RF Amplifiers

RF Amplifiers are electronic devices designed to boost the power of radio frequency (RF) signals, essential for enhancing the range and clarity of wireless communications. These amplifiers are pivotal in applications such as broadcasting, telecommunications, and data transmission, where they ensure strong signal propagation over long distances or through obstructions. Specifically engineered models cater to diverse applications, like satellite communication amplifiers which are optimized for high-frequency, high-altitude signal transmission. The main characteristics of RF Amplifiers include their gain, output power, and efficiency, which vary significantly to meet the requirements of different technical environments and usage scenarios. Prominent manufacturers in this field include companies like Analog Devices, Texas Instruments, and Skyworks Solutions, among others.

Search within results
Filter by Manufacturers
Apply
Image
Part Number
Manufacturer
Description
Inquiry
IC RF AMP HBT 6GHZ SOT-363
RFQ
RF AMP 12 DB GAIN 8WSON
RFQ
IC LINEAR BROADBAND AMP 8TDFN
RFQ
IC AMP MMIC GAAS 10GHZ 4-MICROX
RFQ
IC AMP 0.7-1.0GHZ GAAS LN 8DFN
RFQ
IC AMP LNA BROADBAND 8DFN
RFQ
RF LNA DUAL STAGE 1.1GHZ 16QFN
RFQ
IC AMP GAIN DRV 0.25W SOT-89
RFQ
IC AMP INGAP HBT BROADBAND SOT26
RFQ
IC AMP WIFI/WIMAX 5.7GHZ 3X3MM
RFQ
IC MMIC AMP HBT 5GHZ SOT-89
RFQ
IC AMP LNA 0.3-3.0GHZ SOT26
RFQ
IC AMP DIFF LOW-DISTORTION 8MSOP
RFQ
IC AMP DIFF LOW-DISTORTION 8MSOP
RFQ
IC MMIC HBT ACTIVE BIAS SOT-89
RFQ
IC MMIC AMP LNA HI IP3 16-QFN
RFQ
IC MMIC AMP LNA HI IP3 16-QFN
RFQ
IC AMP DVGA 32-MCM 5.2X5.2
RFQ
IC VGA PROG DIGITAL 40TQFN
RFQ
IC MMIC AMP LNA HI IP3 16-QFN
RFQ
IC AMP VARIABLE GAIN 36-TQFN
RFQ
IC AMP LO NSE LNA 7X10MM 36MCOB
RFQ
IC MMIC AMP LNA HI IP3 16-QFN
RFQ
IC MMIC AMP HBT 1W 16-QSOP
RFQ
IC AMP IF VGA LN DUAL 32VFQFPN
RFQ
IC MMIC AMP VCO BUFFER 24-QFN
RFQ
IC MMIC PWR AMP 3-4GHZ 8-MSOP
RFQ
 
1 ... 6970717273 ... 139 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