Mini-Circuits Datasheets for RF Band Pass Filters

RF band pass filters are active or passive circuits that pass signals from a specific frequency band and reject signals from out-of-band frequencies. Surface acoustic wave (SAW) filters, crystal filters, and cavity filters are types of band pass filters.
RF Band Pass Filters: Learn more

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Product Name Notes
All our coaxial-ceramic resonator filters are built with rugged construction. Excellent repeatability across units is achieved through precise tunning and process control.
Cavity Band Pass Filter, 1200 to 1400 MHz, 50Ω, N-Male/ Female
Connectorized Band Pass Filter, 12.3-13.8 MHz
Connectorized Band Pass Filter, 9-15 MHz
Lumped LC Band Pass Filter, 12.3 - 13.8 MHz, 75Ω
Lumped LC Band Pass Filter, 69 - 71 MHz, 50Ω
Lumped LC Band Pass Filter, 9 - 15 MHz, 50Ω
Mini-Circuits’ cavity filters are designed by implementing resonant structures with very high Q and are ideal for narrow-band, high-selectivity applications. These designs can provide bandwidths as narrow as 0.5% with...
Mini-Circuits’ cavity filters are designed by implementing resonant structures with very high Q and are ideal for narrow-band, high-selectivity applications. These designs can provide bandwidths as narrow as 1% with...
Mini-Circuits’ cavity filters are designed by implementing resonant structures with very high Q and are ideal for narrow-band, high-selectivity applications. These designs can provide bandwidths as narrow as 3% with...
Mini-Circuits’ cavity filters are designed by implementing resonant structures with very high Q and are ideal for narrow-band, high-selectivity
Mini-Circuits’ coaxial cavity filters are designed by implementing resonant structures with very high Q and are ideal for narrow- band, high-selectivity applications. These designs can provide bandwidths as narrow as...
Mini-Circuits’ coaxial cavity filters are designed by implementing resonant structures with very high Q and are ideal for narrow-band, high-selectivity applications. These designs can provide bandwidths as narrow as 0.5%...
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’ Suspended Substrate Stripline filters offer low insertion loss by implementing printed circuit board suspended between two parallel ground planes, providing high Q. Low insertion loss combined with wide stop-...
Mini-Circuits’ ZVBP-1912R5-S+ is a coaxial cavity filter designed by implementing resonant structures with very high Q and are ideal for narrow-band, high-selectivity RF2
Mini-Circuits’ ZVBP-1992R5-S+ is a coaxial cavity filter designed by implementing resonant structures with very high Q and are ideal for narrow-band, high-selectivity RF2
Mini-Circuits’ ZVBP-3500-S+ is a coaxial cavity filter designed by implementing resonant structures with very high Q and are ideal for narrow-band, high-selectivity
Mini-Circuits’ ZVBP-3R25G-S+ is a coaxial cavity filter designed by implementing resonant structures with very high Q and are ideal for narrow-band, high-selectivity
Mini-Circuits’ ZVBP-5G-S+ is a coaxial cavity filter designed by implementing resonant structures with very high Q and are ideal for narrow-band, high-selectivity applications. Mini-Circuits’ coaxial cavity filters feature a special...
Mini-Circuits’ ZVBP-8100-S+ is a coaxial cavity filter designed by implementing resonant structures with very high Q and are ideal for narrow-band, high-selectivity
Mini-Circuits’ ZVBP500W-2450N+ is a coaxial cavity filter designed by implementing resonant structures with very high Q and are ideal for narrow-band, high-selectivity
Mini-Circuits’ ZXBF Series reflectionless filters employs a novel filter topology which absorbs and terminates stop band signals internally rather than reflecting them back to the source. Reflectionless filters eliminate stopband...
Mini-Circuits’ ZXBF Series reflectionless filters employs a novel filter topology which absorbs and terminates stopband signals internally rather than reflecting them back to the source. Reflectionless filters eliminate stopband reflections,...
ZABP-670-S+ is a 50W bandpass filter with a rugged connectorized package covering the passband of 470 to 870 MHz. The bandpass filter offers good matching within the passband and provides...
ZABP-73-S+ is a 50W bandpass filter with a rugged connectorized package covering the passband of 63 to 85 MHz. The bandpass filter offers good matching within the passband and provides...
ZAFBP-2793-S+ is a 50Ω filter built into a rugged shielded case (size: 2.00" x 2.00" x 0.75") case. Covering a band- width of 2600 MHz to 3000 MHz, this filter...
ZAFBP-3200-S+ is a 50Ω filter built into a rugged shielded case (size: 2.00" x 2.00" x 0.75") case. Covering the bandwidth of 3200 MHz ± 100 MHz, this filter offers...
ZBFHK-K1272+ is a 50Ω band pass filter built in broad band connectorized package. Covering 11.9-12.8 GHz bandwidth, these units offer good matching within the passband and good rejection in stopband.
ZBFHK-K4951+ is a 50Ω band pass filter built in broad band connectorized package. Covering 4300-5300 MHz bandwidth, these units offer good matching within the passband and good rejection in stopband.
ZBPF-98-S+ is a 50Ω bandpass filter into a rugged shielded case of (2.0" x 1.24" x 0.75") size. The passband range for this is 88 MHz to 108 MHz. The...
ZFBP-13.5-S+ is a bandpass filter built in rugged connectorized package, covering 12 to 15 MHz. These units offer good matching within the band pass and high rejection. This will find...
ZFBP-2400-S+ is a 50Ω narrow band filter built into a shielded (size: 1.25" x 1.25" x 0.75") case. Covering a band- width of 2400 MHz ± 100 MHz, this filter...
ZFBP-400K-S+ is a 50Ω bandpass filter. This is built into a rugged connectorized package of size 1.25" x 1.25" x 0.75". This offers very good matching in passband and excellent...
ZX75BP-1100-S+ is a wideband bandpass filter in a rugged connectorized package covering 1000 to 1200 MHz. This is designed for asymmetric rejection applications such as super-heterodyne receivers. By having asymmetric...
ZX75BP-1135-S+ is a low loss band pass filter in a rugged connectorized package covering 900-1370 MHz. The high power handling capability of this filter finds it application in high power...
ZX75BP-130-S+ is a 50Ω bandpass filter in a connectorized package covering 95 to 180MHz. This offers good matching within the passband and high rejection in stopband.
ZX75BP-135-S+ is a 50Ω bandpass filter in a connectorized package covering 120 to 150MHz. This offers good matching within the passband and high rejection in stopband.
ZX75BP-140-S+ is a 50Ω bandpass filter in a connectorized package covering 130 to 150MHz. This offers good matching within the passband and high rejection in stopband.
ZX75BP-1500-S+ is a wideband bandpass filter in a rugged connectorized package covering 1350 to 1650 MHz. This is designed for asymmetric rejection applications such as super-heterodyne receivers. By having asymmetric...
ZX75BP-160-S+ is a 50Ω bandpass filter in a connectorized package covering 120 to 210MHz. This offers good matching within the passband and high rejection in stopband.
ZX75BP-188-S+ is a 50Ω bandpass filter in a connectorized package covering 138 to 238MHz. This offers good matching within the passband and high rejection in stopband.
ZX75BP-1940-S+ is a wideband bandpass filter in a rugged connectorized package covering 1710 to 2170 MHz. This is designed for asymmetric rejection applications such as super-heterodyne receivers. By having asymmetric...
ZX75BP-204-S+ is a 50Ω bandpass filter in a connectorized package covering 175 to 237 MHz. This offers good matching within the passband and high rejection in stopband. This will find...
ZX75BP-2150-S+ is a wideband bandpass filter in a rugged connectorized package covering 2050 to 2250 MHz. This is designed for asymmetric rejection applications such as super-heterodyne receivers. By having asymmetric...
ZX75BP-253-S+ is a 50Ω bandpass filter in a connectorized package covering 186 to 340MHz. This offers good matching within the passband and high rejection in stopband.
ZX75BP-263-S+ is a 50Ω bandpass filter in a connectorized package covering 230 to 297MHz. This offers good matching within the passband and high rejection in stopband.
ZX75BP-400-S+ is a 50Ω bandpass filter in a connectorized package covering 292 to 490MHz. This offers good matching within the passband and high rejection in stopband.
ZX75BP-435-S+ is a 50Ω bandpass filter in a connectorized package covering 420 to 450 MHz. This offers good matching within the passband and high rejection in stopband.
ZX75BP-440-S+ is a 50Ω bandpass filter in a connectorized package covering 410 to 470MHz. This offers good matching within the passband and high rejection in stopband.
ZX75BP-75-S+ is a 50Ω bandpass filter in a connectorized package covering 60 to 90MHz. This offers good matching within the passband and high rejection in stopband.
ZX75BP-750-S+ is a band pass filter built in a connectorized package. Covering 600-900 MHz bandwidth, this offers good matching in the passband and high rejection in the stop band. Its...
ZX75BP-960-S+ is a low loss bandpass filter in a rugged connectorized package covering 30 to 1890 MHz. This offers lower pass band insertion loss and good rejection. It has repeatable...
ZX75BP-98-S+ is a 50Ω bandpass filter in a connectorized package covering 75 to 131MHz. This offers good matching within the passband and high rejection in stopband.
ZX75BP-A70-S+ is a low loss bandpass filter in a rugged connectorized package covering 62 to 78 MHz. This of- fers lower pass band insertion loss and good rejection. It has...
ZX75BP-B70-S+ is a low loss bandpass filter in a rugged connectorized package covering 52 to 88 MHz. This offers lower pass band insertion loss and good rejection. It has repeatable...
Low Insertion Loss, 0.2dB Typ. Good Return Loss, 22dB Typ. Great Rejection, 80dB Typ.
Low Insertion Loss, 0.4 dB Typ. Good Return Loss, 18 dB Typ. High Rejection, 68 dB Typ.
Low Insertion Loss, 0.4 dB Typ. Good Return Loss, 19 dB Typ. High Rejection, 80 dB Typ.
Low Insertion Loss, 0.4 dB Typ. Good Return Loss, 19 dB Typ. High Rejection, 87 dB Typ.
Low Insertion Loss, 0.4dB Typ. Good Return Loss, 14dB Typ. High Rejection, 70dB Typ.
Low Insertion Loss, 0.5dB Typ. Good Return Loss, 20dB Typ. Great Rejection, 90dB Typ.
Low Insertion Loss, 0.6 dB Typ. Good Return Loss, 19 dB Typ. High Rejection, 93 dB Typ.
Low Insertion Loss, 0.6 dB Typ. Good Return Loss, 20 dB Typ. High Rejection, 100 dB Typ.
Low Insertion Loss, 0.7 dB Typ. Good Return Loss, 21 dB Typ. High Rejection, 89 dB Typ.
Low Insertion Loss, 0.7 dB Typ. Good Return Loss, 22 dB Typ. High Rejection, 80 dB Typ.
Low Insertion Loss, 0.7 dB Typ. Good Return Loss, 22 dB Typ High Rejection, 81 dB Typ
Low Insertion Loss, 0.7dB Typ. Good Return Loss, 14dB Typ. High Rejection, 80dB Typ.
Low Insertion Loss, 0.7dB Typ. Good Return Loss, 20dB Typ. High Rejection, 80dB Typ.
Low Insertion Loss, 0.7dB Typ. Good Return Loss, 23dB Typ. High Rejection, 60dB Typ.
Low Insertion Loss, 0.8 dB Typ. Good Return Loss, 20 dB Typ. High Rejection, 81 dB Typ.
Low Insertion Loss, 0.8dB Typ. Good Return Loss, 17dB Typ. High Rejection, 80dB Typ.
Low Insertion Loss, 0.9 dB Typ. Good Return Loss, 18 dB Typ. High Rejection, 93 dB Typ.
Low Insertion Loss, 0.9dB Typ. Good Return Loss, 18dB Typ. High Rejection, 80dB Typ.
Low Insertion Loss, 1.0 dB Typ. Good Return Loss, 17 dB Typ. High Rejection, 90 dB Typ.
Low Insertion Loss, 1.5 dB Typ. Good Return Loss, 18 dB Typ. High Rejection, 77 dB Typ.
Low Insertion Loss, 1.5 dB Typ. Good Return Loss, 18 dB Typ. High Rejection, 80 dB Typ.
Low Insertion Loss, 1.8dB Typ. Good Return Loss, 18dB Typ. High Rejection, 90dB Typ.
Low Insertion Loss, 3 dB Typ. Good Return Loss, 18.4 dB Typ. High Rejection
Low Insertion Loss, 3.1 dB Typ. Good Return Loss, 17 dB Typ. High Rejection, 80 dB Typ.
Low Insertion Loss, 3dB Typ. Good Return Loss, 20dB Typ. High Rejection 80, dB Typ.
Narrow Band Design with Fast Roll-off High Rejection, 73 dB Typ. Good Insertion Loss, 1.9 dB Typ.

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