=== Hybrids ===

83 Matrices, hybrid, SMP, low cost, 4x4, AMPS band, F =750-950 MHz, IL =0.5 dB, Iso =20 dB, Ampl Bal =0.5 dB, Ph Bal =3 dB, VSWR <1.25
88 Matrices, Butler and hybrid (antenna feeds), vertical launched connectorized components (4x4, 6x6, 8x8, 16x16), F =0.75-0.95, 0.8-0.9, 1.8-2.0, 1.85-1.91 GHz, IL =0.5-1.2 dB, Iso =20 dB, Ampl Bal =0.5...0.9 dB, Ph Bal =3...7, VSWR <1.25 (SMA, type N)
307 Hybrids, 90, F =0.79-0.865, 0.800-0.900, 0.790-0.975, 0.815-0.960, 0.960-1.215, 0.925-1.50, 0.950-1.75, 1.40-1.62, 1.0-2.0, 0.750-2.120, 1.75-1.98, 1.75-2.00, 2.35-2.55 GHz, IL =0.25-0.50 dB, P =35-250 W, Ph Bal =2-4, Ampl Bal =0.2-1.4 dB
1156 Hybrid, 90, broadband, small size, for EW systems, radar, communications, F =6-18 GHz, coupling =3 dB, VSWR =1.4, IL <0.75 dB, Iso >19 dB, Ampl Bal =0.6 dB, Ph Bal =7, P =125 W (CW), 3 kW (peak), W =32 g
1157 Hybrid, 180, ultra-broadband, small size, F =2-18 GHz, coupling =3 dB, VSWR =1.6, IL <2.3 dB, Iso >18 dB, Ampl Bal =0.8 dB, Ph Bal =12-15, P =30 W (CW), 3 kW (peak), W =82 g
1158 Hybrid, 90, ultra-broadband, small size, F =2-18 GHz, VSWR =1.5, IL <0.6-1.0 dB, Iso >20-17 dB, Ampl Bal =0.75 dB, Ph Bal =7, P =30 W (CW), 3 kW (peak), W =65 g
1163 Hybrids, 90, multi-octave, small size, rigid construction resist shock and vibration, F =0.5-8, 2-8, 4-12.4, 6-18 GHz, coupling =3 dB, VSWR =1.3-1.5, IL <0.75-1.2 dB, Iso >17-14 dB, Ampl Bal =0.50.75 dB, Ph Bal =512, P =20-30 W (CW), 2-5 kW (peak), W =227-28 g (SMA)
1164 Hybrid, 180, multi-octave, small size, rigid construction resist shock and vibration, F =2-8 GHz, coupling =3 dB, VSWR =1.5, IL <1.3 dB, Iso >17 dB, Ampl Bal =0.5 dB, Ph Bal =10, P =30 W (CW), 3 kW (peak), W =62 g (SMA)
1229 Hybrids, 90, chip monolithic, F =0.2-2.7 GHz, Ampl Bal <0.8 dB, Ph Bal <3, IL to 3 dB, Iso to 20 dB, VSWR to 1.4
1231 Hybrid, 90, chip, monolithic, small size, light weight, Imp =50 Ohm, F =220-280, 800-1000, 1500-1700, 1700-2000, 1900-2300, 2300-2700 MHz, IL =2.7-3.6 dB, VSWR =1.4-1.7, Pin <3 W, Iso >17-20 dB
1275 Hybrids, 90, coaxial, broadband, for new cellular band, F =0.82-0.98, 0.95-2.0, 1.7-4.2, 4-8, 7-11 GHz, coupling =3 dB, VSWR =1.2-1.35, Iso >20-17 dB, Ampl Bal =0.250.5 dB, Ph Bal =510, P =200 W (CW), 10-5 kW (peak), W =0.9-0.5 kg (type N)
1276 Hybrid, 90, miniature, stripline, rigid construction resist shock and vibration, F =0.125-0.25, 0.25-0.5, 0.5-1, 1-2, 2-4, 2.6-5.2, 4-8, 7-12.4, 7.5-16, 12.4-18.0 GHz, coupling =3 dB, VSWR =1.1-1.4, Iso >30-15 dB, Ampl Bal =0.60.7 dB, Ph Bal =5-10, P =50 W (CW), 5 kW (peak), W =170-14 g (SMA)
1540 Hybrids, 90, 3 dB, high power octave band, F =0.06-0.125, 0.125-0.25, 0.25-0.5, 0.5-1.0, 1-2, 2-4 GHz, BW =octave, IL =0.1 dB, Iso =20-30 dB, Pin =1 kW (CW)
1541 Hybrids, 90, 3 dB, quadrature, miniature, multi-octave band, F =0.5-2.0, 1-4, 2-8, 4.0-12.4, 6.5-18.0, 1-18, 2-18 GHz, IL =0.4-0.8 dB, Iso =15-24 dB, Ampl Bal =1-2.2 dB, Ph Bal =210, Pin =50 W (CW), 1.5 kW (peak), VSWR =1.15-1.45
1674 Hybrids, quadrature, F =7-14, 14-28, 20-40, 40-80, 80-160, 100-200, 160-320, 225-400, 300-500, 400-600 MHz, P(H) =3 W, Imp =150 Ohm, Iso >25-20 dB, IL <0.5-1.0 dB, VSWR =1.2-1.3, Ph Bal <34, Ampl Bal <0.75 dB, -54 to +85C (SMA)
1675 Hybrids, quadrature, 3 port, broadband, F =10-100, 20-200, 50-500 MHz, P(H) =3 W, Imp =50 Ohm, Iso >25-20 dB, IL <1.2-1.5 dB, VSWR =1.3-1.4, Ph Bal <3, Ampl Bal <0.5 dB, -54 to +85C (SMA)
1676 Hybrids, 0/180, sum/difference, F =2-200, 10-400 MHz, P(H) =3 W, Imp =50 Ohm, Iso >30-25 dB, IL <0.75-1.25 dB, VSWR =1.3, Ph Bal <23, Ampl Bal <0.20.3 dB, -54 to +85C ( SMA)
1940 Hybrids, 90 (leaded and leadless, SMP), F =0.5-1932.0 MHz, IL =0.1-0.7 dB, Iso=17-30 dB, Ampl Bal =0.4 -1.2 dB, Ph Bal =1-4, Pin =1 W
1941 Hybrids, 90, wideband (leaded and leadless, SMP, T-hole), F =2-720 MHz, IL =0.2-2.4 dB, Iso =18-30 dB, Ampl Bal =0.5-1.4 dB, Ph Bal =1-6
1942 Hybrids, 90, optimized bandwidth (miniature leadless, SMP, T-hole, flatpack), F =1.13-994.0 MHz, IL =0.2-0.7 dB, Iso =20-35 dB, Ampl Bal =0.4 -1.2 dB, Ph Bal =1-3
1943 Hybrids, 90, optimized and octave bandwidth , coax, F =5.5-470.0 MHz, IL =0.2-0.7 dB, Iso =20-30 dB, Ampl Bal =0.2-1.2 dB, Ph Bal =1-3
1944 Hybrids, 90, multioctave bandwidth, coax, F =2-500 MHz, IL =0.8-2.4 dB, Iso =18-30 dB, Ampl Bal =0.5-1.4 dB, Ph Bal =1-6
1945 Hybrids, 180, 3 and 4 port (SMP, leaded SMP, T-hole, 8-pin and TO-8, flatpack, coax), F =0.01-1000.0 MHz, IL =0.3-2.5 dB, Iso =15-35 dB, Ampl Bal =0.1-1 dB, Ph Bal =1-10
1967 Hybrids, 90 (TO8, SMP, flatpack), F =20-1600 MHz, IL to 0.4 dB, Iso to 20 dB, Ampl Bal <0.75 dB, Ph Bal <2, Pin <8 W
1968 Hybrids, 90, F =0.125-18.0 GHz, IL to 0.2 dB, Iso to 25 dB, Ampl Bal <0.5 dB, Ph Bal <2, Pin <50 W
1969 Hybrids, 90, for cellular and PCS, F =0.4-2.5 GHz, IL to 0.15 dB, Iso to 25 dB, Ampl Bal <0.5 dB, Ph Bal <5, Pin <500 W
1970 Hybrids, 0/180, F =120-180 MHz, IL to 0.5 dB, Iso to 25 dB, Ampl Bal <0.2 dB, Ph Bal =1801, Pin =1.5 W (TO8)
1971 Hybrids, 0/180, F =0.02 MHz - 10 GHz, IL to 0.3 dB, Iso to 26 dB, Ampl Bal <0.2 dB, Ph Bal <2, Pin <500 W (SMA, N, TNC)
1972 Hybrids, 0/180, for cellular and PCS, F =400-2500 MHz, BW to 20%, IL =0.3 dB, Iso =0.2 dB, Ampl Bal <0.3 dB, Ph Bal =2, Pin <500 W
2039 Hybrids (power splitter), 90, high power, F=2-8, 2-18 GHz, coupling =3 dB, Ampl Bal =0.51.3 dB, Iso >16 dB, VSWR =1.5-1.6, IL <0.9-1.3 dB, P =150-400 W (CW), 5 kW (peak) (TNC)
2041 Monopulse hybrid networks, broadband monopulse networks are composed of 90 and 180 hybrids and phase shifters which provide as outputs the sum and difference (delta) of signals from an antenna array, F =2-4, 4-6, 6-12 GHz, VSWR =1.4-1.7, IL =2.3 dB, Ampl Bal =0.91.0 dB, Iso >17-14 dB, Ph Bal =12-10 (SMA)
3563 Hybrids, quadrature, lumped element design, low profile, hermetic package, F =0.5-500.0, 500-1000, 1000-1500, 1-100, 100-300, 300-400 MHz, BW =10% F-octave, Iso >15-25 dB, IL <0.3-1.0 dB, Ph Bal =904, Ampl Bal <0.75-1.00 dB, VSWR <1.3-1.6
3564 Hybrids, quadrature, stripline design, F =0.77-2.00, 0.5-9.0, 2-4, 2-8, 1.0-12.4, 1.0-18.0, 2-18, 2.0-26.5 GHz, Iso >1422 dB, VSWR =1.2-1.5, Ph Bal =310, Ampl Bal =0.350.60 dB, IL =0.65-1.80 dB (SMA)
3565 Hybrids, quadrature, stripline design, F =6.0-12.4, 6.0-20.0, 6.0-26.5, 6.0-40.0, 10.0-40.0, 18.0-40.0 GHz, Ph Bal =410, Ampl Bal =0.51.0 dB, Iso >2013 dB, VSWR =1.3-2.0, IL =0.75-2.00 dB (SMA, K)
3566 Hybrids, junctions, 180, F =0.01-1.0 GHz, BW =10-500, 500-1000 MHz, Iso >25 dB, IL =1.0-1.5 dB, Ph Bal =34, Ampl Bal =0.3-0.4 dB, VSWR =1.3-1.5, Imp =50 Ohm, coupling =-3 dB, P <1 W (avg), -55 to +85C
3567 Hybrids, junctions, 180, F =0.77-2.0, 2.0-4.0, 2.0-8.0, 2.0-18.0, 2.0-26.5 GHz, Ph Bal =514, Ampl Bal =0.50.8 dB, Iso >2014 dB, VSWR =1.5-1.7, IL =1.1-2.2 dB
3568 Hybrids, junctions, 180, F =6.0-12.4, 6.0-26.5, 6.0-40.0 GHz, Ph Bal =814, Ampl Bal =0.41.8 dB, Iso >1713 dB, VSWR =1.6-2.0, IL =0.9-2.2 dB, W =2.5 oz
4018 Hybrid, network, 3 dB, 0/180, F =1-1.1 GHz, IL =0.25 dB, Iso >30 dB, VSWR <1.25, P =30 W (CW), 3 kW (peak), Ampl Bal =0.2 dB, Ph Bal =1.5, size =50.8x43.2x9.65 mm, W =60 g, -55 to +95C
4365 Hybrids, 180, magic tee, F =13-300, 0.3-300.0 MHz, Imp =50 & 75 Ohm, Iso >25 dB, Ampl Bal =0.75, Ph Bal =3, IL =1 dB, Pin =0.5 W, -54 to +85C (TO-5, SMA)
4574 Hybrids, 90, 3 dB, quardrature, miniature, octave band, F =0.5-1.0, 1-2, 1.3-2.6, 2-4, 2.6-5.2, 4-8, 4.8-9.6, 7-12.4, 12-18 GHz, IL <0.15-0.7 dB, VSWR >1.1-1.35, Iso >17-25 dB, Ampl Bal <1 dB, Ph Bal =1.54.0, P =50-100 W (CW), 3-1.5 kW (peak)
4820 Hybrids, 90, low cost, low profile, F =0.82-0.90, 0.88-0.96, 1.71-1.88, 1.85-1.99 GHz, IL =0.4-0.5 dB, Iso =30-20 dB, input VSWR =1.15-1.30, Ampl Bal =0.5 dB, Ph Bal =1 (SOIC-9, SOIC-10, SOIC-8, SOIC-11), Pin <4 W, -40 to +85C
5651 Hybrids, quadrature, 3-port, narrowband, SMP, 13 models, F(center) =10, 50, 90, 170, 270, 390, 510, 650, 780, 850, 870, 930, 950 MHz, BW =10% Fc, IL =0.15-0.4 dB, Ampl Bal =0.25 dB, Ph Bal =1?, RL =25-20 dB, Iso =30-22 dB
5707 Hybrid tees, matched, W/G, F =17.6-26.7, 26.4-40.1, 33.0-50.1, 39.3-59.7, 49.9-75.8, 60.5-92.0, 73.8-112.0, 92.3-140.0 GHz, BW =20% of frequency range, VSWR <1.3, Iso >30 dB, Bal =?0.5 dB
5708 Hybrid tees, un-matched, W/G, F =17.6-26.7, 26.4-40.1, 33.0-50.1, 39.3-59.7, 49.9-75.8, 60.5-92.0, 73.8-112.0, 92.3-140.0 GHz, BW =20% of frequency range, VSWR <1.3, Iso >30 dB, Bal =0.5 dB
6254 Hybrids, 90, coaxial, miniature, high isolation, octave and multi-octave bandwidth, qualified to MIL environments, RF shielded, stripline construction, delivery from stock, are used for non reflective PIN attenuators, switching networks, digital phase shifters, bi-phase modulators, antenna feed networks double port reflective gain amplifiers, mixers, parallel amplifiers, power dividers, as well as combiners, 11 models, F =0.5-1, 1-2, 2-4, 2.6-5.2, 4-8, 6-12.4, 7.5-16, 12-18, 2-8, 4-12.4, 7-18 GHz, coupling =3.10.6, 3.20.7, 3.40.9, 3.30.8, 3.51.25 dB, Fr Sens =0.40.75, VSWR <1.1-1.5, Pin =50-20 W(avg), 3-1 kW (peak)
6591 Tees & hybrids, F =3.95-5.85 GHz (WR187/WG12), 4.90-7.05 GHz (WR159/WG13), 5.85-8.20 GHz (WR137/WG14), 7.05-10.00 GHz (WR112/WG15), 8.20-12.40 GHz (WR90/WG16), 10.0-15.0 GHz (WR75/WG17), 12.4-18.0 GHz (WR62/WG8), 15.0-22.0 GHz (WR51/WG19), 18.0-26.50 GHz (WR42/WG20), 26.5-40.0 GHz (WR28/WG22)
6645 Hybrid, 90, F=2.1-2.3 GHz, IL =0.55 dB, Iso =23 dB, VSWR (I/0)= 1.2, Ampl Bal =0.4 dB, Ph Bal =2(SOT-6) )
6775 Hybride, -90, coil components, excellent high frequency characteristics, 5 models, F =350-390, 290-300, 210-230, 130-150, 60-80 MHz, IL <1.4 dB, Iso >18 dB, VSWR <1.4, Ph Bal =35, Ampl Bal =0.5 dB, Imp =50 & 75 Ohm, P <0.5 W, weight =2 g, -10 to +65 C, humidity =95% or less
7305 Hybrids, 90, 10% bandwidth, 33 models, F =1.18-1.31, 1.47-1.63, 3.23-3.57, 3.80-4.20, 6.08-6.72, 7.12-7.87, 9.50-10.5, 10.2-11.3, 13.3-14.7, 16.6-18.4, 19.0-21.0, 20.3-22.4, 28.5-31.5, 38.0-42.0, 57.0-63.0, 59.9-66.2, 66.5-73.5, 76.0-84.0, 95.0-105.0, 114-126, 133-147, 190-210, 285-315, 428-473, 570-630, 760-840, 810-830, 869-900, 935-960, 950-1050, 1140-1260, 1425-1575, 1805-1880 MHz, IL <0.3-0.5 dB, Iso >25-15 dB, Ampl Bal =0.7-1.0 dB, Ph Bal <2-5, VSWR <1.2-1.5
7306 Hybrids, 90, 2:1 to 4:1 bandwidth, 25 models, F =10-20, 15-30, 20-40, 30-60, 40-80, 50-100, 60-120, 70-140, 80-160, 90-180, 100-200, 150-300, 200-400, 300-600, 5-15, 10-30, 20-60, 40-120, 80-240, 500-1000, 1000-2000, 2000-4000, 2600-5200, 4000-8000, 2000-8000 MHz, IL <0.1-0.8 dB, Iso >25-17 dB, Ampl Bal <0.6-1.6 dB, Ph Bal <2-5, VSWR <1.15-1.50
7307 Hybrids, 90, extended bandwidth, 14 models, F =2-10, 5-30, 10-50, 20-100, 30-150, 40-200, 50-250, 60-300, 70-350, 2-32, 0.5-30, 1-40, 2-80, 2-250 MHz, IL <0.5-1.5 dB, Iso >25-20 dB, Ampl Bal <0.4-1.0 dB, Ph Bal <2-5, VSWR <1.4-1.5
7308 Hybrids, 180, three port, 6 models, F =0.3-20, 5-200, 5-400, 200-400, 20-1000 MHz, IL <0.8-1.5 dB, Iso >25-17 dB, Ampl Bal <0.2-0.7 dB, Ph Bal <2-7, VSWR <1.3-2.0
7309 Hybrids, 180, four port, 4 models, F =0.3-20, 5-200, 5-400, 200-400 MHz, IL <0.8-1.5 dB, Iso >25-20 dB, Ampl Bal <0.2-0.5 dB, Ph Bal <2-7, VSWR <1.3-1.5
8859 Hybrids, F =240-318, 1750-2300, 5500-10500 MHz, IL =0.2 dB, VSWR =1.3, Ph Bal =903 degrees, P(handling) =100-200 W, "N" female, SMAF
8877 Combiner, hybrid, cost-effective, compact design, proven technology, high quality construction, with integral isolators and heatsink. The iso hybrid concept, in which two isolators are integrated into a single unit for application in compact two channel combiners, is extended in this device by incorporating the dummy load and heatsink into a common structure. For convenience to the user, both inputs and the combined output are accessible from the front panel. The performance fiqures given are for convection cooling; power handling may be increased by forced air cooling. In both cases, the isohybrid and front panel are thermally insulated from the heatsink. F =925-960, 1805-1880, 1930-1990, 2110-2170 MHz, IL <3.5 dB, VSWR <1.2, Iso(I/I) >50 dB, Iso(O/I) >23 dB, Pin <60 W CW, -10 to +60C, type N female standard (SMA, TNC options).
9337 Hybrids, quad, 9 models, F = 0.8-1.0, 0.8-1.5, 1.0-2.0, 1.7-2.0, 2.1-2.2, 2.0-2.5, 2.0-4.0, 2.0-18.0 GHz, Pavg = 100 W, Iso >24-15 dB, IL < 0.25-2 dB, VSWR <1.18-1.5, Ampl Bal < 0.20.70 dB, Ph Bal < 902 deg, 908 deg, sizes = 0.56"x0.35"x0.075", 0.45"x0.35"x0.075", 1.60"x0.75"x0.065"
9338 Hybrids, quad, 5 models, F = 1.7-2.0, 2.0-2.3, 2.3-2.7, 3.3-3.7, 5.0-6.0 GHz, Pavg = 100W, Iso > 20-15 dB, IL < 0.25 dB, VSWR <1.27-1.5, Ampl Bal < 35 deg, sizes = 0.18"x0.18"x0.086", 0.18"x0.18"x0.080"
9982 Hybrid, 90, stripline, F = 0.4-2.0 GHz, coupling loss < 3.5 0.6 dB, Iso > 20 dB, Ampl Bal < 1.4 dB, Ph Bal < 6, VSWR < 1.3
9983 Hybrid, 90, stripline, F = 0.6-2.6 GHz, coupling loss < 3.4 0.5 dB, Iso > 20 dB, Ampl Bal < 1 dB, Ph Bal < 4, VSWR < 1.3
9984 Hybrid, 90, stripline, F = 2.0-8.0 GHz, coupling loss < 3.4 0.5 dB, Iso > 17 dB, Ampl Bal < 1.6 dB, Ph Bal < 6, VSWR < 1.3
9985 Hybrid, 90, stripline, F = 6.0-12.4 GHz, coupling loss < 3.4 0.8 dB, Iso > 17 dB, Ampl Bal < 1.4 dB, Ph Bal < 6, VSWR < 1.4
9986 Hybrid, 90, stripline, F = 7.5-16.0 GHz, coupling loss < 3.5 0.8 dB, Iso > 15 dB, Ampl Bal < 1.4 dB, Ph Bal < 8, VSWR < 1.4
9987 Hybrid, 90, stripline, F = 3.0-18.0 GHz, coupling loss < 3.5 0.8 dB, Iso > 15 dB, Ampl Bal < 1.6 dB, Ph Bal < 8, VSWR < 1.5
9988 Hybrid, 90, stripline, F = 12.0-18.0 GHz, coupling loss < 3.5 0.8 dB, Iso > 15 dB, Ampl Bal < 1.4 dB, Ph Bal < 8, VSWR < 1.4
11424 Hybrid, low size, low cost, SMD, F = 1700-2400 MHz, IL < 0.15 dB, VSWR = 1.2, Ampl Bal = 0.3 dB, Ph Bal = 1.5, P = 65 W, size = 0.35" x 0.56"
11425 Hybrid, low size, low cost, SMD, F = 1740-1980 MHz, IL < 0.2 dB, VSWR = 1.2, Ampl Bal = 0.3 dB, Ph Bal = 2, P = 45 W, size = 0.13" x 1.093"
11426 Hybrid, low size, low cost, SMD, F = 1900-2400 MHz, IL < 0.2 dB, VSWR = 1.2, Ampl Bal = 0.35 dB, Ph Bal = 2, P = 35 W, size = 0.25" x 0.5"
11427 Hybrid, low size, low cost, SMD, F = 2100-2800 MHz, IL < 0.3 dB, VSWR = 1.2, Ampl Bal = 0.35 dB, Ph Bal = 2.5, P = 30 W, size = 0.25" x 0.5"
11428 Hybrid, low size, low cost, SMD, F = 2240-2640 MHz, IL < 0.25 dB, VSWR = 1.2, Ampl Bal = 0.3 dB, Ph Bal = 2, P = 35 W, size = 0.13" x 0.838"
12258 Hybrids, 3 dB (also known as hybrid combiners, 90 power dividers or quadrature couplers), high isolation, low VSWR, N connectors. F=200-400 MHz, Iso>25 dB, VSWR<1.2, coupling=3.10.1 dB, Fr Sens=0.5 dB, Imp=50 Ohm, P=100 W (avg), 3 kW (peak), weight =399 g, -55 to +125C
12259 Hybrids, 3 dB (also known as hybrid combiners, 90 power dividers or quadrature couplers), high isolation, low VSWR, N connectors. F=400-800 MHz, Iso>25 dB, VSWR<1.2, coupling=3.10.1 dB, Fr Sens=0.5 dB, Imp=50 Ohm, P=100 W (avg), 3 kW (peak), weight =256 g, -55 to +125C
12260 Hybrids, 3 dB (also known as hybrid combiners, 90 power dividers or quadrature couplers), high isolation, low VSWR, N connectors. F=750-1500 MHz, Iso>25 dB, VSWR<1.2, coupling=3.10.1 dB, Fr Sens=0.5 dB, Imp=50 Ohm, P=100 W (avg), 3 kW (peak), weight =191 g, -55 to +125C
12261 Hybrids, 3 dB (also known as hybrid combiners, 90 power dividers or quadrature couplers), high isolation, low VSWR, N connectors. F=1000-2000 MHz, Iso>25 dB, VSWR<1.2, coupling=3.10.1 dB, Fr Sens=0.5 dB, Imp=50 Ohm, P=100 W (avg), 3 kW (peak), weight =171 g, -55 to +125C
12262 Hybrids, 3 dB (also known as hybrid combiners, 90 power dividers or quadrature couplers), high isolation, low VSWR, N connectors. F=1500-3000 MHz, Iso>20 dB, VSWR<1.25, coupling=3.10.15 dB, Fr Sens=0.5 dB, Imp=50 Ohm, P=100 W (avg), 3 kW (peak), weight =143 g, -55 to +125C
12263 Hybrids, 3 dB (also known as hybrid combiners, 90 power dividers or quadrature couplers), high isolation, low VSWR, N connectors. F=2000-4000 MHz, Iso>20 dB, VSWR<1.25, coupling=3.10.15 dB, Fr Sens=0.5 dB, Imp=50 Ohm, P=100 W (avg), 3 kW (peak), weight =114 g, -55 to +125C
12271 Combiner, isolated (The 4x4 hybrid is a matrix of four 3 dB hybrid couplers arranged so that signals applied to any of the four inputs will be split equally between the four outputs. This allows simple combining of multiple signals in the same wireless band to a common feeder cable, as might be required in a neutral host in-building distributed antenna system), convenient connector spacing, N connectors standard. F=700-960 MHz, dissipative loss<0.2 dB, input VSWR<1.1, coupling to all 4 outputs =6.20.5 dB, Iso>30 dB@<2200 MHz, >25 dB@2.200-2700 MHz, Imp =50 Ohm, P=50 W (avg), 3 kW (peak), PIM<-130 dBc (with +43 dBm x 2), 0 to +50C
12272 Combiner, isolated (The 4x4 hybrid is a matrix of four 3 dB hybrid couplers arranged so that signals applied to any of the four inputs will be split equally between the four outputs. This allows simple combining of multiple signals in the same wireless band to a common feeder cable, as might be required in a neutral host in-building distributed antenna system), convenient connector spacing, N connectors standard. F=1700-2700 MHz, dissipative loss<0.2 dB, input VSWR<1.1, coupling to all 4 outputs =6.20.5 dB, Iso>30 dB@<2200 MHz, >25 dB@2.200-2700 MHz, Imp =50 Ohm, P=50 W (avg), 3 kW (peak), PIM<-130 dBc (with +43 dBm x 2), 0 to +50C
14918 Iso hybrids. Compact micro-base stations often require frequency combination, while maintaining high isolation between sources. This is usually achieved with discrete isolators and hybrid combiners. However, the performance is only moderate, since the components are not matched together, and additional inter-connections increase the overall insertion loss. The combination is also comparatively large and can be expensive. The firm has incorporated the functions of isolator and combiner into a single, compact, low cost unit. Interconnects are eliminated, and the isolators and combiner are matched in sites. By use of a common mechanical design to cover all frequency ranges, the economies of scale are maximised. F =925-960, 1805-1880, 1930-1930, 2110-2170 MHz, IL <3.4 dB dB, Iso >23 dB (O/P-I/P), >48 dB (I/P-I/P), VSWR <1, 2, P(forward)<45 W CW p/channel, -10 to +70C, Imp =50 Ohm, P(reverse) <45 W (for 1 minute)
15348 Hybrid, 3 dB (also known as hybrid combiner, 90 power divider or quadrature coupler), high isolation, low VSWR, N connectors. F=1000-2000 MHz, Iso>25 dB, VSWR<1.2, coupling=3.10.1 dB, Fr Sens=0.5 dB, Imp=50 Ohm, P=100 W (avg), 3 kW (peak), weight =171 g, -55 to +125C
15349 Hybrid, 3 dB (also known as hybrid combiner, 90 power divider or quadrature coupler), high isolation, low VSWR, N connectors. F=1500-3000 MHz, Iso>20 dB, VSWR<1.25, coupling=3.10.15 dB, Fr Sens=0.5 dB, Imp=50 Ohm, P=100 W (avg), 3 kW (peak), weight =143 g, -55 to +125C
15350 Hybrid, 3 dB (also known as hybrid combiner, 90 power divider or quadrature coupler), high isolation, low VSWR, N connectors. F=2000-4000 MHz, Iso>20 dB, VSWR<1.25, coupling=3.10.15 dB, Fr Sens=0.5 dB, Imp=50 Ohm, P=100 W (avg), 3 kW (peak), weight =114 g, -55 to +125C
15351 Hybrid, 3 dB (also known as hybrid combiner, 90 power divider or quadrature coupler), high isolation, low VSWR, N connectors. F=750-1500 MHz, Iso>25 dB, VSWR<1.2, coupling=3.10.1 dB, Fr Sens=0.5 dB, Imp=50 Ohm, P=100 W (avg), 3 kW (peak), weight =191 g, -55 to +125C
15352 Hybrid, 3 dB (also known as hybrid combiners, 90 power dividers or quadrature couplers), high isolation, low VSWR, N connectors. F=200-400 MHz, Iso>25 dB, VSWR<1.2, coupling=3.10.1 dB, Fr Sens=0.5 dB, Imp=50 Ohm, P=100 W (avg), 3 kW (peak), weight =399 g, -55 to +125C
15353 Hybrids, 3 dB (also known as hybrid combiner, 90 power divider or quadrature coupler), high isolation, low VSWR, N connectors. F=400-800 MHz, Iso>25 dB, VSWR<1.2, coupling=3.10.1 dB, Fr Sens=0.5 dB, Imp=50 Ohm, P=100 W (avg), 3 kW (peak), weight =256 g, -55 to +125C
16927 Hybrids, broadband, junction, all 4 port devices externally terminated, all 3 port devices internally terminated with 250 mW load. F = 5-200, 40-1000 MHz, IL < 1.2-1.3 dB, Iso > 20 dB, Ampl Bal < 0.3 dB, Ph Bal < 2-3 deg, P < 1 W, -20 to +70C.
16928 Hybrids, quadrature, all 4 port devices externally terminated, all 3 port devices internally terminated with 250 mW load. F(center) = 60, 70, 140, 310, 350, 370, 390, 495, 700, 1090 MHz, BW = 10%, IL < 0.40-0.75 dB, Iso > 17-20 dB, Ampl Bal < 0.5... 0.7 dB, Ph Bal < 1... 4 deg, P < 2 W, -20 to +70C.
17506 Combiner, isolated (The 4x4 hybrid is a matrix of four 3 dB hybrid couplers arranged so that signals applied to any of the four inputs will be split equally between the four outputs. This allows simple combining of multiple signals in the same wireless band to a common feeder cable, as might be required in a neutral host in-building distributed antenna system), convenient connector spacing, N connectors standard. F=1700-2700 MHz, dissipative loss<0.2 dB, input VSWR<1.1, coupling to all 4 outputs =6.20.5 dB, Iso>30 dB@<2200 MHz, >25 dB@2.200-2700 MHz, Imp =50 Ohm, P=50 W (avg), 3 kW (peak), PIM<-130 dBc (with +43 dBm x 2), 0 to +50C
17508 Combiner, isolated (The 4x4 hybrid is a matrix of four 3 dB hybrid couplers arranged so that signals applied to any of the four inputs will be split equally between the four outputs. This allows simple combining of multiple signals in the same wireless band to a common feeder cable, as might be required in a neutral host in-building distributed antenna system), convenient connector spacing, N connectors standard. F=700-960 MHz, dissipative loss<0.2 dB, input VSWR<1.1, coupling to all 4 outputs =6.20.5 dB, Iso>30 dB@<2200 MHz, >25 dB@2.200-2700 MHz, Imp =50 Ohm, P=50 W (avg), 3 kW (peak), PIM<-130 dBc (with +43 dBm x 2), 0 to +50C
17672 Hybrids, junction, 3 dB, 180/90 deg, 6 models, F=2-8, 4-12.4, 1-12.4, 2-18, 1-18, 6-20 GHz, Ampl Bal=0.30.6 dB, Ph Bal=810 deg, Iso>18-15 dB, VSWR<1.4-1.7, IL<0.9-2.9 dB
17673 Hybrids, junction, 3 dB, 90, 6 models, F=0.5-7, 2-8, 1-12.4, 2-18, 1-18, 6-20 GHz, Ampl Bal=0.350.50 dB, Ph Bal=310 deg, Iso>20-14 dB, VSWR<1.25-1.40, IL<0.65-2.00 dB
17993 Hybrid, 90, wide bandwidth, F =30-450 MHz, IL =1.7 dB, Iso =23 dB, Ampl Bal =1.3 dB, Ph Bal =0.5, Pin <5 W, VSWR =1.3, Imp =50 Ohm, -55 to +85C, size =0.84"x0.52"x0.44"
21591 Hybrid, 2:1, guaranteed PIM performance, high isolation, low VSWR and loss, high reliability, 7-16 mm DIN connectors standard. F =1700-2200 MHz, coupling =4.8 dB, Iso >27 dB, VSWR <1.15, P =200 W (avg), 3.0 kW (peak), Sens =0.25 dB, dissipative loss <0.2 dB, Imp =50 Ohm, PIM <-140 dBc (+43 dBm x2), <-150 dBc and lower to order, -35 to +65C
21592 Hybrid, 4x4 (a matrix of four 3 dB hybrid couplers arranged so that signals applied to any of the four inputs will be split equally between the four outputs). F =800-2200 MHz, coupling =6.20.5 dB, Iso >25 dB, VSWR (I) <1.2, Pavg =60 W (avg), 3 kW (peak), Imp =50 Ohm, PIM, intermod <-150 dBc (two 20 W tones), weight =1.1 kg, 0 to +50C
21911 Hybrids, 5 models, F =70, 94, 126-154, 315-385, 400-650 MHz, IL =0.2-0.6 dB, Iso =30-22 dB, Amp Bal =0.250.50 dB, Ph Bal =0.52.0 deg, RL =25-20 dB, P <4-1 W
22500 Hybrid, 3 dB, quadrature coupler, quad, high power, low loss, low VSWR, surface mount, F=2.3-2.7 GHz, Iso>20 dB, IL<0.3 dB, VSWR<1.3, Ampl Bal<0.2 dB, Ph Bal=903 deg, Pin<25 W, size=0.18''x0.18''x0.049'', weight=0.002 oz, -55 to +95C
22501 Hybrid, 3 dB, quadrature coupler, quad, high power, low loss, low VSWR, surface mount, F=3.3-3.7 GHz, Iso>20 dB, IL<0.3 dB, VSWR<1.3, Ampl Bal<0.3 dB, Ph Bal=903 deg, Pin<25 W, size=0.18''x0.18''x0.049'', weight=0.002 oz, -55 to +95C
22644 Hybrid, quadrature, N-type connectors, 3 dB, F=80-1000 MHz, coupling=3 dB, IL<0.5 dB, Iso>20 dB, VSWR<1.3, Ampl Bal=10.02 dB, Ph Bal=900.02 deg, P(RF)<250 W, -30 to +70C
23096 Hybrids, 180, ''magic tee'', package type (SMA, TO-5, SMD). F=0.3-300, 0.1-300 MHz, Imp=50 Ohm, Iso>25-35 dB, IL=1 dB, Ampl Bal=0.25 dB, Ph Bal=13 deg
23097 Hybrids, 90, package type (SMD, 8L flat pack, 8L relay, TO-5, SMT), F=580-680, 40-80, 59-69, 100-200, 200-400, 200-300, 55-85, 470-645, 645-806, 20-40, 429-674, 285-335, 9-11, 13.5-16.5, 25-50, 14-30, 55-90, 120-180, 130-270, 4.6-5.4, 9.7-11.7, 19.4-23.4, 27-33, 68.4-80.4, 85.2-99.2, 55-65, 100-120, 178.3-208.3, 63-77, 212-250, 145-175, 225-275, 585-686, 800-900, 63-77, 243-270, 280-340, 225-275,80-120, 280-340, 270-320, 65-75, 55-90, 59-69, 123-133, 12-14, 145-175 MHz, Imp=50 Ohm, Iso>15-25 dB, IL=0.20-0.75 dB, Amp Bal=0.5..1.5 dB, Ph Bal=14 deg


  
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