Attenuators

Attenuators are specialized electronic components used primarily in RF/IF and RFID systems to reduce signal strength, allowing precise control over signal amplitude without distorting its waveform. These devices are essential in applications where signal adjustment is necessary for optimal performance, such as in communication systems, radar, and broadcasting equipment. Attenuators help in matching impedances between different components, preventing signal reflection and ensuring system integrity. Key characteristics include their ability to maintain signal integrity while adjusting its strength and their compatibility with various frequencies and applications. Common manufacturers of attenuators include Mini-Circuits, Pasternack, and Analog Devices.

Search within results
Filter by Manufacturers
Apply
Image
Part Number
Manufacturer
Description
Inquiry
IC ATTENUATOR VVA 24SMD
RFQ
SMA JACK/PLUG ATTENUATOR 10DB 2W
RFQ
SMA JACK/PLUG ATTENUATOR 9DB 2W
RFQ
SMA JACK/PLUG ATTENUATOR 8DB 2W
RFQ
SMA JACK/PLUG ATTENUATOR 7DB 2W
RFQ
SMA JACK/PLUG ATTENUATOR 6DB 2W
RFQ
SMA JACK/PLUG ATTENUATOR 5DB 2W
RFQ
SMA JACK/PLUG ATTENUATOR 4DB 2W
RFQ
SMA JACK/PLUG ATTENUATOR 3DB 2W
RFQ
SMA JACK/PLUG ATTENUATOR 2DB 2W
RFQ
SMA JACK/PLUG ATTENUATOR 1DB 2W
RFQ
IC ATTENUATOR VVA 16-QFN
RFQ
IC ATTENUATOR VVA MMIC 24SMD
RFQ
LOW POWER ATTENUATOR 20DB
RFQ
LOW POWER ATTENUATOR 13DB
RFQ
LOW POWER ATTENUATOR 10DB
RFQ
LOW POWER ATTENUATOR 9DB
RFQ
LOW POWER ATTENUATOR 8DB
RFQ
LOW POWER ATTENUATOR 7DB
RFQ
LOW POWER ATTENUATOR 6DB
RFQ
LOW POWER ATTENUATOR 5DB
RFQ
LOW POWER ATTENUATOR 4DB
RFQ
LOW POWER ATTENUATOR 3DB
RFQ
LOW POWER ATTENUATOR 2DB
RFQ
LOW POWER ATTENUATOR 1DB
RFQ
LOW POWER ATTENUATOR 0DB
RFQ
IC MMIC ATTENUATOR DC-40GHZ 8SMD
RFQ
IC MMIC ATTENUATOR 5-30GHZ 8SMD
RFQ
IC MMIC ATTENUATOR DC-40GHZ 8SMD
RFQ
 
1 ... 3738394041 ... 136 Go to Page Go
Electronic Parts Index
Read More

We value your privacy

Our website uses cookies to ensure you are getting the best browsing experience, serve personalized content, and analyze our traffic.

By clicking "Accept Cookies", you consent to our use of cookies.

Privacy Policy