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Supplier: Networks International Corporation
Description: LC Designs - DC to 6000 MHz- Crystal Bandpass Designs - DC to 250 MHz - Low Passband Loss, High Notch Rejection- Military, Space, Commercial Applications- Custom Designs AvailableNIC manufactures both Crystal and LC Notch or Band Reject filters for Military, Space and Commercial
- Features: Band Reject
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Supplier: UIY Inc.
Description: 460 to 520MHz –Band Stop Filter
- Frequency (Fc): 460 to 520 MHz
- Bandwidth: 2,000,000 kHz
- Insertion Loss: 2.5 dB
- VSWR: 1.8 :1
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Supplier: Networks International Corporation
Description: Type: Bandpass Center Frequency: 6000.000 (MHz) Mount: SMA NIC manufactures both Crystal and LC Notch or Band Reject filters for Military, Space and Commercial applications. These filters are designed to meet very narrow or wide passband or stopband requirements.
- Filter Type: Bandpass
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Supplier: Karl Kruse GmbH & Co. KG
Description: Karl Kruse is a worldwide leading franchised distributor (ISO: 9001-2008 certified). A service provider specializing in the supply and material management of electronic components, since 1951. We are an innovative company who is dedicated to collaborating with customers and partners to develop and
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Supplier: Encore Electronics, Inc.
Description: The Model FL724 notch-reject filter can be configured for up to 55dB of signal rejection at 60Hz or 50Hz. The unit operates from a ±15VDC, 25mA regulated power sourcewhich is available as a matching module (Model FL854).
- Supply Voltage (VS): -15 to 15 volts
- Number of Devices in Package: 1
- Features: Active Filter
- Filter Type: Band Reject
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Supplier: Fairview Microwave Inc.
Description: SBRF-0200-0400-01-N tunable band reject filter (also called a band-stop filter or notch filter in narrow stopband) from Fairview Microwave is just part of a wide selection of coaxial RF filter products supplied. Our RF tunable band
- Frequency (Fc): 200 to 400 MHz
- VSWR: 1.5 :1
- Features: Band Reject
- Connector: Type N
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Supplier: Fairview Microwave Inc.
Description: SBRF-1000-2000-01-N tunable band reject filter (also called a band-stop filter or notch filter in narrow stopband) from Fairview Microwave is just part of a wide selection of coaxial RF filter products supplied. Our RF tunable band
- Frequency (Fc): 1,000 to 2,000 MHz
- VSWR: 1.5 :1
- Features: Band Reject
- Connector: Type N
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Supplier: Fairview Microwave Inc.
Description: SBRF-0100-0200-01-N tunable band reject filter (also called a band-stop filter or notch filter in narrow stopband) from Fairview Microwave is just part of a wide selection of coaxial RF filter products supplied. Our RF tunable band
- Frequency (Fc): 100 to 200 MHz
- VSWR: 1.5 :1
- Features: Band Reject
- Connector: Type N
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Supplier: Fairview Microwave Inc.
Description: SBRF-0250-0500-01-N tunable band reject filter (also called a band-stop filter or notch filter in narrow stopband) from Fairview Microwave is just part of a wide selection of coaxial RF filter products supplied. Our RF tunable band
- Frequency (Fc): 250 to 500 MHz
- VSWR: 1.5 :1
- Features: Band Reject
- Connector: Type N
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Supplier: QuinStar Technology, Inc.
Description: QuinStar Technology offers Series QNF Band-Reject and Notch Filters at any rejection frequency in the 18-185 GHz range. The performance of these filters is custom-tailored to suit the specific attenuation need of the application. The insertion loss depends on the
- Operating Frequency Range: 18 to 185 GHz
- Profile: Rectangular
- Component Type: Waveguide Filters
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Supplier: Anatech Electronics, Inc.
Description: 1565-1585 MHz Cavity Notch/Band Stop Filter
- Features: Band Reject
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Supplier: Anatech Electronics, Inc.
Description: GSM Band / 925-960 MHz LC Band Notch / Band Stop Filter
- Frequency (Fc): 942 MHz
- Bandwidth: 34,800 kHz
- Features: Band Reject, Other
- Package Type: Connectorized
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Supplier: 5o.com
Description: Band Reject Frequency Range 440 to 3800MHz. Built to the rigorous standards required for commercial implementations, military and space. Boasts a performance trio of low insertion loss, high isolation, and robust power handling. Custom design is available upon request.
- Frequency (Fc): 0 to 3,000 MHz
- Insertion Loss: 1.5 dB
- VSWR: 2 :1
- Operating Temperature: -55 to 85 C
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Supplier: UIY Inc.
Description: 832 to 837MHz –Band Stop Filter
- Frequency (Fc): 832 to 837 MHz
- Bandwidth: 1,500,000 kHz
- Insertion Loss: 1.5 dB
- VSWR: 2 :1
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Supplier: UIY Inc.
Description: 2320 to 2370MHz –Band Stop Filter
- Frequency (Fc): 2,320 to 2,370 MHz
- Bandwidth: 6,000,000 kHz
- Insertion Loss: 1.5 dB
- VSWR: 2 :1
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Supplier: Anatech Electronics, Inc.
Description: GSM Band / 925-960 MHz LC Band Notch / Band Stop Filter for Outdoor
- Frequency (Fc): 942 MHz
- Bandwidth: 34,800 kHz
- Features: Band Reject, Other
- Package Type: Connectorized
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Supplier: Anatech Electronics, Inc.
Description: 940 MHz LC Band Stop Filter
- Frequency (Fc): 940 MHz
- Operating Temperature: -20 to 85 C
- Features: Band Reject
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Supplier: Richardson RFPD
Description: Richardson RFPD, an Arrow Company, is a specialized electronic component distributor providing design engineers with deep technical expertise and localized global design support for the latest new products from the world's leading suppliers of RF, Wireless, Energy and Power Technologies.
- Features: Band Reject
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Supplier: Newark, An Avnet Company
Description: RF FILTER, BAND PASS, 5515MHZ; Filter Type:Band Pass; No. of Pins:4Pins; Pass Band Frequency:5.15GHz to 5.875GHz; RF Filter Applications:-; Filter Case Style:0805 [2012 Metric]; Product Range:-; Attenuation @ Reject Band Min:15dB RoHS
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Supplier: Broadcom Inc.
Description: The Avago ACFF-1025 is a miniaturized LTE Band 41 (2496 - 2690 MHz) bandpass filter combined with a WLAN/WiFi band-reject filter. The device is a highly selective bandpass filter designed for use in cellular base station and indoor small cell applications.
- Frequency (Fc): 2,496 to 2,690 MHz
- Ripple: 0.7 to 2 dB
- Insertion Loss: 2.1 to 4 dB
- Operating Temperature: -40 to 85 C
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Supplier: ZTS Technologies Co., Ltd
Description: Band Stop Filter 1710-1750MHz SMA Female
- Frequency (Fc): 0 to 1,690 MHz
- Insertion Loss: 2 dB
- VSWR: 1.5 :1
- Operating Temperature: -30 to 70 C
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Supplier: ZTS Technologies Co., Ltd
Description: Band Stop Filter 2555-2655MHz N Female
- Frequency (Fc): 0 to 2,400 MHz
- Insertion Loss: 1.5 dB
- VSWR: 1.7 :1
- Operating Temperature: -30 to 70 C
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Supplier: Mini-Circuits
Description: good rejection at the band reject edges.
- Insertion Loss: 3,600 dB
- Operating Temperature: -55 to 100 C
- Filter Type: Bandpass
- Filter Design: Ceramic Filter
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Supplier: Broadcom Inc.
Description: is a miniature 2496 – 2690 MHz WiMAX bandpass filter combined with a WLAN/WiFi band-reject filter. The ACPF-7025 allows a WiMAX transceiver to coexist and operate alongside WiFi and/or Bluetooth transmitters. Cell band rejection is 60 dB typical; PCS band
- Frequency (Fc): 2,496 to 2,690 MHz
- Ripple: 0.7 to 2 dB
- Insertion Loss: 2.3 to 4 dB
- Operating Temperature: -40 to 100 C
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Supplier: Mini-Circuits
Description: The VBF-7331+ Band Pass Filter is constructed using internal LTCC Band Pass Filter structure to achieve repeatable performance. This offers low insertion loss and good rejection at the band reject edges. Built using Mini- Circuits proven unibody construction
- Insertion Loss: 2 dB
- Operating Temperature: -55 to 100 C
- Filter Type: Bandpass
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Supplier: Mini-Circuits
Description: The VBF-1840+ Band Pass Filter is constructed using internal LTCC Band Pass Filter structure to achieve repeatable performance. Covering 1840 MHz ± 90 MHz, these units offer low insertion loss and good rejec- tion at the band reject edges. Built using
- Insertion Loss: 1,840 dB
- Operating Temperature: -55 to 100 C
- Filter Type: Bandpass
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Supplier: Mini-Circuits
Description: The VBF-2275+ Band Pass Filter is constructed using internal LTCC Band Pass Filter structure to achieve repeatable performance. Covering 2275 MHz ± 105 MHz, these units offer low insertion loss and good rejection at the band reject edges. Built using
- Insertion Loss: 2,275 dB
- Operating Temperature: -55 to 100 C
- Filter Type: Bandpass
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Supplier: APITech
Description: Available toplogies: Lumped Element, Cavity, Ceramic, Waveguide, Suspended Substrate. Click Here to design a bandreject filter
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Supplier: ZTS Technologies Co., Ltd
Description: Application Test & Measurement Military Communications Commercial Communications Wireless Communications SatCom
- Frequency (Fc): 0 to 771 MHz
- Insertion Loss: 1.5 dB
- VSWR: 1.5 :1
- Operating Temperature: -30 to 70 C
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Supplier: ZTS Technologies Co., Ltd
Description: Application Test & Measurement Military Communications Commercial Communications Wireless Communications SatCom
- Frequency (Fc): 0 to 4,020 MHz
- Insertion Loss: 2 dB
- VSWR: 1.7 :1
- Operating Temperature: -30 to 70 C
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Supplier: Kaelus
Description: Kaelus Interference Mitigation products provide rejection in the uplink frequency band in a small, cost-effective package. Manufactured to offer outdoor and indoor configurations, Interference Filters improves network performance in environments with a highly congested RF spectrum.
- Frequency (Fc): 850 to 900 MHz
- Bandwidth: 873 to 960 kHz
- Insertion Loss: 0.2 to 2.3 dB
- Operating Temperature: -40 to 70 C
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Supplier: Newark, An Avnet Company
Description: RF FILTER, LOW PASS, 2450MHZ; Filter Type:Band Pass; No. of Pins:4Pins; Pass Band Frequency:2.4GHz a 2.5GHz; RF Filter Applications:-; Filter Case Style:0402 [1005 Metric]; Product Range:-; Attenuation @ Reject Band Min:15dB RoHS Compliant: Yes
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Supplier: Chengdu Filter Technology Co., Ltd.
Description: The HRT-SF(2000/5)-976S is a coaxial cavity bandstop filter. The pass band is DC-1990MHz & 2010-3000MHz.lt has excellent rejection ≥40dB@1997.5-2002.5MHz. It has a maximum insertion loss of 1.2dB. The bandstop filter has SMA-Female connectors. Key Electrical Specifications Key
- Frequency (Fc): 0 to 2,200 MHz
- Insertion Loss: 1.2 dB
- Features: Band Reject, Other
- Connector: SMA
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Supplier: DigiKey
Description: 3 Section Tunable Band Reject Fi
- Frequency (Fc): 150 MHz
- Bandwidth: 100,000 kHz
- Filter Type: Bandpass
- Filter Technology: Passive Filter
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Supplier: Chengdu Filter Technology Co., Ltd.
Description: The HRT-SF(1600/5)-975S is a coaxial cavity bandstop filter. The pass band is DC-1590MHz & 1610-2200MHz.lt has excellent rejection ≥40dB@1597.5-1602.5MHz. It has a maximum insertion loss of 1.2dB. The bandstop filter has SMA-Female connectors. Key Electrical Specifications Key
- Frequency (Fc): 0 to 2,200 MHz
- Insertion Loss: 1.2 dB
- Features: Band Reject, Other
- Connector: SMA
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Featured Products Top
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referred to as a band-reject filter or a low-pass filter because it rejects the carrier freqency . This virtually eliminates high frequency content and voltage peaks, thereby reducing motor heating to give you extended motor life – and less downtime. The SineWave Guardian also offers incredible (read more)
Browse EMI Filters and RFI Filters Datasheets for MTE Corporation -
band stop / Notch filters, duplexers & diplexers, and (read more)
Browse RF Band Pass Filters Datasheets for Anatech Electronics, Inc. -
2441 MHz Waveguide Band stop Filter AE2441WN2219 Our P//N AE (read more)
Browse RF Band Reject Filters Datasheets for Anatech Electronics, Inc. -
2441 MHz waveguide Notch Filter P/N AE2441WN2219 Our P//N AE2441WN2219 features a notch frequrency band from 2400?2483MHz and an Attenuation: ≥50dB, the Pass Bands are DC?2370MHz & 2500?6000MHz with an insertion of (read more)
Browse RF Band Reject Filters Datasheets for Anatech Electronics, Inc. -
Learn more about the benefits of upgrading to hard-coated filters in our white paper:Replacing Soft Coatings with Alluxa’s Hard (read more)
Browse Optical Filters Datasheets for Alluxa, Inc. -
reference plano surface. Optical filter surface flatness is measured using an interferometer (typically a laser Fizeau interferometer) that represents this deviation as a pattern of light and dark bands known as interference fringes. Interference fringes are a visual representation of the destructive (read more)
Browse Optical Filters Datasheets for Alluxa, Inc. -
transmission and low ripple that capture the emission peaks of each fluorophore. Emission filters must also be designed with very steep edges and relatively narrow bandwidths in order to block as much of the overlap between fluorophore emission as possible. Wide-range out-of-band blocking should (read more)
Browse Optical Filters Datasheets for Alluxa, Inc. -
ULTRA Series Optical Filters and Coatings High-performance thin-film optical filters and coatings for sophisticated systems ULTRA Series optical filters and coatings are (read more)
Browse Optical Filters Datasheets for Alluxa, Inc. -
SIRRUS™ High-Performance Hard Coating Our flow cytometry filters are all hard-coated using an innovative SIRRUS™ plasma deposition process. This allows us to reliably and (read more)
Browse Optical Filters Datasheets for Alluxa, Inc. -
Alluxa Specializes in Custom and OEM Optical Filter Development Challenging custom optical filters without prohibitive pricing At Alluxa, we are continually striving to improve our (read more)
Browse Optical Filters Datasheets for Alluxa, Inc.
Conduct Research Top
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In the Spotlight: Interference Bandpass Filters
How do Interference Bandpass Filters Work?. Used for a wide range of uses and across a broad spectrum of industries, Interference Bandpass Filters are extremely useful for applications that require selective transmission of specific wavelengths whilst blocking undesired bands. In other words
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What are the Optical Bandpass Fundamentals?
Bandpass filters are one of the simplest and most economical ways to transmit a well-defined band of light, and to reject all other unwanted radiation. Their design is essentially a thin film Fabry-Perot Interferometer formed by vacuum deposition techniques, and consists of two reflecting stacks
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Principles of lock-in detection and the state of the art
and phase relative to a periodic reference. A lock-in measurement extracts signals in a defined frequency band around the reference frequency, efficiently rejecting all other frequency components. The best instruments on the market today have a dynamic reserve of 120 dB, which means they are capable
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A Practical Design of Lumped, Semi-lumped & Microwave Cavity Filters
Band Reject Filters . . . . . . . . . . . . . . . . . . . . . . . . . .
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http://theses.ucalgary.ca/bitstream/11023/1134/2/ucalgary_2013_marathe_akshay.pdf
Design of Asymmetric Slope Fractional Band Reject Filters .
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In-line pseudoelliptic band-reject filters with nonresonating nodes and/or phase shifts
[8] R. Wu, S. Amari, and U. Rosenberg, “New cross-coupled microstrip band reject filters ,” IEEE MTT-S Int.
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Analytical synthesis of voltage‐mode even/odd‐nth‐order differential difference current conveyor and fully differential current conveyor II‐grounded resistor a...
Based upon the definition of an nth‐order notch or band‐reject filter transfer function proposed in this paper, the aforementioned universal one has been further extended to the newly defined nth‐order band rejection filter .
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Compact sub‐wavelength microstrip band‐reject filter based on inter‐digital capacitance loaded loop resonators
V. O¨ znazı and V.B. Ertu¨rk, A comparative investigation of srr- and csrr-based band reject filters : Simulations, experiments, and discus- sions, Microwave Opt Technol Lett 50 (2008), 519–523.
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Method for improving ladder bulk acoustic wave filters rejection
Table 1 Bulk acoustic wave filter topologies characteristics Filter topology Insertion loss Out-of- band rejection Filtering sharpness Network type .
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Coplanar Microwave Integrated Circuits
Symmetrical and bent open-ended stub band reject filter on ceramic substrate.
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Synthesis of Flat-Top Bandpass Filters Using Two-Band Rejection Long-Period Fiber Gratings
In the proposed method, the LPFG structure constructed by concatenating the two- band rejection filters is used as the initial parameter to easily design good flat-top bandpass filters in a wavelength range.
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A solution of coplanar waveguide with air-bridges using complex images
The accuracy of the pro- posed method is checked by comparing with available FDTD- theoretical and experimental results for a CPW band reject fil- ter .