Name: 150-200mhz 50W PA GaN Anti Drone Module Counter Fpv Anti Fpv Anti Drone DJI Mavic Counter Fpv
Brand: Tatusky--Anti Drone Solution
Availability: InStock
Rating: 5 (1 reviews)

SPECIFICATION

Functional Positioning and Target Engineering Users
This 150–200MHz 50W GaN RF power amplifier is developed as a dedicated low-band transmission module for professional anti drone system and anti uav system platforms that require stable signal output in sub-UHF frequency ranges. It is not a standalone end-user device, but a core RF stage embedded inside complete anti drone technology architectures consisting of signal generators, controllers, antennas, and detection subsystems. Typical users include counter-UAV system integrators, perimeter security solution providers, RF system engineers, and laboratory developers engaged in drone detection system validation. The module is especially suited for counter-FPV system design, where low-band RF coverage is required to complement higher-frequency channels within multi-band anti drone systems deployed across mobile and fixed installations.

RF Design Structure and Core Performance Parameters
This module adopts GaN semiconductor technology to deliver 50W continuous RF output across the 150–200MHz frequency band with high conversion efficiency and strong thermal stability. The wide operating voltage structure supports reliable integration into regulated DC power environments commonly used in anti drone jammer system platforms. Flat gain characteristics across the band ensure controlled spectral output, minimizing harmonic distortion that could interfere with nearby drone detection radar system components. The amplifier is engineered with stable impedance matching, internal temperature protection, and reinforced RF shielding to support long-duty operation in compact system enclosures. These properties ensure that output behavior remains predictable when the module is connected downstream of signal sources used in drone detector and spectrum monitoring frameworks.

Industry Application Value and System-Level Contribution
Within modern anti drone systems, low-band RF output plays a key role in extending control-interference and response coverage beyond crowded ISM and WiFi bands. This 50W module enables system designers to create dedicated low-frequency response layers within multi-tier anti drone weapons-adjacent countermeasure architectures under regulated environments. By consolidating low-band amplification into a single GaN module, integrators avoid cascading multiple narrowband amplifiers, reducing system footprint, cabling complexity, and power loss. The result is a more compact, serviceable, and frequency-coherent RF stage for drone detection system and suppression-support platforms used in infrastructure protection and controlled experimental environments.

Product Advantages

Reinforced Thermal Structure for Continuous Low-Band Output
This module employs a reinforced aluminum heat-spreading substrate optimized for sustained low-frequency RF transmission loads common in anti drone jammer and anti uav system deployments. GaN technology enables higher power density with lower junction temperature than traditional silicon solutions, allowing the amplifier to maintain stable 50W output during prolonged operational cycles. For fixed-site and mobile anti drone system platforms that operate continuously during patrol or monitoring periods, this thermal stability directly reduces system downtime, minimizes thermal drift, and extends overall module service life under real-world electrical and environmental stress conditions.

Frequency-Focused Design Optimized for System Layer Matching
Unlike wide-sweep broadband amplifiers that sacrifice low-band gain consistency, this 150–200MHz-specific design is optimized for stable low-frequency impedance matching and flat output response. This allows drone detection system architects to precisely align the amplifier stage with upstream signal generators and downstream antennas without excessive tuning complexity. For integrators building multi-band anti drone systems, the module acts as a dedicated low-frequency layer that complements higher-band RF stages, enabling structured frequency segmentation while preserving signal purity and predictable output control across the full system.

Modular Integration Supporting Scalable Counter-FPV Architecture
The compact modular form factor allows the amplifier to be mounted into rack-based cabinets, vehicle-mounted systems, or portable enclosures used by anti drone technology providers. It interfaces seamlessly with common RF signal sources, spectrum controllers, and antenna assemblies used in drone detector app-linked monitoring systems. This modularity supports phased system upgrades, allowing engineers to introduce low-band expansion without redesigning the entire anti drone jammer system. For solution providers, this translates into faster project delivery, simplified stock management, and lower integration risk across multi-site deployments.

Use Scenarios

Mobile Counter-UAV Deployment by Security Operators
Security operators deploying vehicle-mounted anti drone system platforms often face complex RF environments requiring multi-band response capability. This 150–200MHz 50W amplifier is integrated as a low-band transmission layer within mobile counter-UAV platforms alongside higher-frequency jamming modules and drone detector sensors. During convoy escort, perimeter patrol, and temporary event protection operations, operators rely on the module to expand low-frequency coverage that complements higher-band suppression. Its GaN-based thermal stability ensures consistent RF output during continuous patrol cycles without repeated cooling interruptions.

RF Laboratory Validation by Signal Analysis Engineers
In RF research labs and system validation facilities, engineers use this amplifier as a controlled low-band RF source for drone detection radar system testing, antenna calibration, and interference response characterization. When combined with spectrum monitoring software and drone detector app interfaces, the module enables repeatable transmission output under shielded laboratory environments. This allows developers to verify how low-frequency channels interact with multi-layer anti drone technology algorithms before deploying full systems in the field, ensuring hardware behavior matches modeled performance.

Fixed-Site Perimeter Protection for Infrastructure Consultants
Engineering consultants responsible for designing fixed-site anti drone jammer system installations at logistics hubs, industrial campuses, or sensitive facilities integrate this module into rack-mounted RF cabinets as a dedicated low-band output stage. Working alongside drone detection system sensors and directional antennas, the amplifier supports round-the-clock RF readiness. Its predictable thermal and electrical performance allows consultants to model long-term load behavior accurately, ensuring that anti drone systems maintain continuous availability with minimal maintenance intervention.

150-200mhz 50W PA GaN Anti Drone Module Counter Fpv Anti Fpv Anti Drone DJI Mavic Counter Fpv

Product Introduction
The power amplifier uses domestic core key components and can operate normally at temperatures of -10～+55°C.

This document stipulates the radio frequency and monitoring technical indicators of the 150-200MHz 50W power amplifier module, the definition of each port of the module, the appearance and structure of the module, etc.

This document applies to all aspects of product design, verification, production and quality inspection of the 150-200MHz 50W power amplifier module.

Product Parameter

Test Item		Indicator	Unit	Remark
Frequency Range		150-200	MHz	Built-in interference source
Working Voltage		30	V	24-30V
Max Output Power		47±0.5	dBm	400-470MHz 50W@≤3.4A
Working Efficiency		≥60	%
Gain		47±1	dB	peak-to-peak value
Passband Riplpe		≤2	dB	peak-to-peak value
High-Low Temperature Test	Working Temperature（℃）	-10～+55	℃	It can start at low temperatures
	Gain Stability	±1.5 @-40℃～+55℃	dB
	Power Stability	±1.5 @-40℃～+55℃	dB
Power supply requirements		≥3.7A@+30Vdc；		Continuous wave output 50W
Power supply interface				Red + and Black -
Enable				White line high level on, low level off
RF Connector		SMA		SMA external screw base
Size		37.311219.5mm	mm	Excluding SMA
Weight		160	g

Connection Instruction

Company Introduction
Shenzhen tatusky technology Co,.LTD, specializing in the field of advanced technology. Our company is located in the vibrant city ofShenzhen, known as a hub of innovation and technology in China.

Our main products include RF module and ant FPv, which are designed with cuting-edge technology and strict quality control to meetthe diverse needs of our customers. The RF module offers high-performance and stable signal transmission, enabling seamlesscommunication in various applications. The anti FPV solution provides effectiveprotection aqamnst unauthonzed nterference anoensures the security and privacy of video transmission.

We provide ourselves on our strong R&D team, composed of experts and engineers with rich experience and professional knowledgein the field. They are constantly exploring and innovating to bring forth new and improved products that stay ahead of the markettrends.

Our manufacturing faclities are equipped with state-of-the-art machinery and adhere to interational qualty standards. This ensuresthat every product leaving our factory is of the highest quality and reliability.

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