Fairview Microwave Inc. 0 to 82.5 dB Step Attenuator BNC Female Connectors Rated Up To 750 MHz and Up to 1 Watt in a Push Button Design FMAT1021

Description
Coaxial variable attenuator FMAT1021 from Fairview Microwave is manufactured in a step RF attenuator design and BNC input. This connectorized BNC step attenuator has female gender for in and out ports and 50 Ohm impedance. Our 50 Ohm BNC step attenuator is constructed to precise RF and microwave industry specifications and has a maximum attenuation value of 82.5 dB with a 0 dB step size. Fairview BNC 82.5 dB stepped attenuator is constructed to operate up to a maximum frequency of 750 MHz and a maximum input power of 1 Watt. This BNC step variable attenuator is rated for a maximum VSWR of 1.4:1 and is just one of many products in our wide selection of RF attenuators. Our radio frequency step attenuator with BNC connectors is built with brass body material and nickel plating; you can find more step attenuator datasheet specifications above. Fairview Microwave BNC coaxial step attenuator part number BNC is a push button style and in-stock. Our coaxial step attenuator is part of over one million components for RF, microwave and millimeter wave applications that are ready for same day shipment and can be shipped worldwide.
Datasheet
Description
Coaxial variable attenuator FMAT1021 from Fairview Microwave is manufactured in a step RF attenuator design and BNC input. This connectorized BNC step attenuator has female gender for in and out ports and 50 Ohm impedance. Our 50 Ohm BNC step attenuator is constructed to precise RF and microwave industry specifications and has a maximum attenuation value of 82.5 dB with a 0 dB step size. Fairview BNC 82.5 dB stepped attenuator is constructed to operate up to a maximum frequency of 750 MHz and a maximum input power of 1 Watt. This BNC step variable attenuator is rated for a maximum VSWR of 1.4:1 and is just one of many products in our wide selection of RF attenuators. Our radio frequency step attenuator with BNC connectors is built with brass body material and nickel plating; you can find more step attenuator datasheet specifications above. Fairview Microwave BNC coaxial step attenuator part number BNC is a push button style and in-stock. Our coaxial step attenuator is part of over one million components for RF, microwave and millimeter wave applications that are ready for same day shipment and can be shipped worldwide.
Datasheet

Suppliers

Company
Product
Description
Supplier Links
0 to 82.5 dB Step Attenuator BNC Female Connectors Rated Up To 750 MHz and Up to 1 Watt in a Push Button Design - FMAT1021 - Fairview Microwave Inc.
Lewisville, TX, United States
0 to 82.5 dB Step Attenuator BNC Female Connectors Rated Up To 750 MHz and Up to 1 Watt in a Push Button Design
FMAT1021
0 to 82.5 dB Step Attenuator BNC Female Connectors Rated Up To 750 MHz and Up to 1 Watt in a Push Button Design FMAT1021
Coaxial variable attenuator FMAT1021 from Fairview Microwave is manufactured in a step RF attenuator design and BNC input. This connectorized BNC step attenuator has female gender for in and out ports and 50 Ohm impedance. Our 50 Ohm BNC step attenuator is constructed to precise RF and microwave industry specifications and has a maximum attenuation value of 82.5 dB with a 0 dB step size. Fairview BNC 82.5 dB stepped attenuator is constructed to operate up to a maximum frequency of 750 MHz and a maximum input power of 1 Watt. This BNC step variable attenuator is rated for a maximum VSWR of 1.4:1 and is just one of many products in our wide selection of RF attenuators. Our radio frequency step attenuator with BNC connectors is built with brass body material and nickel plating; you can find more step attenuator datasheet specifications above. Fairview Microwave BNC coaxial step attenuator part number BNC is a push button style and in-stock. Our coaxial step attenuator is part of over one million components for RF, microwave and millimeter wave applications that are ready for same day shipment and can be shipped worldwide.

Coaxial variable attenuator FMAT1021 from Fairview Microwave is manufactured in a step RF attenuator design and BNC input. This connectorized BNC step attenuator has female gender for in and out ports and 50 Ohm impedance. Our 50 Ohm BNC step attenuator is constructed to precise RF and microwave industry specifications and has a maximum attenuation value of 82.5 dB with a 0 dB step size.

Fairview BNC 82.5 dB stepped attenuator is constructed to operate up to a maximum frequency of 750 MHz and a maximum input power of 1 Watt. This BNC step variable attenuator is rated for a maximum VSWR of 1.4:1 and is just one of many products in our wide selection of RF attenuators. Our radio frequency step attenuator with BNC connectors is built with brass body material and nickel plating; you can find more step attenuator datasheet specifications above.

Fairview Microwave BNC coaxial step attenuator part number BNC is a push button style and in-stock. Our coaxial step attenuator is part of over one million components for RF, microwave and millimeter wave applications that are ready for same day shipment and can be shipped worldwide.

Supplier's Site Datasheet

Technical Specifications

  Fairview Microwave Inc.
Product Category RF Attenuators
Product Number FMAT1021
Product Name 0 to 82.5 dB Step Attenuator BNC Female Connectors Rated Up To 750 MHz and Up to 1 Watt in a Push Button Design
Attenuator Type Variable; Step
Unlock Full Specs
to access all available technical data

Similar Products

Coaxial Attenuator - 5o20208S - 5o.com
Specs
Attenuator Type Variable
Frequency 0.0 to 8 GHz
VSWR 1.2 :1
View Details
2-18 GHz (S, C, X, Ku Band) 5-bit Digital Attenuator - CMD279C3 - Qorvo
Specs
Attenuator Type Digital
Number of Bits 5
Frequency 2 to 18 GHz
View Details
RF Attenuators - 7123125 - RS Components, Ltd.
RS Components, Ltd.
Specs
Frequency 10 GHz
Connectors Type N; N
View Details
Digitally Controlled Attenuators - NDA-10-20000-63.75-0.25 - kTB Solutions
Specs
Attenuator Type Variable; Digital
Number of Bits 0.2500
Frequency 0.0100 GHz
View Details