Mini-Circuits Datasheets for Board Mount RF Filters
Board mount RF filters are devices mounted to a printed circuit board (PCB) which pass or reject signals by frequency.
Board Mount RF Filters: Learn more
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| Product Name | Notes |
|---|---|
| All our coaxial-ceramic resonator filters are built with rugged contruction, qualified to withstand multiple demanding reflow cycles. Excellent repeatability across units is achieved through precise tunning and process control. | |
| All our Surface Mount Ceramic Resonator filters are built with rugged construction, qualified to withstand multiple demanding reflow cycles. Excellent repeatability across units is achieved through precise tuning and process... | |
| All our Surface Mount Ceramic Resonator filters are built with rugged construction, qualified to withstand multiple demanding reflow cycles. Excellent repeatability across units is achieved through precise tuning and process. | |
| BFHKI-1072+ is a miniature low temperature co-fired ceramic (LTCC) ultra-high stopband rejection band pass filter with a 9.2 to 11.3 GHz passband supporting a variety of applications. This model achieves... | |
| BFHKI-1252+ is a miniature low temperature co-fired ceramic (LTCC) ultra-high stopband rejection band pass filter with a 10.9 to 13.9 GHz passband, that supports a variety of applications. This model... | |
| BFHKI-1272+ is a miniature low temperature co-fired ceramic (LTCC) ultra-high stopband rejection band pass filter with a 11.9 to 12.8 GHz passband, that supports a variety of applications. This model... | |
| BFHKI-1572+ is a miniature low temperature co-fired ceramic (LTCC) ultra-high stopband rejection band pass filter with a 13.9 to 17.5 GHz passband supporting a variety of applications. This model achieves... | |
| BFHKI-1742+ is a miniature low temperature co-fired ceramic (LTCC) ultra-high stopband rejection band pass filter with a 16 to 19 GHz passband that supports a variety of applications. This model... | |
| BFHKI-1982+ is a miniature low temperature co-fired ceramic (LTCC) ultra-high stopband rejection band pass filter with a 17.5 to 22.2 GHz passband supporting a variety of applications. This model achieves... | |
| BFHKI-2492+ is a miniature low-temperature co-fired ceramic (LTCC) ultra-high stopband rejection band pass filter with a 22 to 28 GHz passband that supports a variety of applications. This model achieves... | |
| BFHKI-3142+ is a miniature low-temperature co-fired ceramic (LTCC) ultra-high stopband rejection band pass filter with a 28 to 36 GHz passband that supports a variety of applications. This model achieves... | |
| BFHKI-4951+ is a miniature low temperature co-fired ceramic (LTCC) ultra-high stopband rejection band pass filter with a 4.3 to 5.3 GHz passband supporting a variety of applications. This model achieves... | |
| BFHKI-5001+ is a miniature low temperature co-fired ceramic (LTCC) ultra-high stopband rejection band pass filter with a 4.5 to 5.3 GHz passband that supports a variety of applications. This model... | |
| BFHKI-6251+ is a miniature low temperature co-fired ceramic (LTCC) ultra-high stopband rejection band pass filter with a 5.35 to 6.7 GHz passband that supports a variety of applications. This model... | |
| BFHKI-6751+ is a miniature low temperature co-fired ceramic (LTCC) ultra-high stopband rejection band pass filter with a 5.9 to 6.9 GHz passband that supports a variety of applications. This model... | |
| BFHKI-7551+ is a miniature low temperature co-fired ceramic (LTCC) ultra-high stopband rejection band pass filter with a 6.8 to 8.4 GHz passband that supports a variety of applications. This model... | |
| BFHKI-7851+ is a miniature low temperature co-fired ceramic (LTCC) ultra-high stopband rejection band pass filter with a 6.7 to 8.6 GHz passband that supports a variety of applications. This model... | |
| BFHKI-8501+ is a miniature low temperature co-fired ceramic (LTCC) ultra-high stopband rejection band pass filter with a 7.5 to 8.8 GHz passband that supports a variety of applications. This model... | |
| BFHKI-9901+ is a miniature low temperature co-fired ceramic (LTCC) ultra-high stopband rejection band pass filter with a 8.6 to 10.9 GHz passband that supports a variety of applications. This model... | |
| BPF-A120+ is a 50W bandpass filter in a shielded package fabricated using SMT technology. This bandpass filter covers from 100 to 140 MHz. This filter build with high Q capacitors... | |
| BPF-A355+ is a 50W bandpass filter in a shielded package fabricated using SMT technology. This bandpass filter covers from 310 to 400 MHz. This filter build with high Q capacitors... | |
| BPF-BC300A+ is a 50W bandpass filter in a shielded package fabricated using SMT technology. This bandpass filter covers from 260 to 340 MHz. This filter build with high Q capacitors... | |
| BPF-C4R5+ is a bandpass filter fabricated using SMT technology. This filter offers good rejection and low insertion loss for use in aviation and communication systems. This unit uses a miniature... | |
| BPF-F100+ is a 50W bandpass filter in a shielded package fabricated using SMT technology. This bandpass filter covers from 95 to 105 MHz. This unit uses a miniature high Q... | |
| BPF-F1250+ is a 50W bandpass filter in a shielded package fabricated using SMT technology. This filter offers low insertion loss in the passband for use in L-band application. | |
| BPF-F150+ is a 50W bandpass filter in a shielded package fabricated using SMT technology. This bandpass filter covers from 145 to 155 MHz. This unit uses a miniature high Q... | |
| BPF-F184+ is a 50W bandpass filter in a shielded package fabricated using SMT technology. This bandpass filter covers from 154.32 to 214.32 MHz. This is broad filter and finds extensive... | |
| BPF-F200+ is a 50W bandpass filter in a shielded package fabricated using SMT technology. This bandpass filter covers from 195 to 205 MHz. This unit uses a miniature high Q... | |
| BPF-F598+ is a 50W bandpass filter in a shielded package fabricated using SMT technology. This bandpass filter covers from 410 to 785 MHz. | |
| CBP-1000F+ is a coaxial-ceramic-reso nator based bandpass filter in a shielded package fabricated using SMT technology. This filter has wider bandwidth and offers low insertion loss with high rejection, low... | |
| CBP-1034C+ is a ceramic-coaxial-reso nator based bandpass filter in a shielded package fabricated using SMT technology. This filter offers outstanding close in rejection, low insertion loss and high power handling... | |
| CBP-1062C+ is a ceramic-coaxial-reso nator based bandpass filter in a shielded package fabricated using SMT technology. This filter offers outstanding close in rejection, low insertion loss and high power handling... | |
| CBP-1090C+ is a ceramic-coaxial-reso nator based bandpass filter in a shielded package fabricated using SMT technology. This filter offers outstanding close in rejection, low insertion loss and high power handling... | |
| CBP-1120F+ is a coaxial-ceramic-reso nator based bandpass filter in a shielded package fabricated using SMT technology. This filter has wider bandwidth and offers low insertion loss with high rejection, low... | |
| CBP-1170C+ is a ceramic-coaxial-reso nator based bandpass filter in a shielded package fabricated using SMT technology. This filter offers outstanding close in rejection, low insertion loss and high power handling... | |
| CBP-1228C+ is a ceramic-coaxial-reso nator based bandpass filter in a shielded package fabricated using SMT technology. This filter offers outstanding close in rejection, low insertion loss and high power handling... | |
| CBP-1250C+ is a ceramic-coaxial-reso nator based bandpass filter in a shielded package fabricated using SMT technology. This filter offers outstanding close in rejection, low insertion loss and high power handling... | |
| CBP-1260C+ is a ceramic-coaxial-reso nator based bandpass filter in a shielded package fabricated using SMT technology. This filter offers outstanding close in rejection, low insertion loss and high power handling... | |
| CBP-1280C+ is a ceramic-coaxial-reso nator based bandpass filter in a shielded package fabricated using SMT technology. This filter offers outstanding close in rejection, low insertion loss and high power handling... | |
| CBP-1280F+ is a coaxial-ceramic-reso nator based bandpass filter in a shielded package fabricated using SMT technology. This filter has low insertion loss with high rejection and low VSWR for use... | |
| CBP-1300A+ is a ceramic-coaxial-reso nator based bandpass filter in a shielded package fabricated using SMT technology. This filter offers outstanding close in rejection, low insertion loss and high power handling... | |
| CBP-1350C+ is a ceramic-coaxial-reso nator based bandpass filter in a shielded package fabricated using SMT technology. This filter offers outstanding close in rejection, low insertion loss and high power handling... | |
| CBP-1400E+ is a ceramic-coaxial-reso nator based bandpass filter in a shielded package (size of 0.638" x 0.434" x 0.105") fabricated using SMT technology. This filter offers outstanding close in rejection,... | |
| CBP-1450F+ is a coaxial-ceramic-reso nator based bandpass filter in a shielded package fabricated using SMT technology. This filter has low insertion loss with high rejection and low VSWR for use... | |
| CBP-1490A+ is a ceramic-coaxial-reso nator based bandpass filter in a shielded package fabricated using SMT technology. This filter offers outstanding close in rejection and power handling for use in aeronautical,... | |
| CBP-1538J+ is a ceramic coaxial resonator based bandpass filter in a shielded package fabricated using SMT technology. This filter has narrow passband and offers low insertion loss , low VSWR... | |
| CBP-1555C+ is a ceramic-coaxial-reso nator based bandpass filter in a shielded package fabricated using SMT technology. This filter offers outstanding close in rejection, low insertion loss and high power handling... | |
| CBP-1645J+ is a ceramic coaxial resonator based bandpass filter in a shielded package fabricated using SMT technology. This filter has narrow passband and offers low insertion loss , low VSWR... | |
| CBP-1880E+ is a ceramic-coaxial-reso nator based bandpass filter in a shielded package (size of 0.638" x 0.434" x 0.105") fabricated using SMT technology. This filter offers outstanding close in rejection,... | |
| CBP-1950C+ is a ceramic-coaxial-reso nator based bandpass filter in a shielded package fabricated using SMT technology. This filter offers outstanding close in rejection, low insertion loss and high power handling... | |
| CBP-670F+ is a ceramic-coaxial-reso nator based bandpass filter in a shielded package fabricated using SMT tech- nology. This filter offers outstanding close in rejection, low insertion loss for use in... | |
| CBP-770C+ is a ceramic-coaxial-reso nator based bandpass filter in a shielded package fabricated using SMT tech- nology. This filter offers outstanding close in rejection, low insertion loss and high power... | |
| CBP-804F+ is a ceramic-coaxial-reso nator based bandpass filter in a shielded package fabricated using SMT tech- nology. This filter offers sharp rejection for use in narrowband, radar and navigation systems. | |
| CBP-840C+ is a ceramic-coaxial-reso nator based bandpass filter in a shielded package fabricated using SMT tech- nology. This filter offers outstanding close in rejection, low insertion loss and high power... | |
| CBP-893C+ is a ceramic-coaxial-reso nator based bandpass filter in a shielded package fabricated using SMT tech- nology. This filter offers outstanding close in rejection, low insertion loss and high power... | |
| CBP-897G+ is a ceramic-coaxial-reso nator based bandpass filter in a shielded package fabricated using SMT tech- nology. This filter offers outstanding close in rejection and low insertion loss for use... | |
| CBP-915C+ is a ceramic-coaxial-reso nator based bandpass filter in a shielded package fabricated using SMT technology. This filter offers outstanding close in rejection, low insertion loss and high power handling... | |
| CBP-A1060C+ is a ceramic-coaxial-reso nator based bandpass filter in a shielded package fabricated using SMT technology. This filter offers outstanding close in rejection, low insertion loss and high power handling... | |
| CBP-A1230C+ is a ceramic-coaxial-reso nator based bandpass filter in a shielded package fabricated using SMT technology. This filter offers outstanding close in rejection, low insertion loss and high power handling... | |
| LTCC Band Pass Filter, 1570 - 1810 MHz, 50Ω | |
| LTCC Band Pass Filter, 1893 - 1920 MHz, 50Ω | |
| LTCC Band Pass Filter, 2400 - 2500 MHz, 50Ω | |
| LTCC Band Pass Filter, 2400 - 2550 MHz, 50Ω | |
| LTCC Band Pass Filter, 3100 - 7100 MHz, 50Ω | |
| LTCC Band Pass Filter, 3400 - 3850 MHz, 50Ω | |
| LTCC Band Pass Filter, 4400 - 5200 MHz, 50Ω | |
| LTCC Band Pass Filter, 4700 - 6000 MHz, 50Ω | |
| LTCC Band Pass Filter, 4900 - 5920 MHz, 50Ω | |
| LTCC Band Pass Filter, 5150 - 5990 MHz, 50Ω | |
| LTCC Band Pass Filter, 5650 - 5850 MHz, 50Ω | |
| LTCC Band Pass Filter, 950 - 1970 MHz, 75Ω | |
| LTCC Band Pass Filter, 950 - 2200 MHz, 50Ω | |
| Lumped LC Band Pass Filter, 100 - 480 MHz, 50Ω | |
| Lumped LC Band Pass Filter, 1000 - 1800 MHz, 50Ω | |
| Lumped LC Band Pass Filter, 105 - 180 MHz, 50Ω | |
| Lumped LC Band Pass Filter, 108 - 118 MHz, 50Ω | |
| Lumped LC Band Pass Filter, 110 - 180 MHz, 50Ω | |
| Lumped LC Band Pass Filter, 118 - 137 MHz, 50Ω | |
| Lumped LC Band Pass Filter, 119 - 125 MHz, 50Ω | |
| Lumped LC Band Pass Filter, 135 - 143 MHz, 50Ω | |
| Lumped LC Band Pass Filter, 135 - 145 MHz, 50Ω | |
| Lumped LC Band Pass Filter, 151 - 163 MHz, 50Ω | |
| Lumped LC Band Pass Filter, 170 - 185 MHz, 50Ω | |
| Lumped LC Band Pass Filter, 185 - 195 MHz, 50Ω | |
| Lumped LC Band Pass Filter, 30 - 70 MHz, 50Ω | |
| Lumped LC Band Pass Filter, 329 - 335 MHz, 50Ω | |
| Lumped LC Band Pass Filter, 350 - 390 MHz, 50Ω | |
| Lumped LC Band Pass Filter, 365 - 455 MHz, 50Ω | |
| Lumped LC Band Pass Filter, 390 - 410 MHz, 50Ω | |
| Lumped LC Band Pass Filter, 400 - 510 MHz, 50Ω | |
| Lumped LC Band Pass Filter, 400 - 600 MHz, 50Ω | |
| Lumped LC Band Pass Filter, 47 - 49 MHz, 50Ω | |
| Lumped LC Band Pass Filter, 495 - 510 MHz, 50Ω | |
| Lumped LC Band Pass Filter, 520 - 640 MHz, 50Ω | |
| Lumped LC Band Pass Filter, 55 - 83 MHz, 50Ω | |
| Lumped LC Band Pass Filter, 560 - 780 MHz, 50Ω | |
| Lumped LC Band Pass Filter, 60 - 90 MHz, 50Ω | |
| Lumped LC Band Pass Filter, 63 - 85 MHz, 50Ω | |
| Lumped LC Band Pass Filter, 670 - 795 MHz, 50Ω | |
| Lumped LC Band Pass Filter, 72 - 78 MHz, 50Ω | |
| Lumped LC Band Pass Filter, 74 - 77 MHz, 50Ω | |
| Lumped LC Band Pass Filter, 795 - 805 MHz, 50Ω | |
| Mini-Circuits’ BFCG-252+ is a LTCC band pass filter with a passband from 2400 to 2500 MHz, supporting a variety of applications. This model provides 1.7 dB typical passband insertion loss... | |
| Mini-Circuits’ BFCG-552+ is a LTCC band pass filter with a passband from 5100 to 5930 MHz, supporting a variety of applications. This model provides 1.2 dB typical passband insertion loss... | |
| Mini-Circuits’ BFCN-1560+ LTCC Band Pass Filter is constructed with multiple layers in order to achieve a miniature size and high repeatability of performance. Wrap-around terminations minimize variations in performance due... | |
| Mini-Circuits’ BFCN-2555+ LTCC Band Pass Filter is constructed with multiple layers in order to achieve a miniature size and high repeatability of performance. Wrap-around terminations minimize variations in performance due... | |
| Mini-Circuits’ BFCN-2700+ LTCC Band Pass Filter is constructed with multiple layers in order to achieve a miniature size and high repeatability of performance. Wrap-around terminations minimize variations in performance due... | |
| Mini-Circuits’ BFCN-2840+ LTCC Band Pass Filter is constructed with multiple layers in order to achieve a miniature size and high repeatability of performance. Wrap-around terminations minimize variations in performance due... | |
| Mini-Circuits’ BFCN-2850+ LTCC Band Pass Filter is constructed with multiple layers in order to achieve a miniature size and high repeatability of performance. Wrap-around terminations minimize variations in performance due... | |
| Mini-Circuits’ BFCN-2900+ LTCC Band Pass Filter is constructed with multiple layers in order to achieve a miniature size and high repeatability of performance. Wrap-around terminations minimize variations in performance due... | |
| Mini-Circuits’ BFCN-2910+ LTCC Band Pass Filter is constructed with multiple layers in order to achieve a miniature size and high repeatability of performance. Wrap-around terminations minimize variations in performance due... | |
| Mini-Circuits’ BFCN-2975+ LTCC Band Pass Filter is constructed with multiple layers in order to achieve a miniature size and high repeatability of performance. Wrap-around terminations minimize variations in performance due... | |
| Mini-Circuits’ BFCN-3010+ LTCC Band Pass Filter is constructed with multiple layers in order to achieve a miniature size and high repeatability of performance. Wrap-around terminations minimize variations in performance due... | |
| Mini-Circuits’ BFCN-3085+ LTCC Band Pass Filter is constructed with multiple layers in order to achieve a miniature size and high repeatability of performance. Wrap-around terminations minimize variations in performance due... | |
| Mini-Circuits’ BFCN-3115+ LTCC Band Pass Filter is constructed with multiple layers in order to achieve a miniature size and high repeatability of performance. Wrap-around terminations minimize variations in performance due... | |
| Mini-Circuits’ BFCN-4440+ LTCC Band Pass Filter is constructed with multiple layers in order to achieve a miniature size and high repeatability of performance. Wrap-around terminations minimize variations in performance due... | |
| Mini-Circuits’ BFCO-252+ is a LTCC Bandpass Filter with a passband from 2400 to 2500 MHz, supporting a variety of applications. This model provides a very good stopband rejection due to... | |
| Mini-Circuits’ BFCO-552+ is a LTCC Bandpass Filter with a passband from 4900 to 6100 MHz, supporting a variety of applications. This model provides a very good stopband rejection due to... | |
| Mini-Circuits’ BFCW-252+ is a LTCC band pass filter with a passband from 2400 to 2500 MHz, supporting a variety of applications. This model provides 3.0 dB typical passband insertion loss... | |
| Mini-Circuits’ BFTC-415+ LTCC Bandpass Filter covers the 330 to 500 MHz passband with 25 dB upper / lower stopband rejection. This model handles up to 4 W RF input power... | |
| Mini-Circuits’ BPJC-542R+ is an LTCC bandpass filter with a passband from 4900 to 5900 MHz, opti- mized for use in Wi-Fi high-band applications. This model provides 1.0 dB passband insertion... | |
| Mini-Circuits’ Coaxial-Ceramic Resonator filters offer low insertion loss in very small form factors, using ceramic material with high dielectric constant and superior Q factor. Bandpass and bandstop filters,diplexer and multiplexer... | |
| Mini-Circuits’ Surface Mount Thin-Film filters offer low insertion loss and high rejection realized via Thin-Film on Alumina substrate, using a sputtering process that can guarantee an enhanced Q and repeatable... | |
| The BFCG-1902+ LTCC Band Pass Filter achieves a miniature size and high repeatability of performance at mmWave frequencies, by utilizing a proprietary LTCC material system and distributed filter topology. The... | |
| The BFCG-1952+ LTCC Band Pass Filter achieves a miniature size and high repeatability of performance at mmWave frequencies, by utilizing a proprietary LTCC material system and distributed filter topology. The... | |
| The BFCN-1052+ LTCC bandpass Filter achieves a miniature size and high repeatability of performance. Wrap-around terminations minimize variations in performance due to parasitics. Passing 9700-11950 MHz, these units offer excellent... | |
| The BFCN-1152+ LTCC Band Pass Filter achieves a miniature size and high repeatability of performance. Wrap-around terminations minimize variations in performance due to parasitics. Covering 11160 to 11970 MHz, these... | |
| The BFCN-1262+ LTCC Band Pass Filter achieves a miniature size and high repeatability of performance. Wrap-around terminations minimize variations in performance due to parasitics. Covering 12100-13200 MHz, these units offer... | |
| The BFCN-1445+ LTCC Band Pass Filter is constructed with 12 layers in order to achieve a miniature size and high repeatability of performance. Wrap-around terminations minimize variations in performance due... | |
| The BFCN-1525+ LTCC Band Pass Filter is constructed with 12 layers in order to achieve a miniature size and high repeatability of performance. Wrap-around terminations minimize variations in performance due... | |
| The BFCN-1575+ LTCC Band Pass Filter is constructed with 12 layers in order to achieve a miniature size and high repeatability of performance. Wrap-around terminations minimize variations in performance due... | |
| The BFCN-1801+ LTCC Band Pass Filter achieves a miniature size and high repeatability of performance. Wrap-around terminations minimize variations in performance due to parasitics. Covering 1400 to 2320 MHz, these... | |
| The BFCN-1840+ LTCC Band Pass Filter is constructed with 12 layers in order to achieve a miniature size and high repeatability of performance. Wrap-around terminations minimize variations in performance due... | |
| The BFCN-1855+ LTCC Band Pass Filter is constructed with 12 layers in order to achieve a miniature size and high repeatability of performance. Wrap-around terminations minimize variations in performance due... | |
| The BFCN-1860+ LTCC bandpass filter covers the 1580 to 2200 MHz passband with 2 dB passband insertion loss and 20 dB upper/lower stopband rejection. This model handles up to 2.5W... | |
| The BFCN-1945+ LTCC Band Pass Filter is constructed with 12 layers in order to achieve a miniature size and high repeatability of performance. Wrap-around terminations minimize variations in performance due... | |
| The BFCN-2275+ LTCC Band Pass Filter is constructed with 12 layers in order to achieve a miniature size and high repeatability of performance. Wrap-around terminations minimize variations in performance due... | |
| The BFCN-2360+ LTCC Band Pass Filter is constructed with 12 layers in order to achieve a miniature size and high repeatability of performance. Wrap-around terminations minimize variations in performance due... | |
| The BFCN-2435+ LTCC Band Pass Filter is constructed with 12 layers in order to achieve a miniature size and high repeatability of performance. Wrap-around terminations minimize variations in performance due... | |
| The BFCN-2491+ LTCC Band Pass Filter achieves a miniature size and high repeatability of performance. Wrap-around terminations minimize variations in performance due to parasitics. Covering 1950 to 3190 MHz, these... | |
| The BFCN-2500+ LTCC bandpass filter covers the 2100 to 2900 MHz passband with 2 dB passband insertion loss and 20 dB upper/lower stopband rejection. This model handles up to 2.5W... | |
| The BFCN-3085A+ LTCC Band Pass Filter is constructed with multiple layers in order to achieve a miniature size and high repeatability of performance. Wrap-around terminations minimize variations in performance due... | |
| The BFCN-3491+ LTCC Band Pass Filter achieves a miniature size and high repeatability of performance. Wrap-around terminations minimize variations in performance due to parasitics. Covering 2790 to 4370 MHz, these... | |
| The BFCN-3600+ LTCC Bandpass Filter is constructed using multilayer ceramic technology to achieve miniature size and high repeatability of performance. Wrap-around terminations minimize variations in performance due to parasitics. Covering... | |
| The BFCN-3700+ LTCC bandpass filter covers the 3000 to 4600 MHz passband with 1.9 dB passband insertion loss and 28 dB lower stopband rejection, and 24 dB upper stopband rejection. | |
| The BFCN-4100+ LTCC Bandpass Filter is constructed using multilayer ceramic technology to achieve miniature size and high repeatability of performance. Wrap-around terminations minimize variations in performance due to parasitics. Covering... | |
| The BFCN-5151+ LTCC Band Pass Filter achieves a miniature size and high repeatability of performance. Wrap-around terminations minimize variations in performance due to parasitics. Covering 4120 to 6440 MHz, these... | |
| The BFCN-5200+ LTCC bandpass filter covers the 4250 to 6300 MHz passband with 1.8 dB passband insertion loss, 23 dB lower stopband rejection, and 21 dB upper stopband rejection. This... | |
| The BFCN-5540+ LTCC bandpass filter covers the 4620 to 6640 MHz passband with 1.2 dB passband insertion loss, 22 dB lower stopband rejection, and 30 dB upper stopband rejection. This... | |
| The BFCN-7200+ LTCC Band Pass Filter is constructed with 5 layers in order to achieve a miniature size and high repeatability of performance. Wrap-around terminations minimize variations in performance due... | |
| The BFCN-7350+ LTCC Band Pass Filter is constructed with 5 layers in order to achieve a miniature size and high repeatability of performance. Wrap-around terminations minimize variations in performance due... | |
| The BFCN-7500+ LTCC Band Pass Filter is constructed with 5 layers in order to achieve a miniature size and high repeatability of performance. Wrap-around terminations minimize variations in performance due... | |
| The BFCN-7700+ LTCC Band Pass Filter is constructed with 5 layers in order to achieve a miniature size and high repeatability of performance. Wrap-around terminations minimize variations in performance due... | |
| The BFCN-7900+ LTCC Band Pass Filter is constructed with 5 layers in order to achieve a miniature size and high repeatability of performance. Wrap-around terminations minimize variations in performance due... | |
| The BFCN-8000+ LTCC Band Pass Filter is constructed with 5 layers in order to achieve a miniature size and high repeatability of performance. Wrap-around terminations minimize variations in performance due... | |
| The BFCN-8350+ LTCC Band Pass Filter is constructed with 5 layers in order to achieve a miniature size and high repeatability of performance. Wrap-around terminations minimize variations in performance due... | |
| The BFCN-8450+ LTCC Band Pass Filter is constructed with 5 layers in order to achieve a miniature size and high repeatability of performance. Wrap-around terminations minimize variations in performance due... | |
| The BFCN-8650+ LTCC Band Pass Filter is constructed with 5 layers in order to achieve a miniature size and high repeatability of performance. Wrap-around terminations minimize variations in performance due... | |
| The BFCQ-1162+ LTCC Band Pass Filter achieves a miniature size and high repeatability of performance by utilizing a proprietary LTCC material system and distributed filter topology. The typical passband loss... | |
| The BFCQ-12600+ LTCC Bandpass Filter achieves a miniature size and highly repeatable performance by utilizing a proprietary LTCC material system and distributed filter topology. The typical passband loss at 10.7-14.2... | |
| The BFCQ-1892+ LTCC Bandpass Filter achieves a miniature size and high repeatability of performance by utilizing a proprietary LTCC material system and distributed filter topology. The typical passband loss at... | |
| The BFCQ-1932+ LTCC Band Pass Filter achieves a miniature size and high repeatability of performance by utilizing a proprietary LTCC material system and distributed filter topology. The typical passband loss... | |
| The BFCQ-2552+ LTCC Bandpass Filter covers the 5G n258 band. This corresponds to a passband of 25.2 to 26.6 GHz, with as low as 2.5dB passband loss, and up to... | |
| The BFCQ-2602+ LTCC Bandpass Filter covers the 5G n258 band. This corresponds to a passband of 25 to 27.5 GHz, with as low as 2dB passband loss, and up to... | |
| The BFCQ-2702+ LTCC Band Pass Filter achieves a miniature size and high repeatability of performance by utilizing a proprietary LTCC material system and distributed filter topology. The typical passband loss... | |
| The BFCQ-2802+ LTCC Bandpass Filter covers the 5G n257 band. This corresponds to a passband of 27.5 to 29.5 GHz, with as low as 2dB passband loss, and up to... | |
| The BFCQ-2872+ LTCC Band Pass Filter achieves a miniature size and high repeatability of performance by utilizing a proprietary LTCC material system and distributed filter topology. The typical passband loss... | |
| The BFCQ-3402+ LTCC Band Pass Filter achieves a miniature size and high repeatability of performance by utilizing a proprietary LTCC material system and distributed filter topology. The typical passband loss... | |
| The BFCQ-3852A+ LTCC (Low Temperature Co-Fired Ceramic) Bandpass Filter that covers the 5G N260 band from 37 to 40 GHz. It has a low insertion loss , 2.5dB (typ) and... | |
| The BFCQ-4302+ LTCC (Low Temperature Co-Fired Ceramic) Band Pass Filter achieves a miniature size and high repeatability of performance by utilizing a proprietary LTCC material system and distributed filter topology. | |
| The BFCV-2610+ LTCC Band Pass Filter is constructed with multiple layers in order to achieve a miniature size and high repeatability of performance. Wrap-around terminations minimize variations in performance due... | |
| The BFCV-2852+ LTCC Bandpass Filter covers the passband from 28 to 28.8 GHz, with as low as 2.3 dB passband loss, and up to 35dB stopband rejection. This model handles... | |
| The BFCV-2895+ LTCC Band Pass Filter is constructed with multiple layers in order to achieve a miniature size and high repeatability of performance. Wrap-around terminations minimize variations in performance due... | |
| The BFCV-3350+ LTCC Band Pass Filter is constructed with multiple layers in order to achieve a miniature size and high repeatability of performance. Wrap-around terminations minimize variations in performance due... | |
| The BFCV-4085+ LTCC Band Pass Filter is constructed with multiple layers in order to achieve a miniature size and high repeatability of performance. Wrap-around terminations minimize variations in performance due... | |
| The BFCV-5270+ is a passive RF component optimized for band-pass filter applications in low-frequency circuits. Its ceramic-based construction ensures stable electrical performance across a wide operating range, supporting consistent center... | |
| The BFHK-1072+ LTCC Band Pass Filter achieves a miniature size and high repeatability of performance by utilizing a proprietary LTCC material system and distributed filter topology. The passband loss at... | |
| The BFHK-1252+ LTCC Band Pass Filter achieves a miniature size and high repeatability of performance by utilizing a proprietary LTCC material system and distributed filter topology. The passband loss at... | |
| The BFHK-1272+ LTCC Band Pass Filter achieves a miniature size and high repeatability of performance by utilizing a proprietary LTCC material system and distributed filter topology. The passband loss at... | |
| The BFHK-1572+ LTCC Band Pass Filter achieves a miniature size and high repeatability of performance by utilizing a proprietary LTCC material system and distributed filter topology. The passband loss at... | |
| The BFHK-1742+ LTCC Bandpass Filter achieves a miniature size and highly repeatable performance by utilizing a proprietary LTCC material system and distributed filter topology. The passband loss between 16.0 – | |
| The BFHK-1982+ LTCC Band Pass Filter achieves a miniature size and high repeatability of performance by utilizing a proprietary LTCC material system and distributed filter topology. The passband loss at... | |
| The BFHK-2492+ LTCC Band Pass Filter achieves a miniature size and high repeatability of performance by utilizing a proprietary LTCC material system and distributed filter topology. The passband loss at... | |
| The BFHK-2582+ LTCC Bandpass Filter covers the 5G n258 band. This corresponds to a passband of 24.25 to 27.5 GHz, with as low as 2dB passband loss, and up to... | |
| The BFHK-2802+ LTCC Bandpass Filter covers the 5G n257 band. This corresponds to a passband of 26.5 to 29.5 GHz, with as low as 2dB passband loss, and up to... | |
| The BFHK-3142+ LTCC Band Pass Filter achieves a miniature size and high repeatability of performance by utilizing a proprietary LTCC material system and distributed filter topology. The passband loss at... | |
| The BFHK-4951+ LTCC Band Pass Filter achieves a miniature size and high repeatability of performance by utilizing a proprietary LTCC material system and distributed filter topology. The passband loss at... | |
| The BFHK-5001+ LTCC Bandpass Filter achieves a miniature size and highly repeatable performance by utilizing a proprietary LTCC material system and distributed filter topology. The passband loss between 4.5 – | |
| The BFHK-6251+ LTCC Band Pass Filter achieves a miniature size and high repeatability of performance by utilizing a proprietary LTCC material system and distributed filter topology. The passband loss at... | |
| The BFHK-6751+ LTCC Band Pass Filter achieves a miniature size and high repeatability of performance by utilizing a proprietary LTCC material system and distributed filter topology. The passband loss at... | |
| The BFHK-7551+ LTCC bandpass filter achieves a miniature size and highly repeatable performance by utilizing a proprietary LTCC material system and distributed filter topology. The passband loss between 6.8 and... | |
| The BFHK-7851+ LTCC Band Pass Filter achieves a miniature size and high repeatability of performance by utilizing a proprietary LTCC material system and distributed filter topology. The passband loss at... | |
| The BFHK-8501+ LTCC Band Pass Filter achieves a miniature size and high repeatability of performance by utilizing a proprietary LTCC material system and distributed filter topology. The passband loss at... | |
| The BFHK-9901+ LTCC Band Pass Filter achieves a miniature size and high repeatability of performance by utilizing a proprietary LTCC material system and distributed filter topology. The passband loss at... | |
| The BFTC-500+ LTCC bandpass filter covers the 400 to 600 MHz passband with 25 dB upper/lower stopband re- jection. This model handles up to 4W RF input power and provides... | |
| The BFTC-615+ LTCC bandpass filter covers the 450 to 780 MHz passband with 25 dB upper/lower stopband re- jection. This model handles up to 3W RF input power and provides... | |
| The BFTC-618+ LTCC bandpass filter covers the 460 to 776 MHz passband with 25 dB upper/lower stopband re- jection. This model handles up to 3W RF input power and provides... | |
| The BPF-A1140+ is a 50Ω bandpass filter fabricated using SMT technology. This bandpass filter covers from 840- 1440 MHz. This filter is built with high Q capacitors and air-coil inductors... | |
| The BPF-A1600+ is a 50Ω bandpass filter fabricated using SMT technology. This bandpass filter covers from 1400- 1800 MHz. This filter is built with high Q capacitors and air-coil inductors... | |
| The BPF-A475+ is a 50Ω bandpass filter in a shielded package (size of 0.365" x 1.360" x 0.22") fabricated using SMT technology. Covering 475 MHz ± 75 MHz band width,... | |
| The BPF-A535+ is a 50Ω bandpass filter in a shielded package (size of 0.365" x 1.360" x 0.35") fabricated using SMT technology. Covering 535 MHz ± 75 MHz band width,... | |
| The BPF-A60+ is a band pass filter in a shielded package (size of 0.365" x 1.360" x .35") fabricated using SMT tech- nology. Covering 60 MHz ± 5 MHz bandwidth,... | |
| The BPF-A600+ is a band pass filter in a shielded package (size of 0.365" x 1.360" x .35") fabricated using SMT technology. Covering 600 MHz ± 100 MHz bandwidth, these... | |
| The BPF-A950+ is a 50Ω bandpass filter fabricated using SMT technology. This bandpass filter covers from 700-1200 MHz. This filter is built with high Q capacitors and air-coil inductors for... | |
| The BPF-AS1600-75+ is a 75W band pass filter fabricated using SMT technology centered at 1600 MHz. The band- pass filter is designed in a very small (0.433" x 0.276" x... | |
| The BPF-B199+ is a narrow-band bandpass filter in a shielded package (size of 0.472" x 0.826" x .22") fabricated us- ing SMT technology. Covering 199 MHz ± 5 MHz band... | |
| The BPF-B59+ is a narrow-band bandpass filter in a shielded package (size of 0.472" x 0.826" x .22") fabricated using SMT technology and offers sharp shape factor. Covering 59 MHz... | |
| The BPF-B63+ is a narrow-band bandpass filter fabricated using SMT technology, It is enclosed in HZ1198 package. Covering a passband of 63 MHz ± 2 MHz, these units offer good... | |
| The BPF-BD1400+ is a 50Ω bandpass filter fabricated using SMT technology. This bandpass filter covers from 1200- 1600 MHz. This filter is built with high Q capacitors and air-coil inductors... | |
| The BPF-BD1800+ is a 50Ω bandpass filter fabricated using SMT technology. This bandpass filter covers from 1600- 2000 MHz. This filter is built with high Q capacitors and air-coil inductors... | |
| The BPF-C495+ is a narrow band pass filter in a metal shielded package (size of 0.87" x 0.80" x .25") fabricated using SMT technology. The BPF-C495+ offers a typical pass... | |
| The BPF-C510+ is a wide band filter in a small shielded package (size of 0.87" x 0.80" x 0.25") fabricated using SMT technology. This filter offers sharp roll-off and rejection... | |
| The BPF-C550+ is an ultra wide band filter in a small shielded package (size of 0.87" x 0.80" x 0.25") fabricated using SMT technology. This filter offers sharp roll-off and... | |
| The BPF-C587+ is a wide band filter in a small shielded package (size of 0.87" x 0.80" x 0.25") fabricated using SMT technology. This filter offers sharp roll-off and rejection... | |
| The BPF-C59+ is a broad band filter in a small shielded package (size of 0.87" x 0.80" x 0.25") fabricated using SMT technology. This filter offers outstanding close in rejection,... | |
| The BPF-C670+ is a band pass filter fabricated using SMT technology and built into a shielded case (size of 0.87" x 0.80" x .25"). Covering 670 MHz ± 200 MHz... | |
| The BPF-C70+ is a narrow band bandpass filter is a shield package (size of 0.87" x 0.80" x 0.25") fabricated using SMT technology. It has more than 50 dB rejection... | |
| The BPF-E16+ is a 50Ω band pass filter in a shielded package (size of 1.20" x 1.20" x 0.370") fabricated using SMT technology. These units offer good matching within the... | |
| The BPF-V1000+ is a 50Ω bandpass filter fabricated using SMT technology. This bandpass filter covers from 940- 1060 MHz. It has very low group delay flatness for the committed rejection... | |
| The BPF-V300+ is a 50Ω bandpass filter fabricated using SMT technology. This bandpass filter covers from 230-370 MHz. This filter is built with high Q capacitors and wire welded inductors... | |
| Low Insertion Loss, 1.5 dB Typ. Return Loss, 18 dB Typ. Stop Band Rejection, 55 dB Typ. | |
| Low Passband Insertion Loss of 1.2 dB Typ. High Rejection of 53 dB Typ. Good Return Loss of 15 dB Typ. | |
| Low Passband Insertion Loss of 1.6dB Typ. High Rejection of 56dB Typ. Good Return Loss of 14dB Typ. | |
| Ultra-High Stopband Rejection, Typ. 70 dB Standard Small 1812 (4.5 mm x 3.2 mm) Surface Mount Footprint Rugged Ceramic Construction |
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