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Magic Hybrid Tee
| Vector Telecom's Magic Hybrid Tee is four-port coupler for matching, balance and isolation. E-plane to H-plane Isolation is a function of the symmetry which is carefully balanced on each unit. If the E-plane port 4 or the H-plane port 2 are used as inputs the split is on the output collinear ports 1 and 3. When the input is E plane port 4 the outputs are out of phase 180 deg. When the input is H plane port 2 the outputs are in phase. The in-phase and equal amplitude signals inputting into two collinear ports can result combined signals at H-plane port and cancelled signal at E-plane port. This feature is widely used in monopulse antenna feed structure and phasing testing setup. |  |  |
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Magic Hybrid Tee Product Range |
| MODEL NO |
FREQ RANGE |
OPERATING BANDWIDTH*** |
VSWR |
ISOLATION (H&E ARMS) |
UNBALANCE |
WG TYPE (IEC/EIA) |
FLANGE TYPE |
MATERIAL |
PDF Datasheet |
| |
(GHz) |
Max |
Max |
(dB) |
(dB) Max |
|
|
|
| VT3WMTA
|
0.32-0.49 |
20% |
1.20(H-Arm),1.50(E-Arm) |
35 |
±0.25 |
R3/WR2300 |
FDP/FDM |
Al |
|
| VT4WMTA
|
0.35-0.53 |
20% |
1.20(H-Arm),1.50(E-Arm) |
35 |
±0.25 |
R4/WR2100 |
FDP/FDM |
Al |
|
| VT5WMTA
|
0.41-0.62 |
20% |
1.20(H-Arm),1.50(E-Arm) |
35 |
±0.25 |
R5/WR1800 |
FDP/FDM |
Al |
|
| VT6WMTA
|
0.49-0.75 |
20% |
1.20(H-Arm),1.50(E-Arm) |
35 |
±0.25 |
R6/WR1500 |
FDP/FDM |
Al |
|
| VT8WMTA
|
0.64-0.98 |
20% |
1.20(H-Arm),1.50(E-Arm) |
35 |
±0.25 |
R8/WR1150 |
FDP/FDM |
Al |
|
| VT9WMTA
|
0.77-1.14 |
20% |
1.20(H-Arm),1.50(E-Arm) |
35 |
±0.25 |
R9/WR975 |
FDP/FDM |
Al |
|
| VT12WMTA
|
0.96-1.46 |
20% |
1.20(H-Arm),1.50(E-Arm) |
35 |
±0.25 |
R12/WR770 |
FDP/FDM |
Al |
|
| VT14WMTA
|
1.14-1.72 |
20% |
1.20(H-Arm),1.50(E-Arm) |
35 |
±0.25 |
R14/WR650 |
FDP/FDM |
Al |
|
| VT18WMTA
|
1.45-2.20 |
20% |
1.20(H-Arm),1.50(E-Arm) |
35 |
±0.25 |
R18/WR510 |
FDP/FDM |
Al |
|
| VT22WMTA
|
1.72-2.60 |
20% |
1.20(H-Arm),1.50(E-Arm) |
35 |
±0.4 |
R22/WR430 |
FDP/FDM |
Al/Cu |
|
| VT26WMTA
|
2.17-3.30 |
20% |
1.20(H-Arm),1.50(E-Arm) |
35 |
±0.4 |
R26/WR340 |
FDP/FDM |
Al/Cu |
|
| VT32WMTA
|
2.60-3.95 |
20% |
1.20(H-Arm),1.50(E-Arm) |
35 |
±0.4 |
R32/WR284 |
FDP/FDM |
Al/Cu |
|
| VT40WMTA
|
3.30-4.90 |
20% |
1.20(H-Arm),1.50(E-Arm) |
35 |
±0.4 |
R40/WR229 |
FDP/FDM |
Al/Cu |
|
| VT48WMTC
|
3.95-5.85 |
20% |
1.20(H-Arm),1.50(E-Arm) |
35 |
±0.4 |
R48/WR187 |
FDP/FDM |
Al/Cu |
|
| VT58WMTC
|
4.90-7.05 |
20% |
1.20(H-Arm),1.50(E-Arm) |
35 |
±0.4 |
R58/WR159 |
FDP/FDM |
Al/Cu |
|
| VT70WMTA
|
5.85-8.20 |
20% |
1.20(H-Arm),1.50(E-Arm) |
35 |
±0.4 |
R70/WR137 |
FDP/FDM |
Al/Cu |
|
| VT84WMTC
|
2.60-3.95 |
20% |
1.20(H-Arm),1.50(E-Arm) |
35 |
±0.4 |
R84/WR112 |
FBP/FBM/FBE |
Al/Cu |
|
| VT100WMTC
|
8.20-12.4 |
20% |
1.20(H-Arm),1.50(E-Arm) |
35 |
±0.4 |
R100/WR90 |
FBP/FBM/FBE |
Al/Cu |
|
| VT120WMTPC
|
10.0-15.0 |
20% |
1.20(H-Arm),1.50(E-Arm) |
35 |
±0.4 |
R120/WR75 |
FBP/FBM/FBE |
Al/Cu |
|
| VT140WMTPC
|
12.4-18.0 |
20% |
1.20(H-Arm),1.50(E-Arm) |
35 |
±0.4 |
R140/WR62 |
FBP/FBM/FBE |
Al/Cu |
|
| VT180WMTC
|
15.0-22.0 |
20% |
1.20(H-Arm),1.50(E-Arm) |
35 |
±0.4 |
R180/WR51 |
FBP/FBM/FBE |
Al/Cu |
|
| VT220WMTPD4
|
18.0-26.5 |
20% |
1.20(H-Arm),1.50(E-Arm) |
35 |
±0.4 |
R220/WR42 |
FBP/FBM/FBE |
Al/Cu |
|
| VT260WMTPC
|
22.0-33.0 |
20% |
1.20(H-Arm),1.50(E-Arm) |
35 |
±0.4 |
R260/WR34 |
FBP/FBM/FBE |
Al/Cu |
|
| VT320WMTC
|
26.3-40.0 |
20% |
1.20(H-Arm),1.50(E-Arm) |
35 |
±0.4 |
R320/WR28 |
FBP/FBM/FBE |
Al/Cu |
|
| VT400WMTC
|
32.9-60.1 |
20% |
1.20(H-Arm),1.50(E-Arm) |
20 |
±0.5 |
R400/WR22 |
FUGP |
Cu |
|
| VT500WMTC
|
39.2-59.6 |
20% |
1.20(H-Arm),1.50(E-Arm) |
20 |
±0.5 |
R500/WR19 |
FUGP |
Cu |
|
| VT620WMTC
|
49.8-75.8 |
20% |
1.20(H-Arm),1.50(E-Arm) |
20 |
±0.5 |
R620/WR15 |
FUGP |
Cu |
|
| VT740WMTC
|
60.5-91.9 |
20% |
1.20(H-Arm),1.50(E-Arm) |
20 |
±0.5 |
R740/WR12 |
FUGP |
Cu |
|
| VT900WMTC
|
73.8-112 |
20% |
1.20(H-Arm),1.50(E-Arm) |
20 |
±0.5 |
R900/WR10 |
FUGP |
Al |
|
* The Standard Model Numbers above are the most common parts ordered for size, material and flange. However, these models can easily be altered to accommodate your needs by using the Model # code system below for complete part number.
** Please refer to the Technical Reference section for flange types/connectors details. Please contact us for your specific requirements.
*** Typical operating bandwidth of the hybrid tee is up to 15% of waveguide center frequency. Performance degradation may occur while it covers wider waveguide bandwidth.| [Ordering Information] |  |
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