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QUAD481253E2 1 × 1000 Ft
Subtotal: 1000 Ft
An SMA quadruplexer (quadplexer/fourplexer) processing a DC – 25 GHz input signal into 4 contiguous passbands with crossovers at 4, 8, and 12 GHz, an additional high pass at 2 GHz and low pass at 18 GHz, typically -60 dB selectivity, and low losses.
An SMA quadruplexer (quadplexer/fourplexer) processing a DC – 18 GHz input signal into 4 contiguous passbands with crossovers at 4, 8, and 12 GHz, an additional high pass from 2 GHz, and ultra-steep roll-off reaching 60 dB isolation within 0.2 GHz of each crossover, with low losses.
An SMA quadruplexer (quadplexer/fourplexer) processing a DC – 18 GHz input signal into 4 contiguous passbands with crossovers at 4, 8, and 12 GHz, an additional high pass at 2 GHz, -60 dB selectivity, and low losses.
An SMP quadruplexer (quadplexer/fourplexer) processing a DC – 40 GHz input signal into 4 contiguous passbands with crossovers at 4, 8, and 12 GHz, an additional high pass at 2 GHz and low pass at 18 GHz, a low profile, typically -60 dB selectivity, and low losses.
A quadruplexer (quadplexer/fourplexer) processing DC – 50 GHz input signal into 4 contiguous passbands with crossovers at 12, 24, and 36 GHz, with at least -50 dB selectivity and low losses. The input and CH4 connectors are 2.4 mm and the others are 2.92 mm.
An SMA quadruplexer (quadplexer/fourplexer) processing a DC – 18 GHz input signal into 4 contiguous passbands with crossovers at 6, 10, and 14 GHz, an additional high pass from 2 GHz, and ultra-steep roll-off attenuating the signal to -60 dB within 300 MHz of each crossover, and with low losses.
Ultra-compact SMA quadruplexer (quadplexer/fourplexer) processing a DC – 18 GHz input signal into 4 contiguous passbands with crossovers at 6, 10, and 14 GHz, an additional high pass at 2 GHz, -60 dB selectivity, and very low losses.
Ultra-compact and ultra-thin SMA quadruplexer (quadplexer/fourplexer) processing a DC – 18 GHz input signal into 4 contiguous passbands with crossovers at 6, 10, and 14 GHz, an additional high pass at 2 GHz, -60 dB selectivity, and very low losses.
This is the 7.5mm/0.3″ thick edition of the QUAD61014TCA.
An ultra-broadband SMA quintuplexer (pentaplexer/fiveplexer) splitting a DC to 25 GHz input signal into 5 contiguous passbands with crossovers at 2, 6, 10, and 14 GHz, plus a high pass at 0.5 GHz and a low pass at 18 GHz. It offers low insertion loss of less than 1.5 dB, return loss exceeding 8.5 dB, and high stopband rejection of typically more than 60 dB. It also features a -20 dB integrated coupler.
An ultra-broadband SMA quintuplexer (pentaplexer/fiveplexer) that processes a DC to 25 GHz input signal into 5 contiguous passbands with crossovers at 2, 6, 10, and 14 GHz, plus a high pass at 1 GHz and a low pass at 18 GHz. It provides insertion loss of less than 2.5 dB, return loss exceeding 7.3 dB, and high stopband rejection of typically more than 60 dB.
An ultra-compact, ultra-broadband SMA quintuplexer (pentaplexer/fiveplexer) splitting a DC to 25 GHz input signal into 5 contiguous passbands with crossovers at 1.5, 3, 5, and 10 GHz, plus a low pass at 20 GHz. It provides low insertion loss of less than 1.35 dB, return loss exceeding 14 dB (VSWR 1.5:1), and high stopband rejection of more than 50 dB all in housing only 7.5 mm (0.3”) thick.
Though the passbands are designed to begin at 1 GHz, the DC to 1 GHz region may be used for additional filtering with insertion loss below 1.0 dB and return loss greater than 10 dB.
An ultra-broadband SMA quintuplexer (pentaplexer/fiveplexer) splitting a DC to 24 GHz input signal into 5 contiguous passbands with crossovers at 2, 3.5, 6, and 10 GHz, plus a high pass at 0.5 GHz and a low pass at 18 GHz. It provides low insertion loss of less than 1.35 dB, return loss exceeding 10 dB, and high stopband rejection of more than 55 dB.