Mini-Circuits Ceramic Resonator Band Pass Filter, 925 - 960 MHz, 50Ω CBP4-942C+

Description
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 designs can be constructed using this technology. Low insertion loss combined with excellent power handling makes these filters well suited for transmitter and receiver signal chains. Advanced filter design and construction can achieve stopband width greater than 3x the center frequency as high as 20 GHz. All our coaxial-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 control.
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Description
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 designs can be constructed using this technology. Low insertion loss combined with excellent power handling makes these filters well suited for transmitter and receiver signal chains. Advanced filter design and construction can achieve stopband width greater than 3x the center frequency as high as 20 GHz. All our coaxial-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 control.
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Suppliers

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Ceramic Resonator Band Pass Filter, 925 - 960 MHz, 50Ω - CBP4-942C+ - Mini-Circuits
Brooklyn, NY, United States
Ceramic Resonator Band Pass Filter, 925 - 960 MHz, 50Ω
CBP4-942C+
Ceramic Resonator Band Pass Filter, 925 - 960 MHz, 50Ω CBP4-942C+
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 designs can be constructed using this technology. Low insertion loss combined with excellent power handling makes these filters well suited for transmitter and receiver signal chains. Advanced filter design and construction can achieve stopband width greater than 3x the center frequency as high as 20 GHz. All our coaxial-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 control.

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 designs can be constructed using this technology. Low insertion loss combined with excellent power handling makes these filters well suited for transmitter and receiver signal chains. Advanced filter design and construction can achieve stopband width greater than 3x the center frequency as high as 20 GHz. All our coaxial-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 control.

Supplier's Site Datasheet
Ceramic Filters - 3157-CBP4-942C+-ND - DigiKey
Thief River Falls, MN, United States
Ceramic Filters
3157-CBP4-942C+-ND
Ceramic Filters 3157-CBP4-942C+-ND
942MHz Center Band Pass Ceramic Filter 35MHz 50Ohm 13-SMD Module

942MHz Center Band Pass Ceramic Filter 35MHz 50Ohm 13-SMD Module

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Technical Specifications

  Mini-Circuits DigiKey
Product Category RF Filters and Microwave Filters RF Filters and Microwave Filters
Product Number CBP4-942C+ 3157-CBP4-942C+-ND
Product Name Ceramic Resonator Band Pass Filter, 925 - 960 MHz, 50Ω Ceramic Filters
Filter Type Bandpass Bandpass
Filter Design Ceramic Filter
Operating Temperature -40 to 85 C (-40 to 185 F)
Filter Technology Passive Filter
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