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TV Antenna Equipment
 

 
No.NameCode
1
1-way Tap: Signal O-1-27dB (5-1000MHz)
1-way tap for distributing signal from main line. The tap is equipped with F connectors and cast aluminum housing.... more »
R602127
2
1-way Tap: Signal O-1-20dB (5-1000MHz)
The tap is CE certified. Its operating frequency range is 5-1000 MHz. The product ensures good quality and suitability for professional use. The tap is equipped with F connectors and cast aluminum housing. Tap attenuation - 20dB.... more »
R602120
3
1-way Tap: Signal O-1-24dB (5-1000MHz)
1-way tap for distributing signal from main line. The tap is equipped with F connectors and cast aluminum housing.... more »
R602124
4
8-way Tap: Signal O-8 (5-1000 MHz)
8-way TV/FM tap for distributing RF signals in antenna/ cable TV systems, with graded attenuation of tap outputs. ... more »
R6028
5
1-way Tap: Signal O-1-30dB (5-1000MHz)
1-way tap for distributing signal from main line. The tap is equipped with F connectors and cast aluminum housing.... more »
R602130
6
2-way Tap: Signal O-2-24dB (5-1000MHz)
2-way tap for distributing signal from main line. The tap is equipped with F connectors and cast aluminum housing.... more »
R602224
7
2-way Tap: Signal O-2-27dB (5-1000MHz)
2-way tap for distributing signal from main line. The tap is equipped with F connectors and cast aluminum housing.... more »
R602227
8
3-way Tap: Signal O-3-24dB (5-1000MHz)
3-way tap for distributing signal from main line. The tap is equipped with F connectors and cast aluminum housing.... more »
R602324
9
3-way Tap: Signal O-3-27dB (5-1000MHz)
3-way tap for distributing signal from main line. The tap is equipped with F connectors and cast aluminum housing.... more »
R602327
10
4-way Tap: Signal O-4 (5-1000 MHz)
Signal O-4 has four graded tap outputs (designed to suit different lengths of cable lines). This solution allows to balance the signals in the case of different distances between the tap and subscriber outlets.... more »
R6024
11
6-way Tap: Signal O-6 (5-1000MHz)
6-way TV/FM tap for distributing RF signals in antenna/ cable TV systems, with graded attenuation of tap outputs.... more »
R6026
12
R85311
13
R85310
14
R85300
15
R85248
16
R85148
17
R85146
18
R85312
20
R902042
21
R902043
22
R902044
23
R90212
24
R90245
25
R85144
26
R85123
27
R85122
28
Pass-through flush outlet: Satel GAP-16-BG-DK (16 dB)
Pass-through flush outlet with 16dB tap attenuation, from Satel.... more »
R62385
29
Pass-through flush outlet: Satel GAP-18-BG-DK (18 dB)
Pass-through flush outlet with 18 dB tap attenuation, from Satel. ... more »
R62390
30
Pass-through flush outlet: Satel GAP-20-BG-DK (20 dB)
Pass-through outlet (wall plate) with 20dB tap attenuation, from Satel.... more »
R62453
31
Surface frame for Satel outlets (75 x 75 x 22)
Surface frame dedicated for Satel outlet (wall plate).... more »
R62930
32
Double frame for Satel flush outlets
Frame for integrating two Satel outlets.... more »
R62950
33
R62960
34
R62970
35
R66150
36
75-ohm terminating resistor in F plug
The resistor is dedicated for mounting on unloaded outputs of taps, splitters, and amplifiers in order to terminate the line section.... more »
R66200
37
R694043
38
TV/SAT Wall Plate: Signal R-TV-SAT (terminal)
The TV/SAT outlet (wall plate) R694100 is mainly used in multiswitch installations, as the terminal outlet to the subscriber's receivers. It is suitable for systems where all signals (FM, TV, SAT TV) are combined into one coaxial cable. The terminal outlet is equipped with filters that separate the satellite and terrestrial (FM and TV) signals. ... more »
R694100
39
R694140
41
Pass-through flush outlet: Satel GAP-14-BG-DK (14 dB)
Pass-through outlet with medium tap attenuation (14 dB) from Satel.... more »
R62380
42
R90633
43
R90722
44
R90737
45
R90740
46
R90741
47
R90742
49
Antenna Diplexer ZA-7 ch. 21-31 & 33-69/32
This diplexer is dedicated for specific area (between Krakow and Katowice), to enable reception of TVN broadcasts there.... more »
C0377
50
R694110
51
Antenna Multiplexer KR1: VHF & UHF (27,30,33 -5dB; 35,50 -5dB; 53)
It is an example of tailored multi-input antenna branching filter, with a set of filters prepared for local reception conditions (the implementation for Krakow). The characteristics take into consideration different levels of specific channels to avoid overdriving of cooperating amplifiers (e.g. HS-013A R82020).... more »
C0610
52
Channel Antenna Multiplexer KR/KT3: VHF & UHF (27,30,35,50 -5dB; 53), (21,32,47,60)
It is an example of tailored multi-input antenna branching filter, with a set of filters prepared for local reception conditions (the implementation for localizations between Krakow and Katowice). Some channels are suppressed to avoid reflections and interferences. The characteristics also take into consideration different levels of specific channels to prevent overdriving of cooperating amplifiers (e.g. HS-013A R82020).... more »
C0620
53
FM &VHF & UHF Multiplexer TAR2: (27,33-DC), (42), (22,35,57,60)
It is an example of tailored device designed for work in the area of Tarnow in Poland. Due to suppressing some channels, the device allows to connect 3 UHF antennas - it means that they do not receive signals from opposite directions. ... more »
C0640
55
R78450
56
R90719
57
R90718
58
R90634
59
R90635
60
R90636
61
R90637
62
R90638
63
R90640
64
R90653
65
R90654
66
R907020
67
R907021
68
R907075
69
R90716
70
R90717
71
R90639
72
Band-rejection filter: F4
Band-rejection filter, tuned by the installer. The filter can cut the unwanted signal out of the UHF band. Plastic screwdriver required for tuning.... more »
B2510
73
ZR-55 Antenna diplexer with corrector
A five-input diplexer, used as an element which sums signals from five antennas, installed on a mast near the antenna set. On each UHF input there is a user-regulated channel filter which can be shifted to any position in the 21-60 band. The diplexer is designed for working in open spaces. The casing's construction avoids rain water from getting inside the diplexer. Simple installation thanks to a plastic mount.... more »
C0450
74
Antenna Triplexer AZ/1-12/k26,52/21-69/DC
It is three-input antenna branching filter, used as a triplexer for combining signals from three antennas, installed on a mast near the antenna set. This realization has been made for predetermined combination of channels. The multiplexer is designed for outdoor work. Its casing's construction prevents rain water from getting to the inside of the device.... more »
C0486
75
Antenna Diplexer - AZ/6-69/11/DC
It is two-input antenna branching filter, for use as diplexer combining signals from two antennas, installed on a mast near the antenna set. This realization has been made for predetermined combination of channels. The diplexer is designed for outdoor work. Its casing's construction prevents rain water from getting to the inside of the device.... more »
C0488
76
Antenna Multiplexer - ZX-90 (UKF=FM/6-12/26 and 52/29-34 ch.)
It is four-input antenna branching filter, used as quadplexer to combine signals from four antennas, to be installed on an antenna mast or a wall, near the antenna set. This realization has been made for predetermined combination of channels. The multiplexer is designed for outdoor work. Its casing's construction prevents rain water from getting to the inside of the device. On two of the inputs there are channel filters, tuned by the manufacturer. Housing: plastics. Mounting: on a mast or wall. The whole device is screened and equipped with with F-type sockets.... more »
C0489
77
Antenna Diplexer - AZ-2/6-69/26,52/T
It is two-input antenna branching filter, for use as diplexer combining signals from two antennas, installed on a mast near the antenna set. This realization has been made for predetermined combination of channels. The diplexer is designed for outdoor work. Its casing's construction prevents rain water from getting to the inside of the device.... more »
C0490
78
Antenna Trap - AP1/k26,k52/
The trap allows to weaken strong TV station signals to avoid reflections in an expanded antenna installation. It is installed on a mast near the antenna set. The device is designed for outdoor work. Its casing's construction prevents rain water from getting to the inside of the filter.... more »
C0492
79
Antenna Filter - AF1/k11/DC
The filter allows only a selected signal to get through. In this case, it is channel 11. Installed on a mast near the antenna set. The device is designed for outdoor work. Its casing's construction prevents rain water from getting to the inside of the filter.... more »
C0493
80
Antenna Multiplexer - ZWAu UKF/6-12/21-27/31-60/75
It is four-input antenna branching filter, used as quadplexer to combine signals from four antennas, installed on a mast near the antenna set. The multiplexer is designed for outdoor work. Its casing's construction prevents rain water from getting to the inside of the device.... more »
C0510
81
Broadband TV Combiner - ST 1-60
5-862 MHz band, 4 dB through loss, 75 ohm in/out impedance. Allows to connect two antennas, even from the same band, to one receiver. Can also be used to connect two receivers to one antenna lead. It employs RF transformer. Prepared for outdoor operation, possible mast mounting. DC path between inputs and output allows to feed preamplifiers just through coaxial cable.... more »
C0910
82
RIP-2/1F Shielded multiplexer for mast installation
5-862 MHz band, 17 dB rejection loss. 4dB through loss, 75 Ohm in/out impedance. Allows to connect multiple receivers to a single antenna. Can also be used as an antenna adder. Built on an un-coupling transformer. Input, output - F-type plugs. Can be installed on a mast. Direct current flow possibility between inputs and output allows to feed amplifiers through coaxial cable.... more »
C0920
85
Inductive Antenna Splitter RIE 1/3
Transmitted frequency band: 5-860 MHz, attenuation figure: 3.5 / 7 / 7 dB depending on the output.. The splitter is used for TV/FM signals division in order to distribute them to three lines/receivers. It can be employed within individual and community antenna installations or cable TV.... more »
E2035
87
Inductive FM/TV 2-Way Splitter RI-2/1 F
Transmitted frequency band: 5-862 MHz. One of the outputs enables to pass DC to the input in order to power "up-linked" devices.... more »
E2094
88
Adjustable Tap: ORS-01 (8-20 dB)
RF device with adjustable tap attenuation (8-20 dB), suitable for connecting outlets at different distances from the node or trunk line. The tap has been equipped with DC pass between input and output (pass-through line). ... more »
C0399
89
Antenna Equalizer - KA-03 (3 tuned traps in UHF band)
The equalizer (or corrector) is equipped with 3 traps tuned by the installer to the desired frequencies within UHF band. The attenuation of separate trap is about 12 dB. The device enables transition of DC power to an amplifier optionally used in the antenna complex.... more »
C0393
90
Antenna Equalizer KA-02 (4 tuned traps in UHF band)
The equalizer (or corrector) is equipped with 4 traps tuned by the installer to desired frequencies within UHF band. The attenuation of separate trap is about 10 dB; having two of them tuned to the same frequency the resultant attenuation 20 dB is attainable. The device is designed to mount at a mast, close to the antenna complex. It is fully fitted for outdoor operation due to construction of the housing, well sheltering the equalizer against rain and difficult weather conditions. Thanks to plastic band clip, the assembling on a mast is very simple.... more »
C0392
91
Antenna impedance transformer: SA I-III (VHF & FM)
A typical antenna has symmetrical output of 300 ohm impedance, while coaxial cable is unsymmetrical load of 75 ohm impedance. This is why an impedance transformer must be used. The antenna impedance transformer is passive RF device which both transforms the impedance and adjusts the output to standard 75 ohm lines. Usually the HF transformer has ferrite core. Sometimes such transformers are optimized for work in a particular band, e.g. C0001 - for channels 1-12, while impedance transformers working on channels 21-69 are commonly made in PCB form.... more »
C0001
92
SA IV-V Antenna impedance transformer
A typical antenna has a balanced output of 300 Ohm impedance ratio, while a coaxial cable is an imbalanced load of 75 Ohm impedance. This is why an indirect connection must be created to fit an antenna with a coaxial cable: an impedance transformer must be used. An impedance transformer is a passive device which uses a transformer to change the impedance, and switch between balanced and imbalanced load. Usually, the transformer is of standard construction, with ferrite core. Sometimes transformers are optimized for working in a particular band, e.g. C0001 for channels 1-12, while impedance transformers working on channels 21-69 are mostly printed ones.... more »
C0002
93