50W RF Power Amplifier Module 3400-3500MHz LoRa GaN Anti-Drone Module High Power Anti FPV Module

Product Overview

This QHXK RF power amplifier module is listed as 50W RF Power Amplifier Module 3400-3500MHz LoRa GaN Anti-Drone Module High Power Anti FPV Module. The stated frequency range is 3400–3500 MHz. The product listing specifies 50 W output power. The specifications below are taken from the supplied product listing and should be confirmed against the current datasheet before integration.

Key Specifications

• Frequency range: 3400–3500 MHz
• Listed output power: 50 W
• Gain: 47db
• Supply voltage: 24-28V
• Supply current: ≥3.5A
• Connector / mounting: SMA-F
• Manufacturer part number: G50W3400-3500MHz

System Integration

For 3400–3500 MHz 50 W RF power amplifier module, confirm the required input signal level, supply conditions, RF connectors, mechanical fit and thermal management with the host system. Values not listed above should be checked with QHXK before design approval.

Application and Technical Support

This module is offered for integration into compatible RF equipment. Application suitability depends on the operating band, system design and applicable regulations. Contact QHXK to request the detailed datasheet and discuss interface or customization requirements.

Choosing the 3400–3500 MHz RF power amplifier module

This QHXK model is listed for 3400–3500 MHz and belongs to the company’s band-specific RF power amplifier portfolio. It may be considered when the approved system specification calls for frequency matching at the component level. Start by matching the complete required frequency span to the product’s published operating range. If the project requirement extends beyond the stated limits, ask QHXK to review the requirement and confirm a suitable model rather than assuming that this product covers an adjacent band.

When selecting the 3400–3500 MHz version, make sure the module’s specified band matches the project’s documented RF requirement rather than relying on a broad frequency-family description. The same check should be applied to upstream and downstream components, including filters, connectors, cables and test fixtures. For a multi-band design, record the required band for each module in the interface-control document so that procurement and engineering review the same configuration.

What to confirm before placing an order

• Check the required frequency range against the product listing and the latest datasheet.
• Confirm the exact model and revision being quoted.
• Review the RF input/output connection and the host equipment’s interface documentation.
• Confirm DC power, mounting and thermal requirements from the supplier’s controlled documents.
• Agree on the required test records, acceptance documents and delivery configuration.

Frequently asked questions

Why should the full band be checked instead of one nominal frequency?

Because a system may need to operate across a range rather than at one point. Confirm that the complete required span is supported by the model and its current datasheet.

Does this product page replace the formal datasheet?

No. Use this page for an initial product overview. Request the latest datasheet and mechanical drawing from QHXK before completing engineering approval or procurement.

Compare nearby options: 3300–3400 MHz 50 W RF power amplifier module and 3500–3600 MHz 50 W RF power amplifier module.

Documentation and integration review

Before approving a module for an OEM assembly or authorized RF test system, request the current datasheet and mechanical drawing for the exact model. Review the RF connector assignment, DC interface, mounting arrangement, thermal instructions and any stated operating limits with the responsible engineering team. The product page is an introduction to the model; it does not replace the supplier’s controlled technical documentation.

Application suitability depends on the complete equipment design and the regulatory permissions applicable to the project. RF transmission must only be undertaken where it is lawful and specifically authorized. Do not treat product availability as permission to transmit or deploy an RF system.

Related RF amplifier resources

For general component selection, read the RF power amplifier selection guide, the GaN vs. LDMOS comparison and the RF PA thermal design guide. Browse the RF power amplifier module category or contact QHXK to request the formal datasheet and confirm the current product configuration.