RF Amplifiers

30872 RF Amplifiers from 147 manufacturers listed on everything RF
Amplifiers from the leading manufacturers are listed below. Use the filters to narrow down on products based on your requirement. Download Datasheets, Compare products and Request Quotations. Your Inquiry will be directed to the manufacturer and their distributors who will get back to you with a quote.
Description: 50 kHz to 40 GHz Wideband Amplifier
Industry Application:
Test & Measurement, Cellular
Configuration:
Module with Connector
Type:
Gain Block
Frequency:
0.050 to 4 GHz
Gain:
8 to 12 dB
Noise Figure:
4 to 6 dB
P1dB:
10 to 13 dBm
IP3:
21 to 22 dBm
more info
Description: Silicon on Insulator Low Noise Amplifier from 3400 to 3800 MHz
Industry Application:
Commercial, Broadcast
Configuration:
IC/MMIC/SMT
Type:
Low Noise Amplifier
Frequency:
3400 to 3800 MHz
Gain:
13.5 dB
Noise Figure:
1.2 to 12.2 dB
P1dB:
-8 dBm
IP3:
-1 dBm
Package Type:
Surface Mount
more info
Description: Q-band Low Noise Amplifier from 38 to 42 GHz
Industry Application:
Test & Measurement, SATCOM
Configuration:
Module with Connector
Type:
Low Noise Amplifier
Frequency:
38 to 42 GHz
Gain:
15 to 30 dB
Noise Figure:
4 dB
P1dB:
10 or 13 dBm
more info
Description: Low Noise Amplifier from 0.1 to 26.5 GHz
Industry Application:
SATCOM, Radar, Test & Measurement
Configuration:
Module with Connector
Type:
Low Noise Amplifier
Frequency:
100 to 26500 MHz
Gain:
18 to 24 dB
Noise Figure:
2.4 to 4 dB
P1dB:
10 dBm
more info
Description: 10 W Solid State Power Amplifier from 1435 to 1850 MHz
Industry Application:
Broadcast
Configuration:
Module with Connector
Type:
Power Amplifier
Sub-Category:
SSPA
Frequency:
1.435 to 1.850 GHz
Gain:
42 dB
P1dB:
33.9 to 40 dBm
Saturated Power:
10 to 15 W
IP3:
38.2 to 44.8 dBm
more info
Description: 200 Watt Solid State Power Amplifier from 8 to 18 GHz
Configuration:
System
Type:
Power Amplifier
Sub-Category:
SSPA, GaN Amplifier
Frequency:
8 to 18 GHz
Gain:
53 dB
Pulsed/CW:
CW
Saturated Power:
150 to 200 W
Package Type:
Benchtop / Rackmount
more info
Description: 4 Watt Ka-Band Power Amplifier from 28.5 to 31 GHz
Industry Application:
SATCOM
Configuration:
IC/MMIC/SMT
Type:
Power Amplifier
Frequency:
28.5 to 31 GHz
Gain:
22 to 25 dB
P1dB:
34.5 dBm
more info
Description: 6 to 18 GHz Low Noise Amplifier
Configuration:
Module with Connector
Type:
Low Noise Amplifier
Frequency:
6 to 18 GHz
Gain:
17 to 19 dB
Noise Figure:
2 to 2.5 dB
P1dB:
13 to 15 dBm
IP3:
23 to 25 dBm
more info
Description: 45 to 1003 MHz Hybrid Power Doubler Amplifier Module
Industry Application:
Broadcast
Configuration:
IC/MMIC/SMT
Type:
Power Amplifier, CATV Amplifier
Sub-Category:
Hybrid Amplifier, GaN Amplifier
Frequency:
45 MHz to 1003 MHz
Gain:
21 to 24 dB
Noise Figure:
3 to 4 dB
Pulsed/CW:
CW
Modulation:
XMOD
Package Type:
Surface Mount
more info
Description: 8.5-9.5GHz/200Watts/Rack Mount Power Amplifier
Configuration:
System
Type:
Power Amplifier
Sub-Category:
GaN Amplifier
Frequency:
8.5 to 9.5 GHz
Pulsed/CW:
Pulsed
Package Type:
Benchtop / Rackmount
more info
Description: 10 Watt GaN Power Amplifier from 0.01 to 2.8 GHz
Industry Application:
Radar, Test & Measurement, Wireless Infrastructure...
Configuration:
IC/MMIC/SMT
Type:
Power Amplifier
Sub-Category:
GaN Amplifier
Frequency:
100 to 2800 MHz
Noise Figure:
4.5 to 7 dB
Pulsed/CW:
CW/Pulsed
IP3:
47 dBm
more info
Description: Ka Band Low Noise Amplifier from 26.5 to 40 GHz
Industry Application:
Radar, Wireless Infrastructure
Configuration:
Module with Connector
Type:
Low Noise Amplifier
Frequency:
26.5 to 40 GHz
Noise Figure:
2.5 dB
P1dB:
13 dBm
more info
Description: Low Noise Amplifier from 0.5 to 18 GHz
Industry Application:
Aerospace & Defense, Industrial, Military, SATCOM,...
Configuration:
Module with Connector
Type:
Low Noise Amplifier
Frequency:
0.5 to 18 GHz
Noise Figure:
2.5 to 5.5 dB
P1dB:
15 to 21 dBm
more info
Description: 250 Watt Power Amplifier from 100 kHz to 1000 MHz
Configuration:
System
Type:
Power Amplifier
Sub-Category:
SSPA
Frequency:
100 kHz to 1 GHz
Gain:
54 dB
Noise Figure:
8.5 dB
Pulsed/CW:
CW
P1dB:
52.79 to 53.98 dBm
IP3:
62 dBm
Package Type:
Benchtop / Rackmount
more info
Description: 400 W Pulsed GaN Power Amplifier from 8.2 to 9.5 GHz
Industry Application:
Aerospace & Defense
Configuration:
Module with Connector
Type:
Power Amplifier
Sub-Category:
GaN Amplifier, SSPA
Frequency:
8.2 to 9.5 GHz
Pulsed/CW:
Pulsed
Saturated Power:
400 W
more info
Description: 50 W Solid State Broadband High Power Amplifier from 1 to 30 MHz
Configuration:
Module with Connector
Type:
Power Amplifier, Variable Gain Amplifier
Sub-Category:
SSPA
Frequency:
1 to 30 MHz
Noise Figure:
7 to 10 dB
Pulsed/CW:
CW/Pulsed
Saturated Power:
50 to 60 W
Modulation:
AM, FM, CW, Pulse
more info
Configuration:
Waveguide
Type:
Power Amplifier
Frequency:
75 to 110 GHz
Gain:
20 dB
Noise Figure:
10 dB
P1dB:
-3 dBm
Waveguide:
WR-10
more info
Description: Radar and Communication Amplifiers
Industry Application:
Radar
Configuration:
Module with Connector
Type:
Power Amplifier
Frequency:
2.7 to 3.1 GHz
Gain:
26 to 30 dB
Noise Figure:
3.5 to 3.0 dB
P1dB:
26 to 28 dBm
IP3:
34 dBm
more info
More about RF Amplifiers
 
An RF amplifier is an electronic device that is used to amplify a low power radio frequency signal to one with larger amplitude. They are used in transmit and receive parts of a wireless system. In the transmit chain they are used to amplify signals before they are sent out through the antenna and in the receive chain they are used to amplify weak signals that are captured by the antenna with minimal distortion. RF amplifiers have a wide range of applications in the wireless sector – military, test and measurement, mobile devices and wireless infrastructure.
 
The key specifications to look for in an RF Amplifier are:
 
Type: There are many types of rf and microwave amplifiers-
  • RF Power Amplifiers: Power Amplifiers convert low power high frequency signals to high power signals. This is usually used in the transmit chain to amplify the signal before it is sent out via an antenna.
  • Low Noise Amplifiers: RF Low noise amplifiers are used amplify a high frequency signal while maintaining a good signal to noise ratio. Low noise amplifiers are used at the beginning of the receive chain to amplify a signal with minimal degradation.
  • Other Amplifiers: There are a number of other amplifiers like gain blocks, differential amplifiers, driver amplifiers, limiting amplifiers etc.
Frequency (MHz): RF amplifiers are usually designed to work at a particular frequency range. The unit for frequency is Hz (Hertz).
 
Gain (dB): The gain of an rf amplifiers is the ratio of output to input power or amplitude – It is the measure of amplification of the rf amplifier.
 
Noise Figure (dB): Noise is an undesired signal that is generated up to some level in all electronics components and devices. Noise figure is the metric for noise performance is a circuit or system.  The lower the noise figure, the higher the signal to noise ratio of a system.
 
Power Compression (dBm or W): Power Compression or P1dB is the point at which the input signal is amplified by an amount, which is 1 dB below the small signal gain of the device. It is the point beyond which the gain of the device no longer increases linearly as the input power is raised.
 
Package Type: RF amplifiers are available in a number of package types such as surface mount, raw die’s and connectorized.
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