Mini-Circuits Datasheets for RF Filters and Microwave Filters
RF filters and microwave filters are devices that pass or reject signals by frequency. Basic types include bandpass filters, band reject filters, low pass filters, and high pass filters.
RF Filters and Microwave Filters: Learn more
| 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. | |
| BBP-100+ is a 50Ω bandpass filter in a connectorized package. The bandpass filter covers from 87 to 117 MHz, offering good matching within the passband. It uses miniature high Q... | |
| BBP-101+ is a 50W bandpass filter in a connectorized package. The bandpass filter covers from 94 to 108 MHz, and offers good matching within the passband with high out of... | |
| BBP-140+ is a 50W bandpass filter in a connectorized package. This bandpass filter covers from 130 to 150 MHz, these units offer good matching within the passband and high rejection. | |
| BBP-150+ is a 50W bandpass filter in a connectorized package. This bandpass filter covers from 140 to 160 MHz, these units offer good matching within the passband and high rejection. | |
| BBP-27R5+ is a 50W bandpass filter in a connectorized package. The bandpass filter covers from 24 to 31 MHz, offering good matching within the passband. It uses miniature high Q... | |
| BBP-29+ is a 50W bandpass filter in a connectorized package. The bandpass filter covers from 24 to 35 MHz, offering good matching within the passband. It uses miniature high Q... | |
| BBP-35B+ is a 50Ω bandpass filter in a connectorized package. The bandpass filter covers from 24 to 46 MHz, offering low insertion loss and good matching within the passband. It... | |
| 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, 19.2 - 23.6 MHz, 50Ω | |
| Lumped LC Band Pass Filter, 20 - 21 MHz, 50Ω | |
| Lumped LC Band Pass Filter, 27 - 33 MHz, 50Ω | |
| Lumped LC Band Pass Filter, 30 - 40 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 - 67 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 - 77 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 | |
| Lumped LC Band Pass Filter, 9.5 - 11.5 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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