RF Power Amplifier 8.8GHz-9.6GHz 50W

50W RF power amplifier covering 8.8–9.6 GHz. Published CW output is ≥47 dBm, with customized gain ≥46 dB, +28–30 V supply and SMA-F connector.

Product Overview

The RF Power Amplifier 8.8GHz-9.6GHz 50W is an RF power amplifier module for integration into professional RF equipment. Its published specifications include frequency coverage of 8800MHz~9600MHz, CW output specified as ≥ 47dBm, gain of ≥ 46dB (customized).

The listed operating supply is +28V~ +30V. The RF connector is SMA-F. The stated mechanical specification is ≤171×95×25.5 (without connectors), ≤600g. Temperature protection is listed as Over 80℃ protection.

Technical Specifications

Parameters
Frequency 8800MHz~9600MHz
Max output Power (CW)≥ 47dBm
Gain ≥ 46dB (customized)
Gain Flatness≤ 2±1dB
Input power2±1dBm
Input VSWR≤ 1.7
Temperature protectionOver 80℃ protection
PTT portDefault off; 3.3~5V on
 VCC/Current reference28V/12A
Working voltage+28V~ +30V
Working current≤ 7-8A
Spurious≤ -65dBc
 Harmonicharmonics Worst point≤ -20dBc
Operating Temperature-30℃~+55℃
RF ConnectorSMA-F
Power Supply Interfacefeedthru capacitor
Dimensions(mm)/Weight≤171×95×25.5 (without connectors), ≤600g
Installation methodRadiator shall be installed for power amplifier test
Package1pcs/box

Integration Considerations

Plan the power supply, RF connections and thermal management around the electrical and mechanical specifications shown above. Contact QHXK for configuration options and documentation.

8.8–9.6 GHz, 50 W model overview

This module is listed for 8800–9600 MHz, with CW output of ≥47 dBm and customized gain of ≥46 dB. The published table specifies gain flatness of ≤2±1 dB, input power of 2±1 dBm, input VSWR of ≤1.7 and an SMA-F RF connector.

The listed working voltage is +28 V to +30 V and working current is ≤7–8 A. Other details include a 3.3–5 V PTT on-level, over-temperature protection, and an operating-temperature range of -30°C to +55°C. The stated dimensions are ≤171×95×25.5 mm without connectors, with a listed weight of ≤600 g. A radiator is specified for power-amplifier testing.

What to verify before integration

Confirm that the required operating frequencies fall within 8800–9600 MHz and that the published output and gain limits apply under the intended test conditions. Check the RF input level, VSWR, DC supply, PTT control and thermal path. Allow for connector clearance when reviewing the mechanical dimensions.

  • Verify CW output and customized gain for the exact configuration.
  • Check input power and input VSWR against the RF source.
  • Confirm +28–30 V supply capacity and current requirements.
  • Provide the required radiator and verify ambient-temperature limits.
  • Request the latest datasheet and mechanical drawing.

Frequently asked questions

Is 47 dBm about 50 W?

Yes. 47 dBm is approximately 50 W. Confirm the output test conditions and guaranteed operating range with the current datasheet.

How does this compare with the 7.7–8.5 GHz model?

Both listings specify 50 W-class output, but their frequency ranges differ. Compare the 7.7–8.5 GHz, 50 W model only if its operating band meets your system requirement.

Read the wideband vs. narrowband RF amplifier comparison and RF PA selection guide. Browse the RF power amplifier module range or contact QHXK for the current technical documentation.

About Us

We provide end-to-end R&D and manufacturing capabilities, ranging from electronic components and RF modules to complete counter-drone and UAV security systems. With strong expertise in RF power amplifiers, wireless communication, and drone security technologies, we deliver high-performance and customized OEM/ODM solutions for global customers across security, industrial, communication, and defense-related applications.

FAQ

Why should I choose your factory?

With over 20 years of experience in the RF industry, a team of 100+ professional engineers, and a 3000+ square meter manufacturing facility, we are a global RF solution provider specializing in design, development, and production. We deliver reliable products and customized solutions to meet diverse application needs worldwide, ensuring strong technical support and consistent product quality.

What information should I provide to choose the right product?

To help us recommend the most suitable product, please provide details such as frequency range, output power, operating voltage, application scenario, and any specific performance requirements. With this information, we can ensure better compatibility and offer the most appropriate solution for your needs.

Do you support OEM/ODM and custom branding?

Yes, we welcome OEM/ODM orders.

We can provide laser logo printing, custom frequency tuning, and custom-designed packaging boxes for your brand.

What is the lead time for samples and bulk orders?

Samples are usually shipped within 3-5 working days.

For bulk orders (over 100 pieces), the lead time is approximately 10-15 working days, depending on our current production schedule.

What is your warranty policy?

We offer a 1-year (12-month) quality warranty.

We provide free repair or replacement services for any technical problems that occur during normal use.