1900 MHz
350 W
102
10-dB Coupler
792 966
800 – 1900 MHz
350 W
102
10-dB Coupler
792 967
800 – 1900 MHz
350 W
102
83
3-dB Coupler (90° Hybrid) 806 – 960 MHz
The 3-dB coupler can be used: – as a decoupled power splitter with a ratio of 1:1, – for the decoupled combining of two transmitters with frequency spacing as narrow as desired (at 3 dB loss), – for the decoupled combining of two receivers with frequency spacing as narrow as desired, – for the decoupled combining of two transmitter/receiver units, whose integrated duplexers are within the same frequency range, – as a frequency-independent 90° phase shifter, – as a component to form combiners.
K 63 70 67
Function: The 3-dB coupler has four ports, two of which are decoupled from each other. For example effective power entering into port 1 is distributed into ports 2 and 3. Port 4 is decoupled and without power if ports 2 and 3 are ideally matched. In practice an absorber of suitable power at port 4 is to be planned in accordance with the mismatch of ports 2 and 3. Decoupled combining can be achieved via the diagonally opposite ports 2 and 3 or 1 and 4.
3
2
4
Attenuation 1↔ 3 / dB
Attenuation 1 ↔ 2 / dB
Diagram I Typical attenuation between ports 1 ↔ 2 resp. 1 ↔ 3 vs. frequency 2.5
1↔ 2
3.0 1↔ 3 3.5 806
960 Frequency/MHz
Diagram II
Technical Data
Connectors Frequency range Attenuation 1 ↔ 2 / 1 ↔ 3 Attenuation 2 ↔ 3 Directivity VSWR Impedance Input power Application Mounting Weight Packing size Dimensions (w x h x d)
K 63 70 61
K 63 70 67
N female
7-16 female
806 – 960 MHz 3 ±0.4 dB (see diagram I) See diagram II > 30 dB < 1.1 50 < 500 W total power at two inputs, with max. 350 W at one input
25
20
Indoor With 2 screws (max. 5 mm diameter)
15
0.6 kg 170 mm x 80 mm x 105 mm 157 x 55 x 95 mm 157 x 55 x 84 mm (including connectors)
Note: VSWR and attenuation values are measured when the remaining ports are terminated with 50- loads.
84
Attenuation 2 ↔ 3 / dB
Type No.
Typical attenuation 2 ↔ 3 vs. VSWR at port 1
1.0
1.5
2.0 VSWR at port 1 (with 50-1 load at port 4)
3-dB Coupler (90° Hybrid) 806 – 960 MHz
The 3-dB coupler can be used: – as a decoupled power splitter with a ratio of 1:1, – for the decoupled combining of two transmitters with frequency spacing as narrow as desired (at 3 dB loss), – for the decoupled combining of two receivers with frequency spacing as narrow as desired, – for the decoupled combining of two transmitter/receiver units, whose integrated duplexers are within the same frequency range, – as a frequency-independent 90° phase shifter, – as a component to form combiners. Function: The 3-dB coupler has four ports, two of which are decoupled from each other. For example effective power entering into port 1 is distributed into ports 2 and 3. Port 4 is decoupled and without power if ports 2 and 3 are ideally matched. In practice an absorber of suitable power at port 4 is to be planned in accordance with the mismatch of ports 2 and 3. Decoupled combining can be achieved via the diagonally opposite ports 2 and 3 or 1 and 4.
2
3
Attenuation 1 ↔ 3 / dB
1
Attenuation 1↔ 2 / dB
Diagram I
4
Typical attenuation between ports 1 ↔ 2 resp. 1 ↔ 3 vs. frequency 2.5
1↔ 2
3.0 1↔ 3 3.5 806
960 Frequency/MHz
Diagram II
Technical Data
Frequency range Attenuation 1 ↔ 2 / 1 ↔ 3 Attenuation 2 ↔ 3 Directivity VSWR Impedance Input power Intermodulation products Temperature range
793 506 806 – 960 MHz 3 ±0.4 dB (see diagram I) See diagram II > 30 dB < 1.1 50 < 500 W total power at two inputs, with max. 350 W at one input
7-16 female Indoor or outdoor (IP66)
Packing size Dimensions (w x h x d)
20
–30 ... +70 °C
Application Weight
25
< –160 dBc (3rd order; with 2 x 20 W)
Connectors Mounting
Attenuation 2 ↔ 3 / dB
Type No.
Typical attenuation 2 ↔ 3 vs. VSWR at port 1
15
With 2 screws (max. 6 mm diameter) 1.8 kg 160 mm x 95 mm x 65 mm
1.0
1.5
2.0 VSWR at port 1 (with 50-1 load at port 4)
136 mm x 46.5 mm x 94 mm (including connectors)
Note: VSWR and attenuation values are measured when the remaining ports are terminated with 50- loads.
85
3-dB Coupler (90° Hybrid) 1700 – 2200 MHz
The 3-dB coupler can be used: – as a decoupled power splitter with a ratio of 1:1, – for the decoupled combining of two transmitters with frequency spacing as narrow as desired (at 3 dB loss), – for the decoupled combining of two receivers with frequency spacing as narrow as desired, – for the decoupled combining of two transmitter/receiver units, whose integrated duplexers are within the same frequency range, – as a frequency-independent 90° phase shifter, – as a component to form combiners. Function: The 3-dB coupler has four ports, two of which are decoupled from each other. For example effective power entering into port 1 is distributed into ports 2 and 3. Port 4 is decoupled and without power if ports 2 and 3 are ideally matched. In practice an absorber of suitable power at port 4 is to be planned in accordance with the mismatch of ports 2 and 3. Decoupled combining can be achieved via the diagonally opposite ports 2 and 3 or 1 and 4.
2
3
Attenuation 1↔ 3 / dB
1
Attenuation 1↔ 2 / dB
Diagram I
4
Typical attenuation between ports 1 ↔ 2 resp. 1 ↔ 3 vs. frequency 2.5
1↔ 2
3.0 1↔ 3 3.5 1700
2200 Frequency/MHz
Diagram II
Technical Data
Frequency range Attenuation 1 ↔ 2 / 1 ↔ 3 Attenuation 2 ↔ 3 Directivity VSWR Impedance Input power Intermodulation products Temperature range
793 006 1700 – 2200 MHz 3 ±0.4 dB (see diagram I) See diagram II > 25 dB < 1.15 50 < 300 W total power at two inputs, with max. 200 W at one input
7-16 female Indoor or outdoor (IP66)
Packing size Dimensions (w x h x d)
15
With 2 screws (max. 5.5 mm diameter) 1.3 kg 160 mm x 95 mm x 65 mm 94 mm x 60 mm x 88 mm (including connectors)
Note: VSWR and attenuation values are measured when the remaining ports are terminated with 50- loads.
86
20
–30 ... +70 °C
Application Weight
25
< –160 dBc (3rd order; with 2 x 20 W)
Connectors Mounting
Attenuation 2 ↔ 3 / dB
Type No.
Typical attenuation 2 ↔ 3 vs. VSWR at port 1
1.0
1.5
2.0 VSWR at port 1 (with 50-1 load at port 4)
3-dB Coupler (90° Hybrid) 800 – 2200 MHz
The 3-dB coupler can be used: – as a decoupled power splitter with a ratio of 1 : 1, – for the decoupled combining of two transmitters with frequency spacing as marrow as desired (at 3 dB loss), – for the decoupled combining of two receivers with frequency spacing as marrow as desired, – for the decoupled combining of two transmitter/ receiver units. whose integrated duplexers are within the same frequency range, – as a frequency-independent 90° phase shifter, – as a combiner component. Function: The 3-dB coupler has four ports, two of which are decoupled from each other. For example effective power entering into port 1 is distributed into the ports 2 and 3. Port 4 is decoupled and without power if ports 2 and 3 are ideally matched. In practice an absorber of suitable power at port 4 is to be planned for according to the mismatch of ports 2 and 3. Decoupled combining can be achived via the diagonally opposite ports 2 and 3 respectively 1 and 4.
2
3
Attenuation 1↔ 3 / dB
1
Attenuation 1 ↔ 2 / dB
Diagram I
4
Typical attenuation between ports 1 ↔ 2 resp. 1 ↔ 3 vs. frequency 1↔ 2 2.0 3.0 4.0
1↔ 3 800
2200
Diagram II
Technical Data
Frequency range Attenuation 1 ↔ 2 / 1 ↔ 3 Attenuation 2 ↔ 3 Directivity VSWR Impedance Input power Intermodulation products Temperatur range
793 554 800 – 2200 MHz 3 ±1.2 dB (see diagram I) See diagram II > 20 dB < 1.2 50 < 300 W total power at two inputs, with max. 200 W at one input
7-16 female Indoor or outdoor (IP66)
Packing size Dimensions (w x h x d))
20
–30 … +70 °C
Application Weight
25
< –160 dBc (3rd order; with 2 x 20 W)
Connectors Mounting
Attenuation 2 ↔ 3 / dB
Type No.
Typical attenuation 2 ↔ 3 vs. VSWR at port 1
15
With 2 screws (max. 5.5 mm diameter) 1.3 kg 160 mm x 95 mm x 65 mm
1.0
1.5
2.0 VSWR at port 1 (with 50-1 load at port 4)
94 mm x 53 mm x 105 mm (including connectors)
Note: VSWR and attenuation values are measured when the remaining ports are terminated with 50- loads.
87
3-dB Coupler with Cable Absorber 806 – 960 MHz
The 3-dB Coupler with Cable Absorber is designed to combine two BTS (Base Transceiver Stations) onto one antenna in order to save feeder cable and antenna costs. • Contrary to standard absorbers, the hereby implemented cable absorber provides excellent intermodulation performance • The frequency spacing between transmitter signals can be as small as required
Antenna
Tx/Rx2
Tx/Rx1
Tx/Rx2
Antenna Tx/Rx1
• DC signals at Tx/Rx1 port are passed to antenna port • DC signals at Tx/Rx2 port are short-circuited • Suitable for indoor applications Note: The 3-dB Coupler with Cable Absorber is designed for a max. input power of 150 W per input (in total 300 W). Wall-mounting of the device is recommended with the cooling ribs running in a vertical direction (see photo) in order to dissipate the max. heat power of 150 W and not to over-heat the unit. When installed in a 19˝ rack, it must be ensured that the max. heat power of 150 W is sufficiently dissipated, so that the ambient temperature does not rise above +50 °C. This can be achieved for example by the additional installation of a correspondingly dimensioned ventilator in the 19˝ rack or by reducing the maximum input power. The max. connector coupling torque of 25 Nm is not to be exceeded.
Technical Data
Frequency range Attenuation Tx/Rx1 → Antenna Tx/Rx2 → Antenna Tx/Rx1 ↔ Tx/Rx2 VSWR Impedance Input power Intermodulation products Temperature range Connectors Application Special features Mounting
Weight Packing size Dimensions (w x h x d)
806 – 960 MHz 3 ±0.4 dB 3 ±0.4 dB See diagram < 1.11 50 < 150 W per Tx/Rx port with max. 16 signals at each port < –160 dBc (3rd order; with 2 x 20 W) –20 … +50 °C 7-16 female Indoor DC signals at Tx/Rx1 port are passed to Antenna port DC signals at Tx/Rx2 port are short-circuited Wall mounting: With 4 screws (max. 7 mm diameter) 19˝ rack mounting: To be inserted on pre-installed 19˝ sliding bars (2 height units required) 10.3 kg 510 mm x 410 mm x 100 mm 336 mm x 444 mm x 64 mm
Note: VSWR and attenuation values are measured when the remaining ports are terminated with 50- loads.
88
Typical attenuation Tx/Rx1 ↔ Tx/Rx2 vs. Antenna VSWR
792 699
Attenuation Tx/Rx1 / dB Attenuation Tx1 ↔ Tx2 / dB C Tx/Rx2
Type No.
25
20
15
1.0
1.5
2.0 Antenna VSWR Antenna VSWR
3-dB Coupler with Cable Absorber 1700 – 2200 MHz
The 3-dB Coupler with Cable Absorber is designed to combine two BTS (Base Transceiver Stations) onto one antenna in order to save feeder cable and antenna costs.
Antenna
• Contrary to standard absorbers, the hereby implemented cable absorber provides excellent intermodulation performance • The frequency spacing between transmitter signals can be as small as required
Tx/Rx2
Tx/Rx1
Tx/Rx2
Antenna Tx/Rx1
• DC signals at Tx/Rx1 port are passed to antenna port • DC signals at Tx/Rx2 port are short-circuited • Suitable for indoor applications Note: The 3-dB Coupler with Cable Absorber is designed for a max. input power of 150 W per input (in total 300 W). Wall-mounting of the device is recommended with the cooling ribs running in a vertical direction (see photo) in order to dissipate the max. heat power of 150 W and not to over-heat the unit. When installed in a 19˝ rack, it must be ensured that the max. heat power of 150 W is sufficiently dissipated, so that the ambient temperature does not rise above +50 °C. This can be achieved for example by the additional installation of a correspondingly dimensioned ventilator in the 19˝ rack or by reducing the maximum input power. The max. connector coupling torque of 25 Nm is not to be exceeded.
Technical Data
Frequency range Attenuation Tx/Rx1 → Antenna Tx/Rx2 → Antenna Tx/Rx1 ↔ Tx/Rx2 VSWR Impedance Input power Intermodulation products Temperature range Connectors Application Special features Mounting
Weight Packing size Dimensions (w x h x d)
Typical attenuation Tx/Rx1 ↔ Tx/Rx2 vs. Antenna VSWR
792 702 1700 – 2200 MHz 3 ±0.4 dB 3 ±0.4 dB See diagram < 1.15 50 < 150 W per Tx/Rx port with max. 16 signals at each port < –160 dBc (3rd order; with 2 x 20 W) –20 … +50 °C 7-16 female Indoor
Attenuation Tx/Rx1 ↔ Tx/Rx2 / dB
Type No.
DC signals at Tx/Rx1 port are passed to Antenna port DC signals at Tx/Rx2 port are short-circuited Wall mounting: With 4 screws (max. 7 mm diameter) 19˝ rack mounting: To be inserted on pre-installed 19˝ sliding bars (2 height units required) 9.8 kg 510 mm x 410 mm x 100 mm 336 mm x 444 mm x 64 mm
Note: VSWR and attenuation values are measured when the remaining ports are terminated with 50- loads.
89
3-dB Coupler with Cable Absorber 800 – 2200 MHz
The 3-dB Coupler with Cable Absorber is designed to combine two BTS (Base Transceiver Stations) onto one antenna in order to save feeder cable and antenna costs.
Antenna Tx/Rx1
• Contrary to standard absorbers, the hereby implemented cable absorber provides excellent intermodulation performance • The frequency spacing between transmitter signals can be as small as required
Tx/Rx2
Tx/Rx2
Antenna Tx/Rx1
• DC signals at Tx/Rx1 port are passed to antenna port • DC signals at Tx/Rx2 port are short-circuited • Suitable for indoor applications Note: The 3-dB Coupler with Cable Absorber is designed for a max. input power of 150 W per input (in total 300 W). Wall-mounting of the device is recommended with the cooling ribs running in a vertical direction (see photo) in order to dissipate the max. heat power of 150 W and not to over-heat the unit. When installed in a 19˝ rack, it must be ensured that the max. heat power of 150 W is sufficiently dissipated, so that the ambient temperature does not rise above +50 °C. This can be achieved for example by the additional installation of a correspondingly dimensioned ventilator in the 19˝ rack or by reducing the maximum input power. The max. connector coupling torque of 25 Nm is not to be exceeded.
Technical Data
Frequency range Attenuation Tx/Rx1 → Antenna Tx/Rx2 → Antenna Tx/Rx1 ↔ Tx/Rx2 VSWR Impedance Input power Intermodulation products Temperature range Connectors Application Special features Mounting
Weight Packing size Dimensions (w x h x d)
800 – 2200 MHz 3 ±1.2 dB 3 ±1.2 dB See diagram < 1.2 50 < 150 W per Tx/Rx port with max. 16 signals at each port < –160 dBc (3rd order; with 2 x 20 W) –20 … +50 °C 7-16 female Indoor DC signals at Tx/Rx1 port are passed to Antenna port DC signals at Tx/Rx2 port are short-circuited Wall mounting: With 4 screws (max. 7 mm diameter) 19˝ rack mounting: To be inserted on pre-installed 19˝ sliding bars (2 height units required) 9.8 kg 510 mm x 410 mm x 100 mm 336 mm x 444 mm x 64 mm
Note: VSWR and attenuation values are measured when the remaining ports are terminated with 50- loads.
90
Typical attenuation Tx/Rx1 ↔ Tx/Rx2 vs. Antenna VSWR
793 555
Attenuation Tx/Rx1 ↔ Tx/Rx2 / dB
Type No.
Antenna VSWR
Hybrid Combiner 4:4 1710 – 2170 MHz
• Desiged for the decoupled combining of 4 transmitter or receiver signals and distributing these signals evenly onto 4 antenna outputs.
Outputs 1...4
• The use of fewer than 4 inputs or outputs is possible. Any unused input ports have to be terminated with lowpower 50- loads, unused output ports have to be terminated with high-power 50- loads. • Suitable for indoor or outdoor applications Output 2
Output 1
Output 3
Output 4
3-dB Coupler
3-dB Coupler
3-dB Coupler
3-dB Coupler
Input 2
Input 1
Input 3
Inuts 1...4
Input 4
Technical Data
782 10532
Type No. Frequency range Power distribution loss (including insertion loss) Input 1...4 ↔ Output 1...4
1710 – 2170 MHz
1710 – 2000 MHz: 6.7 ±0.5 dB 2000 – 2170 MHz: 6.7 ±0.9 dB
Insertion Loss Isolation Input 1...4 ↔ Input 1...4
< 0.5 dB 1710 – 2000 MHz: > 22 dB* 2000 – 2170 MHz: > 19 dB*
Output 1...4 ↔ Output 1...4
1710 – 2000 MHz: > 22 dB* 2000 – 2170 MHz: > 19 dB*
VSWR (all ports)
< 1.3*
Impedance
50
Input power
< 60 W at each port < –160 dBc (3rd order; with 2 x 20 W)
Intermodulation products Temperature range
–40 … +60 °C
Connectors
7-16 female
Application Mounting
Indoor or outdoor (IP 66) Wall mounting: With 4 screws (max. 8 mm diameter) Mast mounting: With additional clamp set
Dimensions (w x h x d)
Approx. 272 mm x 273 mm x 72 mm (including connectors and mounting brackets)
* Valid if all ports are terminated with 50- loads.
Accessories (order separately) Type No.
Clamp set suitable for mast diameter of
734 360
34 – 60 mm
734 361
60 – 80 mm
734 362
80 – 100 mm
734 363
100 – 120 mm
734 364
120 – 140 mm
734 365
45 – 125 mm
Clamp Set
91
Hybrid Combiner 2:1 806 – 960 MHz
• Designed for the decoupled combining of 2 transmitter or receiver signals onto one common antenna
Port 3
• The frequency spacing between transmitter signals can be as small as required • Excellent intermodulation performance • Suitable for indoor or outdoor applications
Port 1
Port 3 Antenna Tx1/Tx2/Rx1/Rx2
Port 2
Hybrid Combiner
Port 1
Port 2
Tx1/Rx1
Tx2/Rx2
Technical Data Type No.
782 10500
Frequency range Attenuation Port 1 ↔ Port 3 Port 2 ↔ Port 3 Port 1 ↔ Port 2
806 – 960 MHz
VSWR (all ports)
< 1.15
3.1 ±0.5 dB 3.1 ±0.5 dB > 22 dB* 50
Impedance Input power Port 1 Port 2
< 60 W < 60 W
Intermodulation products
< –160 dBc (3rd order; with 2 x 20 W)
Temperature range
–40 … +55 °C
Connectors
7-16 female
Application Mounting
Indoor or outdoor (IP 66) Wall mounting: With 4 screws (max. 6 mm diameter) Mast mounting: With additional clamp set
Dimensions (w x h x d)
Approx. 135 mm x 260 mm x 90 mm (including connectors)
* Valid if all ports are terminated with 50- loads.
Accessories (order separately) Type No.
Clamp set suitable for mast diameter of
734 360
34 – 60 mm
734 361
60 – 80 mm
734 362
80 – 100 mm
734 363
100 – 120 mm
734 364
120 – 140 mm
734 365
45 – 125 mm
92
Clamp Set
Hybrid Combiner 2:1 1710 – 2170 MHz
• Designed for the decoupled combining of 2 transmitter or receiver signals onto one common antenna
Port 3
• The frequency spacing between transmitter signals can be as small as required • Excellent intermodulation performance • Suitable for indoor or outdoor applications
Port 1
Port 3 Antenna Tx1/Tx2/Rx1/Rx2
Port 2
Hybrid Combiner
Port 1
Port 2
Tx1/Rx1
Tx2/Rx2
Technical Data
782 10502
Type No. Frequency range Attenuation Port 1 ↔ Port 3 Port 2 ↔ Port 3 Port 1 ↔ Port 2
1710 – 2170 MHz
VSWR (all ports)
< 1.25
3.1 ±0.5 dB 3.1 ±0.5 dB > 22 dB* 50
Impedance Input power Port 1 Port 2
< 60 W < 60 W
Intermodulation products
< –160 dBc (3rd order; with 2 x 20 W)
Temperature range
–40 … +55 °C
Connectors
7-16 female
Application Mounting
Indoor or outdoor (IP 66) Wall mounting: With 4 screws (max. 6 mm diameter) Mast mounting: With additional clamp set
Dimensions (w x h x d)
Approx. 135 mm x 260 mm x 90 mm (including connectors)
* Valid if all ports are terminated with 50- loads.
Accessories (order separately) Type No.
Clamp set suitable for mast diameter of
734 360
34 – 60 mm
734 361
60 – 80 mm
734 362
80 – 100 mm
734 363
100 – 120 mm
734 364
120 – 140 mm
734 365
45 – 125 mm
Clamp Set
93
Hybrid Transmitter Combiner 925 – 960 MHz
The hybrid transmitter combiner allows two to four transmitters to be combined to a common antenna output. Special features: – very narrow spacing of the transmitting frequencies, down to adjacent channel spacing (3 dB/6 dB loss due to design principle) – very high isolation between Tx inputs due to built-in circulators – easy frequency changing as no tuning is required – low space requirement due to compact design Design and construction: The hybrid transmitter combiner uses hybrid ring junctions to combine the transmitters. Each transmitting path incorporates a wide-band dual circulator with integrated absorbers. The absorbers are dimensioned for a total reflection possibly occurring at the output. The dissipation power is fed to the surroundings via the ribbed housing.
791 600
Customized versions: – with a single circulator instead of dual circulator, if lower isolation between the Tx inputs is sufficient – with a band-pass filter at the output – with power monitoring feature – for higher power
Antenna
HR
Tx 1
Tx 2
791 600
Technical Data Type No. Number of inputs
791 600
792 078
2
4
Frequency range
925 – 960 MHz
Frequency spacing Insertion loss Isolation VSWR Tx inputs Antenna output
HR
0 kHz < 3.9 dB
< 7.2 dB > 70 dB
50
Input power
< 40 W each input
Connectors Application Weight Packing size Dimensions (w x h x d)
94
HR
< 1.2 < 1.4
Impedance Temperature range
Antenna
HR
–20 … +50 °C N female Indoor 0.8 kg Approx. 107 x 95 x 215 mm 86 x 60 x 183 mm (including connectors)
Approx. 1.8 kg Approx. 211 x 98 x 326 mm 172 x 60 x 262 mm (including connectors)
Tx 1
Tx 2
Tx 3
792 078 HR = Hybrid ring junction
Tx 4
Hybrid Transmitter Combiner 1805 – 1880 MHz
The hybrid transmitter combiner allows two to four transmitters to be combined to a common antenna output. Special versions: – very narrow spacing of the transmitting frequencies, down to adjacent channel spacing (3 dB/6 dB loss due to design principle) – very high isolation between Tx inputs due to builtin circulators – easy frequency changing as no tuning is required – low space requirement due to compact design Design and construction: The hybrid transmitter combiner uses hybrid ring junctions to combine the transmitters. Each transmitting path includes a wide-band circulator with integrated absorbers. The absorbers are dimensioned for a possible total reflection occurring at the output. The dissipation power is fed to the surroundings via the ribbed housing.
791 962
Customized version: – with a dual circulator instead of single circulator to enhance isolation between the Tx inputs – with a band-pass filter at the output – with power monitoring feature – for higher power
Antenna
HR
Tx 2
Tx 1
791 962
Technical Data Type No. Number of inputs Frequency range
791 962
792 079
2
4 1805 – 1880 MHz
Frequency spacing Insertion loss Isolation VSWR Tx inputs Antenna output
HR
0 kHz < 3.8 dB
< 7.2 dB > 50 dB < 1.2 < 1.4
HR
Impedance
50
Input power
< 40 W each input
Temperature range Connectors Application Weight Packing size Dimensions (w x h x d)
Antenna
HR
–20 … +50 °C SMA female Indoor 0.8 kg Approx. 107 x 95 x 202 mm
Approx. 1.8 kg Approx. 211 x 98 x 314 mm
86 x 60 x 165 mm (including connectors)
172 x 60 x 244 mm (including connectors)
Tx 1
Tx 2
Tx 3
Tx 4
792 079 HR = Hybrid ring junction
95
Hybrid Transmitter Combiner 1805 – 1880 MHz
The hybrid transmitter combiner allows several transmitters to be combined to a common antenna output. Special versions: – high power hybrid combiner designed for cellular network base stations, more specifically for the PCN/DCS project – very narrow spacing of the transmitting frequencies, down to adjacent channel spacing – variable transmitter frequencies
7-16 Coupler
N Coupler
Design and construction: The hybrid transmitter combiner has three inputs and one output. For combining transmitters one 3 dB coupler and one 4.7 dB coupler are used as hybrid. In each transmitting path a wide-band dual circulator is inserted, which causes very high isolation. This effectively suppresses intermodulation products. The absorbers are dimensioned for a possible total reflection occurring at the output. The combiner also includes a band pass filter at the output.
Technical Data Type No.
792 691
Number of inputs
3
Frequency range
1805 ... 1880 MHz
Min. frequency spacing
0 kHz
Insertion loss
< 6 dB
Isolation Stop band attenuation VSWR Input Output Impedance Intermodulation products Input power Temperature range
> 65 dB > 75 dB (1710 – 1785 MHz) < 1.2 < 1.4 50 Typically –150 dBc (3rd Order; with 2 x 20 W) < 100 W each input –10 … +50 °C
Connectors
N female
Application Weight
Indoor Approx. 5 kg
Packing size Dimensions (19˝ drawer)
96
Approx. 555 mm x 500 mm x 270 mm Height 3 Units = 133 mm, plug in depth = 450 mm
Decoupled Power Splitter 806 – 960 MHz
The decoupled power splitter can be used: – for power distribution, e. g. from one common antenna to several receivers with frequency spacing as narrow as desired, – for power distribution, for example: from one transmitter to several outputs, – for decoupled combining of several transmitters with frequency spacing as narrow as desired (at 4.7 dB or 6 dB loss), – for decoupled combining of several transmitting/ receiving units, whose integrated duplexers are within the same frequency range. Function: The decoupled 3:1 power splitter has 3 inputs, one output,and 3 absorber ports. The decoupled 4:1 power splitter has 4 inputs, one output, and 4 absorber ports.The inputs are only decoupled if the absorber ports are terminated with 50- loads of suitable power.
729 812
Dimensioning the external absorbers: The absorbers of the 3:1 power splitter must be dimensioned so that at least 2/3 of the power fed into the inputs can be absorbed. Example: If a power of 50 W is fed into every input, then the absorbers must be able to absorb 33 W each.
1:4 power splitter 729 812 Output (Antenna)
The absorbers of the 4:1 power splitter must be dimensioned so that at least 3/4 of the power fed into the inputs can be absorbed. Example: If a power of 50 W is fed into every input, then the absorbers must be able to absorb 37 W each.
E1
E2
E3
E4
A1
A2
A3
A4
Technical Data Type No. Power splitting ratio Frequency range Power dividing loss (including insertion loss)
728 044
729 812
1:3 power splitter
1:4 power splitter
1:3
1:4 806 – 960 MHz
< 5.5 dB
Isolation
< 6.5 dB > 25 dB
VSWR
< 1.2
Impedance
50
Input power
< 100 W each input
Connectors
N female
Application Mounting Weight Packing size Dimensions (w x h x d)
Indoor With 2 screws (max. 4 mm diameter) 0.5 kg
Connectors E1 … E4: inputs, decoupled Connectors A1 … A4: external 50- absorbers
0.7 kg
175 mm x 95 mm x 140 mm 74 mm x 68 mm x 140 mm 114 mm x 68 mm x 140 mm (including connectors)
Note: VSWR and attenuation values are measured when the remaining ports are terminated with 50- loads.
97
Hybrid Ring Junction (180° Hybrid) 806 – 960 MHz / 1710 – 1880 MHz
The hybrid ring junction can be used: – as a power splitter with a ratio of 1:1, – for the decoupled combining of two transmitters with arbitrarily low frequency spacing (at 3 dB loss), – for the decoupled combining of two receivers with arbitrarily low frequency spacing, – for the decoupled combining of two transmitter/receiver units, whose integrated duplexers are within the same frequency range, – as component to form combiners.
Port 1
Port 2
Port 3
Port 4
K 63 73 621 790 881
Description: The hybrid ring junction has four ports, two of which are decoupled from each other. For example effective power entering into port 1 is distributed into ports 2 and 4, port 3 is decoupled and without power if ports 2 and 4 are ideally matched. In practice an absorber of suitable power at port 3 is to be planned for according to the mismatch of ports 2 and 4. Decoupled combining can be made via ports 1 and 3 or 2 and 4.
Port 4
Port 1 Port 3 Port 2
2 791 498
h/4
h/4 1
3 h/4
3/4h 4
Technical Data Type No. Frequency range Attenuation 1 ↔ 2 or 1 ↔ 4 Attenuation 1 ↔ 3 or 2 ↔ 4
K 63 73 621
790 881
791 498
806 – 960 MHz 3 ±0.4 dB (see diagram I)
890 – 960 MHz 3 ±0.3 dB (see diagram I)
1710 – 1880 MHz 3 ±0.4 dB (see diagram I)
See diagram II
See diagram II
VSWR
< 1.2
< 1.3
Impedance
50
50
Input power
< 100 W per input
< 50 W per input
Connectors
N female
N female
Application Mounting
Indoor With 2 screws (max. 4.5 mm diameter)
Indoor With 4 screws (max. 4.5 mm diameter)
Weight Packing size Dimensions (w x h x d)
0.32 kg
0.25 kg
Approx. 160 mm x 40 mm x 105 mm
90 mm x 40 mm x 110 mm
150 mm x 30 mm x 87 mm (including connectors)
80 mm x 26 mm x 106 mm (including connectors)
Note: VSWR and attenuation values are measured when the remaining ports are terminated with 50- loads.
98
Hybrid Ring Junction (180° Hybrid) 806 – 960 MHz / 1710 – 1880 MHz Typical Attenuation Curves Diagram II
Typical attenuation 1 ↔ 2 and 1 ↔ 4 vs. frequency
Attenuation 1 ↔ 3 or 2 ↔ 4 vs. frequency 20
2.5
1↔ ↔2
3.5 806
960 Frequency/MHz
Attenuation 2 ↔ 4 / dB
1↔ ↔4
3.0
Attenuation 1 ↔ 3 / dB
Attenuation 1 ↔ 2 / dB
Attenuation 1 ↔ 4 / dB
K 63 73 621 Diagram I
30
40
806 820
860
900
940 960 Frequency/MHz
typical attenuation guaranteed attenuation
Diagram II
Typical attenuation 1 ↔ 2 and 1 ↔ 4 vs. frequency
Attenuation 1 ↔ 3 or 2 ↔ 4 vs. frequency 20
2.5
1↔ ↔2 3.5
890
960 Frequency/MHz
Attenuation 2 ↔ 4 / dB
1↔ ↔4
3.0
Attenuation 1 ↔ 3 / dB
Attenuation 1 ↔ 2 / dB
Attenuation 1 ↔ 4 / dB
790 881 Diagram I
30
40
890
910
930
950 960 Frequency/MHz
typical attenuation guaranteed attenuation
Diagram II
Typical attenuation 1 ↔ 2 and 1 ↔ 4 vs. frequency
Attenuation 1 ↔ 3 or 2 ↔ 4 vs. frequency 20
2.5
1↔4 1↔2
3.5 1710
1880 Frequency/MHz
Attenuation 2 ↔ 4 / dB
3.0 Attenuation 1 ↔ 3 / dB
Attenuation 1 ↔ 2 / dB
Attenuation 1 ↔ 4 / dB
791 498 Diagram I
30
40
1700
1750
1800
1850 Frequency/MHz
1900
typical attenuation guaranteed attenuation
99
4.7-dB, 6-dB, 7-dB, 10-dB Coupler (90° Hybrid) 806 – 960 MHz
The 4.7-dB coupler is used as a decoupled splitter for power splitting purposes at a 1 : 2 ratio. An effective power entering into e. g. port 1 is divided between the ports 2 and 3 at a ratio of 1 : 2. Thus 1/3 of the input power (attenuation: 4.7 dB) is available at port 2 and 2/3 of the input power is available at port 3. The 6-dB coupler is used as a decoupled splitter for power splitting purposes at a 1 : 3 ratio. An effective power entering into e. g. port 1 is divided between the ports 2 and 3 at a ratio of 1 : 3. Thus 1/4 of the input power (attenuation: 6 dB) is available at port 2 and 3/4 of the input power is available at port 3.
790 792 792 793
The 7-dB coupler is used as a decoupled splitter for power splitting purposes at a 1 : 4 ratio. An effective power entering into e. g. port 1 is divided between the ports 2 and 3 at a ratio of 1 : 4. Thus 1/5 of the input power (attenuation: 7 dB) is available at port 2 and 4/5 of the input power is available at port 3. The 10-dB coupler is used as a decoupled splitter for power splitting purposes at a 1 : 9 ratio. An effective power entering at e. g. port 1 is divided between the ports 2 and 3 at a ratio of 1 : 9. Thus 1/10 of the input power (attenuation: 10 dB) is available at port 2 and 9/10 of the input power is available at port 3.
213 170 180 107
1
3
2
4
Port 4 is decoupled and remains free of power if the ports 2 and 3 are ideally matched. In practice an absorber of suitable power at port 4 is to be planned in accordance with the mismatch of ports 2 and 3. Decoupled combining can be achieved via the diagonally opposite ports 2 and 3 respectively 1 and 4.
Technical Data Type No.
N female 7-16 female
Version Frequency range Attenuation 1 ↔ 3 (4 ↔ 2) Attenuation 1 ↔ 2 (4 ↔ 3) Directivity VSWR Impedance Input power Application Mounting Weight Packing size Dimensions (w x h x d) N female 7-16 female
792 937 792 170
793 105 792 180
793 106 793 107
793 108 790 213
4.7-dB Coupler
6-dB Coupler
7-dB Coupler
10-dB Coupler
1.8 ±0.3 dB 4.7 ±0.5 dB
806 – 960 MHz 1.25 ±0.2 dB 1.0 ±0.2 dB 6.0 ±0.5 dB 7.0 ±0.5 dB > 27 dB < 1.1 50 < 350 W total power Indoor With 2 screws (max. 5.5 mm diameter) 0.6 kg Approx. 300 mm x 65 mm x 115 mm 157 mm x 55 mm x 95 mm (including connectors) 157 mm x 55 mm x 84 mm (including connectors)
Note: VSWR and attenuation values are measured when the remaining ports are terminated with 50- loads.
100
0.5 ±0.2 dB 10 ±0.5 dB
4.7-dB, 6-dB, 7-dB, 10-dB Coupler (90° Hybrid) 1710 – 1900 MHz
The 4.7-dB coupler is used as a decoupled splitter for power splitting purposes at a 1 : 2 ratio. An effective power entering into e. g. port 1 is divided between the ports 2 and 3 at a ratio of 1 : 2. Thus 1/3 of the input power (attenuation: 4.7 dB) is available at port 2 and 2/3 of the input power is available at port 3. The 6-dB coupler is used as a decoupled splitter for power splitting purposes at a 1 : 3 ratio. An effective power entering into e. g. port 1 is divided between the ports 2 and 3 at a ratio of 1 : 3. Thus 1/4 of the input power (attenuation: 6 dB) is available at port 2 and 3/4 of the input power is available at port 3.
792 792 792 792
The 7-dB coupler is used as a decoupled splitter for power splitting purposes at a 1 : 4 ratio. An effective power entering into e. g. port 1 is divided between the ports 2 and 3 at a ratio of 1 : 4. Thus 1/5 of the input power (attenuation: 7 dB) is available at port 2 and 4/5 of the input power is available at port 3. The 10-dB coupler is used as a decoupled splitter for power splitting purposes at a 1 : 9 ratio. An effective power entering at e. g. port 1 is divided between the ports 2 and 3 at a ratio of 1 : 9. Thus 1/10 of the input power (attenuation: 10 dB) is available at port 2 and 9/10 of the input power is available at port 3.
745 815 819 821
1
3
2
4
Port 4 is decoupled and remains free of power if the ports 2 and 3 are ideally matched. In practice an absorber of suitable power at port 4 is to be planned in accordance with the mismatch of ports 2 and 3. Decoupled combining can be achieved via the diagonally opposite ports 2 and 3 respectively 1 and 4.
Technical Data Type No.
N female 7-16 female
Version Frequency range Attenuation 1 ↔ 3 (4 ↔ 2) Attenuation 1 ↔ 2 (4 ↔ 3) Directivity VSWR Impedance Input power Application Mounting Weight Packing size Dimensions (w x h x d) N female 7-16 female
792 817 792 745
792 820 792 819
792 822 792 821
792 816 792 815
4.7-dB Coupler
6-dB Coupler
7-dB Coupler
10-dB Coupler
1.8 ±0.3 dB 4.7 ±0.5 dB
1710 – 1900 MHz 1.25 ±0.2 dB 1.0 ±0.2 dB 6.0 ±0.5 dB 7.0 ±0.5 dB > 27 dB < 1.1 50 < 350 W total power at two inputs, with max. 250 W at one input Indoor With 2 screws (max. 5.5 mm diameter) 0.5 kg Approx. 260 mm x 65 mm x 115 mm
0.5 ±0.2 dB 10 ±0.5 dB
111 mm x 55 mm x 95 mm (including connectors) 111 mm x 55 mm x 84 mm (including connectors)
Note:VSWR and attenuation values are measured when the remaining ports are terminated with 50- loads.
101
6-dB, 10-dB Coupler (90° Hybrid) 800 – 1900 MHz
The 6-dB coupler is used as a decoupled splitter for power splitting purposes at a 1 : 3 ratio. An effective power entering into e. g. port 1 is divided between the ports 2 and 3 at a ratio of 1 : 3. Thus 1/4 of the input power (attenuation: 6 dB) is available at port 2 and 3/4 of the input power is available at port 3. The 10-dB coupler is used as a decoupled splitter for power splitting purposes at a 1 : 9 ratio. An effective power entering at e. g. port 1 is divided between the ports 2 and 3 at a ratio of 1 : 9. Thus 1/10 of the input power (attenuation: 10 dB) is available at port 2 and 9/10 of the input power is available at port 3.
792 965 792 967
Port 4 is decoupled and remains free of power if the ports 2 and 3 are ideally matched. In practice an absorber of suitable power at port 4 is to be planned in accordance with the mismatch of ports 2 and 3. Decoupled combining can be achieved via the diagonally opposite ports 2 and 3 respectively 1 and 4. 1
3
2
4
Technical Data Type No.
N female 7-16 female
Version Frequency range Attenuation 1 ↔ 3 (4 ↔ 2) Attenuation 1 ↔ 2 (4 ↔ 3) Directivity VSWR Impedance Input power Application Mounting Weight Packing size Dimensions (w x h x d) N female 7-16-female
792 964 792 965
792 966 792 967
6-dB Coupler
10-dB Coupler
800 – 1900 MHz 800 – 1900 MHz 1.5 ±0.5 dB (800 – 1900 MHz) 0.5 ±0.5 dB (800 – 1900 MHz) 6.0 ±1 dB (800 – 960 / 1700 – 1900 MHz) 10 ±1 dB (800 – 960 / 1700 – 1900 MHz) 6.0 –1.5 dB (960 – 1700 MHz) 10 –2 dB (960 – 1700 MHz) > 22 dB > 20 dB < 1.15 50 < 350 W total power at two inputs, with max. 250 W at one input Indoor With 2 screws (max. 5.5 mm diameter) 0.5 kg 275 mm x 47 mm x 115 mm 135 mm x 40 mm x 95 mm (including connectors) 135 mm x 40 mm x 84 mm (including connectors)
Note: VSWR and attenuation values are measured when the remaining ports are terminated with 50- loads.
102
System Components
System Components
Bias Tees Measuring Directional Coupler Circulators DC-Stops Attenuators 50- Loads Power Distribution Unit
103
Summary of Articles
System Components: Description
Type No.
Measuring Directional Coupler
792 972
DC Stop Bias Tee Bias Tee Bias Tee Smart Bias Tee 12 V / BTS Smart Bias Tee 12 V / Antenna Smart Bias Tee 24 V / BTS Smart Bias Tee 24 V / Antenna Smart Bias Tee 12 V / BTS Smart Bias Tee 12 V / Antenna Smart Bias Tee 24 V / BTS Smart Bias Tee 24 V / Antenna Circulator Circulator Circulator Circulator Circulator Attenuator 3 dB Attenuator 6 dB Attenuator 10 dB Attenuator 20 dB Attenuator 3 dB Attenuator 6 dB Attenuator 10 dB Attenuator 20 dB Cable Attenuator Cable Absorber 800 – 2500 MHz
793 793 782 782 782 782 782 782 782 782 782 782 791 791 792 782 782 784 784 784 784 791 791 791 791 782 782
50- 50- 50- 50- 50- 50- 50- 50- 50- 50- 50- 50- 50- 50- 50- 50- 50- 50-
K 62 26 61 1 784 10367 784 10470 K 62 26 11 1 K 62 26 40 1 K 62 26 41 1 K 62 26 20 1 K 62 26 21 1 K 62 26 20 7 K 62 26 21 7 K 62 26 30 1 K 62 26 31 1 K 62 26 30 7 K 62 26 31 7 K 62 26 50 1 K 62 26 51 1 K 62 26 50 7 782 10474
Load Load Load Load Load Load Load Load Load Load Load Load Load Load Load Load Load Load
(N male) (7-16 male) (7-16 female) (N male) (N female) (N male) (N female) (N male) (7-16 female) (7-16 male) (N female) (N male) (7-16 female) (7-16 male) (N female) (N male) (7-16 female) (7-16 female)
Description Power Distribution Unit (PDU)
104
301 304 10429 10550 10253 10254 10255 10256 10453 10454 10455 10456 375 376 763 10319 10320 10235 10236 10237 10238 918 919 920 921 10294 10295
Frequency range 824 – 960 960 – 2500 800 – 2170 800 – 2170 800 – 2170 1710 – 2170 800 – 2170 800 – 2170 800 – 2170 800 – 2170 800 – 2170 800 – 2170 800 – 2170 800 – 2170 890 – 960 890 – 960 1805 – 1880 1900 – 2200 1900 – 2200 0 – 4000 0 – 4000 0 – 4000 0 – 4000 0 – 4000 0 – 4000 0 – 4000 0 – 4000 400 – 2200 800 – 960 960 – 2500 0 – 2500 0 – 4000 0 – 4000 0 – 2500 0 – 2500 0 – 2500 0 – 2500 0 – 2500 0 – 2500 0 – 2500 0 – 2500 0 – 2500 0 – 2500 0 – 2500 0 – 1000 0 – 1000 0 – 1000 806 – 2500
Max. input power
Page
800 W 200 W 750 W 250 W 250 W 250 W 750 W 750 W 750 W 750 W 750 W 750 W 750 W 750 W 150 W 150 W 100 W 120 W 120 W 2W 2W 2W 2W 15 W 12 W 10 W 10 W 100 W 150 W 100 W 0.5 W 1.5 W 1.5 W 2W 10 W 10 W 25 W 25 W 25 W 25 W 50 W 50 W 50 W 50 W 100 W 100 W 100 W 60 W
105
MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz
106 107 108 109 110, 111, 110, 111, 110, 111, 110, 111, 110, 111, 110, 111, 110, 111, 110, 111, 113 113 114 115 115 118 118 118 118 119 119 119 119 120
112 112 112 112 112 112 112 112
121 122 122 122 122 123 123 123 123 123 123 123 123 123 123 123 123 123 124
Type No.
Power supply (DC input)
Page
782 10344
38 ... 72 V DC
116, 117
Measuring Directional Coupler 824 – 2500 MHz
The Measuring Directional Coupler provides measurement ports for monitoring the forward and reflected power of a RF signal. • Easy implementation into existing RF systems
due to male/female connectors
• Input and output ports are reciprocal in nature • Front panel mounting possible via flange • Suitable for indoor applications
Forward Port
Output Port
Input Port
Reflected Port 102.8
Technical Data Type No. Frequency range Insertion loss Input port → Output port Coupling attenuation Input port → Forward port Output port → Reflected port Directivity VSWR Input port, Output port Forward port, Reflected port Impedance Input power Intermodulation products Temperature range Connectors Input port Output port Forward port, Reflected port Application Mounting Weight Dimensions (w x h x d)
792 972 824 – 2500 MHz < 0.05 dB (824 – 2500 MHz) 32.0 ±0.75 dB (824 – 960 MHz) 28.5 ±1.50 dB (1710 – 2500 MHz) 32.0 ±0.75 dB (824 – 960 MHz) 28.5 ±1.50 dB (1710 – 2500 MHz) > 28 dB (824 – 2200 MHz)3 > 25 dB (2200 – 2500 MHz) < 1.04 (824 – 960 MHz) < 1.08 (960 – 2500 MHz) < 1.2 (824 – 2500 MHz) 50 < 800 W (824 – 960 MHz) < 200 W (960 – 2500 MHz) < –160 dBc (3rd order; with 2 x 20 W) –20 … +55 °C 7-16 male 7-16 female MCX female Indoor Front panel mounting possible with 4 screws (max. 2.5 mm diameter) 0.26 kg 32 mm x 32 mm x 102.3 mm
105
DC Stop 800 – 2170 MHz
DC Stop is used in dual- or multi-band antenna systems where one or more antenna systems require a DC supply for an installed mast head amplifier. The DC Stop prevents DC voltage from being shorted within the non-biased antenna system(s) and isolates the corresponding base station output(s) from DC voltage.
• Low RF signal insertion loss • High DC signal isolation from port 1 to port 2 and vice versa • Suitable for indoor or outdoor applications
70.4
39.5
M29x1.5
8
32
Application Example
Technical Data Type No. Frequency range Insertion loss Port 1 ↔ Port 2 Isolation Port 1 ↔ Port 2 VSWR Impedance Input power Intermodulation products Temperature range Connectors Port 1 Port 2 Application Weight Dimensions (w x h x d)
106
793 301 800 – 2170 MHz
Port 2
< 0.1 dB (800 – 2170 MHz) Port 1 > 70 dB (DC) < 1.1 ( 800 – 2000 MHz) < 1.2 (2000 – 2170 MHz 50 < 750 W (800 – 2170 MHz) < –160 dBc (3rd order; with 2 x 20 W) –40 ... +70 °C 7-16 male 7-16 female Indoor or outdoor (IP 66) 0.32 kg 70.4 mm x 39.5 mm x 32 mm (including connectors and earthing screw of 6 mm diameter)
Bias Tee 800 – 2170 MHz
The Bias Tee is suitable to feed DC voltage into the feeder cable of a receiving and/or transmitting antenna system in order to provide the operating voltage for a mast head amplifier.
• The Bias Tee provides low RF signal insertion loss from the BTS to the antenna port and vice versa.
• The DC voltage is fed from the DC port to the antenna port while providing a high level of DC isolation from the DC to the BTS port and from the antenna to the BTS port.
• The measures taken to protect against static discharge and lightning ensure a high level of reliability and operational safety.
16
35.4
793 304 Bias Tee 800–2170 MHz Antenna BTS DC
DC
6.5
6.5
28.5
47
88
Application Example
Technical Data Type No. Frequency range Insertion loss BTS ↔ Antenna Isolation BTS ↔ Antenna BTS ↔ DC VSWR Impedance Input power BTS DC Intermodulation products Lightning protection Temperature range Connectors BTS Antenna Port DC Application Weight Packing size Dimensions (w x h x d)
793 304
Antenna
800 – 2170 MHz < 0.1 dB (800 – 2170 MHz) > 70 dB (DC) > 70 dB (DC) < 1.1 (800 – 2170 MHz) 50
BTS Port DC
< 250 W (800 – 2170 MHz) < 1000 mA / 0 ... +30 VDC < –160 dBc (3rd order; with 2 x 20 W) 5 kA, 8/20 +s pulse –40 ... +70 °C 7-16 male 7-16 female SMB male Indoor 0.6 kg 145 mm x 145 mm x 50 mm 88 mm x 47 mm x 35.4 mm (including connectors and earthing screw of 6 mm diameter)
107
Bias Tee 800 – 2170 MHz
The Bias Tee is suitable to feed DC voltage and AISG control signals into the feeder cable in order to provide operating voltage and control signals via the RF feeder cable to the TMA or RCU.
• The Bias Tee provides low RF signal insertion loss from the BTS to the antenna port and vice versa.
• The DC voltage and AISG control signal (2.176 MHz) is fed from the DC port to the antenna port while providing a high level of DC isolation from the DC to the BTS port and from the antenna to the BTS port. • The measures taken in conjunction with the CCU-LOC to protect against static discharge and lightning ensure a high level of reliability and operational safety.
16
35.4
793 304 Bias Tee Bias Tee 800–2170 MHz 800–2170 MHz Antenna BTS Antenna BTS DC DC/AISG
DC
6.5
6.5
28.5
47
88
Application Example
Technical Data Type No.
782 10429
Frequency range Insertion loss BTS ↔ Antenna Isolation BTS ↔ Antenna BTS ↔ DC/AISG VSWR Impedance Input power BTS DC/AISG
800 – 2170 MHz
Lightning protection Intermodulation products Temperature range Connectors Port 1 BTS Port 2 Antenna Port DC/AISG Application Weight Packing size Dimensions (w x h x d)
108
Port 2 Feeder
< 0.1 dB (800 – 2170 MHz) > 70 dB (DC) > 70 dB (DC) < 1.1 (800 – 2170 MHz) 50 < 250 W (800 – 2170 MHz) < 1.8 A / 13 VDC < 0.8 A / 29 VDC 3 kA, 10/350 +s pulse < –160 dBc (3rd order; with 2 x 20 W) –40 ... +70 °C 7-16 male 7-16 female SMB male Indoor 0.6 kg 145 mm x 145 mm x 50 mm 88 mm x 47 mm x 35.4 mm (including connectors and earthing screw of 6 mm diameter)
Port 1 BTS Port DC/AISG
Bias Tee 1710 – 2170 MHz
The Bias Tee is suitable to feed DC voltage and AISG control signals into the feeder cable in order to provide operating voltage and control signals via the RF feeder cable to the TMA or RCU.
• The Bias Tee provides low RF signal insertion loss from the BTS to the antenna port and vice versa.
• The DC voltage and AISG control signal (2.176 MHz) is fed from the DC port to the antenna port while providing a high level of DC isolation from the DC to the BTS port and from the antenna to the BTS port. • The measures taken in conjunction with the CCU-LOC to protect against static discharge and lightning ensure a high level of reliability and operational safety • Designed for front panel mounting (Bulkhead version). outdoor
indoor
Front panel (bulkhead)
Application Example
Technical Data Type No. Frequency range Insertion loss BTS ↔ Antenna Isolation BTS ↔ Antenna BTS ↔ DC/AISG VSWR Impedance Input power BTS DC/AISG Lightning protection Intermodulation products Temperature range Connectors Port 1 BTS Port 2 Antenna Port DC/AISG Application Weight Packing size Dimensions (w x h x d)
782 10550 Port 1 BTS
1710 – 2170 MHz < 0.1 dB (1710 – 2170 MHz) > 70 dB (DC) > 70 dB (DC) < 1.1 (1710 – 2170 MHz) 50
Port 2 Feeder
< 250 W (1710 – 2170 MHz) < 1.8 A / 13 VDC < 0.8 A / 29 VDC 3 kA, 10/350 +s pulse; 20 kA, 8/20 +s pulse < –160 dBc (3rd order; with 2 x 20 W) –40 ... +70 °C 7-16 female 7-16 female SMB male Indoor, port 2 connector outdoor with sealing (O-ring) 0.6 kg 145 mm x 145 mm x 50 mm 91 mm x 47 mm x 35.4 mm (including connectors)
109
Smart Bias Tee 800 – 2170 MHz The Smart Bias Tee combines the performance of a standard Bias Tee (e.g. type 793 304) with the function of an additional modem (AISG standard) in order to provide either DC voltage as well as remote control signals via an RF feeder cable to a TMA or RCU. The Smart Bias Tee provides low RF signal insertion loss from port 1 to port 2 and vice versa.The measures taken to protect against static discharge and lightning ensure a high level of reliability and operational safety.
• •
Port 1 Antenna
782 10253, 782 10453: 12 V version for use near the BTS, in order to feed-in DC voltage and RCU control Port 2 Feeder signals into a feeder cable 782 10254, 782 10454: 12 V version for use near the antenna, in order to control an RCU (only required if no TMA is in use)
•
782 10255, 782 10455: 24 V version for use near the BTS, in order to feed-in DC voltage and RCU control signals into a feeder cable
•
782 10256, 78210456: 24 V version for use near the antenna, in order to control an RCU (only required if no TMA is in use)
Abbreviations: RCU = Remote Control Unit for remote electrical control of antenna tilt BTS = Base Transceiver Station TMA = Tower Mounted Amplifier AISG= Antenna Interface Standards Group (version 1.1) Port 1 = Port for BTS or for Antenna Port 2 = Port for Feeder Cable
Port 2 Feeder Port 1 Antenna
Port DC/RCU
Port DC/RCU
782 10454 782 10456
782 10254 782 10256
Port 1 BTS
Port 2 Feeder Port 1 BTS
Port 2 Feeder
Port DC/RCU
Port DC/RCU
782 10253 782 10255
782 10453 782 10455
Port DC/RCU = Port for DC voltage and remote control unit signals
Technical Data Type No. Port 1: 7-16 male Port 2: 7-16 female Type No. Port 1: 7-16 female Port 2: 7-16 male Frequency range Insertion loss Port 1 ↔ Port 2 Isolation for DC and RCU signals Port 1 ↔ Port 2 Port 1 ↔ Port DC/RCU Port 2 ↔ Port DC/RCU VSWR Impedance Input power Port 1 or port 2 Port DC/RCU Power consumption Lightning protection Intermodulation products Temperature range Modem carrier frequency Application Weight Packing size Dimensions (w x h x d)
110
782 10253
782 10254
782 10255
782 10256
12 V / BTS
12 V / Antenna
24 V / BTS
24 V / Antenna
BTS Feeder
Antenna Feeder
BTS Feeder
Antenna Feeder
782 10453
782 10454
782 10455
782 10456
12 V / BTS
12 V / Antenna
24 V / BTS
24 V / Antenna
BTS Feeder
Antenna Feeder
BTS Feeder
Antenna Feeder
800 – 2170 MHz < 0.1 dB (800 – 2170 MHz) > 70 dB > 70 dB > 0 dB < 1.1 (800 – 2170 MHz) 50 < 750 W (800 – 2170 MHz) < 2.5 A / +8 … +14 VDC
< 750 W (800 – 2170 MHz) < 2.5 A / +8 … +30 VDC
Typically 0.6 W 3 kA, 10/350 +s pulse < –160 dBc (3rd order; with 2 x 20 W) –40 ... +60 °C 2.176 MHz Indoor or outdoor (IP66) 1.3 kg 167 mm x 102 mm x 86 mm 108.7 mm x 76 mm x 42.8 mm (including connectors)
Smart Bias Tee 800 – 2170 MHz
Block diagrams
Application Examples
Port 1 (Antenna)
Warning: 782 10254 (12V) or 782 10256 (24V)
Port 2 (Feeder)
Port DC/RCU (RCU)
Port 2 (Feeder)
Port DC/RCU (CCU)
Don’t mix 12 V and 24 V Bias Tees in any configuration. Always choose corresponding voltage to suit the TMA.
DC cable
DC cable
782 10253 (12V) or 782 10255 (24V)
Antenna system (1 sector) without TMA
Port 1 (BTS)
Port 1 (Antenna)
Antenna system (1 sector) with Kathrein TMA
Port DC/RCU (RCU)
782 10454 (12V) or 782 10456 (24V) Port 2 (Feeder)
Port 2 (Feeder) 782 10453 (12V) or 782 10455 (24V)
DC cable
DC cable
Port 1 (BTS)
Port DC/RCU (CCU)
Antenna system (1 sector) without TMA
Antenna system (1 sector) with Kathrein TMA
111
Smart Bias Tee 800 – 2170 MHz
782 10253, 782 10255 782 10453, 782 10455
782 10254, 782 10256 782 10454, 782 10456
Please note: The Smart Bias Tees are designed to operate under the environmental conditions as described in ETS 300 019-1-4 class 4.1 E and have passed environmental tests as recommended in ETS 300 019-2-4. The installation team must be properly qualified and also be familiar with the relevant national safety regulations. The coupling torque at 7-16 connectors is 25 – 30 Nm! Hold the smart bias tee housing securely while tightening the 7-16 locking nut. The tightning torque for fixing the AISG connector must be 0.5 – 1.0 Nm (‘hand-tightened’). Pin connections
782 10253 782 10453
112
782 10254 782 10454
782 10255 782 10455
782 10256 782 10456
Circulator 890 – 960 MHz
The circulator can be used: – to increase the coupling attenuation between transmitters, to reduce intermodulation products, – to prevent adverse effects of unmatched load impedance on amplifier performance. Function: The circulator is a non-reciprocal component with low insertion loss in the forward direction (1 → 2) and high attenuation in the reverse direction (2 → 1). The impedance at the input (1) of the circulator is constant and independent of the impedance of the components following. The reflected power at the output (2) is passed to the absorber port (3), which must be terminated with an absorber.
3
3
1 1 2
2 791 376
791 375
Dimensioning of the absorber: The absorber at port (3) must be dimensioned to be able to absorb the maximum power reflected at output (2). M3 / 6 deep
Absorber connection Absorber connection
Input
4x M3 / 4 deep
Input
Output
6x M3 / 4 deep
Output
791 375
791 376
Technical Data Type No.
791 375
791 376
Single Stage
Double Stage
Frequency range
890 – 960 MHz
Insertion loss 1 ↔ 2
< 0.2 dB
Isolation 2 ↔ 1
> 25 dB
VSWR 1, 2, 3
< 0.3 dB > 50 dB < 1.2
Impedance
50
Input power
< 150 W
Temperature range Connectors Application Mounting Weight Packing size Dimensions (w x h x d)
–10 … +55 °C N female Indoor With 2 screws (max. 3 mm diameter) 360 g 645 g 110 mm x 100 mm x 40 mm 160 mm x 90 mm x 40 mm 91 mm x 71 mm x 32 mm 142 mm x 71 mm x 32 mm (including connectors)
113
Circulator 1805 – 1880 MHz
The circulator can be used: – to increase the coupling attenuation between transmitters, to reduce intermodulation products, – to prevent adverse effects of unmatched load impedance on amplifier performance.
3
Function: The circulator is a non-reciprocal component with low insertion loss in the forward direction (1 → 2) and high attenuation in the reverse direction (2 → 1). The impedance at the input (1) of the circulator is constant and independent of the impedance of the components following. The reflected power at the output (2) is passed to the absorber port (3), which must be terminated with an absorber.
1 2
792 763
Dimensioning of the absorber: The absorber at port (3) must be dimensioned to be able to absorb the maximum power reflected at output (2).
Output
Absorber connection
Internal load 10 W
Input
Technical Data Type No.
792 763 Double Stage
Frequency range Insertion loss 1 → 2 Isolation 2 ↔ 1 VSWR 1, 2, 3 Impedance Input power Temperature range Connectors Application Mounting Weight Packing size Dimensions (w x h x d)
114
1805 – 1880 MHz < 0.5 dB > 40 dB < 1.2 50 < 100 W –10 … +60 °C N female Indoor With 4 screws (max. 3 mm diameter) 440 g 110 mm x 100 mm x 40 mm 113.2 mm x 59.7 mm x 27 mm (including connectors)
Circulator 1900 – 2200 MHz 3 The circulator can be used: – to increase the coupling attenuation between transmitters, to reduce intermodulation products, – to prevent adverse effects of unmatched load impedance on amplifier performance. 1
Function: The circulator is a non-reciprocal component with low insertion loss in the forward direction (1 → 2) and high attenuation in the reverse direction (2 → 1). The impedance at the input (1) of the circulator is constant and independent of the impedance of the components following. The reflected power at the output (2) is passed to the absorber port (3), which must be terminated with an absorber.
2
782 10320
3
Dimensioning of the absorber: The absorber at port (3) must be dimensioned to be able to absorb the maximum power reflected at output (2).
1 2 782 10319
Technical Data Type No.
782 10319
782 10320
Single Stage
Double Stage
Frequency range
1900 – 2200 MHz
Insertion loss 1 ↔ 2
< 0.3 dB
Isolation 2 ↔ 1
> 23 dB
VSWR 1, 2, 3
< 0.5 dB > 45 dB < 1.22
Impedance
50
Input power
< 120 W
Temperature range
–10 … +55 °C
Connectors
N female
Application Mounting
Indoor With 2 screws (max. 3 mm diameter)
Weight Packing size Dimensions (w x h x d)
360 g
645 g
110 mm x 100 mm x 40 mm 160 mm x 90 mm x 40 mm 33 mm x 39 mm x 26 mm 65 mm x 39 mm x 26 mm (without connectors)
115
Power Distribution Unit (PDU)
The PDU provides DC supply voltage and alarm interfacing for up to 6 TMAs / MHAs (Tower Mounted Amplifiers / Mast Head Amplifiers) with current window alarming. • Suitable for low DC power requirements, e.g. Kathrein DTMA 782 10301 (UMTS) or 782 10312 (GSM1800)
Input Power supply
• Alarm signals available on SubD 9-pin connector and LEDs
Outputs DC supply voltage MHA1 ... MHA6 and Red alarm LEDs TMA failure
Outputs Alarms
Orange alarm LED Power supply failure
• Bias Tees and cable sets for connection of up to 6 Bias Tees for servicing 6 TMAs (or 3 DTMAs = double TMAs) are available as accessories
DIP switch MHA1 ... MHA6 disconnect
Alarm interface function: Under normal operating conditions each TMA pulls the nominal current from the PDU. In case of failure when a TMA consumes a current outside the specified alarm window, then an internal TMA circuit pulls an increased alarm current. Once the respective TMA failure detection threshold is registered by the PDU, then the following alarms are activated: 1. The DC supply voltage for the defective TMA is switched off. 2. The corresponding red alarm LED lights up. 3. The contacts 4 and 5 on the SubD 9-pin connector are closed. In addition, the respective pins 1 (TMA1), 2 (TMA2), 3 (TMA3), 6 (TMA4), 7 (TMA5), or 8 (TMA6) are grounded. This contact status can be used for monitoring purposes. If required, the additional DIP switch can be used to override the individual alarm and turn off the respective TMA supply voltage (1 = supply voltage and red LED alarm OFF, 0 = supply voltage and red LED alarm ON).
Technical Data
782 10344
Type No. Power supply (DC input) DC supply voltage (DC outputs to MHA1 ... MHA6) Failure detection threshold Alarms LED indicators SubD 9-pin connector Electrical protection against Temperature range Connectors Scope of delivery MTBF Mounting Application Weight Dimensions (w x h x d)
38 ... 72 V DC 6x +12 ±0.3 V / nominal current: 110 mA ±20% > 230 mA ±10% Red LED ON = TMA failure at indicated DC output Orange LED ON = power supply failure (back-up power supply in use), Green LED ON = power supply ON Contact pins 4 + 5 closed when failure detection threshold is exceeded = MHA or power supply failure Contact pins 1 ... 3, 6 ... 8 grounded when failure detection threshold is exceeded = MHA failure Reverse voltage on DC outputs Reverse polarity voltage, over-current and over-voltage on DC input (power supply) –40 ... +60 °C Power supply: DIN 3-pin male DC supply voltage: BNC female (6 x) Alarms: SubD 9-pin PDU, 3 m power supply cable with DIN 3-pin female connector, (brown (+), blue (–), green-yellow (grd) > 450 000 hours With 2 screws (M6) Indoor (IP20) 2.2 kg 19 ˝ drawer, 2 height units, plug-in depth 171 mm
Accessories (order separately) Type No.
Description
Technical data
782 10388
Cable set 2 m (6 cables)
Lenth: 2.0 m Cable type: RG 316 Connectors: BNC male / SMB female Voltage drop at 110 mA nominal current: < 0.2 V
782 10389
Cable set 5 m (6 cables)
Lenth: 5.0 m Cable type: RG 316 Connectors: BNC male / SMB female Voltage drop at 110 mA nominal current: < 0.2 V
Bias Tee
Please see separate data sheet
793 304
Bias Tee 793 304
116
Power Distribution Unit (PDU)
Detail Power supply connector
Application example Antenna system (1 sector) with Kathrein PDU 782 10344, Bias Tees 793 304 and UMTS Douple TMA 782 10301
Detail SupD 9-pin connector
SubD 9-pin connector and LED alarms
SubD 9-pin connector pin #
MHA1
MHA2
MHA3
MHA4
MHA5
MHA6 Power supply
failure no failure
1
2
3
6
7
8
9
1
2
3
4
5
–
–
–
–
–
grd
ON
–
–
–
–
–
–
ON
open
–
–
–
–
–
grd
OFF
–
–
–
–
–
–
ON
–
grd
–
no failure
–
open
–
failure
–
–
grd
no failure
–
–
open
failure
–
–
no failure
–
–
5
Green alarm LED
grd
failure
4
Orange alarm LED
Red alarm LED #
–
–
–
grd
–
ON
–
–
–
–
–
ON
–
–
–
grd
–
OFF
–
–
–
–
–
ON
–
–
–
grd
–
–
ON
–
–
–
–
ON
–
–
–
grd
–
–
OFF
–
–
–
–
ON
–
grd
–
–
grd
–
–
–
ON
–
–
–
ON
–
open
–
–
grd
–
–
–
OFF
–
–
–
ON
failure
–
–
–
no failure
–
–
–
failure
–
–
no failure
–
failure no failure
contacts closed if at least 1 failure
6
contacts open if no failure
–
grd
–
grd
–
–
–
–
ON
–
–
ON
–
open
–
grd
–
–
–
–
OFF
–
–
ON
–
–
–
grd
grd
–
–
–
–
–
ON
–
ON
–
–
–
–
open
grd
–
–
–
–
–
OFF
–
ON
–
–
–
–
–
–
grd
–
–
–
–
–
–
ON
ON
–
–
–
–
–
–
grd
–
–
–
–
–
–
OFF
ON
– contact status not defined grd contact grounded
117
Attenuator 2W 0 – 4000 MHz Air-cooled attenuator for low power rating
• • • •
Signal attenuation for test, measuring or tuning purposes Good matching over large frequency range Closed metal housing, very stable and RF proof Free choice of mounting position due to convection-cooling
Technical Data Type No. Attenuation Frequency range VSWR
784 10235
784 10236
784 10237
784 10238
3 ±0.3 dB
6 ±0.3 dB
10 ±0.3 dB
20 ±0.5 dB
0 – 4000 MHz < 1.12
Impedance
50
Max. power
2W
Connectors
N
Application
Indoor
Weight Dimensions (L x diameter)
118
60 g 49 mm x 21 mm
Attenuator 10 W – 15 W 0 – 4000 MHz Air-cooled attenuator for medium power rating
• • • •
Signal attenuation for test, measuring or tuning purposes Good matching over large frequency range Closed metal housing, very stable and RF proof Free choice of mounting position due to convection-cooling
Technical Data
791 918
791 919
791 920
791 921
Attenuation
3 ±0.3 dB
6 ±0.3 dB
10 ±0.3 dB
20 ±0.5 dB
Max. power
15 W
12 W
10 W
10 W
Type No.
Frequency range VSWR Impedance
0 – 4000 MHz < 1.15 50
Connectors
N
Application
Indoor
Weight Dimensions (L x diameter)
70 g 50 mm x 26 mm
119
Cable Attenuator 100 W 400 – 2200 MHz • Attenuator for high input power • Contrary to standard attenuators, the cable attenuator
provides excellent intermodulation performance
• Suitable for indoor applications
Technical Data
782 10294
Frequency range Attenuation
400 – 2200 MHz > 20 dB (400 MHz) > 50 dB (2200 MHz)
VSWR
< 1.15 (typically 1.08)
Impedance Input power Intermodulation products Temperature range
400 – 2200 20 30 40 50
< 100 W
60
< –160 dBc (3rd order; with 2 x 20 W)
70
–20 … +50 °C
80
7-16 female
Application Mounting
Indoor
120
10
50
Connectors
Weight Dimensions (w x h x d)
Attenuation/dB
Type No.
Typical Attenuation Curve 0
Wall mounting: With 4 screws (max. 7 mm diameter) 19˝ rack mounting: To be inserted on pre-installed 19˝ sliding bars (2 height units required) 11.5 kg 444 mm x 73.6 mm x 336 mm
90 100 300
500
700
900
1100 1300
1500 1700
1900 2100 2300
Frequency/MHz
Cable Absorber 800 – 2500 MHz
• 50- load for high input power • Contrary to standard absorbers, the cable absorber
provides excellent intermodulation performance
• Suitable for indoor applications
444 421
11.5
58.5
300
316 336
4
95
25
ø7
143
7/16
5
30
10
18
M4
164
Technical Data Type No. Frequency range VSWR Impedance Input power Intermodulation products Temperature range Connectors Application Mounting
Weight Packing size Dimensions (w x h x d)
782 10295 800 – 2500 MHz < 1.15 (typically 1.08) 50 < 150 W (800 – 960 MHz) < 100 W (960 – 2500 MHz) < –160 dBc (3rd order; with 2 x 20 W) –20 … +50 °C 7-16 female Indoor Wall mounting: With 4 screws (max. 7 mm diameter) 19˝ rack mounting: To be inserted on pre-installed 19˝ sliding bars (2 height units required) Approx. 8.5 kg 510 mm x 410 mm x 100 mm 336 mm x 444 mm x 59 mm
121
Load 50
50- loads are suited as absorbers for small and medium power. They are used: – as termination for transmitters or amplifiers used for testing, measuring or tuning, – as termination for circulators, directional couplers, hybrid ring junctions and decoupled power splitters. Special features of the loads are: – very low VSWR within a wide frequency range, – high stability and RF shielding due to the closed aluminium construction, – arbitrary installation position because of convectional cooling, – 50 W and 100 W models can be installed on front or rear panels of electrical equipment for heat dissipation.
0.5 Watt *) Type No. Connector Frequency range VSWR 0 – 1000 MHz VSWR1000 – 2000 MHz VSWR2000 – 2500 MHz Application Weight Packing size Dimensions
K 62 26 61 1 N male 0 – 2500 MHz < 1.08 < 1.15 < 1.20 Indoor 40 g 90 mm x 60 mm x 25 mm 33 mm / 21 mm diameter
K 62 26 61 1
1.5 Watt *) Type No. Connector Frequency range VSWR 0 – 2000 MHz VSWR 2000 – 4000 MHz IP rating Application Weight Packing size Dimensions
784 10367
784 10470
7-16 male
7-16 female 0 – 4000 MHz < 1.10 < 1.30 IP65 Outdoor 120 g Approx. 50 mm x 90 mm x 100 mm 40 mm / 32 mm diameter 42 mm / 29 mm diameter
784 10367
2 Watt *) Type No. Connector Frequency range VSWR 0 – 1000 MHz VSWR 1000 – 2000 MHz VSWR 2000 – 2500 MHz Application Weight Packing size Dimensions
122
K 62 26 11 1 N male 0 – 2500 MHz < 1.08 < 1.15 < 1.20 Indoor 40 g 90 mm x 60 mm x 25 mm 30 mm / 21 mm diameter
K 62 26 11 1
Load 50
10 Watt *) Type No. Connector Frequency range VSWR 0 – 1000 MHz V 1000 – 2000 MHz VSW R2000 – 2200 MHz VSW R2200 – 2500 MHz Application Weight Packing size Dimensions (w x h x d) by mm
K 62 26 40 1
K 62 26 41 1
N female N male 0 – 2500 MHz < 1.08 < 1.15 < 1.20 < 1.25 Indoor Approx. 250 g 50 mm x 90 mm x 100 mm 40 x 82 x 77 40 x 82 x 85 (incl. connector) (incl. connector)
K 62 26 40 1
25 Watt *) Type No. Connector Frequency range VSWR 0 – 1000 MHz VSWR1000 – 2000 MHz VSWR2000 – 2500 MHz Application Weight Packing size Dimensions by mm (w x h x d)
K 62 26 20 1 N female
K 62 26 21 1
K 62 26 20 7
K 62 26 21 7
35 x 94 x 113 (incl. connector)
N male 7-16 female 0 – 2500 MHz < 1.08 < 1.15 < 1.20 Indoor Approx. 500 g 50 mm x 100 mm x 135 mm 35 x 94 x 121 35 x 94 x 125 (incl. connector) (incl. connector)
7-16 male
35 x 94 x 124 (incl. connector)
K 62 26 30 1
K 62 26 31 1
K 62 26 31 7
K 62 26 20 1
50 Watt *) Type No. Connector Frequency range VSWR 0 – 1000 MHz VSWR1000 – 2000 MHz VSWR2000 – 2500 MHz Application Weight Packing size Dimensions by mm (w x h x d)
N female
67 x 90 x 130 (incl. connector)
K 62 26 30 7
N male 7-16 female 0 – 2500 MHz < 1.08 < 1.15 < 1.20 Indoor Approx. 800 g 80 mm x 95 mm x 145 mm 67 x 90 x 138 67 x 90 x 134 (incl. connector) (incl. connector)
7-16 male
K 62 26 30 1 67 x 90 x 133 (incl. connector)
100 Watt *) Type No. Connector Frequency range VSWR 0 – 1000 MHz Application Weight Packing size Dimensions by mm (w x h x d)
K 62 26 50 1
K 62 26 51 1
K 62 26 50 7
N female
N male 7-16 female 0 – 1000 MHz < 1.08 Indoor Approx. 2.4 kg 130 mm x 195 mm x 180 mm 114 x 153 x 156 114 x 161 x 156 114 x 170 x 156 (including connector) (including connector) (including connector)
K 62 26 50 1
*) Rated power at 40 °C ambient temperature. The max. power rating increases or decreases with falling or rising ambient temperature.
123
50- Load Low intermodulation
• Designed as 50- termination wherever improved intermodulation performance compared to standard loads is required • Ready for wall or mast mounting • Suitable for indoor or outdoor applications
Technical Data Type No.
782 10474
Frequency range
806 – 2500 MHz
VSWR (all ports)
< 1.12
Impedance
50
Input power
< 60 W (if mounted vertically) < –160 dBc (3rd order; with 2 x 20 W)
Intermodulation products Temperature range
–40 … +50 °C
Connectors
7-16 female
Application Mounting
Indoor or outdoor (IP 66) Wall mounting: With 4 screws (max. 5 mm diameter) Mast mounting: With additional clamp set Approx. 137 mm x 190 mm x 72 mm (including connector)
Dimensions (w x h x d)
Mounting note: The connector should always point downwards if mounted outdoors.
Accessories (order separately) Type No.
Clamp set suitable for mast diameter of
734 360
34 – 60 mm
734 361
60 – 80 mm
734 362
80 – 100 mm
734 363
100 – 120 mm
734 364
120 – 140 mm
734 365
45 – 125 mm
124
Clamp Set
DTMAs
DTMAs
125
126
Summary of Articles
DTMAs: Description
Type No.
Frequency range
Gain
Page
DTMA-GSM1800-12-CWA
782 10312
UL: 1710 – 1785 / DL: 1805 – 1880 MHz
12 dB
128, 129
DTMA-GSM1800-24-CWA
782 10313
UL: 1710 – 1785 / DL: 1805 – 1880 MHz
24 dB
130, 131
DTMA-GSM1800-12-AISG
782 10315
UL: 1710 – 1785 / DL: 1805 – 1880 MHz
12 dB
132, 133
DTMA-GSM1800-24-AISG
782 10316
UL: 1710 – 1785 / DL: 1805 – 1880 MHz
24 dB
134, 135
DTMA-GSM1900-12-CWA
782 10400
UL: 1850 – 1910 / DL: 1930 – 1990 MHz
12 dB
136, 137
DTMA-GSM1900-24-CWA
782 10401
UL: 1850 – 1910 / DL: 1930 – 1990 MHz
24 dB
138, 139
DTMA-GSM1900-12-AISG
782 10403
UL: 1850 – 1910 / DL: 1930 – 1990 MHz
12 dB
140, 141
DTMA-GSM1900-24-AISG
782 10404
UL: 1850 – 1910 / DL: 1930 – 1990 MHz
24 dB
142, 143
DTMA-1900-850 BYP-12-AISG
782 10406
UL: 1850 – 1910 / DL: 1930 – 1990 MHz
12 dB
144, 145
DTMA-UMTS-12-CWA
782 10301
UL: 1920 – 1980 / DL: 2110 – 2170 MHz
12 dB
146, 147
DTMA-UMTS-24-CWA
782 10302
UL: 1920 – 1980 / DL: 2110 – 2170 MHz
24 dB
148, 149
DTMA-UMTS-12-AISG
782 10147
UL: 1920 – 1980 / DL: 2110 – 2170 MHz
12 dB
150, 151
DTMA-UMTS-24-AISG
782 10148
UL: 1920 – 1980 / DL: 2110 – 2170 MHz
24 dB
152, 153
DTMA-UMTS-12-AISG-CWA
782 10151
UL: 1920 – 1980 / DL: 2110 – 2170 MHz
12 dB
154, 155
UL = Up Link DL = Down Link
DTMA Arrangement, Mounting Hardware: Description
Type No.
for mast diameter
Page
3-sector clamp kit
782 10347
88.9 mm
156
3-sector clamp kit
782 10348
114.3 mm
156
3-sector clamp kit
782 10349
139.7 mm
156
127
DTMA-GSM1800-12-CWA Fullband Double Dual Duplex Tower Mounted Amplifier (Masthead Amplifier)
• Double unit for easy use with XPol antennas • Kathrein redundancy amplifier design for improved system reliability • By-pass mode to ensure cell operation in case of TMA (Alarm 2) or DC power down • Alarm management: Supports 2 alarm levels Alarm 1: One LNA of the balanced circuit failed Alarm 2: Both LNAs of the balanced circuit failed. Automatically switched to by-pass mode • Built-in lightning protection • Compact size • DTMA DC supply and alarming separately via BTS 0 respectively BTS 1 port
Ant 1 Ant 0
CWA = Current Window Alarm
Technical Data
782 10312
Type No.
BTS 0
DTMA-GSM1800-12-CWA (12 dB gain) Tx Characteristics Frequency range Bandwidth Insertion loss Input power Intermodulation products in Rx band Return loss Rx Characteristics Frequency range Bandwidth (BW) Loss in by-pass mode Return loss Gain Noise figure
+22 … +28 °C –40 … +65 °C +22 … +28 °C
Noise figure
–40 … +65 °C
Output 1-dB compression point 3rd order intercept point (OIP3) Environmental Characteristics Operating temperature range IP rating MTBF EMC DC and Alarm Characteristics DC supply Alarm management Alarm current Pa Mechanical Characteristics Material RF connectors Mounting Weight Packing size Dimensions (w x h x d)
128
BTS 1
1805 – 1880 MHz 75 MHz < 0.45 dB over the middle 80% of BW, a further 0.25 dB over the remaining BW. < 160 W (+52 dBm) CW < –117 dBm (2 Tx carriers at +43 dBm) > 18 dB
1710 – 1785 MHz 75 MHz < 2.8 dB typically > 18 dB (DC ON) > 15 dB By-pass mode 12 ±0.7 dB 12 ±1.3 dB < 1.7 dB over the middle 80% of BW, a further 0.3 dB over the remaining BW. < 2.2 dB over the middle 80% of BW, a further 0.3 dB over the remaining BW. > 15 dBm > 25 dBm
–40 … +65 °C IP67 > 1 000 000 hours (per TMA) ETS 300 342-3
+12 V nominal (7.5 – 15 V, minus grounded) Typically 110 mA per TMA Current window alarm handling Alarm 1: Pa > 230 mA Alarm 2: Pa > 330 mA Aluminium housing 7-16 female Wall mounting: With 4 screws (max. 8 mm diameter) Mast mounting: With additional clamp set 5 kg 262 mm x 502 mm x 214 mm 166 mm x 278 mm x 77.5 mm (without connectors, without mounting brackets)
Ant 0
Ant 1
DTMA
BTS 0
BTS 1
DTMA-GSM1800-12-CWA Fullband Double Dual Duplex Tower Mounted Amplifier (Masthead Amplifier)
Accessories (order separately) Type No.
Clamp set suitable for mast diameter of
734 360
34 – 60 mm
734 361
60 – 80 mm
734 362
80 – 100 mm
734 363
100 – 120 mm
734 364
120 – 140 mm
734 365
45 – 125 mm
M8 x 10 Grounding screw
BTS
ANT
129
DTMA-GSM1800-24-CWA Fullband Double Dual Duplex Tower Mounted Amplifier (Masthead Amplifier)
• Double unit for easy use with XPol antennas • Kathrein redundancy amplifier design for improved system reliability • By-pass mode to ensure cell operation in case of TMA (Alarm 2) or DC power down • Alarm management: Supports 2 alarm levels Alarm 1: One LNA of the balanced circuit failed Alarm 2: Both LNAs of the balanced circuit failed. Automatically switched to by-pass mode • Built-in lightning protection • Compact size • DTMA DC supply and alarming separately via BTS 0 respectively BTS 1 port
Ant 1 Ant 0
CWA = Current Window Alarm
Technical Data
782 10313
Type No.
BTS 0
DTMA-GSM1800-24-CWA (24 dB gain) Tx Characteristics Frequency range Bandwidth Insertion loss Input power Intermodulation products in Rx band Return loss Rx Characteristics Frequency range Bandwidth (BW) Loss in by-pass mode Return loss
BTS 1 1805 – 1880 MHz 75 MHz < 0.45 dB over the middle 80% of BW, a further 0.25 dB over the remaining BW. < 160 W (+52 dBm) CW < –117 dBm (2 Tx carriers at +43 dBm) > 18 dB
Output 1-dB compression point 3rd order intercept point (OIP3)
1710 – 1785 MHz 75 MHz < 2.8 dB typically > 18 dB (DC ON) > 15 dB By-pass mode 24 ±0.6 dB 24 ±1.2 dB < 1.6 dB over the middle 80% of BW, a further 0.3 dB over the remaining BW. < 2.1 dB over the middle 80% of BW, a further 0.3 dB over the remaining BW. > 19 dBm > 28 dBm
Environmental Characteristics Operating temperature range IP rating MTBF EMC
–40 … +65 °C IP67 > 1 000 000 hours (per TMA) ETS 300 342-3
Gain Noise figure
+22 … +28 °C –40 … +65 °C +22 … +28 °C
Noise figure
–40 … +65 °C
DC and Alarm Characteristics DC supply Alarm management Alarm current Pa
+12 V nominal (7.5 – 15 V, minus grounded) Typically 230 mA per TMA Current window alarm handling Alarm 1: Pa > 310 mA Alarm 2: Pa > 500 mA
Mechanical Characteristics Material Aluminium housing RF connectors 7-16 female Mounting Wall mounting: With 4 screws (max. 8 mm diameter) Mast mounting: With additional clamp set Weight 5 kg Packing size 262 mm x 502 mm x 214 mm Dimensions (w x h x d) 166 mm x 278 mm x 77.5 mm (without connectors, without mounting brackets)
130
BTS 0
BTS 1
Ant 0
Ant 1
DTMA
BTS 0
BTS 1
DTMA-GSM1800-24-CWA Fullband Double Dual Duplex Tower Mounted Amplifier (Masthead Amplifier)
Accessories (order separately) Type No.
Clamp set suitable for mast diameter of
734 360
34 – 60 mm
734 361
60 – 80 mm
734 362
80 – 100 mm
734 363
100 – 120 mm
734 364
120 – 140 mm
734 365
45 – 125 mm
M8 x 10 Grounding screw
BTS
ANT
131
DTMA-GSM1800-12-AISG Fullband Double Dual Duplex Tower Mounted Amplifier (Masthead Amplifier)
• Double unit for easy use with XPol antennas • Kathrein redundancy amplifier design for improved system reliability • By-pass mode to ensure cell operation in case of DC power down • Built-in lightning protection • Compact size • Suitable for antenna RET control according to AISG standard • DTMA DC supply and AISG feed via BTS 0 port for both TMAs
Ant 1 Ant 0
RET = Remote Electrical Tilt AISG = Antenna Interface Standards Group
Technical Data
782 10315
Type No.
DTMA-GSM1800-12-AISG (12 dB gain) Tx Characteristics Frequency range Bandwidth Insertion loss Input power Intermodulation products in Rx band Return loss Rx Characteristics Frequency range Bandwidth (BW) Loss in by-pass mode Return loss
1805 – 1880 MHz 75 MHz < 0.45 dB over the middle 80% of BW, a further 0.25 dB over the remaining BW. < 160 W (+52 dBm) CW < –117 dBm (2 Tx carriers at +43 dBm) > 18 dB
Output 1-dB compression point 3rd order intercept point (OIP3)
1710 – 1785 MHz 75 MHz < 2.8 dB typically > 18 dB (DC ON) > 15 dB By-pass mode 12 ±0.7 dB 12 ±1.3 dB < 1.7 dB over the middle 80% of BW, a further 0.3 dB over the remaining BW. < 2.2 dB over the middle 80% of BW, a further 0.3 dB over the remaining BW. > 15 dBm > 25 dBm
Environmental Characteristics Operating temperature range IP rating MTBF EMC
–40 … +65 °C IP67 > 1 000 000 hours (per TMA) ETS 300 342-3
Gain Noise figure
+22 … +28 °C –40 … +65 °C +22 … +28 °C
Noise figure
–40 … +65 °C
DC and Alarm Characteristics DC supply without RET Alarm management Modem Characteristics
RET
Through BTS 0 Port only +12 V nominal (9 – 15 V, minus grounded) Typically 150 mA per TMA According to AISG standard 1.1 According to AISG standard 1.1 (Data rate: 9.6 kB)
Mechanical Characteristics Material Aluminium housing Connectors RF 7-16 female AISG Connector 8-pin female, IEC 60130-9 (Compliance AISG 1.1) (Pin 1: +12 V DC nominal, pin 3: RS485B, pin 5: RS485A, pin 7: DC return; other pins: Not connected) Mounting Wall mounting: With 4 screws (max. 8 mm diameter) Mast mounting: With additional clamp set Weight 5 kg Packing size 262 mm x 502 mm x 214 mm Dimensions (w x h x d) 166 mm x 278 mm x 77.5 mm (without connectors, without mounting brackets)
132
BTS 0 AISG and DC-Port
Ant 0
Ant 1
DTMA
BTS 0
BTS 1
BTS 1
DTMA-GSM1800-12-AISG Fullband Double Dual Duplex Tower Mounted Amplifier (Masthead Amplifier)
Accessories (order separately) Type No.
Clamp set suitable for mast diameter of
734 360
34 – 60 mm
734 361
60 – 80 mm
734 362
80 – 100 mm
734 363
100 – 120 mm
734 364
120 – 140 mm
734 365
45 – 125 mm
M8 x 10 Grounding screw
BTS
ANT
133
DTMA-GSM1800-24-AISG Fullband Double Dual Duplex Tower Mounted Amplifier (Masthead Amplifier)
• Double unit for easy use with XPol antennas • Kathrein redundancy amplifier design for improved system reliability • By-pass mode to ensure cell operation in case of DC power down • Built-in lightning protection • Compact size • Suitable for antenna RET control according to AISG standard • DTMA DC supply and AISG feed via BTS 0 port for both TMAs
Ant 1 Ant 0
RET = Remote Electrical Tilt AISG = Antenna Interface Standards Group
Technical Data
782 10316
Type No.
DTMA-GSM1800-24-AISG (24 dB gain) Tx Characteristics Frequency range Bandwidth Insertion loss Input power Intermodulation products in Rx band Return loss Rx Characteristics Frequency range Bandwidth (BW) Loss in by-pass mode Return loss
1805 – 1880 MHz 75 MHz < 0.45 dB over the middle 80% of BW, a further 0.25 dB over the remaining BW. < 160 W (+52 dBm) CW < –117 dBm (2 Tx carriers at +43 dBm) > 18 dB
Output 1-dB compression point 3rd order intercept point (OIP3)
1710 – 1785 MHz 75 MHz < 2.8 dB typically > 18 dB (DC ON) > 15 dB By-pass mode 24 ±0.6 dB 24 ±1.2 dB < 1.6 dB over the middle 80% of BW, a further 0.3 dB over the remaining BW. < 2.1 dB over the middle 80% of BW, a further 0.3 dB over the remaining BW. > 19 dBm > 28 dBm
Environmental Characteristics Operating temperature range IP rating MTBF EMC
–40 … +65 °C IP67 > 1 000 000 hours (per TMA) ETS 300 342-3
Gain Noise figure
+22 … +28 °C –40 … +65 °C +22 … +28 °C
Noise figure
–40 … +65 °C
DC and Alarm Characteristics DC supply without RET Alarm management Modem Characteristics Mechanical Characteristics Material Connectors RF AISG Connector (Compliance AISG 1.1) Mounting Weight Packing size Dimensions (w x h x d)
134
BTS 0 AISG and DC-Port
RET
BTS 1
Through BTS 0 Port only +12 V nominal (9 – 15 V, minus grounded) Typically 250 mA per TMA According to AISG standard 1.1 According to AISG standard 1.1 (Data rate: 9.6 kB) Aluminium housing 7-16 female 8-pin female, IEC 60130-9 (Pin 1: +12 V DC nominal, pin 3: RS485B, pin 5: RS485A, pin 7: DC return; other pins: Not connected) Wall mounting: With 4 screws (max. 8 mm diameter) Mast mounting: With additional clamp set 5 kg 262 mm x 502 mm x 214 mm 166 mm x 278 mm x 77.5 mm (without connectors, without mounting brackets)
Ant 0
Ant 1
DTMA
BTS 0
BTS 1
DTMA-GSM1800-24-AISG Fullband Double Dual Duplex Tower Mounted Amplifier (Masthead Amplifier)
Accessories (order separately) Type No.
Clamp set suitable for mast diameter of
734 360
34 – 60 mm
734 361
60 – 80 mm
734 362
80 – 100 mm
734 363
100 – 120 mm
734 364
120 – 140 mm
734 365
45 – 125 mm
M8 x 10 Grounding screw
BTS
ANT
135
DTMA-GSM1900-12-CWA Fullband Double Dual Duplex Tower Mounted Amplifier (Masthead Amplifier)
• Double unit for easy use with XPol antennas • Kathrein redundancy amplifier design for improved system reliability • By-pass mode to ensure cell operation in case of TMA (Alarm 2) or DC power down • Alarm management: Supports 2 alarm levels Alarm 1:One LNA of the balanced circuit failed Alarm 2:Both LNAs of balanced circuit failed. Automatically switched to by-pass mode • Built-in lightning protection • Compact size • DTMA DC supply and alarming separately via BTS 0 respectively BTS 1 port
Ant 1 Ant 0
CWA = Current Window Alarm
Technical Data
782 10400
Type No.
BTS 0
DTMA-GSM1900-12-CWA (12 dB gain) Tx Characteristics Frequency range Bandwidth Insertion loss Input power Intermodulation products in Rx band Return loss Rx Characteristics Frequency range Bandwidth Loss in by-pass mode Return loss
1930 – 1990 MHz 60 MHz < 0.5 dB over the middle 80% of BW, a further 0.25 dB over the remaining BW. < 160 W (+52 dBm) CW < –117 dBm (2 Tx carriers at +43 dBm) > 18 dB
Output 1-dB compression point 3rd order intercept point (OIP3)
1850 – 1910 MHz 60 MHz < 2.8 dB typically > 18 dB (DC ON) > 15 dB (DC OFF) 12 ±0.7 dB 12 ±1.3 dB < 1.7 dB over the middle 80% of BW, a further 0.3 dB over the remaining BW. < 2.2 dB over the middle 80% of BW, a further 0.3 dB over the remaining BW. > 15 dBm > 25 dBm
Environmental Characteristics Operating temperature range IP rating MTBF EMC
–40 … +65 °C IP67 > 1 000 000 hours (per TMA) ETS 300 342-3
Gain Noise figure
+22 … +28 °C –40 … +65 °C +22 … +28 °C
Noise figure
–40 … +65 °C
DC and Alarm Characteristics DC supply Alarm management Alarm current Pa
+12 V nominal (7.5 – 15 V, minus grounded) Typically 110 mA per TMA Current window alarm handling Alarm 1: Pa > 230 mA Alarm 2: Pa > 330 mA
Mechanical Characteristics Material Aluminium housing RF connectors 7-16 female Mounting Wall mounting: With 4 screws (max. 8 mm diameter) Mast mounting: With additional clamp set Weight 5 kg Packing size 262 mm x 502 mm x 214 mm Dimensions (w x h x d) 166 mm x 278 mm x 77.5 mm (without connectors, without mounting brackets)
136
BTS 1
Ant 0
Ant 1
DTMA
BTS 0
BTS 1
DTMA-GSM1900-12-CWA Fullband Double Dual Duplex Tower Mounted Amplifier (Masthead Amplifier)
Accessories (order separately) Type No.
Clamp set suitable for mast diameter of
734 360
34 – 60 mm
734 361
60 – 80 mm
734 362
80 – 100 mm
734 363
100 – 120 mm
734 364
120 – 140 mm
734 365
45 – 125 mm
M8 x 10 Grounding screw
BTS
ANT
137
DTMA-GSM1900-24-CWA Fullband Double Dual Duplex Tower Mounted Amplifier (Masthead Amplifier)
• Double unit for easy use with XPol antennas • Kathrein redundancy amplifier design for improved system reliability • By-pass mode to ensure cell operation in case of TMA (Alarm 2) or DC power down • Alarm management: Supports 2 alarm levels Alarm 1: One LNA of the balanced circuit failed Alarm 2: Both LNAs of balanced circuit failed. Automatically switched to by-pass mode • Built-in lightning protection • Compact size • DTMA DC supply and alarming separately via BTS 0 respectively BTS 1 port
Ant 1 Ant 0
CWA = Current Window Alarm
Technical Data Type No.
782 10401
BTS 0
DTMA-GSM1900-24-CWA (24 dB gain) Tx Characteristics Frequency range Bandwidth Insertion loss Input power Intermodulation products in Rx band Return loss Rx Characteristics Frequency range Bandwidth Loss in by-pass mode Return loss
1930 – 1990 MHz 60 MHz < 0.5 dB over the middle 80% of BW, a further 0.25 dB over the remaining BW. < 160 W (+52 dBm) CW < –117 dBm (2 Tx carriers at +43 dBm) > 18 dB
Output 1-dB compression point 3rd order intercept point (OIP3)
1850 – 1910 MHz 60 MHz < 2.8 dB typically > 18 dB (DC ON) > 15 dB (DC OFF) 24 ±0.6 dB 24 ±1.2 dB < 1.6 dB over the middle 80% of BW, a further 0.3 dB over the remaining BW. < 2.1 dB over the middle 80% of BW, a further 0.3 dB over the remaining BW. > 19 dBm > 28 dBm
Environmental Characteristics Operating temperature range IP rating MTBF EMC
–40 … +65 °C IP67 > 1 000 000 hours (per TMA) ETS 300 342-3
Gain
+22 … +28 °C –40 … +65 °C Noise figure +22 … +28 °C Noise figure –40 … +65 °C
DC and Alarm Characteristics DC supply Alarm management Alarm current Pa
+12 V nominal (7.5 – 15 V, minus grounded) Typically 230 mA per TMA Current window alarm handling Alarm 1: Pa > 310 mA Alarm 2: Pa > 500 mA
Mechanical Characteristics Material Aluminium housing RF connectors 7-16 female Mounting Wall mounting: With 4 screws (max. 8 mm diameter) Mast mounting: With additional clamp set Weight 5 kg Packing size 262 mm x 502 mm x 214 mm Dimensions (w x h x d) 166 mm x 278 mm x 77.5 mm (without connectors, without mounting brackets)
138
BTS 1
Ant 0
Ant 1
DTMA
BTS 0
BTS 1
DTMA-GSM1900-24-CWA Fullband Double Dual Duplex Tower Mounted Amplifier (Masthead Amplifier)
Accessories (order separately) Type No.
Clamp set suitable for mast diameter of
734 360
34 – 60 mm
734 361
60 – 80 mm
734 362
80 – 100 mm
734 363
100 – 120 mm
734 364
120 – 140 mm
734 365
45 – 125 mm
M8 x 10 Grounding screw
BTS
ANT
139
DTMA-GSM1900-12-AISG Fullband Double Dual Duplex Tower Mounted Amplifier (Masthead Amplifier)
• Double unit for easy use with XPol antennas • Kathrein redundancy amplifier design for improved system reliability • By-pass mode to ensure cell operation in case of DC power down • Built-in lightning protection • Compact size • Suitable for antenna RET control according to AISG standard • DTMA DC supply and AISG feed via BTS 0 port for both TMAs
Ant 1 Ant 0
RET = Remote Electrical Tilt AISG = Antenna Interface Standards Group
Technical Data
782 10403
Type No.
DTMA-GSM1900-12-AISG (12 dB gain) Tx Characteristics Frequency range Bandwidth Insertion loss Input power Intermodulation products in Rx band Return loss Rx Characteristics Frequency range Bandwidth Loss in by-pass mode Return loss Gain Noise figure
+22 … +28 °C –40 … +65 °C +22 … +28 °C
Noise figure
–40 … +65 °C
Output 1-dB compression point 3rd order intercept point (OIP3) Environmental Characteristics Operating temperature range IP rating MTBF EMC DC and Alarm Characteristics DC supply without RET Alarm management Modem Characteristics
1930 – 1990 MHz 60 MHz < 0.5 dB over the middle 80% of BW, a further 0.25 dB over the remaining BW. < 160 W (+52 dBm) CW < –117 dBm (2 Tx carriers at +43 dBm) > 18 dB
RET
BTS 1
1850 – 1910 MHz 60 MHz < 2.8 dB typically > 18 dB (DC ON) > 15 dB (DC OFF) 12 ±0.7 dB 12 ±1.3 dB < 1.7 dB over the middle 80% of BW, a further 0.3 dB over the remaining BW. < 2.2 dB over the middle 80% of BW, a further 0.3 dB over the remaining BW. > 15 dBm > 25 dBm –40 … +65 °C IP67 > 1 000 000 hours (per TMA) ETS 300 342-3 Through BTS 0 Port only +12 V nominal (9 – 15 V, minus grounded) Typically 150 mA per TMA According to AISG standard 1.1 According to AISG standard 1.1 (Data rate: 9.6 kB)
Mechanical Characteristics Material Aluminium housing Connectors RF 7-16 female AISG Connector 8-pin female, IEC 60130-9 (Compliance AISG 1.1) (Pin 1: +12 V DC nominal, pin 3: RS485B, pin 5: RS485A, pin 7: DC return; other pins: Not connected) Mounting Wall mounting: With 4 screws (max. 8 mm diameter) Mast mounting: With additional clamp set Weight 5 kg Packing size 262 mm x 502 mm x 214 mm Dimensions (w x h x d) 166 mm x 278 mm x 77.5 mm (without connectors, without mounting brackets)
140
BTS 0 AISG and DC-Port
Ant 0
Ant 1
DTMA
BTS 0
BTS 1
DTMA-GSM1900-12-AISG Fullband Double Dual Duplex Tower Mounted Amplifier (Masthead Amplifier)
Accessories (order separately) Type No.
Clamp set suitable for mast diameter of
734 360
34 – 60 mm
734 361
60 – 80 mm
734 362
80 – 100 mm
734 363
100 – 120 mm
734 364
120 – 140 mm
734 365
45 – 125 mm
M8 x 10 Grounding screw
BTS
ANT
141
DTMA-GSM1900-24-AISG Fullband Double Dual Duplex Tower Mounted Amplifier (Masthead Amplifier)
• Double unit for easy use with XPol antennas • Kathrein redundancy amplifier design for improved system reliability • By-pass mode to ensure cell operation in case of DC power down • Built-in lightning protection • Compact size • Suitable for antenna RET control according to AISG standard • DTMA DC supply and AISG feed via BTS 0 port for both TMAs
Ant 1 Ant 0
RET = Remote Electrical Tilt AISG = Antenna Interface Standards Group
Technical Data
782 10404
Type No.
DTMA-GSM1900-24-AISG (24 dB gain) Tx Characteristics Frequency range Bandwidth Insertion loss Input power Intermodulation products in Rx band Return loss Rx Characteristics Frequency range Bandwidth Loss in by-pass mode Return loss Gain Noise figure
+22 … +28 °C –40 … +65 °C +22 … +28 °C
Noise figure
–40 … +65 °C
Output 1-dB compression point 3rd order intercept point (OIP3) Environmental Characteristics Operating temperature range IP rating MTBF EMC DC and Alarm Characteristics DC supply without RET Alarm management Modem Characteristics Mechanical Characteristics Material Connectors RF AISG Connector (Compliance AISG 1.1) Mounting Weight Packing size Dimensions (w x h x d)
142
1930 – 1990 MHz 60 MHz < 0.5 dB over the middle 80% of BW, a further 0.25 dB over the remaining BW. < 160 W (+52 dBm) CW < –117 dBm (2 Tx carriers at +43 dBm) > 18 dB
BTS 0 AISG and DC-Port
RET BTS 1
1850 – 1910 MHz 60 MHz < 2.8 dB typically > 18 dB (DC ON) > 15 dB (DC OFF) 24 ±0.6 dB 24 ±1.2 dB < 1.6 dB over the middle 80% of BW, a further 0.3 dB over the remaining BW. < 2.1 dB over the middle 80% of BW, a further 0.3 dB over the remaining BW. > 19 dBm > 28 dBm –40 … +65 °C IP67 > 1 000 000 hours (per TMA) ETS 300 342-3 Through BTS 0 Port only +12 V nominal (9 – 15 V, minus grounded) Typically 250 mA per TMA According to AISG standard 1.1 According to AISG standard 1.1 (Data rate: 9.6 kB) Aluminium housing Ant 0
7-16 female 8-pin female, IEC 60130-9 (Pin 1: +12 V DC nominal, pin 3: RS485B, pin 5: RS485A, pin 7: DC return; other pins: Not connected) Wall mounting: With 4 screws (max. 8 mm diameter) Mast mounting: With additional clamp set 5 kg 262 mm x 502 mm x 214 mm 166 mm x 278 mm x 77.5 mm (without connectors, without mounting brackets)
Ant 1
DTMA
BTS 0
BTS 1
DTMA-GSM1900-24-AISG Fullband Double Dual Duplex Tower Mounted Amplifier (Masthead Amplifier)
Accessories (order separately) Type No.
Clamp set suitable for mast diameter of
734 360
34 – 60 mm
734 361
60 – 80 mm
734 362
80 – 100 mm
734 363
100 – 120 mm
734 364
120 – 140 mm
734 365
45 – 125 mm
M8 x 10 Grounding screw
BTS
ANT
143
DTMA-1900-850 BYP-12-AISG Fullband Double Dual Duplex Tower Mounted Amplifier (Masthead Amplifier)
• Double unit for easy use with XPol antennas • RF-Bypass feature for 850 MHz • DC-stop integrated to 850 MHz ports • Kathrein redundancy amplifier design for improved system reliability • Bypass mode to ensure cell operation in case of DC power down • Built-in lightning protection • Compact size • Suitable for antenna RET control according to AISG standard • DTMA DC supply and AISG feed via BTS 0 port for both TMAs
Ant 1 Ant 0 Ant 0
RET = Remote Electrical Tilt AISG = Antenna Interface Standards Group BYP = RF-BYPass
Technical Data
782 10406
Type No.
DTMA-1900-850 BYP-12-AISG (12 dB gain) 850 MHz Bypass Frequency range Insertion loss Isolation to 1900 MHz Input power Return loss 1900 MHz DTMA Tx Characteristics Frequency range Bandwidth Insertion loss Input power Intermodulation products in Rx band Return loss Rx Characteristics Frequency range Bandwidth Loss in by-pass mode Return loss
806 – 896 MHz < 0.15 dB > 80 dB 500 W CW / per input > 18 dB
1930 – 1990 MHz 60 MHz < 0.5 dB at 80% of BW, a further 0.25 dB at 100% BW. < 160 W (+52 dBm) CW / per input < –117 dBm (2 Tx carriers at +43 dBm) > 18 dB
Output 1-dB compression point 3rd order intercept point (OIP3)
1850 – 1910 MHz 60 MHz < 2.8 dB typically > 18 dB (DC ON) > 15 dB (DC OFF) 12 ±0.7 dB 12 ±1.3 dB < 1.7 dB at 80% of BW, a further 0.3 dB at 100% BW. < 2.2 dB at 80% of BW, a further 0.3 dB at 100% BW. > 15 dBm > 25 dBm
Environmental Characteristics Operating temperature range IP rating MTBF
–40 … +65 °C IP67 > 1 000 000 hours (per TMA)
Gain Noise figure
+22 … +28 °C –40 … +65 °C +22 … +28 °C
Noise figure
–40 … +65 °C
EMC DC and Alarm Characteristics DC supply without RET Alarm management Modem Characteristics Mechanical Characteristics Material Connectors RF AISG Connector (Compliance AISG 1.1) Mounting Weight Dimensions (w x h x d)
144
BTS 0 AISG and DC-Port
RET
BTS 1
BTS 1
BTS 0
ETS 300 342-3 Through BTS 0 Port only +12 V nominal (9 – 15V, minus grounded) Typically 150 mA per TMA According to AISG standard 1.1 According to AISG standard 1.1 (Data rate: 9.6 kB) Aluminium housing 7-16 female 8-pin female, IEC 60130-9 (Pin 1: +12 V DC nominal, pin 3: RS485B, pin 5: RS485A, pin 7: DC return; other pins: Not connected) Wall mounting: With 4 screws (max. 8 mm diameter) Mast mounting: With additional clamp set Approx. 8.7 kg 271 mm x 278 mm x 77.5 mm (without connectors, without mounting brackets)
BTS 0
BTS 1
Ant 1
DTMA-1900-850 BYP-12-AISG Fullband Double Dual Duplex Tower Mounted Amplifier (Masthead Amplifier)
Accessories (order separately) Type No.
Clamp set suitable for mast diameter of
734 360
34 – 60 mm
734 361
60 – 80 mm
734 362
80 – 100 mm
734 363
100 – 120 mm
734 364
120 – 140 mm
734 365
45 – 125 mm
ANT Jack (f) 7-16
BTS Jack (f) 7-16
Earth screw M8 x 10
145
DTMA-UMTS-12-CWA Fullband Double Dual Duplex Tower Mounted Amplifier (Masthead Amplifier)
• Double unit for easy use with XPol antennas • Kathrein redundancy amplifier design for improved system reliability • By-pass mode to ensure cell operation in case of TMA (Alarm 2) or DC power down • Alarm management: Supports 2 alarm levels Alarm 1: One LNA of the balanced circuit failed Alarm 2: Both LNAs of balanced circuit failed. Automatically switched to by-pass mode • Built-in lightning protection • Compact size • DTMA DC supply and alarming separately via node B0 respectively node B1 port
Ant 1 Ant 0
CWA = Current Window Alarm
Technical Data
782 10301
Type No.
Node B0
DTMA-UMTS-12-CWA (12 dB gain) Tx Characteristics Frequency range Bandwidth Insertion loss Ripple Input power Intermodulation products in Rx band Return loss Rx Characteristics Frequency range Bandwidth Loss in by-pass mode Gain ripple Return loss
2110 – 2170 MHz 60 MHz Typically 0.3 dB < ±0.2 dB < 100 W (+50 dBm) CW < –117 dBm (2 Tx carriers at +43 dBm) > 18 dB
Noise figure Output 1-dB compression point 3rd order intercept point (OIP3)
1920 – 1980 MHz 60 MHz < 2.6 dB (DC OFF) < ±0.3 dB > 18 dB (DC ON) > 12 dB (DC OFF) 12 ±0.5 dB 12 ±1.0 dB Typically 1.4 dB > 15 dBm > 25 dBm
Environmental Characteristics Operating temperature range IP rating MTBF EMC
–40 … +65 °C IP67 > 1 000 000 hours (per TMA) ETS 300 342-3
Gain
+22 … +28 °C –40 … +65 °C
DC and Alarm Characteristics DC supply Alarm management Alarm current Pa Mechanical Characteristics Material RF connectors Mounting Weight Packing size Dimensions (w x h x d)
146
Node B1
+12 V nominal (7.5 – 15 V, minus grounded) Typically 110 mA per TMA Current window alarm handling Alarm 1: Pa > 230 mA Alarm 2: Pa > 330 mA Aluminium housing 7-16 female Wall mounting: With 4 screws (max. 8 mm diameter) Mast mounting: With additional clamp set 5 kg 262 mm x 502 mm x 214 mm 166 mm x 262 mm x 77.5 mm (without connectors, without mounting brackets)
Ant 0
Ant 1
DTMA
Node B0
Node B1
DTMA-UMTS-12-CWA Fullband Double Dual Duplex Tower Mounted Amplifier (Masthead Amplifier)
Accessories (order separately) Type No.
Clamp set suitable for mast diameter of
734 360
34 – 60 mm
734 361
60 – 80 mm
734 362
80 – 100 mm
734 363
100 – 120 mm
734 364
120 – 140 mm
734 365
45 – 125 mm
M8 x 10 Grounding screw
Node B
ANT
147
DTMA-UMTS-24-CWA Fullband Double Dual Duplex Tower Mounted Amplifier (Masthead Amplifier)
Ant 1
• Double unit for easy use with XPol antennas • Kathrein redundancy amplifier design for improved system reliability • By-pass mode to ensure cell operation in case of TMA (Alarm 2) or DC power down • Alarm management: Supports 2 alarm levels Alarm 1: One LNA of the balanced circuit failed Alarm 2: Both LNAs of balanced circuit failed. Automatically switched to by-pass mode • Built-in lightning protection • Compact size • DTMA DC supply and alarming separately via Node B0 respectively Node B1 port
Ant 0
CWA = Current Window Alarm
Technical Data
Node B0
782 10302
Type No.
DTMA-UMTS-24-CWA (24 dB gain) Tx Characteristics Frequency range Bandwidth Insertion loss Ripple Input power Intermodulation products in Rx band Return loss Rx Characteristics Frequency range Bandwidth Loss in by-pass mode Gain ripple Return loss
2110 – 2170 MHz 60 MHz Typically 0.3 dB < ±0.2 dB < 100 W (+50 dBm) CW < –117 dBm (2 Tx carriers at +43 dBm) > 18 dB
Noise figure Output 1-dB compression point 3rd order intercept point (OIP3)
1920 – 1980 MHz 60 MHz Typically 2.4 dB (DC OFF) < ±0.3 dB > 18 dB (DC ON) > 12 dB (DC OFF) 24 ±0.5 dB 24 ±1.0 dB Typically 1.4 dB > 20 dBm > 29 dBm
Environmental Characteristics Operating temperature range IP rating MTBF EMC
–40 … +65 °C IP67 > 1 000 000 hours (per TMA) ETS 300 342-3
Gain
+22 … +28 °C –40 … +65 °C
DC and Alarm Characteristics DC supply Alarm management Alarm current Pa Mechanical Characteristics Material RF connectors Mounting Weight Packing size Dimensions (w x h x d)
148
Node B1
+12 V nominal (7.5 – 15 V, minus grounded) Typically 230 mA per TMA Current window alarm handling Alarm 1: Pa > 310 mA Alarm 2: Pa > 500 mA Aluminium housing 7-16 female Wall mounting: With 4 screws (max. 8 mm diameter) Mast mounting: With additional clamp set 5 kg 262 mm x 502 mm x 214 mm 166 mm x 262 mm x 77.5 mm (without connectors, without mounting brackets)
Node B1
Node B0
Ant 0
Ant 1
DTMA
Node B0
Node B1
DTMA-UMTS-24-CWA Fullband Double Dual Duplex Tower Mounted Amplifier (Masthead Amplifier)
Accessories (order separately) Type No.
Clamp set suitable for mast diameter of
734 360
34 – 60 mm
734 361
60 – 80 mm
734 362
80 – 100 mm
734 363
100 – 120 mm
734 364
120 – 140 mm
734 365
45 – 125 mm
M8 x 10 Grounding screw
Node B
ANT
149
DTMA-UMTS-12-AISG Fullband Double Dual Duplex Tower Mounted Amplifier (Masthead Amplifier)
• Double unit for easy use with XPol antennas • Kathrein redundancy amplifier design for improved system reliability • By-pass mode to ensure cell operation in case of DC power down • Built-in lightning protection • Compact size • Suitable for antenna RET control according to AISG standard • DTMA DC supply and AISG feed via Node B0 port for both TMAs
Ant 1 Ant 0
RET = Remote Electrical Tilt AISG = Antenna Interface Standards Group
Technical Data
782 10147
Type No.
DTMA-UMTS-12-AISG (12 dB gain) Tx Characteristics Frequency range Bandwidth Insertion loss Ripple Input power Intermodulation products in Rx band Return loss Rx Characteristics Frequency range Bandwidth Loss in by-pass mode Gain ripple Return loss
2110 – 2170 MHz 60 MHz Typically 0.3 dB < ±0.2 dB < 100 W (+50 dBm) CW < –117 dBm (2 Tx carriers at +43 dBm) > 18 dB
Noise figure Output 1-dB compression point 3rd order intercept point (OIP3)
1920 – 1980 MHz 60 MHz < 2.6 dB (DC OFF) < ±0.3 dB > 18 dB (DC ON) > 12 dB (DC OFF) 12 ±1.0 dB 12 ±0.5 dB Typically 1.4 dB > 15 dBm > 25 dBm
Environmental Characteristics Operating temperature range IP rating MTBF EMC
–40 … +65 °C IP67 > 1 000 000 hours (per TMA) ETS 300 342-3
Gain
–40 … +65 °C +22 … +28 °C
DC and Alarm Characteristics DC supply without RET Alarm management Modem Characteristics Mechanical Characteristics Material Connectors RF AISG Connector (Compliance AISG 1.1) Mounting Weight Packing size Dimensions (w x h x d)
150
Through Node B0 Port only +12 V nominal (9 – 15 V, minus grounded) Typically 150 mA per TMA According to AISG standard 1.1 According to AISG standard 1.1 (Data rate: 9.6 kB)
Node B0 AISG and DC-Port
RET
Node B1
DTMA
Node B0
Node B1
Aluminium housing 7-16 female 8-pin female, IEC 60130-9 (Pin 1: +12 V DC nominal, pin 3: RS485B, pin 5: RS485A, pin 7: DC return; other pins: Not connected) Wall mounting: With 4 screws (max. 8 mm diameter) Mast mounting: With additional clamp set 5 kg 262 mm x 502 mm x 214 mm 166 mm x 262 mm x 77.5 mm (without connectors, without mounting brackets)
Ant 0
Ant 1
DTMA
Node B0
Node B1
DTMA-UMTS-12-AISG Fullband Double Dual Duplex Tower Mounted Amplifier (Masthead Amplifier)
Accessories (order separately) Type No.
Clamp set suitable for mast diameter of
734 360
34 – 60 mm
734 361
60 – 80 mm
734 362
80 – 100 mm
734 363
100 – 120 mm
734 364
120 – 140 mm
734 365
45 – 125 mm
151
DTMA-UMTS-24-AISG Fullband Double Dual Duplex Tower Mounted Amplifier (Masthead Amplifier)
• Double unit for easy use with XPol antennas • Kathrein redundancy amplifier design for improved system reliability • By-pass mode to ensure cell operation in case of DC power down • Built-in lightning protection • Compact size • Suitable for antenna RET control according to AISG standard • DTMA DC supply and AISG feed via Node B0 port for both TMAs
Ant 1 Ant 0
RET = Remote Electrical Tilt AISG = Antenna Interface Standards Group
Technical Data
782 10148
Type No.
DTMA-UMTS-24-AISG (24 dB gain) Tx Characteristics Frequency range Bandwidth Insertion loss Ripple Input power Intermodulation products in Rx band Return loss Rx Characteristics Frequency range Bandwidth Loss in by-pass mode Gain ripple Return loss
2110 – 2170 MHz 60 MHz Typically 0.3 dB < ±0.2 dB < 100 W (+50 dBm) CW < –117 dBm (2 Tx carriers at +43 dBm) > 18 dB
Noise figure Output 1-dB compression point 3rd order intercept point (OIP3)
1920 – 1980 MHz 60 MHz Typically 2.4 dB (DC OFF) < ±0.3 dB > 18 dB (DC ON) > 12 dB (DC OFF) 24 ±1.0 dB 24 ±0.5 dB Typically 1.4 dB > 20 dBm > 29 dBm
Environmental Characteristics Operating temperature range IP rating MTBF EMC
–40 … +65 °C IP67 > 1 000 000 hours (per TMA) ETS 300 342-3
Gain
–40 … +65 °C +22 … +28 °C
DC and Alarm Characteristics DC supply without RET Alarm management Modem Characteristics Mechanical Characteristics Material Connectors RF AISG Connector (Compliance AISG 1.1) Mounting Weight Packing size Dimensions (w x h x d)
152
Through Node B0 Port only +12 V nominal (9 – 15 V, minus grounded) Typically 250 mA per TMA According to AISG standard 1.1 According to AISG standard 1.1 (Data rate: 9.6 kB)
Node B0 AISG and DC-Port
RET
Node B1
Node B1
Node B0
Aluminium housing 7-16 female 8-pin female, IEC 60130-9 (Pin 1: +12 V DC nominal, pin 3: RS485B, pin 5: RS485A, pin 7: DC return; other pins: Not connected) Wall mounting: With 4 screws (max. 8 mm diameter) Mast mounting: With additional clamp set 5 kg 262 mm x 502 mm x 214 mm 166 mm x 262 mm x 77.5 mm (without connectors, without mounting brackets)
Ant 0
Ant 1
DTMA
Node B0
Node B1
DTMA-UMTS-24-AISG Fullband Double Dual Duplex Tower Mounted Amplifier (Masthead Amplifier)
Accessories (order separately) Type No.
Clamp set suitable for mast diameter of
734 360
34 – 60 mm
734 361
60 – 80 mm
734 362
80 – 100 mm
734 363
100 – 120 mm
734 364
120 – 140 mm
734 365
45 – 125 mm
153
DTMA-UMTS-12-AISG-CWA Fullband Double Dual Duplex Tower Mounted Amplifier (Masthead Amplifier) • Double unit for easy use with XPol antennas • Kathrein redundancy amplifier design for improved system reliability • By-pass mode to ensure cell operation in case of DC power down • Built-in lightning protection • Compact size • Suitable for antenna RET control according to AISG standard • DTMA AISG feed via Node B0 port or node B1 port for both TMAs • AISG DC supply feed via Node B0 or Node B1 respectively Node B0 and Node B1 • CWA DC supply feed via Node B0 and Node B1
Ant 1 Ant 0
RET = Remote Electrical Tilt AISG = Antenna Interface Standards Group CWA = Current Window Alarm Technical Data
782 10151
Type No.
DTMA-UMTS-12-AISG-CWA (12 dB gain) Tx Characteristics Frequency range Bandwidth Insertion loss Ripple Input power Intermodulation products in Rx band Return loss Rx Characteristics Frequency range Bandwidth Loss in by-pass mode Gain ripple Return loss
2110 – 2170 MHz 60 MHz Typically 0.3 dB < ±0.2 dB < 100 W (+50 dBm) CW < –117 dBm (2 Tx carriers at +43 dBm) > 18 dB
Noise figure Output 1-dB compression point 3rd order intercept point (OIP3)
1920 – 1980 MHz 60 MHz < 2.6 dB (DC OFF) < ±0.3 dB > 18 dB (DC ON) > 12 dB (DC OFF) 12 ±0.5 dB 12 ±1.0 dB Typically 1.4 dB > 15 dBm > 25 dBm
Environmental Characteristics Operating temperature range IP rating MTBF EMC
–40 … +65 °C IP67 > 1 000 000 hours (per TMA) ETS 300 342-3
Gain
+22 … +28 °C – 40 ... +65 °C
DC and Alarm Characteristics DC supply (without RET) per TMA Alarm management Modem Characteristics Mechanical Characteristics Material Connectors RF AISG Connector (Compliance AISG 1.1) Mounting Weight Packing size Dimensions (w x h x d)
154
CWA 9–15 V DC nominal 80–130 mA, Alarm 170–200 mA AISG 9–30 V DC nominal 100 mA at 9 V, 35 mA at 30 V According to AISG standard 1.1 According to AISG standard 1.1 (Data rate: 9.6 kB)
Node B0 RET
Node B0
Node B1
Node B1
Aluminium housing 7-16 female, long neck 8-pin female, IEC 60130-9 (Pin 6: 9 – 30 V DC, pin 3: RS485B, pin 5: RS485A, pin 7: DC return; other pins: Not connected) Wall mounting: With 4 screws (max. 8 mm diameter) Mast mounting: With additional clamp set 5 kg 262 mm x 502 mm x 214 mm 166 mm x 262 mm x 77.5 mm (without connectors, without mounting brackets)
Ant 0
Ant 1
DTMA
Node B0
Node B1
DTMA-UMTS-12-AISG-CWA Fullband Double Dual Duplex Tower Mounted Amplifier (Masthead Amplifier)
Accessories (order separately) Type No.
Clamp set suitable for mast diameter of
734 360
34 – 60 mm
734 361
60 – 80 mm
734 362
80 – 100 mm
734 363
100 – 120 mm
734 364
120 – 140 mm
734 365
45 – 125 mm
155
DTMA Arrangement Mounting Hardware 3 Sector Clamp Kit, Type No. 782 10347, 782 10348, 782 10349 • Slim and unobstrusive design • Nearly cylindrical optical appearance with small outer diameter 3 Sector Clamp Kit
782 10347
Type No. Angle between DTMS
782 10348
782 10349
120°
120°
120°
Suitable for mast diameter
88.9 mm ±1.5 mm
114.3 mm ±1.5 mm
139.7 mm ±1.5 mm
Number of pieces
2 x 3 sector clamp
2 x 3 sector clamp
2 x 3 sector clamp
Stainless steel Stainless steel
Stainless steel Stainless steel
Stainless steel Stainless steel
360 mm
390 mm
415 mm
1.9 kg 0.88 kg
2.0 kg 0.95 kg
2.4 kg 1.14 kg
Material
– 3 sector clamp – Screws
Outer diameter (Dout) of the 3 DTMA Arrangement Weight
– Clamp kit – 3 sector clamp
Please note: The installation team must be properly qualified and also be familiar with the relevant national safety regulations.
Torque 17 – 20 Nm Dout
Upper Clamp
Bottom view
Lower Clamp
Torque 12 – 15 Nm
Type No.
A
B
C
D
782 10347 782 10348 782 10349
88.9 114.3 139.7
70 83 95
170 190 221
196 219 255
all dimensions by mm
156
Application Notes
Application Notes
157
Application Note Co-Siting GSM 900 / GSM 1800 / UMTS
1 Sector S Configuration: C
• •
XXPol Dual-band antenna (824 – 960 MHz, 1710 – 2170 MHz) Combined feeder cables
158
Application Note Co-Siting GSM 900 / GSM 1800 / UMTS
1 Sector S Configuration: C
• •
XXXPol Triple-band antenna (806 – 960 MHz, 1710 – 1880 MHz, 1920 – 2170 MHz) Combined feeder cables
159
Application Note Co-Siting GSM 900 / GSM 1800 / UMTS
1 Sector S Configuration: C
• • • • •
2 XPol Multi-band antennas (1710 – 2170 MHz) XPol antenna (806 – 960 MHz) Combined feeder cables Independent tilt adjustment for GSM 900, GSM 1800 and UMTS UMTS tower mounted amplifier, DTMA-UMTS-12-AISG / DTMA-UMTS-24-AISG
160
Application Note Co-Siting GSM 900 / UMTS
1 Sector S Configuration: C
• • • •
XXPol Dual-band antenna (824 – 960 MHz, 1710 – 2170 MHz) Combined feeder cables Independent tilt adjustment for GSM 900 and UMTS via smart bias tee Dual-band Combiner with integrated DC-stop
161
Application Note Co-Siting GSM 900 / UMTS
1 Sector S Configuration: C
• • •
XXPol Dual-band antenna (824 – 960 MHz, 1710 – 2170 MHz) Combined feeder cables Independent tilt adjustment for GSM 900 and UMTS via smart bias tee
162
Application Note Co-Siting GSM 900 / GSM 1800 / UMTS
1 Sector S Configuration: C
• • •
XXXPol Triple-band antenna (806 – 960 MHz, 1710 – 1880 MHz, 1920 – 2170 MHz) Combined feeder cables 2 Operators for each frequency range
163
Application Note Co-Siting GSM 900 / GSM 1800 / UMTS
1 Sector S Configuration: C
• • • •
XXXPol Triple-band antenna (806 – 960 MHz, 1710 – 1880 MHz, 1920 – 2170 MHz) Combined feeder cables UMTS tower mounted amplifier, DTMA-UMTS-12-CWA / DTMA-UMTS-24-CWA Triple-band Combiner with integrated DC stops
164
Application Note Co-Siting GSM 900 / GSM 1800 / UMTS
1 Sector S Configuration: C
• • • •
XXXPol Triple-band antenna (806 – 960 MHz, 1710 – 1880 MHz, 1920 – 2170 MHz) Combined feeder cables GSM 1800 tower mounted amplifiers, DTMA-1800-12-AISG / DTMA-1800-24-AISG UMTS tower mounted amplifier, DTMA-UMTS-12-AISG / DTMA-UMTS-24-AISG
165
Application Note Co-Siting GSM 900 / GSM 1800 / UMTS
1 Sector S Configuration: C
• • • •
XPol Multi-band antenna (1710 – 2170 MHz) XXPol Dual-band antenna with integrated combiner (870 – 960 MHz, 1710 – 1880 MHz) Combined feeder cables Easy extension to UMTS
166
Application Note Co-Siting GSM 900 / GSM 1800 / UMTS
1 Sector S Configuration: C
• • • •
XXXPol Triple-band antenna (806 – 960 MHz, 1710 – 1880 MHz, 1920 – 2170 MHz) Combined feeder cables 3 Operators for GSM 900 and GSM 1800 4 Operators for UMTS
167
Subject to alteration. 99810288/0107/4/ZW/MM Internet: http://www.kathrein.de KATHREIN-Werke KG . Phone +49 8031 184-0 . Fax +49 8031 184-494 Anton-Kathrein-Straße 1 – 3 . P.O. Box 10 04 44 . 83004 Rosenheim . Germany
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