6-18GHz Broadband High-power RF Power Amplifier Module Amplify RF Signals

$0.00

51 dBm High Output Power ＆ 6–18 GHz Broadband RF Amplification

Please contact us for pricing →Click to WhatsApp: +86 15813705916

  • End-to-End R&D and Manufacturing: Full in-house design and production ensure consistent quality and reliable performance.
  • 6–18 GHz Broadband RF Power Amplification: Amplifies wireless signals across the 6–18 GHz band, suitable for satellite links, radar, and other high-frequency RF systems.
  • High Output Power: Delivers stronger RF signal transmission, helping maintain stable performance over longer distances and in high-loss RF environments.
  • 50 dB High-Gain Performance: Improves signal strength and coverage, supporting reliable operation in broadband RF communication systems.
  • Excellent Linearity for Clean Signal Output: Preserves signal integrity during amplification, minimizing distortion and preventing unwanted interference across the operating frequency range.
  • Built-in forced-air cooling system for 24/7 long-term operation.
  • Integration-Ready Design：Simplifies integration into wireless communication systems, reducing installation complexity and deployment time.
Send Inquiry Now>
Überblick

FAQS

What are your Minimum Order Quantity (MOQ) requirements?

Our MOQ policy is based on RF module frequency bands, output power, heat-dissipation structure, and customization level.

Standard RF Power Amplifier Modules
MOQ: 1–5 units
Suitable for testing, evaluation, and small-batch integration.

Customized Frequency Band Modules
MOQ: 10 units
Recommended for projects requiring specific frequency ranges, gain, output power, or connector configuration.

High-Power Broadband RF Modules
MOQ: 10–50 units
Applied in professional RF systems where stable output power, thermal management, and long-term operation are required.

⚠️ NOTE: CUSTOMIZATION & UNIT COST
For fully customized RF modules, R&D, tuning, PCB design, shielding structure, and testing costs may affect the final unit price. Small orders are available, but the cost per unit is usually higher.

How do you protect my technical design and project information?

We can support NDA signing before discussing detailed specifications. Customer frequency plans, system architecture, drawings, and application scenarios are kept confidential and used only for project evaluation, production, and technical support.

Can you send samples before mass production?

Yes. Sample units can be provided for testing before bulk production. Customers can verify frequency range, output power, gain, flatness, efficiency, heat dissipation, and system compatibility before confirming mass production.

What is the typical production lead time?

For standard RF modules, the lead time is usually 7–15 working days.

For customized broadband high-power RF modules, the lead time is usually 20–35 working days, depending on frequency range, power level, component availability, and testing requirements.

What if items are damaged during shipping?

All RF modules are packed with protective foam, anti-static packaging, and strong export cartons. If damage occurs during shipping, please provide photos or videos immediately. We will help verify the issue and offer replacement parts, repair support, or reshipment based on the situation.

Spezifikation

Broadband RF Power Amplifier Module Technical Specification

1. Main Technical Specifications

Qualification Code Min TYP Max Unit
Service Frequency BW 6 18 GHz
Saturated Output Power Psat 50.5 51 dBm
Input Power Pin 0 10 dBm
Gain Flatness @ Pout = 50 dBm ΔG ±3.5 ±5 dB
Power Gain Gp 50 dB
Linear Gain Control Range & Step Gadj 31.5 / 0.5 dB
Spurious Suppression @ Pout = 50 dBm Spur 60 dBc
Harmonic @ Pout = 50 dBm 2nd 10* dBc
Input VSWR VSWRin 2.0
Power Supply Vdc DC +28V
Power Dissipation Pdiss 1500 W
Operating Temperature Range OT -40 +60 ℃
Weight WT No more than 11 kg
Heat Radiation Cooling Built-in forced-air cooling system

2. Main Functional Indicators

Control Parameters: Gain Control

Automatic Protection: Overvoltage, Overcurrent, Overtemperature

3. Interface Definition

Interface Code Interface Type Interface Function Remarks
J1 SMA-K RF Input
J2 WRD500 RF Output
J3 SMA-K Forward Coupling 40 ± 2 dB
J4 SMA-K Reverse Coupling 40 ± 2 dB
J5 D-SUB5W5 Power Supply A1-A2: +28V
A3-A5: GND
J6 J30J-15ZKP Control And Monitoring PIN1: Voltage detection, 0–5V analog voltage
PIN2: Current detection, 0–5V analog voltage
PIN3: Temperature detection, 0–5V analog voltage
PIN4: 0.5dB digital attenuation bit, high level effective
PIN5: 1dB digital attenuation bit, high level active
PIN6: 2dB digital attenuation bit, high level active
PIN7: 4dB digital attenuation bit, high level active
PIN8: 8dB digital attenuation bit, high level active
PIN9: 16dB digital attenuation bit, high level active
PIN10-15: GND

SCHREIBEN SIE UNS