RF microwave power amplifier 0.03-1.7GHz
RF microwave power amplifier 0.03-1.7GHz has the characteristics of broadband performance, high efficiency, low distortion, and high reliability
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Detailed information

RF microwave power amplifier 0.03-1.7GHz

1、RF Microwave Power Amplifier 0.03-1.7GHz Basic Parameters(Features)
Frequency Range:0.03-1.7GHz
Connectors:IN:SMA-F(female);OUT:SMA-F(female)
Model:ZGPA-0.03-1.7-G36P39S
Gain:36 dB typ
Psat:39 dBm typ
Power Supply Voltage:+28 V/440mA
2、Advantages of RF microwave power amplifier 0.03-1.7GHz
1.Broadband performance:capable of providing stable gain and output power within a wide frequency range of 0.03 to 1.7 GHz.
2.High efficiency:By using advanced semiconductor materials and circuit design,the efficiency of the power amplifier is significantly improved,reducing energy consumption and heat generation.
3.Low distortion:Through linearization techniques and precise circuit design,power amplifiers can reduce distortion and improve signal quality.
4.High reliability:Using high-quality materials and strict manufacturing processes to ensure stable operation of power amplifiers in harsh environments.
3、RF microwave power amplifier 0.03-1.7GHz main performance indicators(Electrical Specifications)

Parameters
Min
Typ
Max
Units
Frequency
0.03-1.7
GHz
Gain
-36-dB
Gain Flatness
-±2.0
-dB
Psat
-39-dBm
Input VSWR
-1.8-:1
Characteristic Impedance
50
ohm
Input Power (CW)
--+5
dBm
Voltage
28
V
Current
440mA
Operating Temperature
-40

+55

Storage Temperature
-40

+85

Weight
212g

4、Outline Drawing of RF Microwave Power Amplifier 0.03-1.7GHz Unit:Millimeters/Inch

RF microwave power amplifier 0.03-1.7GHz external dimension diagram

5、RF microwave power amplifier 0.03-1.7GHz expansion data
1、Working principle of RF microwave power amplifier 0.03-1.7GHz
In the frequency range of 0.03-1.7 GHz,power amplifiers are typically designed with broadband to ensure stable gain and output power throughout the entire frequency band.In addition,in order to reduce distortion and improve efficiency,the power amplifier also adopts linearization technology and advanced circuit design.
2、Application area of RF microwave power amplifier 0.03-1.7GHz
1.Wireless communication:In mobile communication base stations,satellite communication,and wireless local area networks,power amplifiers are used to amplify signals to ensure wider signal coverage.
2.Radar system:In meteorological radar,military radar,and civilian radar,power amplifiers provide powerful signal outputs for detecting and tracking targets.
3.Test measurement:Power amplifiers are used in laboratories and testing environments to simulate and test the performance of communication systems.
4.Broadcasting and television:In broadcasting and television transmission systems,power amplifiers are used to amplify television signals,ensuring that the signals can cover a wider audience.
3、Manufacturing advantages of Sichuan Ziguang Optoelectronics RF microwave power amplifier 0.03-1.7GHz
As a high-tech enterprise specializing in the research and development,design,production,and sales of optical communication equipment and chips,Sichuan Ziguang Optoelectronics has significant advantages in the production and manufacturing of 0.03-1.7 GHz power amplifiers
1.Advanced production technology:Ziguang Optoelectronics has advanced production technology and equipment,which can ensure that the performance and quality of power amplifiers reach the industry-leading level.
2.Rich R&D experience:The company has a R&D team composed of senior engineers and technical experts,who have accumulated rich R&D experience and technical reserves in the field of power amplifiers.
3.Customized solutions:Ziguang Optoelectronics can provide customized power amplifier solutions according to customers'needs,meeting their personalized needs.
4.Comprehensive quality control:Ziguang Optoelectronics has established a sound quality control system,from raw material procurement to finished product delivery,every link undergoes strict quality testing and control to ensure product reliability and stability.

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